SCP Hardware Quick Reference Book
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SCP Hardware Quick Reference Book
SCP Hardware Quick Reference - Amazon AWS
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SCP Hardware Quick Reference Book - Amazon AWS
Please refer to the SCP-MEM3 Quick Reference for detailed installation instructions. Explanation 1: Memory Backup Battery. If the SCP-1MB should experience ...
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SCP Hardware Quick Reference
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 11/2020
MODEL
MINI-SCP MINI-SCPE SCP-1MB SCP-E SCP-MEM3 SCP-MEM7 EP-1501 EP-1501 PLUS EP-1502 EP-2500 EP-4502 LP-1501 LP-1501 PLUS LP-1502 LP-2500 LP-4502
Table Of Contents
PAGE
3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33
MODEL
MR-50 Series 1 MR-50 Series 2 MR-50 Series 3 MR-51E MR-52 Series 1 MR-52 Series 2 MR-52 Series 3 MR-62E MR-16IN Series 1 MR-16IN Series 2 MR-16IN Series 3 MR-16OUT Series 1 MR-16OUT Series 2 MR-16OUT Series 3 MUX-8
� 2021 RS2 Technologies. - All rights reserved.
PAGE
35 37 39 41 43 45 47 49 51 53 55 57 59 61 63
TOC
MINI-SCP Quick Reference
MINI-SCP not evaluated by UL
Detail
+ 12 Volts DC (250mA)
-
Tamper Input (N/C - Jumper if not used)
Power Fault (N/C - Jumper if not used)
ACDC AC
GND
{ GND IN2
{ GND IN1
(Always closed) J13
REMOVE FOR SE RV ICE
Memory Backup Battery (Exp. 1)
Battery Bypass Sleeve (Exp. 1)
232 485 (Always set to 232) J4 (Always set to 2W) J7
2W 4W ON OFF
J2 (Not used)
485 232 J3 J5 J6 J9 (Always set to 232)
J8 J10 (Always closed)
(Channel 2 Termination) J11
U1 (Channel 3 Termination) J12
TXD1 TR1+ RXD1 TR1RTS1 R1+ CTS1 R1GND
}TR2+
TR2-
GND
}TR3+
TR3-
GND
Host Channel (Fig. 1)
Channel 2 RS-485 Sub-Panel Bus (Fig. 2)
Channel 3 RS-485 Sub-Panel Bus (Fig. 2)
S1 87654321 U4
LED A
LED B
LED C
Address Dip Switch (Fig. 1)
Normal LED Function LED A = Power (~1 pulse/second) LED B = Host Communication
(~1 pulse/second) LED C = SIO Communication
(Rapid pulse)
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 10/2013
TOC
Figure 1: Host Channel and Address Dip Switch Configuration
Oview
S1 - RS-232 Hardwired Address Dip Switch
Address 1
2
3
4
5
6
7
8
0
Off Off Off Off Off On On Off
S1 - Dialup Address Dip Switch
Address 1
2
3
4
5
6
7
8
1
On Off Off Off On On On Off
DB-9 Wiring
TXD1 TR1+
RXD1 TR1-
RTS1 R1+
CTS1 R1-
GND
Pin 2 Pin 3
Pin 5
5
9
1
6
DB-25 Wiring
TXD1 TR1+
RXD1 TR1-
RTS1 R1+
CTS1 R1-
GND
Pin 3 Pin 2
Pin 7
1
14
13
25
USR Spo rtster 33,600 External Modem DB-25 Wiring
1
14
TXD1 TR1+
RXD1 TR1-
RTS1 R1+
CTS1 R1-
GND
Pin 2 Pin 3
Pin 5 Pin 7
Pin 4
Pin 6 Pin 20
Jump 4, 6 & 20 together
13
25
Figure 2: RS-485 Sub-Panel Bus Termination
(Channel 2 Termination) J11
(Channel 3 Termination) J12
TR2+ TR2GND TR3+ TR3GND
The MINI-SCP has two distinct RS-485 sub-panel buses. Each bus needs to be terminated at both the beginning and ending points.
J11 is the termination jumper for the Channel 2 RS-485 Sub-Panel Bus.
J12 is the termination jumper for the Channel 3 RS-485 Sub-Panel Bus.
(see Two Wire RS-485 Wiring diagram for sub-panel wiring information)
Explanation 1: Memory Backup Battery
If the MINI-SCP should experience a complet e power loss, the 3 volt lithium memory backup battery provides power to the onboard memory which contains the card file, activity transactions and system configuration data. The MINI-SCP will retain all database information during a power failure for up to 60 days. For optimum reliability, the memory backup battery should be replaced yearly using only a type BR2325 lithium battery or equivalent. NOTE: When setting up or servicing the MINI-SCP, it is recommended to leave the battery bypass sleeve in place until all system testing is completed. By keeping the battery bypass sleeve in between the battery and the '+' post, you can be certain that the memory is being completely flushed during power cycles. Upon completion, be certain to remove the battery bypass sleeve and store it within the enclosure for future use.
� 2021 RS2 Technologies. - All rights reserved.
TOC
MINI-SCPE Quick Reference
MINI-SCPE not eva luated by UL
Detail
+ 12 Volts DC (450mA with NIC)
-
Tamper Input (N/C - Jumper if not used)
Power Fault (N/C - Jumper if not used)
ACD C
AC GND
{ GND IN2
{ GND IN1
(Always open) J13
REMOVE FOR SE RV ICE
Memory Backup Battery (Exp. 2)
Battery Bypass Sleeve (Exp. 2)
232 485 (Always set to 232) J4 (Always set to 2W) J7
2W 4W ON OFF
J2 (Exp. 1)
485 232 J3 J5 J6 J9 (Always set to 232)
J8 J10 (Always closed)
(Channel 2 Termination) J11
U1 (Channel 3 Termination) J12
TXD1 TR1+ RXD1 TR1RTS1 R1+ CTS1 R1GND
}TR2+
TR2-
GND
}TR3+
TR3-
GND
S1 87654321 U4
LED A
LED B
LED C
Host Channel (Not used)
Channel 2 RS-485 Sub-Panel Bus (Fig. 1)
Channel 3 RS-485 Sub-Panel Bus (Fig. 1)
Address Dip Switch
Always set to address 0.
Always turn on switches 5, 6 & 7.
Set switch es prio r to powering
up.
Normal LED Function
LED A = Power (~1 pulse/second) LED B = Host Communication
(~1 pulse/second) LED C = SIO Communication
(Rapid pulse)
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 10/2013
TOC
Explanation 1: Network Interface Card
Oview
Network Interface Card Setup
The 10Base-T Network Interface Card (NIC) has been installed on the MINI-SCPE by the factory and acts as the interface between the software and the MINI-SCPE. The NIC will require an IP Address, Subnet Mask and Gateway in order for the software to communicate with it. To program this information into the NIC, a MAC Address is required. Every NIC has a unique MAC Address which can be found on the white tag that is attached to it. A sample of a MAC Address would be 00-20-4A-74-OF-7F and can be found under the model number of the NIC (CO-E1-11AA). Programming the NIC can be performed through one of three methods .
Method One: RS2 Programmer (P/N: RS2-PROG-TOOL)
The RS2 Programmer comes with a cross-over cable which is used to connect the programmer to the MINI-SCPEs NIC. After connecting the programmer to the NIC, power up the MINI-SCPE and the RS2 Programmer. The programming software will automatically launch.
Enter the NICs MAC Address into the MAC Address fields. Enter the desired IP Address, Gateway and Subnet Mask into their respective fields. Select the appropriate SCP type and software application from their respective drop lists and then click the 'Set Configuration' button. One of two messages will appear, 'Configuration set!' if the programming was successful or 'Panel timeout' if the programming failed.
Method Two: Access It!� Ultra SCPe IP Programmer
Access It!� Ultra inst alls a utilities folder which contains the SCPe IP Programmer . If the computer resides on the same subnet as the NIC being programmed, you may program it while connected to the network. From the start menu, click Start|Programs|Access It! Ultra|Utilities|SCPe IP Programmer to run the SCP-E/MINI SCP-E Programmer utility.
Enter the NICs MAC Address into the MAC Address fields. Enter the desired IP Address, Gateway and Subnet Mask into their respective fields. Select the appropriate SCP type and software application from their respective drop lists and then click the 'Set Configuration' button. One of two messages will appear, 'Configuration set!' if the programming was successful or 'Panel timeout' if the programming failed.
Method Three: Manually
The manual ARP command is a tedious, but effective met hod in programming the NIC. This method should be used only as a last resort. If the computer resides on the same subnet as the NIC being programmed, you may program it while connected t o the net work. From the start menu, click Start|Run followed by typing 'cmd' for NT 4.0, 2000 and XP or 'command' for 98 and Me. This will open a Command Prompt window from which the following commands will be run from.
Command arp -s xxx.xxx.xxx.xxx yy-yy-yy-yy-yy-yy<Enter>
telnet xxx.xxx.xxx.xxx 1<Enter>
telnet xxx.xxx.xxx.xxx 9999
Command <Enter> 0<Enter> xxx<Enter> xxx<Enter> xxx<Enter> xxx<Enter> Y xxx<Enter> xxx<Enter> xxx<Enter> xxx<Enter> xx<Enter>
<Enter> 1<Enter> 38400<Enter> 4C<Enter> 02<Enter> xxxxx<Enter>
C0<Enter> <Enter> <Enter>
<Enter> <Enter>
<Enter> <Enter> <Enter> <Enter> <Enter> <Enter> <Enter> 5<Enter> 45<Enter> 9<Enter>
Command Prompt Window Portion Variable Reference xxx.xxx.xxx.xxx = IP Address yy-yy-yy-yy-yy-yy = MAC Address xxx.xxx.xxx.xxx = IP Address
xxx.xxx.xxx.xxx = IP Address
Telnet Session Window Portion Variable Reference
xxx = First IP octet xxx = Second IP octet xxx = Third IP octet xxx = Fourth IP octet Y = Yes xxx = First Gateway octet xxx = Second Gateway octet xxx = Third Gateway octet xxx = Fourth Gateway octet xx = Number of bits to mask
(08) class C 24/8 bits (255.255.255.000) (16) class B 16/16 bits (255.255.000.000) (24) class A 8/24 bits (255.000.000.000)
xxxxx = Network TCP port (03001) Default Access It!� setting (14001) If running Access It!� Lite or Access It!� UltraLite.
General Command Information Temporarily sets the IP Address.
The telnet connection will fail, but the NIC will change its IP Address. Opens a telnet session for further programming.
General Command Information Enters the NICs Setup Mode. Selects option 0 Server configuration. Programs the NICs first IP octet. Programs the NICs second IP octet. Programs the NICs third IP octet. Programs the NICs fourth IP octet. Enables Gateway to be programmed. Programs the NICs first Gateway octet. Programs the NICs second Gateway octet. Programs the NICs third Gateway octet. Programs the NICs fourth Gateway octet. Programs the NICs Subnet Mask
Bypasses the `Change telnet config password' option. Selects option 1 Channel 1 configuration. Programs the Baudrate to 38,400. Programs the I/F Mode to 4C. Programs the Flow to 02. Programs the Port No to 03001 or 14001 IMPORTANT NOTE: Only set the Port No to 14001, when running Access It!� Lite or Access It!� UltraLite which require the Lantronix Redirector Software! Programs the ConnectMode to C0. Bypasses the first `Remote IP Address' octet option. Bypasses the second `Remote IP Address' octet option. Bypasses the third `Remote IP Address' octet option. Bypasses the fourth `Remote IP Address' octet option. Bypasses the `Remote Port' option. Bypasses the `DisConnMode' option. Bypasses the `FlushMode' option. Bypasses the hours `DisConnTime' option. Bypasses the minutes `DisConnTime' option. Bypasses the `SendChar 1' option. Bypasses the `SendChar 2' option. Selects option 5 Expert settings. Programs the TCP Keepalive time to 45 seconds. Selects option 9 Save and exit.
14 32
Po wer Status Recycle LEDs Sw it ch
RJ-45 Jack
LED 1 (Green)
Description Serial Port Channel 1 Status
2 (Yellow) Serial Port Channel 2 Status
3 (Red)
Diagnostics
4 (Green) Network Link Status *non-fatal error
LED Functions Lights solid green to indicate Channel 1 is idle. Blinks green to indicate Channel 1 is connected to the network and active. Lights solid yellow to indicate Channel 2 is idle. Blinks yellow to indicate Channel 2 is connected to the network and active. Blinks or lights solid red in combination with the green (Channel 1) LED to indicate diagnostics and error detection.
Red solid, green (Channel 1) blinking: 1x: EPROM checksum error 2x: RAM error 3x: Network controller error 4x: EEPROM checksum error 5x: Duplicated IP address on the network* 6x: Software does not match hardware*
Red blinking, green (Channel 1) blinking: 4x: Faulty network connection* 5x: No DHCP response received*
Lights solid green to indicate network port is connected to the network
Explanation 2: Memory Backup Battery
If the MINI-SCPE should experience a complete power loss, the 3 volt lithium memory backup battery provides power to the onboard memory which contains the card file, activity transactions and system configuration data. The MINI-SCPE will retain all database information during a power failure for up to 60 days. For optimum reliability, the memory backup battery should be replaced yearly using only a type BR2325 lithium battery or equivalent.
NOTE: When setting up or servicing the MINI-SCPE, it is recommended to leave the battery bypass sleeve in place until all system testing is completed. By keeping the battery bypass sleeve in between the battery and the '+' post, you can be certain that the memory is being completely flushed during power cycles. Upon completion, be certain to remove the battery bypass sleeve and store it within the enclosure for future use.
Figure 1: RS-485 Sub-Panel Bus Termination
(Channel 2 Termination) J11
(Channel 3 Termination) J12
TR2+ TR2GND TR3+ TR3GND
The MINI-SCPE has two distinct RS-485 sub-panel buses. Each bus needs to be terminated at both the beginning and ending points.
J11 is the termination jumper for the Channel 2 RS-485 Sub-Panel Bus.
J12 is the termination jumper for the Channel 3 RS-485 Sub-Panel Bus.
(see Two Wire RS-485 Wiring diagram for sub-panel wiring information)
� 2021 RS2 Technologies. - All rights reserved.
TOC
SCP-1MB Quick Reference
SCP-1MB not ev aluate d by UL
Detail
+ 12 Volts DC (350mA)
-
Tamper Input (N/C - Jumper if not used)
Power Fault (N/C - Jumper if not used)
ACD C
AC GND
{ GND IN2
{ GND IN1
LED A LED B LED C
232 485 (Always set to 232) J9 (Always set to 2W) J14
4W 2W
485 232 J10 J11 J12 J13 (Always set to 232) (Always closed) J8
(Always closed) J7
J15 (Channel 2 Termination)
J16 (Channel 3 Termination)
J17 (Channel 4 Termination)
U1 J18
(Channel 5 Termination)
TXD1 TR1+ RXD1 TR1RTS1 R1+ CTS1 R1GND
}TR2+
TR2-
GND
}TR3+
TR3-
GND
}TR4+
TR4-
GND
}TR5+
TR5-
GND ON OFF
S1
Host Channel (Fig. 1) Channel 2 RS-485 Sub-Panel Bus (Fig. 2) Channel 3 RS-485 Sub-Panel Bus (Fig. 2) Channel 4 RS-485 Sub-Panel Bus (Fig. 2) Channel 5 RS-485 Sub-Panel Bus (Fig. 2)
Address Dip Switch (Fig. 1)
12345678
Normal LED Function
LED A = Power (~1 pulse/second) LED B = Host Communication (~1 pulse/second) LED C = SIO Communication (Rapid pulse)
J5 U18
Memory Backup Battery (Exp. 1) Battery Bypass Sleeve (Exp. 1)
128K 512K
(Always set to 512K) J3 (Always set to 512K) J2 (Always set to 512K) J4
REMOVE FOR SE RV ICE
U17
U16
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Memory Expansion Bus (Exp. 2)
Revised: 10/2013
TOC
Figure 1: Host Channel and Address Dip Switch Configuration
Oview
S1 - RS-232 Hardwired Address Dip Switch
Address 1
2
3
4
5
6
7
8
0
Off Off Off Off Off On On Off
S1 - Dialup Address Dip Switch
Address 1
2
3
4
5
6
7
8
1
On Off Off Off On On On Off
DB-9 Wiring
TXD1 TR1+
RXD1 TR1-
RTS1 R1+
CTS1 R1-
GND
Pin 2 Pin 3
Pin 5
5
9
1
6
DB-25 Wiring
TXD1 TR1+
RXD1 TR1-
RTS1 R1+
CTS1 R1-
GND
Pin 3 Pin 2
Pin 7
1
14
13
25
USR Spo rtster 33,600 External Modem DB-25 Wiring
1
14
TXD1 TR1+
RXD1 TR1-
RTS1 R1+
CTS1 R1-
GND
Pin 2 Pin 3
Pin 5 Pin 7
Pin 4
Pin 6 Pin 20
Jump 4, 6 & 20 together
13
25
Figure 2: RS-485 Sub-Panel Bus Termination
J15 (Channel 2 Termination)
J16 (Channel 3 Termination)
J17 (Channel 4 Termination)
J18 (Channel 5 Termination)
TR2+ TR2GND TR3+ TR3GND TR4+ TR4GND TR5+ TR5GND
The SCP-1MB has four distinct RS-485 sub-panel buses. Each bus needs to be terminated at both the beginning and ending points. J15 is the termination jumper for the Channel 2 RS-485 Sub-Panel Bus. J16 is the termination jumper for the Channel 3 RS-485 Sub-Panel Bus. J17 is the termination jumper for the Channel 4 RS-485 Sub-Panel Bus. J18 is the termination jumper for the Channel 5 RS-485 Sub-Panel Bus. (see Two Wire RS-485 Wiring diagram for sub-panel wiring information)
Explanation 1: Memory Backup Battery
Explanation 2: Memory Expansion
If the SCP-1MB should experience a complete power loss, the 3 volt lithium memory backup battery provides power to the onboard memory which contains the card file, activity transactions and system configuration data. The SCP-1MB will retain all database information during a power failure for up to 60 days. For optimum reliability, the memory backup bat tery should be replaced yearly using only a type BR2325 lithium battery or equivalent.
NOTE: When setting up or servicing the SCP-1MB, it is recommended to leave the battery bypass sleeve in place until all system testing is completed. By keeping the battery bypass sleeve in between the battery and the'+' post, you can be certain that the memory is being completely flushed during power cycles. Upon completion, be certain to remove the battery bypass sleeve and store it within the enclosure for future use.
The SCP-1MB is equipped with 1MB of upgradeable RAM. A maximum of 4MB may be achieved by adding the S CP-MEM3. Please refer to the SCP-MEM3 Quick Reference for detailed installation instructions.
� 2021 RS2 Technologies. - All rights reserved.
TOC
+ 12 Volts DC (600mA with NIC)
Tamper Input (N/C - Jumper if not used) Power Fault (N/C - Jumper if not used)
Secondary Host (Not used)
Memory Backup Battery (Exp. 2) Battery Bypass Sleeve (Exp. 2)
REMOVE FOR SE RV ICE
SCP-E Quick Reference
ACDC AC
GND
{ GND IN2
{ GND IN1
4W 2W J8 (Always set to 2W) J5 (Always set to 232)
485 232
J27 (Exp. 1)
485 232 J4 J6 J7 J10 (Always set to 232)
J9 J11 (Always closed)
(Channel 2 Termination) J21
(Channel 3 Termination) J22
TXD1 TR1+ RXD1 TR1RTS1 R1+ CTS1 R1GND
}TR2+
TR2-
GND
}TR3+
TR3-
GND
485 232 (Always set to 232) J16
(Always set to 232) J19
(Always set to 232) J13
(Always set to 232) J15 TXD6 TR6+
J20 (Always closed) J18 (Always closed)
RXD6 TR6-
RTS6 R6+
CTS6 R6-
GND
4W 2W J17 (Always set to 2W) J14 (Always set to 232)
485 232
}TR4+
TR4-
(Channel 4 Termination)
J26 (Always open)
115K 3
J23
2
57K 1
J12 (Not used)
J25 (Always set to 115K)
GND
}TR5+
TR5GND
J24
S1
(Channel 5 Termination)
LED A LED B LED C 12345678
U1
ON OFF
Detail
SCP-E not evaluated by UL
Host Channel (Not used)
Channel 2 RS-485 Sub-Panel Bus (Fig. 1) Channel 3 RS-485 Sub-Panel Bus (Fig. 1)
Channel 4 RS-485 Sub-Panel Bus (Fig. 1)
Channel 5 RS-485 Sub-Panel Bus (Fig. 1)
Address Dip Switch
Always set to address 0.
Always turn on switch 5.
Set switch es prio r to powering up.
Normal LED Function LED A = Power (~1 pulse/second) LED B = Host Communication (~1 pulse/second) LED C = SIO Communication (Rapid pulse)
U11 J3
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Memory Expansion Bus (Exp. 3)
Revised: 10/2013
TOC
Explanation 1: Network Interface Card
Oview
Network Interface Card Setup
The 10Base-T Network Interface Card (NIC) has been installed on the SCP-E by the factory and acts as the interface between the software and the SCP-E. The NIC will require an IP Address, Subnet Mask and G ateway in order for the software to communicate with it. To program this information into the NIC, a MAC Address is required. Every NIC has a unique MAC Address which can be found on the white tag that is attached to it. A sample of a MAC Address would be 00-20-4A-74-OF-7F and can be found under the model number of the NIC (CO-E1-11AA). Programming the NIC can be performed through one of three methods.
Method One: RS2 Programmer (P/N: RS2-PROG-TOOL)
The RS2 Programmer comes with a cross-over cable which is used to connect the programmer to the SCP-Es NIC. After connecting the programmer to the NIC, power up the SCP-E and the RS2 Programmer. The programming software will automatically launch.
LED 1 (Green)
2 (Yellow)
Description Serial Port Channel 1 Status
Serial Port Channel 2 Status
LED Functions Lights solid green to indicate Channel 1 is idle. Blinks green to indicate Channel 1 is connected to the network and active.
Lights solid yellow to indicate Channel 2 is idle. Blinks yellow to indicate Channel 2 is connected to the network and active. Blinks or lights solid red in combination with the green (Channel 1) LED to indicate diagnostics and error detection.
Enter the NICs MAC Address into the MAC Address fields. Enter the desired IP Address, Gateway and Subnet Mask into their respective fields. Select the appropriate SCP type and software application from their respective drop list s and then click the'Set Configuration' button. One of two messages will appear, 'Configuration set!' if the programming was successful or 'Panel timeout' if the programming failed.
Method Two: Access It!� Ultra SCPe IP Programmer
Access It!� Ultra inst alls a utilities folder which contains the SCPe IP Programmer . If the computer resides on the same subnet as the NIC being programmed, you may program it while connected to the network. From the start menu, click Start|Programs|Access It! Ultra|Utilities|SCPe IP Programmer to run the SCP-E/MINI SCP-E Programmer utility.
3 (Red)
Diagnostics
Red solid, green (Channel 1) blinking: 1x: EPROM checksum error 2x: RAM error 3x: Network controller error 4x: EEPROM checksum error 5x: Duplicated IP address on the network* 6x: Software does not match hardware*
Red blinking, green (Channel 1) blinking:
Enter the NICs MAC Address into the MAC Address fields. Enter the desired IP Address, Gateway and Subnet Mask into their respective fields. Select the appropriate SCP type and software application from their respective drop list s and then click the'Set Configuration' button. One of two messages will appear, 'Configuration set!' if the programming was successful or 'Panel timeout' if the programming failed.
Method Three: Manually
The manual ARP command is a tedious, but effective method in programming the NIC. This method should be used only as a last resort. If the computer resides on the same subnet as the NIC being programmed, you may program it while connected t o the network. From the start menu, click Start|Run followed by typing 'cmd' for NT 4.0, 2000 and XP or 'command' for 98 and Me. This will open a Command Prompt window from which the following commands will be run from .
14 32
Po wer Recycle Sw it ch
St at us LEDs
RJ-45 Jack
4 (Green) Network Link Status *non-fatal error
4x: Faulty network connection* 5x: No DHCP response received*
Lights solid green to indicate network port is connected to the network
Command arp -s xxx.xxx.xxx.xxx yy-yy-yy-yy-yy-yy<Enter>
telnet xxx.xxx.xxx.xxx 1<Enter>
telnet xxx.xxx.xxx.xxx 9999
Command <Enter> 0<Enter> xxx<Enter> xxx<Enter> xxx<Enter> xxx<Enter> Y xxx<Enter> xxx<Enter> xxx<Enter> xxx<Enter> xx<Enter>
<Enter>
1<Enter> 115200<Enter> 4C<Enter> 02<Enter> 03001<Enter> C0<Enter> <Enter>
<Enter>
<Enter>
<Enter>
<Enter> <Enter> <Enter> <Enter> <Enter> <Enter> <Enter> 5<Enter> 45<Enter>
9<Enter>
Command Prompt Window Portion Variable Reference xxx.xxx.xxx.xxx = IP Address yy-yy-yy-yy-yy-yy = MAC Address xxx.xxx.xxx.xxx = IP Address
xxx.xxx.xxx.xxx = IP Address
Telnet Session Window Portion Variable Reference
xxx = First IP octet xxx = Second IP octet xxx = Third IP octet xxx = Fourth IP octet Y = Yes xxx = First Gateway octet xxx = Second Gateway octet xxx = Third Gateway octet xxx = Fourth Gateway octet xx = Number of bits to mask
(08) class C 24/8 bits (255.255.255.000) (16) class B 16/16 bits (255.255.000.000) (24) class A 8/24 bits (255.000.000.000)
General Command Information Temporarily sets the IP Address.
The telnet connection will fail, but the NIC will change its IP Address. Opens a telnet session for further programming.
General Command Information Enters the NICs Setup Mode. Selects option 0 Server configuration. Programs the NICs first IP octet. Programs the NICs second IP octet. Programs the NICs third IP octet. Programs the NICs fourth IP octet. Enables Gateway to be programmed. Programs the NICs first Gateway octet. Programs the NICs second Gateway octet. Programs the NICs third Gateway octet. Programs the NICs fourth Gateway octet. Programs the NICs Subnet Mask
Bypasses the `Change telnet config password' option. Selects option 1 Channel 1 configuration. Programs the Baudrate to 115,200. Programs the I/F Mode to 4C. Programs the Flow to 02. Programs the Port No to 03001. Programs the ConnectMode to C0. Bypasses the first `Remote IP Address' octet option. Bypasses the second `Remote IP Address' octet option. Bypasses the third `Remote IP Address' octet option. Bypasses the fourth `Remote IP Address' octet option. Bypasses the `Remote Port' option. Bypasses the `DisConnMode' option. Bypasses the `FlushMode' option. Bypasses the hours `DisConnTime' option. Bypasses the minutes `DisConnTime' option. Bypasses the `SendChar 1' option. Bypasses the `SendChar 2' option. Selects option 5 Expert settings. Programs the TCP Keepalive time to 45 seconds. Selects option 9 Save and exit.
Explanation 2: Memory Backup Battery
If the SCP-E should experience a complete power loss, the 3 volt lithium memory backup battery provides power to the onboard memory which contains the card file, activity transactions and system configuration data. The SCP-E will retain all database information during a power failure for up to 60 days. For optimum reliability, the memory backup battery should be replaced yearly using only a type BR2325 lithium batt ery or equivalent. NOTE: When setting up or servicing the SCP-E, it is recommended to leave the battery bypass sleeve in place until all system testing is completed. By keeping the battery bypass sleeve in between the battery and the '+' post, you can be certain that the memory is being completely flushed during power cycles. Upon completion, be certain to remove the battery bypass sleeve and store it within the enclosure for future use.
Explanation 3: Memory Expansion
The SCP-E is equipped with 1MB of upgradeable RAM. A maximum of 8MB may be achieved by adding the SCP-MEM7 or 4MB by adding the SCP-MEM3. Please refer to the SCP-MEM7 Quick Reference and the SCP-MEM3 Quick Reference for detailed installation instructions.
Figure 1: RS-485 Sub-Panel Bus Termination
TR2+
(Channel 2 Termination) J21
TR2GND
(Channel 3 Termination) J22
TR3+ TR3GND TR4+
TR4-
(Channel 4 Termination) J23
GND TR5+
TR5-
GND
J24 (Channel 5 Termination)
The SCP-E has four distinct RS-485 sub-panel buses. Each bus needs to be terminated at both the beginning and ending points. J21 is the termination jumper for the Channel 2 RS-485 Sub-Panel Bus. J22 is the termination jumper for the Channel 3 RS-485 Sub-Panel Bus. J23 is the termination jumper for the Channel 4 RS-485 Sub-Panel Bus. J24 is the termination jumper for the Channel 5 RS-485 Sub-Panel Bus. (see Two Wire RS-485 Wiring diagram for sub-panel wiring information)
� 2021 RS2 Technologies. - All rights reserved.
TOC
SCP-MEM3 Quick Reference
SCP-MEM3 not eva luated by UL
Detail
U1
U3
U5
J1
U2
512KB Memory Module (6)
U4
U6
Top View
Bottom View
Memory Expansion Bus (Fig. 1)
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 10/2013
TOC
Figure 1: Proper Mounting
U1
U3
U5
J1
Oview
U1
U1
U3
U5
J1
REMOVE FOR SE RV ICE
U2
U4
U6
REMOVE FOR SE RV ICE
SCP-1MB Top View
U2
SCP-MEM3 Standoff Position
U4
U6
SCP-E Top View
Place the edge of the SCP-MEM3 board into the standoff prior to seating the memory expansion bus.
SCP-1MB Side View
� 2021 RS2 Technologies. - All rights reserved.
SCP-E Side View
TOC
SCP-MEM7 Quick Reference
SCP-MEM7 not eva luated by UL
Detail
U13
U11
U9
J1
U14
U12
U10
U7
U5
U3
U1
512KB Memory Module (14)
U8
U6
U4
U2
Top View
Memory Expansion Bus (Fig. 1)
Bottom View
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 10/2013
TOC
Figure 1: Proper Mounting
The SCP-MEM7 ONLY works on the SCP-E and is only supported with Access It!� Ultra, Access It!� Ultra Titanium Edition and Access It!� Enterprise Edition.
Oview
REMOVE FOR SE RV ICE
U13
U11
U9
U1 J1
U14
U12
U10
U7
U5
U3
U1
SCP-MEM7 Standoff Position
U8
U6
U4
U2
SCP-E Top View
Place the edge of the SCP-MEM7 board into the standoff prior to seating the memory expansion bus.
SCP-E Side View
� 2021 RS2 Technologies. - All rights reserved.
TOC
10/100 Ethernet Host Channel
(Explan atio n 1)
Auxiliary Output 2 (2A@28Vdc - Figure 1)
Door Strike 1 (2A@28Vdc - Figure 1)
12 Volts DC �10% ONLY!
(12Vdc - 900mA ma x.)
Optional Door Strike Power - VO / GND
(12Vdc - 300mA ma x.)
J3 - EP-1501 Power Source Selector
J3 Set ting PoE 12V*
Power Source Power Over Etherne t Exte rnal Power Sour ce
*12Vdc power co nnecte d to TB4. Positive le ad to pin 3 (VIN) and ne gative lead to pin 4 (GND).
Reader Port 2
Wiegan d Rea der (Figure 2)
Reader Port 1
Wiegan d Rea der (Figure 3) MR-DT Keypad (Figure 3) RS-485 Reade r Interfa ce
Exit Request 1 (N/O - Figure 4) Door Contact 1
(N/C - Jumper if not use d - Figure 4)
J7 - Tamper Input (N/C - Jumper if not used)
IN1
IN2
VO LED BZR CLK DA TGND LED BZR CLK DA T
VO GND VIN GND NO 1-C NC NO 2-C NC
12V J3 Po E
EP-1501 Quick Reference
Amber LED Green LED
Top View
Relay 2
Relay 1
TB5
Detail
EP-150 1 not eva luated by UL
Bottom View
D9
D10
RLY 2
NC C NO NC C NO
RLY 1
BT1
OFF ON TB1
J7
Mechanical Specifications
Dimensions 5.5"(140mm)Wx2.75"(70mm)L
Temperature -55�C to +85�C, stor age
0�C to +70�C, ope rati ng
Humidity
0% to 95% RHNC
7654321 S1
S2
ON 1234
Status LED Mostly On Mostly Off Toggle
1 - EP-1501 Status
Online
Offline
Battery Low (Double Flashes)
2 - Host Co mmun ication Flashes while communicating with host.
3 - Reader 1 & 2 Activity Flashes when data is received from either reader port.
4 - Door 1 Contact
Open
Closed
Fault
5 - Door 1 REX
Active
Inactive
Fault
6 � Cabinet Tamper
Alarm
Secure
N/A
7 - Not Used
N/A
N/A
N/A
D9 - Relay 1
Energized
De-Energiz ed
N/A
D10 - Relay 2
Energized
De-Energiz ed
N/A
Amber - Et hernet Speed
100 Mb/S
10 Mb/S
N/A
Green � Link/Activity
Link
No Link
Ethernet Activity
S1 - Configuration Dip Switch
(Explan atio n 1)
S2 - Reset Switch
(Does NOT erase system co nfig ./databa ses)
BT1 - SRAM Backup Battery
(Retains system config./databa ses about 2 weeks)
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 5/2014
TOC
Explanation 1: S1 � Configuration DIP Switch & Primary 10/100 Ethernet Host Channel
Oview
Configuring P rimary 10/100 Ethernet Host Channel For DHCP Enabled Net works
1. Set all S1 - Configuration DIP Switch DIPs OFF 2. App ly power to the EP-150 1 3. Make n ote of the MAC a ddress lo cated on the side of the RJ45 jack 4. Run Access It! Universal 5. Create a new Ch annel
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 6. Create a n ew SCP Gen eral Ta b
Model: EP-150 1 Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings
IP A ddress: <MACxx xxxxx xxxxx> If th e MAC addre ss from step 3 was 00-0F-E5-00-03-4B th en the IP Address field must be entered as the Host Name of MAC000FE500 034B.
Por t Nu mb er: 300 1 Encryption Settin gs: None NOTE: If unab le to resolve the Host Name to an IP Add ress, contact yo ur l oca l ne twork a dministra tor.
Configuring P rimary 10/100 Ethernet Host Channel For A Stat ic IP Addres s
1. Set S1 - Configuration DIP Switch DIP 2 ON 2. Set S1 - Configuration DIP Switch DIPs 1, 3 & 4 OFF 3. App ly power to the EP-150 1 4. Manua lly configure a co mp ute r to 192.168.0.100 5. Usin g a crossove r cable, connect computer to EP-150 1 6. Ope n a web browser and go to 192.168.0.251 7. Set S1 - Configuration DIP Switch DIP 1 ON 8. Click on `Click Here to Login' 9. Click on `Continue to t his website (not recomme nded).' 10. Enter a Usern ame o f admin 11. Enter a Password of passw ord 12. Click `Network' from the left hand menu 13. Sele ct `Use Static IP configura tion:'
IP A ddress: <Set acc ordingly> Sub net Mask: <Set acc ordingly> Default Ga teway: <Set acc ordingly> 14. Click `OK' 15. Click `Apply Setting' from the left hand menu 16. Click `Apply, Reboot' button 17. Wait 60 seconds for EP-150 1 to re boot 18. Remove p owe r from the EP-150 1
19. Set all S1 - Configuration DIP Switch DIPs OFF 20. Remove crossover cabl e an d con nect to ne twork 21. App ly power to the EP-150 1 22. Run Access It! Universal 23. Create a new Ch annel
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 24. Create a n ew SCP Gen eral Ta b
Model: EP-150 1 Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings
IP A ddress: <Set acc ordingly> Por t Nu mb er: 300 1 Encryption Settin gs: None
Figure 1: Output Wiring Options
Bulk Erasing The Syst em Configuration And Cardholder Dat aba ses
1. Set S1 - Configuration DIP Switch DIPs 1 & 2 ON 2. Set S1 - Configuration DIP Switch DIPs 3 & 4 OFF 3. App ly power to the EP-150 1
LEDs 1 & 2 and LE Ds 3 & 4 flash al tern ate ly at a .5 second rate 4. With in 10 seconds, switch S1 - Configuration DIP Switch DIP 1 OFF
LED 2 flashes at a 2 second rate a s memory is b eing erased WARNING! DO NO T CYCLE POWER Era sing memory takes a pproximately 60 seconds to co mp lete.
LEDs 1 & 4 flash for 10 seconds a fter the memory h as be en e rased, then th e E P-150 1 rebo ots 5. The EP-150 1 is n ow rea dy to b e configur ed as nee ded
Figure 2: Reader Port 2
Depen ding on yo ur p ower sou rce, use one of the two meth ods of tra nsie nt clamping shown below to protect the relay contacts and to reduce electro ma gnetic interferen ce (EMI emissions). Always pro tect ag ainst acci dental ove rloads by wiring in an inlin e fuse to the C (commo n) side of the relay a s shown below.
DC Source
Diode*
AC Source
MOV*
Load
NO
DC
C
NC
Fuse
*Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
Load
NO
AC
C
NC
Fuse
*MOV Selection � Inductive Load
Clamp Voltage > 1.5x Va c RMS 24Vac Str ike, Pan aso nic ERZ-C07DK470 Typ ical
VO GND VIN GND
Normally Normally Open Closed
Wiegan d Reade r
Black Red Green White Yellow Brow n
LED BZR CLK DA T
12V J3 Po E
Wiegan d Reade r
Figure 3: Reader Port 1
VO LED BZR CLK DA TGND
TB3
Black
R
Green
White Yellow Brow n
Red
MR-DT 1 A BC 5 MNO 9 YZ
� 2021 RS2 Technologies. - All rights reserved.
TB3 Black Gray Blue (Not used) (Not used) Red
VO LED BZR CLK DA TGND
IN x
Normally Normally Open Closed
Figure 4: Input Wiring Options
Non-Supervised
Supervised
1K, 1% 1K, 1%
IN x
IN x
1K, 1% 1K, 1%
IN x
TOC
EP-1501 Plus Quick Reference
EP-150 1 Plus not e valuat ed by UL
Detail
RLY 2 NC C N
10/100 Ethernet Host Channel
(Explan atio n 1)
Auxiliary Output 2 (2A@28Vdc - Figure 1)
Door Strike 1 (2A@28Vdc - Figure 1)
12 Volts DC �10% ONLY!
(12Vdc - 900mA ma x.)
Optional Door Strike Power - VO / GND
(12Vdc - 300mA ma x.)
J3 - EP-1501 Power Source Selector
J3 Set ting PoE 12V*
Power Source Power Over Etherne t Exte rnal Power Sour ce
*12Vdc power co nnecte d to TB4. Positive le ad to pin 3 (VIN) and ne gative lead to pin 4 (GND).
Reader Port 1
Wiegan d Rea der (Figure 3)
*12Vdc power co nnecte d to TB4. Positive le ad to pin 1 (VO) and ne gative lead to pin 2 (GND).
Sub-Panel Bus (Figure 2)
EP-150 1 CLK DAT GND VO LED BZR
SIO Wiring TR+ TRGND Not Used Not Used Not Used
Exit Request 1 (N/O - Figure 4)
Door Contact 1
(N/C - Jumper if not use d - Figure 4)
J7 - Tamper Input (N/C - Jumper if not used)
IN1
IN2
VO LED BZR CLK DA TGND LED BZR CLK DA T
VO GND VIN GND NO 1-C NC NO 2-C NC
12V J3 Po E
Amber LED Green LED
Top View
Relay 2
Relay 1
TB5
7654321 S1
S2
ON 1234
BT1
OFF ON TB1
J7
Mechanical Specifications
Dimensions 5.5"(140mm)Wx2.75"(70mm)L
Temperature -55�C to +85�C, stor age
0�C to +70�C, ope rati ng
Humidity
0% to 95% RHNC
Bottom View
D9
D10
Status LED Mostly On Mostly Off Toggle
1 - EP-1501 Status
Online
Offline
Battery Low (Double Flashes)
2 - Host Co mmun ication Flashes while communicating with host.
3 - Reader 1 & 2 Activity Flashes when data is received from either reader port.
4 - Door 1 Contact
Open
Closed
Fault
5 - Door 1 REX
Active
Inactive
Fault
6 � Cabin et Tamper
Alarm
Secure
N/A
7 - Not Used
N/A
N/A
N/A
D9 - Relay 1
Energized
De-Energiz ed
N/A
D10 - Relay 2
Energized
De-Energiz ed
N/A
Amber - Et hernet Speed
100 Mb/S
10 Mb/S
N/A
Green � Link/Activity
Link
No Link
Ethernet Activity
S1 - Configuration Dip Switch
(Explan atio n 1)
S2 - Reset Switch
(Does NOT erase system co nfig ./databa ses)
BT1 - SRAM Backup Battery
(Retains system config./databa ses about 2 weeks)
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 2/2018
TOC
Explanation 1: S1 � Configuration DIP Switch & Primary 10/100 Ethernet Host Channel
Oview
Configuring P rimary 10/100 Ethernet Host Channel For DHCP Enabled Net works
1. Set all S1 - Configuration DIP Switch DIPs OFF 2. App ly power to the EP-150 1 3. Make n ote of the MAC a ddress lo cated on the side of the RJ45 jack 4. Run Access It! Universal 5. Create a new Ch annel
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 6. Create a n ew SCP Gen eral Ta b
Model: EP-150 1 Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings
IP A ddress: <MACxx xxxxx xxxxx> If th e MAC addre ss from step 3 was 00-0F-E5-00-03-4B th en the IP Address field must be entered as the Host Name of MAC000FE500 034B.
Por t Nu mb er: 300 1 Encryption Settin gs: None NOTE: If unab le to resolve the Host Name to an IP Add ress, contact yo ur l oca l ne twork a dministra tor.
Configuring P rimary 10/100 Ethernet Host Channel For A Stat ic IP Addres s
1. Set S1 - Configuration DIP Switch DIP 2 ON 2. Set S1 - Configuration DIP Switch DIPs 1, 3 & 4 OFF 3. App ly power to the EP-150 1 4. Manua lly configure a co mp ute r to 192.168.0.100 5. Usin g a crossove r cable, connect computer to EP-150 1 6. Ope n a web browser and go to 192.168.0.251 7. Set S1 - Configuration DIP Switch DIP 1 ON 8. Click on `Click Here to Login' 9. Click on `Continue to t his website (not recomme nded).' 10. Enter a Usern ame o f admin 11. Enter a Password of passw ord 12. Click `Network' from the left hand menu 13. Sele ct `Use Static IP configura tion:'
IP A ddress: <Set acc ordingly> Sub net Mask: <Set acc ordingly> Default Ga teway: <Set acc ordingly> 14. Click `OK' 15. Click `Apply Setting' from the left hand menu 16. Click `Apply, Reboot' button 17. Wait 60 seconds for EP-150 1 to re boot 18. Remove p owe r from the EP-150 1
19. Set all S1 - Configuration DIP Switch DIPs OFF 20. Remove crossover cabl e an d con nect to ne twork 21. App ly power to the EP-150 1 22. Run Access It! Universal 23. Create a new Ch annel
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 24. Create a n ew SCP Gen eral Ta b
Model: EP-150 1 Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings
IP A ddress: <Set acc ordingly> Por t Nu mb er: 300 1 Encryption Settin gs: None
Figure 1: Output Wiring Options
Bulk Erasing The Syst em Configuration And Cardholder Dat aba ses
1. Set S1 - Configuration DIP Switch DIPs 1 & 2 ON 2. Set S1 - Configuration DIP Switch DIPs 3 & 4 OFF 3. App ly power to the EP-150 1
LEDs 1 & 2 and LE Ds 3 & 4 flash al tern ate ly at a .5 second rate 4. With in 10 seconds, switch S1 - Configuration DIP Switch DIP 1 OFF
LED 2 flashes at a 2 second rate a s memory is b eing erased WARNING! DO NO T CYCLE POWER Era sing memory takes a pproximately 60 seconds to co mp lete.
LEDs 1 & 4 flash for 10 seconds a fter the memory h as be en e rased, then th e E P-150 1 rebo ots 5. The EP-150 1 is n ow rea dy to b e configur ed as nee ded
Figure 2: Sub-Panel Communication
MR-52 (1) MR-52 (2)
EP-150 1 PLUS Capacities
Any co mbi nation of up to 8 wired SIO's up to 1,000' and / or 8 MR-51E's suppo rtin g a maximum of 17 tota l re aders
Sup ported SIO's:
MR-50 MR-16IN MR-52 MR-16OUT MR-51e
MR-51e
MR-51e
Depen ding on yo ur p ower sou rce, use one of the two meth ods of tra nsie nt clamping shown below to protect the relay contacts and to reduce electro ma gnetic interferen ce (EMI emissions). Always pro tect ag ainst acci dental ove rloads by wiring in an inlin e fuse to the C (commo n) side of the relay a s shown below.
DC Source
Diode*
AC Source
MOV*
Load
NO
DC
C
NC
Fuse
*Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
Figure 3: Reader Port 1
VO GNDVINGND
12V J3
Po E
Wiegan d Reade r
Black Red
Green White Yellow Brow n
IN x
Load
NO
AC
C
NC
Fuse
*MOV Selection � Inductive Load
Clamp Voltage > 1.5x Va c RMS 24Vac Str ike, Pan aso nic ERZ-C07DK470 Typ ical
Figure 4: Input Wiring Options
Non-Supervised
Supervised
1K, 1% 1K, 1%
IN x
IN x
1K, 1% 1K, 1%
IN x
Normally Normally Open Closed
LEDBZRCLKDA T
� 2021 RS2 Technologies. - All rights reserved.
Normally Normally Open Closed
TOC
EP-1502 Quick Reference
Battery Bypass Sleeve
(Exp. 3)
Memory Backup Battery
(Exp. 3)
Normal LED Function
LED 1
LED 2 LED 3 LED TMP LED FL T LED R1 LED R2
Off-Line / On-Line & Battery Status Off-Line if 20% on On-Line if 80% on Battery low if dou ble flashin g
Ser ial Host Chan nel Activity Chann el 1 Inte rnal Sub-Pan el A ctivity Chann el 2 RS-485 Sub-Pan el A ctivity Unassi gned Reade r Po rt 1 Acti vity Reade r Po rt 2 Acti vity
S2 - Reset Switch
(Explan atio n 2)
Wiegan d Reade r
Figure 1 (Wiegan d Rea der Examp le)
Black Green White Yellow Brow n Red (See J7 - Reader Power)
Black
R
Gray
MR-DT
Blue
(Not used)
1
A BC
5
(Not used)
MNO
9
YZ
Red (See J7 - Reader Power)
Figure 2 (MR-DT* Keypad Example)
Door Strike 1
(Form-C, 5A@28Vdc, resistive - Figure 3)
Auxiliary Output 2
(Form-C, 5A@28Vdc, resistive - Figure 3)
1 REMOVE FOR
2
SE RV ICE
3
TMP
FLT
R1
R2
+ -
(Remote display of LED 1)
1
(Remote display of LED 2)
2
(Remote display of LED 3)
3
(Remote display of LED 4)
4
GND
DAT D0
CLK D1
BZR
OFF ON
1 2 3 4 S1
TB8
READE R 1
LED
VO
TB9 GND
DAT D0
CLK D1
BZR
READE R 2
LED
VO NO OUT 1 C
PASS 12V J7
NC
NO
OUT 2 C
NC
TB10
Door Strike 2
(Form-C, 5A@28Vdc, resistive - Figure 3)
Auxiliary Output 4
(Form-C, 5A@28Vdc, resistive - Figure 3)
NO OUT 3 C
NC NO OUT 4 C NC
Relay 2 Relay 4
Reader Ports 1 & 2
Wiegan d Rea ders (Figure 1) MR-DT Keypad (Figure 2) RS-485 Reade r Interfa ce
RESET
S2
Normal Primary 10/100 Ethernet Host Channel LED Function
LED D7 (red)
LED SPD (amber)
LED ACT (gree n)
Primary 10/100 Etherne t Host Ch annel Acti vity Etherne t Spee d
10Mb/S if off 100Mb/S if on Link & Acti vity No link if o ff Goo d li nk if on Acti vity if flashing
TB1 VIN GND TMP GND FLT GND SPD
D7
ACT
TB2
Mechanical Specifications
Dimensions 8.0"(203.2mm)W x 6.0"(152.4mm)L
Temperature -55�C to +85�C, stor age
0�C to +49�C, ope rati ng
Humidity
0% to 85% RHNC
RS-485 Sub-Panel Bus Termination (Figure 5) - J5 TB3
J7 - Reader Power
J7 Set ting Reader Port V O Output (150mA max.)
12V
VO = 12Vdc regula ted
PT
VO = VIN
Use 12V se tting ONLY when VIN power is >16Vdc.
Reade rs requ iring a differe nt rating th an listed abo ve should be power ed sep arately. The reade r grou nd mu st r efe rence the pan el g round.
Relay 1 Relay 3
Relay LEDs ON = Energized
K1 Relay 1 LED K2 Relay 2 LED K3 Relay 3 LED K4 Relay 4 LEd
Input LEDs
OFF = Inactive
ON
= Active
Flashing = Trouble
IN1 Door Cont act 1 LED IN2 Exit Request 1 LED IN3 Door Cont act 2 LED IN4 Exit Request 2 LED IN5 Auxiliary Input 5 LED IN6 Auxiliary Input 5 LED IN7 Auxiliary Input 7 LED IN8 Auxiliary Input 8 LED
TXD RXD RTS CTS GND TR+ TRGND TB4 IN1 IN2
TB5 TB6
TB7
TB11
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Detail
*Not ev aluated by UL
12 to 24 Volts DC
(500mA ma x.)
Tamper Input
(N/C - Jumper if not use d)
Power Fault
(N/C - Jumper if not use d)
10/100 Ethernet Host Channel
(Explan atio n 1)
Remote LED Status
(Observe pola rity con nection to LED)
S1 - Configuration Dip Switch
(Explan atio n 1)
Serial Host Channel*
Channel 2 RS-485 Sub-Panel Bus
(2 wire ONLY! - Figure 5)
Door Contact 1
(N/C - Jumper if not use d - Figure 4)
Exit Request 1
(N/O - Figure 4)
Door Contact 2
(N/C - Jumper if not use d - Figure 4)
Exit Request 2
(N/O - Figure 4)
Auxiliary Input 5
(N/C - Jumper if not use d - Figure 4)
Auxiliary Input 6
(N/C - Jumper if not use d - Figure 4)
Auxiliary Input 7
(N/C - Jumper if not use d - Figure 4)
Auxiliary Input 8
(N/C - Jumper if not use d - Figure 4)
Revised: 8/2018
TOC
Explanation 1: S1 � Configuration DIP Switch & Primary 10/100 Ethernet Host Channel
Oview
Configuring P rimary 10/100 Ethernet Host Channel For DHCP Enabled Net works
Configuring P rimary 10/100 Ethernet Host Channel For A Stat ic IP Addres s
1. Set all S1 - Configuration DIP Switch DIPs OFF 2. App ly power to the EP-150 2 3. Make n ote of the MAC a ddress lo cated on the side of the RJ45 jack 4. Run Access It! Universal 5. Create a new Ch annel
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 6. Create a n ew SCP Gen eral Ta b
Model: EP-150 2 Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 SIO Port S peed
Por t 1: 384 00 Por t 2: 384 00 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings IP A ddress: <MACxx xxxxx xxxxx>
If th e MAC addre ss from step 3 was 00-0F-E5-00-03-4B th en the IP Address field must be entered as the Host Name of MAC000FE500 034B. Por t Nu mb er: 300 1 Encryption Settin gs: None NOTE: If unab le to resolve the Host Name to an IP Add ress, contact yo ur l oca l ne twork a dministra tor.
Bulk Erasing The Syst em Configuration And Cardholder Dat aba ses
1. Set S1 - Configuration DIP Switch DIP 2 ON 2. Set S1 - Configuration DIP Switch DIPs 1, 3 & 4 OFF 3. App ly power to the EP-150 2 4. Manua lly configure a co mp ute r to 192.168.0.100 5. Usin g a crossove r cable, connect computer to EP-150 2 6. Ope n a web browser and go to 192.168.0.251 7. Set S1 - Configuration DIP Switch DIP 1 ON 8. Click on `Click Here to Login' 9. Click on `Continue to t his website (not recomme nded).' 10. Enter a Usern ame o f admin 11. Enter a Password of passw ord 12. Click `Network' from the left hand menu 13. Sele ct `Use Static IP configura tion:'
IP A ddress: <Set acc ordingly> Sub net Mask: <Set acc ordingly> Default Ga teway: <Set acc ordingly> 14. Click `OK' 15. Click `Apply Setting' from the left hand menu 16. Click `Apply, Reboot' button 17. Wait 60 seconds for EP-150 2 to re boot 18. Remove p owe r from the EP-150 2 19. Set all S1 - Configuration DIP Switch DIPs OFF 20. Remove crossover cabl e an d con nect to ne twork
21. App ly power to the EP-150 2 22. Run Access It! Universal 23. Create a new Ch annel
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 24. Create a n ew SCP Gen eral Ta b
Model: EP-150 2 Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 SIO Port S peed
Por t 1: 384 00 Por t 2: 384 00 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings IP A ddress: <Set acc ordingly> Por t Nu mb er: 300 1 Encryption Settin gs: None
Figure 3: Output Wiring Options
Depen ding on yo ur p ower sou rce, use one of the two meth ods of tra nsie nt clamping shown below to protect the relay contacts and to reduce electro ma gnetic interferen ce (EMI emissions). Always pro tect ag ainst acci dental ove rloads by wiring in an inlin e fuse to the C (commo n) side of the relay a s shown below.
1. Set S1 - Configuration DIP Switch DIPs 1 & 2 ON
DC Source
AC Source
2. Set S1 - Configuration DIP Switch DIPs 3 & 4 OFF
Diode*
MOV*
3. App ly power to the EP-150 2
LEDs 1 & 2 and LE Ds 3 & 4 flash al tern ate ly at a .5 second rate 4. With in 10 seconds, switch S1 - Configuration DIP Switch DIP 1 OFF
LED 2 flashes at a 2 second rate a s memory is b eing erased
Load
NO
DC
C
Load
NO
AC
C
WARNING! DO NO T CYCLE POWER Era sing memory takes a pproximately 60 seconds to co mp lete. LEDs 1 & 4 flash for 10 seconds a fter the memory h as be en e rased, then th e E P-150 2 rebo ots 5. The EP-150 2 is n ow rea dy to b e configur ed as nee ded
Explanation 2: S2 - Reset Switch
Pre ssing th e S2 - Reset Switch will cau se the EP-150 2 to re boot.
NC
Fuse
*Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
NC
Fuse
*MOV Selection � Inductive Load
Clamp Voltage > 1.5x Va c RMS 24Vac Str ike, Pan aso nic ERZ-C07DK470 Typ ical
This pr oce ss will NOT e rase the syste m configuration and cardh older databases .
Explanation 3: Memory Backup Battery
Figure 4: Input Wiring Options
Figure 5: RS-485 Sub-Panel
Normally Normally Open Closed
If th e E P-150 2 should experi ence a complete power loss, the 3 volt lithium me mo ry backup batter y provides power to the onb oard memory which con tain s the card file, acti vity transactio ns and system configur atio n data. The EP-150 2 will reta in a ll d ata base in for ma tion du ring a power failu re for up to 60 days. For optimu m relia bility, the me mor y backup battery sh ould be repla ced yearly usi ng only a type BR 232 5, BR233 0, or CR233 0 lithium battery or equivalen t.
Non-Supervised
IN x
For UL installations, refer to NCL-12UL Har dwa re Installation Manual DOCNCL12UL-R0 for r eplacement proced ures.
IN x
NOTE: When setting up or servicin g the EP-150 2, it is recommen ded to lea ve the batter y bypass sleeve in
place until all system testing is completed. By kee ping th e b attery b yp ass sle eve in between the battery and
the '+' post, you can be certain th at the me mo ry is be ing co mpl ete ly fl ush ed during power cycles. Upon
completion, be certain to remove the ba ttery b ypa ss slee ve and store it withi n the enclosure for future use.
Only S tand-Alone system w as evalua ted by UL
� 2021 RS2 Technologies. - All rights reserved.
IN x
IN x
Supervised
1K, 1% 1K, 1% 1K, 1% 1K, 1%
Normally Normally Open Closed
J5 TB3
Bus Termination
The EP-150 2 has one RS-485 subpan el b us and must be terminated at the beginn ing and endin g p oint.
TR+
J5 is the te rmination jumper fo r the TR- Chann el 2 RS-485 Sub-Pan el B us. GND (see Two Wire RS-485 Wiring diag ram
for sub-pan el wirin g in for ma tion)
Refer t o NCL-12UL Hardw are Ins tallation Manua l DOCNCL12UL-R1
TOC
EP-2500 Quick Reference
Detail
*Not ev aluated by UL
Battery Bypass Sleeve
(Explan atio n 3)
Memory Backup Battery
(Explan atio n 3)
S2 - Reset Switch
(Explan atio n 2)
S1 - Configuration Dip Switch
(Explan atio n 1)
Remote LED Status
(Observe pola rity con nection to LED)
S2
REMOVE FOR SE RV ICE
Mechanical Specifications
Dimensions 5.0"(127mm)W x 6.0"(152.4mm)L
Temperature -55�C to +85�C, stor age
0�C to +49�C, ope rati ng
Humidity
0% to 85% RHNC
OFF ON
1 2 3 4
S1
Normal Primary 10/100 Ethernet Host Channel LED Function
LED D7 (red)
LED SPD (amber)
LED ACT (gree n)
Primary 10/100 Etherne t Host Ch annel Acti vity Etherne t Spee d
10Mb/S if off 100Mb/S if on Link & Acti vity No link if o ff Goo d li nk if on Acti vity if flashing
Normal LED Function
1
LED 1 Off-Line / On-Line & Battery Status
2
Off-Line if 20% on
On-Line if 80% on
3
Battery low if dou ble flashin g
4
LED 2 Ser ial Host Chan nel Activity
5
LED 3 Chann el 2 RS-485 Sub-Pan el A ctivity
LED 4 Chann el 3 RS-485 Sub-Pan el A ctivity
6
LED 5 Not used
LED 6 Not used
J6
(Always set to 232) 232 485
(Always closed)
J10
(Channel 2 Termination)
J4
J5
- + J14 J15 J16 J17
(Remote display of LED 1) (Remote display of LED 2) (Remote display of LED 3) (Remote display of LED 4)
(Channel 3 Termination)
TB4
TB3 J8 J9 J7
TB2
TB1 VIN GND TMP GND FLT GND
SPD
D7
ACT
PORT 1
TXD TR+ RXD TRRTS
CTS
GND
TR+
TR-
GND
TR+
TR-
GND
PORT 3 PORT 2
12 to 24 Volts DC (240mA or 325mA* with Micro-125)
Tamper Input
(N/C - Jumper if not use d)
Power Fault
(N/C - Jumper if not use d)
Primary 10/100 Ethernet Host Channel
(Explan atio n 1)
Backup Micro-125 Ethernet Host Channel*
Serial Host Channel*
Channel 2 RS-485 Sub-Panel Bus
(2 wire ONLY! - Figure 1)
Channel 3 RS-485 Sub-Panel Bus
(2 wire ONLY! - Figure 1)
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 8/2018
TOC
Explanation 1: S1 � Configuration DIP Switch & Primary 10/100 Ethernet Host Channel
Oview
Configuring P rimary 10/100 Ethernet Host Channel For DHCP Enabled Net works
1. Set all S1 - Configuration DIP Switch DIPs OFF 2. App ly power to the EP-250 0 3. Make n ote of the MAC a ddress lo cated on the side of the RJ45 jack 4. Run Access It! Universal 5. Create a new Ch annel
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 6. Create a n ew SCP Gen eral Ta b
Model: EP-250 0 Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 SIO Port S peed
Por t 1: 384 00 Por t 2: 384 00 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings IP A ddress: <MACxx xxxxx xxxxx>
If th e MAC addre ss from step 3 was 00-0F-E5-00-03-4B th en the IP Address field must be entered as the Host Name of MAC000FE500 034B. Por t Nu mb er: 300 1 Encryption Settin gs: None NOTE: If unab le to resolve the Host Name to an IP Add ress, contact yo ur l oca l ne twork a dministra tor.
Configuring P rimary 10/100 Ethernet Host Channel For A Stat ic IP Addres s
1. Set S1 - Configuration DIP Switch DIP 2 ON 2. Set S1 - Configuration DIP Switch DIPs 1, 3 & 4 OFF 3. App ly power to the EP-250 0 4. Manua lly configure a co mp ute r to 192.168.0.100 5. Usin g a crossove r cable, connect computer to EP-250 0 6. Ope n a web browser and go to 192.168.0.251 7. Set S1 - Configuration DIP Switch DIP 1 ON 8. Click on `Click Here to Login' 9. Click on `Continue to t his website (not recomme nded).' 10. Enter a Usern ame o f admin 11. Enter a Password of passw ord 12. Click `Network' from the left hand menu 13. Sele ct `Use Static IP configura tion:'
IP A ddress: <Set acc ordingly> Sub net Mask: <Set acc ordingly> Default Ga teway: <Set acc ordingly> 14. Click `OK' 15. Click `Apply Setting' from the left hand menu 16. Click `Apply, Reboot' button 17. Wait 60 seconds for EP-250 0 to re boot 18. Remove p owe r from the EP-250 0 19. Set all S1 - Configuration DIP Switch DIPs OFF 20. Remove crossover cabl e an d con nect to ne twork
21. App ly power to the EP-250 0 22. Run Access It! Universal 23. Create a new Ch annel
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 24. Create a n ew SCP Gen eral Ta b
Model: EP-250 0 Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 SIO Port S peed
Por t 1: 384 00 Por t 2: 384 00 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings IP A ddress: <Set acc ordingly> Por t Nu mb er: 300 1 Encryption Settin gs: None
Bulk Erasing The Syst em Configuration And Cardholder Dat aba ses
1. Set S1 - Configuration DIP Switch DIPs 1 & 2 ON 2. Set S1 - Configuration DIP Switch DIPs 3 & 4 OFF 3. App ly power to the EP-250 0
LEDs 1 & 2 and LE Ds 3 & 4 flash al tern ate ly at a .5 second rate 4. With in 10 seconds, switch S1 - Configuration DIP Switch DIP 1 OFF
LED 2 flashes at a 2 second rate a s memory is b eing erased WARNING! DO NO T CYCLE POWER Era sing memory takes a pproximately 60 seconds to co mp lete.
LEDs 1 & 4 flash for 10 seconds a fter the memory h as be en e rased, then th e E P-250 0 rebo ots 5. The EP-250 0 is n ow rea dy to b e configur ed as nee ded
Explanation 3: Memory Backup Battery
If th e E P-250 0 should experi ence a complete power loss, the 3 volt lithium me mo ry backup batter y provides power to the onb oard memory which con tai ns the card file, acti vity transactio ns and system configur atio n d ata . The EP-250 0 will reta in a ll databa se information durin g a power failure for up to 60 days. For optimu m relia bility, the me mor y backup battery sh ould be repl ace d year ly using only a type BR232 5, BR233 0, or CR233 0 lithium battery or equivalen t.
For UL installations, refer to NCL-12UL Har dwa re Installation Manual DOCNCL12UL-R0 for r eplacement p rocedures.
NOTE: When setting up or servicin g the EP-250 0, it is recommen ded to lea ve the batter y bypass sleeve in p lace u ntil all system testing is comple ted. By kee ping th e b attery b yp ass sle eve in between the battery and th e '+' post, you can be certain that the memo ry is b eing co mp lete ly flushed during po we r cycles . Upon completion, be certain to remove the ba ttery b ypa ss sleeve and store it within th e e nclo su re for futur e u se.
Explanation 2: S2 - Reset Switch
Pre ssing th e S2 - Reset Switch will cau se the EP-250 0 to re boot. This pr oce ss will NOT e rase the syste m configuration and cardh older databases .
Only S tand-Alone system w as evalua ted by UL
Figure 1: RS-485 Sub-Panel Bus Termination
TB3
(Channel 2 Termination) (Channel 3 Termination) � 2021 RS2 Technologies. - All rights reserved.
J5
J4
TB4
TR+
TR-
The EP-250 0 has two distin ct 2 wire RS-485 sub-pan el b use s. Each
bus needs to be terminated at both th e b eginni ng a nd ending po ints.
GND
J4 is the te rmination jumper fo r the Channe l 2 RS-485 Sub-Pan el B us.
TR+
J5 is the te rmination jumper fo r the Channe l 3 RS-485 Sub-Pan el B us.
TR-
(see Two Wire RS-485 Wiring diag ram for sub-pan el wirin g in for ma tion)
GND
Refer t o NCL-12UL Hardw are Ins tallation Manua l DOCNCL12UL-R1
Figure 2 (MR-DT* Keypad
Example)
Figure 1
(Wiegan d Rea der Example)
TOC
EP-4502 Quick Reference
765
4321
USB
(N/A)
SPD ACT
REMOVE FOR SE RV ICE
Memory Backup Battery
(Exp. 3)
Battery Bypass Sleeve
(Exp. 3)
TB1
Power Fault
GND
(N/C - Jumper if not use d)
FLT
Tamper Input
GND
(N/C - Jumper if not use d)
TMP
12 to 24 Volts DC
GND
(500mA ma x.)
VIN
Black
TB8 GND
Green
DAT D0
Wiegan d
White
CLK D1
Reade r
Yellow
BZR
READE R 1
Brow n
LED
MR-DT
Red (See J7 - Reader Power)
Black
R
Gray
Blue
(Not used)
1
A BC
5
(Not used)
MNO
9
YZ
Red (See J7 - Reader Power)
READE R 2
VO
TB9 GND
DAT D0
CLK D1
BZR
LED
VO
Door Strike 1
(Form-C, 5A@28Vdc, resistive - Figure 3)
Auxiliary Output 2
(Form-C, 5A@28Vdc, resistive - Figure 3)
NO OUT 1 C
NC NO OUT 2 C NC
Door Strike 2
(Form-C, 5A@28Vdc, resistive - Figure 3)
Auxiliary Output 4
(Form-C, 5A@28Vdc, resistive - Figure 3)
NO OUT 3 C
NC NO OUT 4 C NC
S2
Processor
D1
RESET
Mechanical Specifications
Dimensions 8.0"(203.2mm)W x 6.0"(152.4mm)L
Temperature -55�C to +85�C, stor age
0�C to +49�C, ope rati ng
Humidity
0% to 85% RHNC
S1
microSD
(N/A)
Wiegan d Rea ders (Figure 1)
MR-DT Keypad (Figure 2)
RS-485 Reade r Interfa ce
Reader Ports 1 & 2
J9
1234 S1
J5
J7 - Reader Power
PASS 12V J7 Set ting Reader Port V O Output (150mA max.)
12V
VO = 12Vdc regula ted
J7
PT
VO = VIN
Use 12V se tting ONLY when VIN power is >16Vdc.
Reade rs requ iring a differe nt rating th an listed abo ve should be power ed sep arately. The reade r grou nd mu st r efe rence the pan el g round.
Input LEDs
OFF = Inactive
ON
= Active
Flashing = Trouble
TB10
Relay 2 Relay 4
Relay 1 Relay 3
Relay LEDs ON = Energized
K1 Relay 1 LED K2 Relay 2 LED K3 Relay 3 LED K4 Relay 4 LEd
IN1 Door Cont act 1 LED IN2 Exit Request 1 LED IN3 Door Cont act 2 LED IN4 Exit Request 2 LED IN5 Auxiliary Input 5 LED IN6 Auxiliary Input 5 LED IN7 Auxiliary Input 7 LED IN8 Auxiliary Input 8 LED
TB11
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Termination (Figure 5)
RS-485 Sub-Panel Bus
TB2 TR+ TRGND TB3 TR+ TRGND TB4 IN1 IN1 IN2 IN2
IN3 IN3 IN4 IN4 TB5 TB6 IN5 IN5 IN6 IN6 TB7 IN7 IN7 IN8 IN8
OFF ON
RS485-2 RS485-1
EP-450 2 not eva luated by UL
Detail
10/100 Ethernet Host Channel (Explanation 1)
Host Channel LED Function
LED SPD (amber)
LED ACT (gree n)
Etherne t Spee d 10Mb/S if off 100Mb/S if on
Link & Acti vity No link if o ff Goo d li nk if on Acti vity if flashing
LED 1
LED 2 LED 3 LED 4 LED 5 LED 6 LED 7
Normal LED Function
Off-Line / On-Line & Battery Status Off-Line if 20% on On-Line if 80% on Battery low if dou ble flashin g
Host Channel Activity (Etherne t) Inte rnal Sub-Pan el A ctivity Chann el 2 RS-485 Sub-Pan el A ctivity Chann el 3 RS-485 Sub-Pan el A ctivity Reade r Po rt 1 Acti vity Reade r Po rt 2 Acti vity
Reset Switches
(Explan atio n 2)
S1 - Configuration Dip Switch
(Explan atio n 1)
Channel 2 RS-485 Sub-Panel Bus
(2 wire ONLY! - Figure 5)
Channel 3 RS-485 Sub-Panel Bus
(2 wire ONLY! - Figure 5)
Door Contact 1
(N/C - Jumper if not use d - Figure 4)
Exit Request 1
(N/O - Figure 4)
Door Contact 2
(N/C - Jumper if not use d - Figure 4)
Exit Request 2
(N/O - Figure 4)
Auxiliary Input 5
(N/C - Jumper if not use d - Figure 4)
Auxiliary Input 6
(N/C - Jumper if not use d - Figure 4)
Auxiliary Input 7
(N/C - Jumper if not use d - Figure 4)
Auxiliary Input 8
(N/C - Jumper if not use d - Figure 4)
Revised: 6/2016
TOC
Explanation 1: S1 � Configuration DIP Switch & Primary 10/100 Ethernet Host Channel
Oview
Configuring P rimary 10/100 Ethernet Host Channel (DHCP IP)
Configuring P rimary 10/100 Ethernet Host Channel (Sta tic IP)
1. Set all S1 - Configuration DIP Switch DIPs OFF 2. App ly power to the EP-450 2 3. Make n ote of the MAC a ddress lo cated on the side of the RJ45 jack 4. Run Access It! Universal 5. Create a new Ch annel
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 6. Create a n ew SCP Gen eral Ta b
Model: EP-450 2 xMB xMB = Default card database size is 32MB, value can be adjuste d within EP web browser. Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 SIO Port S peed
Por t 1: 384 00 Por t 2: 384 00 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings IP A ddress: <MACxx xxxxx xxxxx>
If th e MAC addre ss from step 3 was 00-0F-E5-00-03-4B th en the IP Address field must be entered as the Host Name of MAC000FE500 034B. Por t Nu mb er: 300 1 Encryption Settin gs: None If unab le to resolve the Host Name to an IP Add ress, contact yo ur l oca l ne twork a dministra tor.
Bulk Erasing The Syst em Configuration And Cardholder Dat aba ses
1. Set S1 - Configuration DIP Switch DIP 2 ON 2. Set S1 - Configuration DIP Switch DIPs 1, 3 & 4 OFF 3. App ly power to the EP-450 2 4. Manua lly configure a co mp ute r to 192.168.0.100 5. Usin g a crossove r cable, connect computer to EP-450 2 6. Ope n a web browser and go to 192.168.0.251 7. Set S1 - Configuration DIP Switch DIP 1 ON 8. Click on `Click Here to Login' 9. Click on `Continue to t his website (not recomme nded).' 10. Enter a Usern ame o f admin and a Passwo rd of passw ord 11. Click `Network' from the left hand menu 12. Sele ct `Use Static IP configura tion:'
IP A ddress: <Set acc ordingly> Sub net Mask: <Set acc ordingly> Default Ga teway: <Set acc ordingly> 13. Click `Accept' 14. Click `Aut o-Sav e' from the left hand menu Card Data base S ize: <Set acc ordingly> 15. Click `Apply Setting' from the left hand menu 16. Click `Apply, Reboot' button 17. Wait 60 seconds for EP-450 2 to re boot 18. Remove p owe r from the EP-450 2 19. Set all S1 - Configuration DIP Switch DIPs OFF 20. Remove crossover cabl e an d con nect to ne twork
21. App ly power to the EP-450 2 22. With in Access It! Universal.NET create a ne w Channe l
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 23. With in Access It! Universal.NET create a new S CP Gen eral Ta b
Model: EP-450 2 xMB xMB = Card database si ze configured in step 14. Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 SIO Port S peed
Por t 1: 384 00 Por t 2: 384 00 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings IP A ddress: <Set acc ordingly> Por t Nu mb er: 300 1 Encryption Settin gs: None
Figure 3: Output Wiring Options
Depen ding on yo ur p ower sou rce, use one of the two meth ods of tra nsie nt clamping shown below to protect the relay contacts and to reduce electro ma gnetic interferen ce (EMI emissions). Always pro tect ag ainst acci dental ove rloads by wiring in an inlin e fuse to the C (commo n) side of the relay a s shown below.
1. Set S1 - Configuration DIP Switch DIPs 1 & 2 ON 2. Set S1 - Configuration DIP Switch DIPs 3 & 4 OFF 3. App ly power to the EP-450 2
LEDs 1 & 2 and LE Ds 3 & 4 flash al tern ate ly at a .5 second rate 4. With in 10 seconds, switch S1 - Configuration DIP Switch DIP 1 OFF
LED 2 flashes at a 2 second rate a s memory is b eing erased WARNING! DO NO T CYCLE POWER Era sing memory takes a pproximately 60 seconds to co mp lete.
LEDs 1 & 4 flash for 10 seconds a fter the memory h as be en e rased, then th e E P-450 2 rebo ots 5. The EP-450 2 is n ow rea dy to b e configur ed as nee ded
Explanation 2: S2 - Reset Switches
DC Source
Diode*
Load
NO
DC
C
NC
Fuse
*Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
AC Source
MOV*
Load
NO
AC
C
NC
Fuse
*MOV Selection � Inductive Load
Clamp Voltage > 1.5x Va c RMS 24Vac Str ike, Pan aso nic ERZ-C07DK470 Typ ical
Pre ssing th e S1 or S2 - Reset Switche s will cau se the EP-450 2 to re boot. This pr oce ss will NOT e rase the syste m configuration and cardh older databases .
Explanation 3: Memory Backup Battery
Figure 4: Input Wiring Options
Non-Supervised
Supervised
Figure 5: RS-485 Sub-Panel Bus Termination
Normally Normally Open Closed
Normally Normally Open Closed
If th e E P-450 2 should experi ence a complete power loss, the 3 volt lithium me mo ry backup batter y provides power to the onb oard memory which con tain s the card file, acti vity transactio ns and system configur atio n data. The EP-450 2 will reta in a ll d ata base in for ma tion du ring a power failu re for up to 60 days. For optimu m relia bility, the me mor y backup battery sh ould be repla ced yearly usi ng only a type BR 232 5, BR233 0, or CR233 0 lithium battery or equivalen t.
NOTE: When setting up or servicin g the EP-450 2, it is recommen ded to lea ve the batter y bypass sleeve in place until all system testing is completed. By kee ping th e b attery b yp ass sle eve in between the battery and the '+' post, you can be certain th at the me mo ry is be ing co mpl ete ly fl ush ed during power cycles. Upon completion, be certain to remove the ba ttery b ypa ss slee ve and store it withi n the enclosure for future use.
� 2021 RS2 Technologies. - All rights reserved.
IN x
IN x
IN x
IN x
1K, 1% 1K, 1% 1K, 1% 1K, 1%
Jx
The EP-450 2 has two RS-485 subTBx pan el b use s which must be terminated TR+ at their be ginning an d e nding poin ts.
TR- J5 & J9 are termination jumpers for their respective Sub-Pan el B us.
GND (see Two Wire RS-485 Wiring diag ram for sub-pan el wirin g in for ma tion)
TOC
LP-1501 Quick Reference
Detail
LP-150 1 not eva luated by UL
Green LED
Yellow LED
Auxiliary Output 2 (2A@30Vdc)
See Figure 1
Door Strike 1 (2A@30Vdc)
See Figure 1
Local Power Supply (1.8A max plus readers)
CABLING: 1 twisted pair, minimum 18 AWG when using local 12Vdc
VIN (Voltage In): Positive 12 Volts �10% DC GND (Ground): Input V olta ge Re turn (-)
Auxiliary Power
Power Source PoE PoE + Local Power Sup ply
Available Power 12Vdc@625mA ma x. 12Vdc@1.25A max. 12Vdc@1.25A max.
VO (Voltage Out): Positive 12 Volts DC GND (Ground): Input V olta ge Re turn (-)
Wiegand Reader Port 2
See Figure 2
Reader Port 1
See Figure 3 1 Wiegan d r eader or 2 OSDP rea ders OSDP v2.1.6 suppor t OSDP used fo r In/Out con fig urations o nly OSDP req uires u nique add ressing from 0 - 3
Exit Request 1 - N/O
See Figure 4
Door Contact 1 - N/C (jumper if n ot used)
See Figure 4
J7 - Tamper Input
N/C (jumper if n ot used)
IN1
IN2
VO LED BZR CLK DA TGND LED BZR CLK DA T
VO GND VIN GND NO 1-C NC NO 2-C NC
12V J3 Po E
TB3 TB2
J5 TB1
J6
Relay 2 Relay 1
D10
D9
TB5
TB4
ON 1234
J7
Micro USB Jack
microSD OFF ON
backsid e (not use d)
J8
BT1A
Mechanical Specifications
Dimensions 5.5" (140mm)W x 2.75"(70mm)L
Temperature -55�C to +85�C, stor age
0�C to +70�C, ope rati ng
Humidity
5% to 95% RHNC
7654321 S1
10/100 Ethernet Host Channel
See Expla nation 1
J3 - Power Source Selector
J3 Set ting PoE * 12V
Power Source Power Over Etherne t Local Power Sup ply
* PoE
IEEE 802.3af complia nt (12.95 W)
PoE +
IEEE 802.3at complia nt (25 W)
12Vdc power co nnecte d to TB4. Positive le ad to
pin 3 (VIN) and ne gative lead to pin 4 (GND)
Status LED Mostly On Mostly Off Toggle
1 - LP-1501 Status
Online
Offline
N/A
2 - Host Co mmun ication Flashes while communicating with host.
3 - Reader 1 & 2 Activity Flashes when data is received from either reader port.
4 - Door 1 Contact
Open
Closed
Fault
5 - Door 1 REX
Active
Inactive
Fault
6 - Cabinet Tamper
Alarm
Secure
N/A
7 - Not Used
N/A
N/A
N/A
D9 - Relay 1
Energized
De-Energiz ed
N/A
D10 - Relay 2
Energized
De-Energiz ed
N/A
Yellow - Ethernet Speed
100 Mb/S
10 Mb/S
N/A
Green - Link/Activity
Link
No Link
Ethernet Activity
S1 - Configuration Dip Switch
See Expla nation 1
BT1A - SRAM Backup Battery
Retains system configur atio n/databa ses ~ 3 days
Alternate Host Channel
See Expla nation 2
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 8/2018
TOC
Explanation 1: Configuration DIP Switch & 10/100 Ethernet Host Channel
Oview
Configuring 10/100 Ethernet Host Channel For DHCP And DNS Enabled Network s
1. Set all S1 - Configuration DIP Switch DIPs OFF 2. App ly power to the LP-150 1 3. Make n ote of the MAC a ddress lo cated on the side of the RJ45 jack 4. Run Access It! Universal 5. Create a new Ch annel
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 6. Create a n ew SCP Gen eral Ta b
Model: LP-150 1 Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings
IP A ddress: <MACxx xxxxx xxxxx> If th e MAC addre ss from step 3 was 00-0F-E5-00-03-4B th en the IP Address field must be entered as the Host Name of MAC000FE500 034B.
Por t Nu mb er: 300 1 Encryption Settin gs: None If unab le to resolve the Host Name to an IP Add ress, contact yo ur l oca l ne twork a dministra tor.
Bulk Erasing The Syst em Configuration And Cardholder Dat aba ses
1. Set S1 - Configuration DIP Switch DIPs 1 & 2 ON 2. Set S1 - Configuration DIP Switch DIPs 3 & 4 OFF 3. App ly power to the LP-150 1
LEDs 1 & 2 and LE Ds 3 & 4 flash al tern ate ly at a .5 second rate 4. With in 10 seconds, switch S1 - Configuration DIP Switch DIP 1 OFF
LED 2 flashes at a 2 second rate a s memory is b eing erased WARNING! DO NO T CYCLE POWER Era sing memory takes a pproximately 60 seconds to co mp lete.
LEDs 1 & 4 flash for 10 seconds a fter the memory h as be en e rased, then th e L P-150 1 rebo ots 5. The LP-150 1 is n ow rea dy to b e configur ed as nee ded
Figure 2: Wiegand Reader Port 2
CABLING: 6-conductor, 18 AWG, 500 feet (150 m) max
Configuring 10/100 Ethernet Host Channel For A Sta tic IP Addre ss
1. Set S1 - Configuration DIP Switch DIP 2 ON 2. Set S1 - Configuration DIP Switch DIPs 1, 3 & 4 OFF 3. App ly power to the LP-150 1 4. Manua lly configure a co mp ute r to 192.168.0.100 5. Usin g a crossove r cable, connect computer to LP-150 1 6. Ope n a web browser and go to 192.168.0.251 7. Set S1 - Configuration DIP Switch DIP 1 ON 8. Click on `Click Here to Login' 9. Click on `Continue to t his website (not recomme nded).' 10. Enter a Usern ame o f admin 11. Enter a Password of passw ord 12. Click `Network' from the left hand menu 13. Sele ct `Use Static IP configura tion:'
IP A ddress: <Set acc ordingly> Sub net Mask: <Set acc ordingly> Default Ga teway: <Set acc ordingly> 14. Click `OK' 15. Click `Apply Setting' from the left hand menu 16. Click `Apply, Reboot' button 17. Wait 60 seconds for LP-150 1 to re boot 18. Remove p owe r from the LP-150 1
19. Set all S1 - Configuration DIP Switch DIPs OFF 20. Remove crossover cabl e an d con nect to ne twork 21. App ly power to the LP-150 1 22. Run Access It! Universal 23. Create a new Ch annel
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 24. Create a n ew SCP Gen eral Ta b
Model: LP-150 1 Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings
IP A ddress: <Set acc ordingly> Por t Nu mb er: 300 1 Encryption Settin gs: None
Explanation 2: Alternate Host Channel
A micro USB Ethern et adap ter may b e u sed to enable alterna te host chann el communication. Alterna te host channe l communication is only used to commu nica te to the ser ver machine and no t to downstream Eth ernet ena bled SIOs.
Manufa cturer: Plug able Model: USB20OTGE100
Figure 1: Output Wiring Options
CABLING: As required for the load
Door lock mechanisms can gener ate feedba ck to the r elay circuit that can ca use da ma ge and premature fa ilure of the rela y. For this reason, a diode must be used to pr otect the rela y. Wire sh ould be of sufficient gauge to avo id voltage loss.
Diode*
DC Source
NC x-C NO
Load DC
Fuse
*Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
VO GND VIN GND
Normally Normally Open Closed Normally Normally Open Closed
VO LED BZR CLK DA TGND
Canno t be used i f two OSDP rea ders ar e a ttached
to Read er Port 1.
Wiegan d Reade r
Black
Red
(300mA maximum)
Green
White
Yellow
Brown (High > 3V, Low < .5V)
12V J3 Po E
Figure 3: Reader Port 1 Options
Wiegan d Rea der Examp le
CABLING: 6-conductor, 18 AWG, 500 feet (150 m) max
OSDP / RS-485 Reade r Example
CABLING: 1 twisted pair, 18 AWG for power and 1 twisted pair w/drain & shield, 24 AWG, 120 impedance, 2,000 feet (610 m) max for communication
TB3 Black
Wiegan d Reade r
Green White Yellow
Brown (High > 3V, Low < .5V)
Red
(300mA maximum)
TB3 Ground
485-
OSDP/
RS-485
485+
Reade r
(Not used) (Not used)
Red
(300mA maximum)
VO LED BZR CLK DA TGND
INx
Figure 4: Input Wiring Options
CABLING: 1 twisted pair per input, 30 maximum
Non-Supervised
Supervised
1K, 1% 1K, 1%
INx
INx
1K, 1% 1K, 1%
INx
LED BZR CLK DA T
� 2021 RS2 Technologies. - All rights reserved.
TOC
LP-1501 Plus Quick Reference
LP-150 1 Plus not e valuat ed by UL
Detail
Green LED
Yellow LED
Auxiliary Output 2 (2A@30Vdc)
See Figure 1
Door Strike 1 (2A@30Vdc)
See Figure 1
Local Power Supply (1.8A max plus readers)
CABLING: 1 twisted pair, minimum 18 AWG when using local 12Vdc
VIN (Voltage In): Positive 12 Volts �10% DC GND (Ground): Input V olta ge Re turn (-)
Auxiliary Power
Power Source PoE PoE + Local Power Sup ply
Available Power 12Vdc@625mA ma x. 12Vdc@1.25A max. 12Vdc@1.25A max.
VO (Voltage Out): Positive 12 Volts DC GND (Ground): Input V olta ge Re turn (-)
Wiegand Reader Port 1
See Figure 3
Sub-Panel Bus
See Figure 2
LP-150 1 Plus CLK DAT GND VO LED BZR
SIO Wiring TR+ TRGND Not Used Not Used Not Used
Exit Request 1 - N/O
See Figure 4
Door Contact 1 - N/C (jumper if n ot used)
See Figure 4
J7 - Tamper Input
N/C (jumper if n ot used)
IN1
IN2
VO LED BZR CLK DA TGND LED BZR CLK DA T
VO GND VIN GND NO 1-C NC NO 2-C NC
12V J3 Po E
TB3 TB2
J5 TB1
J6
Relay 2 Relay 1
D10
D9
TB5
TB4
ON 1234
J7
Micro USB Jack
microSD OFF ON
backsid e (not use d)
J8
BT1A
Mechanical Specifications
Dimensions 5.5" (140mm)W x 2.75"(70mm)L
Temperature -55�C to +85�C, stor age
0�C to +70�C, ope rati ng
Humidity
5% to 95% RHNC
7654321 S1
10/100 Ethernet Host Channel
See Expla nation 1
J3 - Power Source Selector
J3 Set ting PoE * 12V
Power Source Power Over Etherne t Local Power Sup ply
* PoE
IEEE 802.3af complia nt (12.95 W)
PoE +
IEEE 802.3at complia nt (25 W)
12Vdc power co nnecte d to TB4. Positive le ad to
pin 3 (VIN) and ne gative lead to pin 4 (GND)
Status LED Mostly On Mostly Off Toggle
1 - LP-1501 Status
Online
Offline
N/A
2 - Host Co mmun ication Flashes while communicating with host.
3 - Reader 1 & 2 Activity Flashes when data is received from either reader port.
4 - Door 1 Contact
Open
Closed
Fault
5 - Door 1 REX
Active
Inactive
Fault
6 - Cabinet Tamper
Alarm
Secure
N/A
7 - Not Used
N/A
N/A
N/A
D9 - Relay 1
Energized
De-Energiz ed
N/A
D10 - Relay 2
Energized
De-Energiz ed
N/A
Yellow - Ethernet Speed
100 Mb/S
10 Mb/S
N/A
Green - Link/Activity
Link
No Link
Ethernet Activity
S1 - Configuration Dip Switch
See Expla nation 1
BT1A - SRAM Backup Battery
Retains system configur atio n/databa ses ~ 3 days
Alternate Host Channel
See Expla nation 2
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 8/2018
TOC
Explanation 1: Configuration DIP Switch & 10/100 Ethernet Host Channel
Oview
Configuring 10/100 Ethernet Host Channel For DHCP And DNS Enabled Network s
1. Set all S1 - Configuration DIP Switch DIPs OFF 2. App ly power to the LP-150 1 Plus 3. Make n ote of the MAC a ddress lo cated on the side of the RJ45 jack 4. Run Access It! Universal 5. Create a new Ch annel
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 6. Create a n ew SCP Gen eral Ta b
Model: LP-150 1 Plus Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings
IP A ddress: <MACxx xxxxx xxxxx> If th e MAC addre ss from step 3 was 00-0F-E5-00-03-4B th en the IP Address field must be entered as the Host Name of MAC000FE500 034B.
Por t Nu mb er: 300 1 Encryption Settin gs: None If unab le to resolve the Host Name to an IP Add ress, contact yo ur l oca l ne twork a dministra tor.
Bulk Erasing The Syst em Configuration And Cardholder Dat aba ses
1. Set S1 - Configuration DIP Switch DIPs 1 & 2 ON 2. Set S1 - Configuration DIP Switch DIPs 3 & 4 OFF 3. App ly power to the LP-150 1 Plus
LEDs 1 & 2 and LE Ds 3 & 4 flash al tern ate ly at a .5 second rate 4. With in 10 seconds, switch S1 - Configuration DIP Switch DIP 1 OFF
LED 2 flashes at a 2 second rate a s memory is b eing erased WARNING! DO NO T CYCLE POWER Era sing memory takes a pproximately 60 seconds to co mp lete.
LEDs 1 & 4 flash for 10 seconds a fter the memory h as be en e rased, then th e L P-150 1 Plus reboo ts 5. The LP-150 1 Plus is now ready to be configured as neede d
Figure 2: Sub-Panel Communication
MR-52 (1) MR-52 (2)
LP-150 1 PLUS Capacities Up to 8 wired SIO's up to 1,000' MR-62e 4 read ers maximum pe r b oard MR-51e 2 read ers maximum pe r b oard Tota l re ader count cann ot exce ed 17 Sup ported SIO's:
MR-50 MR-16IN MR-52 MR-16OUT MR-51e MR-62e
MR-51e
MR-51e
Configuring 10/100 Ethernet Host Channel For A Sta tic IP Addre ss
1. Set S1 - Configuration DIP Switch DIP 2 ON 2. Set S1 - Configuration DIP Switch DIPs 1, 3 & 4 OFF 3. App ly power to the LP-150 1 Plus 4. Manua lly configure a co mp ute r to 192.168.0.100 5. Usin g a crossove r cable, connect computer to LP-150 1 Plus 6. Ope n a web browser and go to 192.168.0.251 7. Set S1 - Configuration DIP Switch DIP 1 ON 8. Click on `Click Here to Login' 9. Click on `Continue to t his website (not recomme nded).' 10. Enter a Usern ame o f admin 11. Enter a Password of passw ord 12. Click `Network' from the left hand menu 13. Sele ct `Use Static IP configura tion:'
IP A ddress: <Set acc ordingly> Sub net Mask: <Set acc ordingly> Default Ga teway: <Set acc ordingly> 14. Click `OK' 15. Click `Apply Setting' from the left hand menu 16. Click `Apply, Reboot' button 17. Wait 60 seconds for LP-150 1 Plus to reb oot 18. Remove p owe r from the LP-150 1 Plus
19. Set all S1 - Configuration DIP Switch DIPs OFF 20. Remove crossover cabl e an d con nect to ne twork 21. App ly power to the LP-150 1 Plus 22. Run Access It! Universal 23. Create a new Ch annel
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 24. Create a n ew SCP Gen eral Ta b
Model: LP-150 1 Plus Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings
IP A ddress: <Set acc ordingly> Por t Nu mb er: 300 1 Encryption Settin gs: None
Explanation 2: Alternate Host Channel
A micro USB Ethern et adap ter may b e u sed to enable alterna te host chann el communication. Alterna te host channe l communication is only used to commu nica te to the ser ver machine and no t to downstream Eth ernet ena bled SIOs.
Manufa cturer: Plug able Model: USB20OTGE100
Figure 1: Output Wiring Options
CABLING: As required for the load
Door lock mechanisms can gener ate feedba ck to the r elay circuit that can ca use da ma ge and premature fa ilure of the rela y. For this reason, a diode must be used to pr otect the rela y. Wire sh ould be of sufficient gauge to avo id voltage loss.
Diode*
DC Source
NC x-C NO
Load DC
Fuse
*Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
Figure 3: Wiegand Reader Port 1
CABLING: 6-conductor, 18 AWG, 500 feet (150 m) max
VO GNDVINGND
12V J3
Po E
Wiegan d Reade r
Black Red
Green White Yellow Brow n
(300mA maximum) (High > 3V, Low < .5V)
INx
Figure 4: Input Wiring Options
CABLING: 1 twisted pair per input, 30 maximum
Non-Supervised
Supervised
1K, 1% 1K, 1%
INx
INx
1K, 1% 1K, 1%
INx
LEDBZRCLKDA T
� 2021 RS2 Technologies. - All rights reserved.
Normally Normally Open Closed Normally Normally Open Closed
TOC
LED 1
LED 2 LED 3 LED 4 LED 5 LED R1 LED R2
Normal LED Function
Off-Line / On-Line an d B attery Sta tus Off-Line if 20% on On-Line if 80% on Battery low if dou ble flashin g
Host Channel Activity (Etherne t) Chann el 1 Inte rnal Sub-Pan el A ctivity Chann el 2 RS-485 Sub-Pan el A ctivity Not used Reade r Po rt 1 Acti vity Reade r Po rt 2 Acti vity
S1 - Configuration Dip Switch
See Expla nation 1
Figure 1
Wiegan d Rea der Examp le
CABLING: 6-conductor, 18 AWG, 500 feet (150 m) max
Wiegan d Reade r
Black Green White Yellow Brown (High > 3V, Low < .5V) Red (See J7 - Reader Power)
OSDP*/ RS-485* Reade r
Ground 485485+ (Not used) (Not used) Red (See J7 - Reader Power)
Figure 2
OSDP* / RS-485* Reade r Example
CABLING: 1 twisted pair, 18 AWG for power and 1 twisted pair w/drain & shield, 24 AWG, 120 impedance, 2,000 feet (610 m) max for communication
Door Strike 1
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 3
Auxiliary Output 2
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 3
Door Strike 2
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 3
Auxiliary Output 4
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 3
LP-1502 Quick Reference
BATT SET DURING INSTALLATION
TB1
RESET
1
VIN
2
S2 - Reset Switch - See Explanation 2
GND
3 S2
TMP
OFF ON J19
4
GND
5
J19 - Battery Backup* - See Explanation 3
FLT
R1
GND R2
SPD
J2
Memory Backup Battery - See Explanation 3
READE R 2
READE R 1
GND DAT
D0 CLK
D1 BZR
LED
VO TB9 GND DAT
D0 CLK
D1 BZR
LED
VO
NO
OUT 1 C
NC
NO
OUT 2 C
NC
NO
OUT 3 C
NC
NO
OUT 4 C
NC
S1
1 2 3 4 OFF ON
TB8
D16
ACT
J6
Micro USB Jack*
J8
OSDP v2.1.6 Support*
See Figure 2 2 read ers pe r p ort add ressed 0 - 3 Use d for In/Out con fig urations o nly
TB10 TB11
PASS 12V J7
Relay 2 Relay 4
Mechanical Specifications
Dimensions 8.0"(203.2mm)W x 6.0"(152.4mm)L
Temperature -55�C to +85�C, stor age
0�C to +49�C, ope rati ng
Humidity
0% to 85% RHNC
J7 - Reader Power
J7 Set ting Reader Port V O Output (300mA max.)
12V
VO = 12Vdc regula ted
PT
VO = VIN
Use 12V se tting ONLY when VIN power is >20Vdc.
Reade rs requ iring a differe nt rating th an listed abo ve should be power ed sep arately. The reade r grou nd mu st r efe rence the pan el g round.
J5 - RS-485 Sub-Panel Bus Termination See Figure 5
microSD*
(not use d)
TB3 TR+ TRGND TB4 IN1
IN2
IN3
Input LEDs
IN4
OFF = Inactive
ON
= Active
Flashing = Trouble
TB5
TB6 IN5
IN1 Door Cont act 1 LED
Relay LEDs ON = Energized
IN2 Exit Request 1 LED
IN3 Door Cont act 2 LED
IN6
Relay 1
K1 Relay 1 LED
IN4 Exit Request 2 LED
TB7
K2 Relay 2 LED
IN5 Auxiliary Input 5 LED
IN7
K3 Relay 3 LED
IN6 Auxiliary Input 5 LED
Relay 3
K4 Relay 4 LEd
IN7 Auxiliary Input 7 LED
IN8
IN8 Auxiliary Input 8 LED
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
*Not ev aluated by UL
Detail
Power (500mA max plus readers)
CABLING: 1 twisted pair, minimum 18 AWG
VIN (Voltage In): Positive 12 to 24 Volts �10% DC GND (Ground): Input V olta ge Re turn (-)
Tamper Input
N/C (jumper if n ot used)
Power Fault
N/C (jumper if n ot used)
Primary 10/100 Ethernet Host Channel
See Expla nation 1
Normal LED Function
LED D16 (red)
LED SPD (yellow)
LED ACT (gree n)
Etherne t Host Ch annel Activity
Etherne t Spee d 10Mb/S if off 100Mb/S if on
Link & Acti vity No link if o ff Goo d li nk if on Acti vity if flashing
Alternate Host Channel*
See Expla nation 4
Channel 2 RS-485 Sub-Panel Bus
See Figure 5
Door Contact 1 - N/C (jumper if not used)
See Figure 4
Exit Request 1 - N/O
See Figure 4
Door Contact 2 - N/C (jumper if n ot used)
See Figure 4
Exit Request 2 - N/O
See Figure 4
Auxiliary Input 5 - N/O
See Figure 4
Auxiliary Input 6 - N/O
See Figure 4
Auxiliary Input 7 - N/O
See Figure 4
Auxiliary Input 8 - N/O
See Figure 4
Revised: 11/2020
TOC
Explanation 1: Configuration DIP Switch & Primary 10/100 Ethernet Host Channel
Oview
Configuring P rimary 10/100 Ethernet Host Channel For DHCP And DNS Enabled Network s
Configuring P rimary 10/100 Ethernet Host Channel For A Sta tic IP Addre ss
1. Set all S1 - Configuration DIP Switch DIPs OFF
1. Set S1 - Configuration DIP Switch DIP 2 ON
21. App ly power to the LP-150 2
2. App ly power to the LP-150 2
2. Set S1 - Configuration DIP Switch DIPs 1, 3 & 4 OFF
22. Run Access It! Universal.NET*
3. Make n ote of the MAC a ddress lo cated on the side of the RJ45 jack
3. App ly power to the LP-150 2
23. Create a new Ch annel
4. Run Access It! Universal.NET*
4. Manua lly configure a co mp ute r to 192.168.0.100
Chann el E nabled: X
5. Create a new Ch annel
5. Usin g a crossove r cable, connect computer to LP-150 2
Pro tocol Type: SCP
Chann el E nabled: X
6. Ope n a web browser and go to 192.168.0.251
Chann el Type: IP S erv er
Pro tocol Type: SCP
7. Set S1 - Configuration DIP Switch DIP 1 ON
24. Create a n ew SCP
Chann el Type: IP S erv er
8. Click on `Click Here to Login'
Gen eral Ta b
6. Create a n ew SCP
9. Click on `Continue to t his website (not recomme nded).'
Model: LP-150 2
Gen eral Ta b
10. Enter a Usern ame o f admin
Device Install ed: X
Model: LP-150 2
11. Enter a Password of passw ord
SCP Ti me Zone: <Set acc ordingly>
Device Install ed: X
12. Click `Network' from the left hand menu
Initi alizatio n S trin g: <Leave bla nk>
SCP Ti me Zone: <Set acc ordingly>
13. Sele ct `Use Static IP configura tion:'
Add ress: 0
Initi alizatio n S trin g: <Leave bla nk>
IP A ddress: <Set acc ordingly>
SIO Port S peed
Add ress: 0
Sub net Mask: <Set acc ordingly>
Por t 1: 384 00
SIO Port S peed
Default Ga teway: <Set acc ordingly>
Por t 2: 384 00
Por t 1: 384 00
14. Click `OK'
Comm Tab
Por t 2: 384 00
15. Click `Apply Setting' from the left hand menu
Chann el: <Set to the newly cre ated c ha nnel>
Comm Tab
16. Click `Apply, Reboot' button
TCP/IP S ettings
Chann el: <Set to the newly cre ated c ha nnel>
17. Wait 60 seconds for LP-150 2 to re boot
IP A ddress: <Set acc ordingly>
TCP/IP S ettings
18. Remove p owe r from the LP-150 2
Por t Nu mb er: 300 1
IP A ddress: <MACxx xxxxx xxxxx>
19. Set all S1 - Configuration DIP Switch DIPs OFF
Encryption Settin gs: None
If th e MAC addre ss from step 3 was 00-0F-E5-00-03-4B th en the IP Address field must be entered as the Host Name of MAC000FE500 034B.
20. Remove crossover cabl e an d con nect to ne twork
Por t Nu mb er: 300 1 Encryption Settin gs: None If unab le to resolve the Host Name to an IP Add ress, contact yo ur l oca l ne twork a dministra tor.
Bulk Erasing The Syst em Configuration And Cardholder Dat aba ses
1. Set S1 - Configuration DIP Switch DIPs 1 & 2 ON 2. Set S1 - Configuration DIP Switch DIPs 3 & 4 OFF 3. App ly power to the LP-150 2
LEDs 1 & 2 and LE Ds 3 & 4 flash al tern ate ly at a .5 second rate 4. With in 10 seconds, switch S1 - Configuration DIP Switch DIP 1 OFF
LED 2 flashes at a 2 second rate a s memory is b eing erased WARNING! DO NO T CYCLE POWER Era sing memory takes a pproximately 60 seconds to co mp lete.
LEDs 1 & 4 flash for 10 seconds a fter the memory h as be en e rased, then th e L P-150 2 rebo ots
Explanation 4: Alternate Host Channel*
A micro USB Ethern et adap ter may b e u sed to enable alterna te host chann el communication. Alterna te host channe l communication is only used to commu nica te to the ser ver machine and no t to downstream Eth ernet ena bled SIOs.
Manufa cturer: Plug able Model: USB20OTGE100
Figure 3: Output Wiring Options
CABLING: As required for the load
Door lock mechanisms can gener ate feedba ck to the r elay circuit that can ca use da ma ge and premature fa ilure of the rela y. For this reason, a diode must be used to pr otect the rela y. Wire sh ould be of sufficient gauge to avo id voltage loss.
Diode
DC Source
Load
NO
DC
C
NC
Fuse
5. The LP-150 2 is n ow rea dy to b e configur ed as nee ded
Explanation 2: Reset Switch
Pre ssing th e S2 - Reset Switch will cau se the LP-150 2 to re boot.
Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
Normally Normally Open Closed
J5
Normally Normally Open Closed
This pr oce ss will NOT e rase the syste m configuration and cardh older databases .
Explanation 3: Memory Backup Battery
If th e L P-150 2 should experi ence a complete power loss, the 3 volt lithium me mo ry backup batter y provides power to the onb oard memory which con tain s the card file, acti vity transactio ns and system configur atio n data. The LP-150 2 will reta in a ll d ata base in for ma tion du ring a power failu re for up to60 days. For optimu m relia bility, the me mor y backup battery sh ould be repla ced yearly usi ng only a type BR 233 0 or CR233 0 lithium battery or equivalen t.
For UL installations, refer to NCL-12UL Har dwa re Installation Manual DOCNCL12UL-R1 for r eplacement proced ures.
NOTE*: When setting up or servicin g the LP-150 2, it is recommen ded to lea ve the J19 - Battery Ba ckup
jumper OFF u ntil all system testing is comple ted . By kee ping th e J19 - Battery Ba ckup jumper OFF, you can be certain tha t th e memory is bein g completely flushed du ring power cycles. Upon completion, be sure to set the J19 - Battery Ba ckup jumper ON.
IN x
Figure 4: Input Wiring Options
CABLING: 1 twisted pair per input, 30 maximum
Non-Supervised
Supervised
1K, 1% 1K, 1%
IN x
IN x
1K, 1% 1K, 1%
IN x
Figure 5: RS-485 Sub-Panel
Bus Termination
CABLING: 1 twisted pair w/drain & shield, 24 AWG, 120 impedance
TB3 TR+
TR-
GND
The LP-150 2 has one RS-485 subpan el b us and must be terminated at the beginn ing and endin g p oint.
J5 is the te rmination jumper fo r the Chann el 2 RS-485 Sub-Pan el B us.
(see Two Wire RS-485 Wiring diag ram for sub-pan el wirin g in for ma tion)
Only S tand-Alone system w as evalua ted by UL
� 2021 RS2 Technologies. - All rights reserved.
Refer t o NCL-12UL Hardw are Ins tallation Manua l DOCNCL12UL-R1
TOC
LP-2500 Quick Reference
Detail
*Not ev aluated by UL
Battery Bypass Sleeve
See Expla nation 3
Memory Backup Battery
See Expla nation 3
J19 - Battery Backup*
See Expla nation 3
S2 - Reset Switch
See Expla nation 2
S1 - Configuration Dip Switch
See Expla nation 1
OFF ON
BATT SET DURING INSTALLATION
S2 J19
VIN GND TMP GND FLT GND TB1
Power (250mA max)
CABLING: 1 twisted pair, minimum 18 AWG VIN (Voltage In): Positiv e 12 to 24 Volts �10% DC GN D (Ground): Input Voltage Return (-)
Tamper Input
N/C (jumper if n ot used)
Power Fault
N/C (jumper if n ot used)
J1
Mechanical Specifications
SPD
OFF ON
1 2 3 4
S1
Dimensions 5.0"(127mm)W x 6.0"(152.4mm)L
Temperature -55�C to +85�C, stor age
0�C to +70�C, ope rati ng
Humidity
5% to 95% RHNC
ACT D28
Primary 10/100 Ethernet Host Channel
See Expla nation 1
Normal LED Function
LED D28 Etherne t Host Ch annel Activity (red)
LED SPD Etherne t Spee d
(yellow)
10Mb/S if off
Normal LED Function
Micro USB Jack* J7
100Mb/S if on LED ACT Link & Acti vity
1
LED 1 Off-Line / On-Line an d B attery Sta tus
(gree n)
No link if o ff
2
Off-Line if 20% on
On-Line if 80% on
3
Battery low if dou ble flashin g
microSD*
Goo d li nk if on Acti vity if flashing
4
LED 2 Host Channel Activity (Etherne t)
(not use d) J6
5
LED 3 Chann el 2 RS-485 Sub-Pan el A ctivity
LED 4 Chann el 3 RS-485 Sub-Pan el A ctivity
6
LED 5 Not used
Alternate Host Channel*
See Expla nation 4
TB3
LED 6 Not used
TR+
J4 - Channel 2 Term ination
TR-
Channel 2 RS-485 Sub-Panel Bus
See Figure 1
See Figure 5
GND
PORT 2 PORT 1
J4
TB4 TR+
J5 - Channel 3 Term ination See Figure 5
J5
TR-
Channel 3 RS-485 Sub-Panel Bus
See Figure 1
GND
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 11/2020
TOC
Explanation 1: Configuration DIP Switch & Primary 10/100 Ethernet Host Channel
Oview
Configuring P rimary 10/100 Ethernet Host Channel For DHCP And DNS Enabled Network s
Configuring P rimary 10/100 Ethernet Host Channel For A Sta tic IP Addre ss
1. Set all S1 - Configuration DIP Switch DIPs OFF 2. App ly power to the LP-250 0 3. Make n ote of the MAC a ddress lo cated on the side of the RJ45 jack 4. Run Access It! Universal.NET* 5. Create a new Ch annel
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 6. Create a n ew SCP Gen eral Ta b
Model: LP-250 0 Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 SIO Port S peed
Por t 1: 384 00 Por t 2: 384 00 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings IP A ddress: <MACxx xxxxx xxxxx>
If th e MAC addre ss from step 3 was 00-0F-E5-00-03-4B th en the IP Address field must be entered as the Host Name of MAC000FE500 034B. Por t Nu mb er: 300 1 Encryption Settin gs: None If unab le to resolve the Host Name to an IP Add ress, contact yo ur l oca l ne twork a dministra tor.
Bulk Erasing The Syst em Configuration And Cardholder Dat aba ses
1. Set S1 - Configuration DIP Switch DIPs 1 & 2 ON 2. Set S1 - Configuration DIP Switch DIPs 3 & 4 OFF 3. App ly power to the LP-250 0
LEDs 1 & 2 and LE Ds 3 & 4 flash al tern ate ly at a .5 second rate 4. With in 10 seconds, switch S1 - Configuration DIP Switch DIP 1 OFF
LED 2 flashes at a 2 second rate a s memory is b eing erased WARNING! DO NO T CYCLE POWER Era sing memory takes a pproximately 60 seconds to co mp lete.
LEDs 1 & 4 flash for 10 seconds a fter the memory h as be en e rased, then th e L P-250 0 rebo ots 5. The LP-250 0 is n ow rea dy to b e configur ed as nee ded
Explanation 2: Reset Switch
Pre ssing th e S2 - Reset Switch will cau se the LP-250 0 to re boot. This pr oce ss will NOT e rase the syste m configuration and cardh older databases .
1. Set S1 - Configuration DIP Switch DIP 2 ON 2. Set S1 - Configuration DIP Switch DIPs 1, 3 & 4 OFF 3. App ly power to the LP-250 0 4. Manua lly configure a co mp ute r to 192.168.0.100 5. Usin g a crossove r cable, connect computer to LP-250 0 6. Ope n a web browser and go to 192.168.0.251 7. Set S1 - Configuration DIP Switch DIP 1 ON 8. Click on `Click Here to Login' 9. Click on `Continue to t his website (not recomme nded).' 10. Enter a Usern ame o f admin 11. Enter a Password of passw ord 12. Click `Network' from the left hand menu 13. Sele ct `Use Static IP configura tion:'
IP A ddress: <Set acc ordingly> Sub net Mask: <Set acc ordingly> Default Ga teway: <Set acc ordingly> 14. Click `Accept' 15. Click `Apply Setting' from the left hand menu 16. Click `Apply Settings, Reboot' button 17. Wait 60 seconds for LP-250 0 to re boot 18. Remove p owe r from the LP-250 0 19. Set all S1 - Configuration DIP Switch DIPs OFF 20. Remove crossover cabl e an d con nect to ne twork
21. App ly power to the LP-250 0 22. Run Access It! Universal.NET* 23. Create a new Ch annel
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 24. Create a n ew SCP Gen eral Ta b
Model: LP-250 0 Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 SIO Port S peed
Por t 1: 384 00 Por t 2: 384 00 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings IP A ddress: <Set acc ordingly> Por t Nu mb er: 300 1 Encryption Settin gs: None
Explanation 3: Memory Backup Battery
If th e L P-250 0 should experi ence a complete power loss, the 3 volt lithium me mo ry backup batter y provides power to the onb oard memory which con tai ns the card file, acti vity transactio ns and system configur atio n d ata . The LP-250 0 will reta in a ll databa se information durin g a power failure for up to 60 days. For optimu m relia bility, the me mor y backup battery sh ould be repl ace d year ly using only a type BR233 0 or CR233 0 lithium battery or equivalen t.
For UL installations, refer to NCL-12UL Har dwa re Installation Manual DOCNCL12UL-R1 for r eplacement p rocedures.
NOTE*: When setting up or servicin g the LP-250 0, it is recommen ded to lea ve the J19 - Battery Ba ckup jumper OFF un til all
system testing is comple ted. By kee ping th e J19 - Battery Ba ckup jumper OFF, you can be certain th at the me mo ry is be ing completely flushed durin g p ower cycl es. Upon completion, be sure to set the J19 - Battery Ba ckup jumper ON.
Explanation 4: Alternate Host Channel*
A micro USB Ethern et adap ter may b e u sed to enable altern ate host chan nel communication . Alterna te host chann el commu nicatio n is only u sed to communicate to the se rver machine and no t to do wnstream Eth ernet e nabled S IOs .
Manufa cturer: Plug able Model: USB20OTGE100
Figure 1: RS-485 Sub-Panel Bus Termination
CABLING: 1 twisted pair w/drain & shield, 24 AWG, 120 impedance
TB3 TR+
TR-
The LP-250 0 has two distin ct 2 wire RS-485 sub-pan el b use s. Each
bus needs to be terminated at both th e b eginni ng a nd ending po ints.
GND
J4 is the te rmination jumper fo r the Channe l 2 RS-485 Sub-Pan el B us.
TB4
TR+
J5 is the te rmination jumper fo r the Channe l 3 RS-485 Sub-Pan el B us.
TR-
(see Two Wire RS-485 Wiring diag ram for sub-pan el wirin g in for ma tion)
GND
J4
J5
Only S tand-Alone system w as evalua ted by UL
� 2021 RS2 Technologies. - All rights reserved.
Refer t o NCL-12UL Hardw are Ins tallation Manua l DOCNCL12UL-R1
TOC
LED 1
LED 2 LED 3 LED 4 LED 5 LED R1 LED R2
Normal LED Function
Off-Line / On-Line an d B attery Sta tus Off-Line if 20% on On-Line if 80% on Battery low if dou ble flashin g
Ser ial Host Chan nel Activity Chann el 1 Inte rnal Sub-Pan el A ctivity Chann el 2 RS485-1 Sub-Pan el A ctivity Chann el 3 RS485-2 Sub-Pan el A ctivity Reade r Po rt 1 Acti vity Reade r Po rt 2 Acti vity
S1 - Configuration Dip Switch
See Expla nation 1
Figure 1
Wiegan d Rea der Examp le
CABLING: 6-conductor, 18 AWG, 500 feet (150 m) max
Wiegan d Reade r
Black Green White Yellow Brown (High > 3V, Low < .5V) Red (See J7 - Reader Power)
OSDP/ RS-485 Reade r
Ground 485485+ (Not used) (Not used) Red (See J7 - Reader Power)
Figure 2
OSDP / RS-485 Reade r Example
CABLING: 1 twisted pair, 18 AWG for power and 1 twisted pair w/drain & shield, 24 AWG, 120 impedance, 2,000 feet (610 m) max for communication
Door Strike 1
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 3
Auxiliary Output 2
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 3
Door Strike 2
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 3
Auxiliary Output 4
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 3
LP-4502 Quick Reference
Detail
LP-450 2 not eva luated by UL
BATT SET DURING INSTALLATION
TB1
RESET
1
VIN
2
S2 - Reset Switch - See Explanation 2
GND
3 S2
TMP
OFF ON J19
4
GND
5
J19 - Battery Backup - See Explanation 3
FLT
R1
GND R2
SPD
Memory Backup Battery - See Explanation 3
J2 J8
J6
J5 J9
READE R 2
READE R 1
GND DAT
D0 CLK
D1 BZR
LED
VO
GND DAT
D0 CLK
D1 BZR
LED
VO
NO
OUT 1 C NC
NO
OUT 2 C NC
NO
OUT 3 C NC
NO
OUT 4 C NC
S1
1 2 3 4
OFF ON
Mechanical Specifications
Dimensions 8.0"(203.2mm)W x 6.0"(152.4mm)L
Temperature -55�C to +85�C, stor age
0�C to +70�C, ope rati ng
Humidity
5% to 85% RHNC
D16
ACT
Micro USB Jack
microSD
(not use d)
TB8
RS485-2 RS485-1
OSDP v2.1.6 Support
See Figure 2 2 read ers pe r p ort add ressed 0 - 3 Use d for In/Out con fig urations o nly
TB9
J9 - Channel 2 Term ination See Figure 5
PASS 12V J7
J5 - Channel 3 Term ination See Figure 5
J7 - Reader Power
J7 Set ting Reader Port V O Output (300mA max.)
12V
VO = 12Vdc regula ted
PT
VO = VIN
Use 12V se tting ONLY when VIN power is >20Vdc.
Reade rs requ iring a differe nt rating th an listed abo ve should be power ed sep arately. The reade r grou nd mu st r efe rence the pan el g round.
Input LEDs
OFF = Inactive
ON
= Active
Flashing = Trouble
TB10 TB11
Relay 2 Relay 4
Relay 1 Relay 3
Relay LEDs ON = Energized
K1 Relay 1 LED K2 Relay 2 LED K3 Relay 3 LED K4 Relay 4 LEd
IN1 Door Cont act 1 LED IN2 Exit Request 1 LED IN3 Door Cont act 2 LED IN4 Exit Request 2 LED IN5 Auxiliary Input 5 LED IN6 Auxiliary Input 5 LED IN7 Auxiliary Input 7 LED IN8 Auxiliary Input 8 LED
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
TB2 TR+ TRGND TB3 TR+ TRGND TB4 IN1
IN2
IN3
IN4 TB5 TB6 IN5
IN6
TB7 IN7
IN8
Power (550mA max plus readers)
CABLING: 1 twisted pair, minimum 18 AWG
VIN (Voltage In): Positive 12 to 24 Volts �10% DC GND (Ground): Input V olta ge Re turn (-)
Tamper Input
N/C (jumper if n ot used)
Power Fault
N/C (jumper if n ot used)
Primary 10/100 Ethernet Host Channel
See Expla nation 1
Normal LED Function
LED D16 (red)
LED SPD (yellow)
LED ACT (gree n)
Etherne t Host Ch annel Activity
Etherne t Spee d 10Mb/S if off 100Mb/S if on
Link & Acti vity No link if o ff Goo d li nk if on Acti vity if flashing
Alternate Host Channel
See Expla nation 4
Channel 2 RS-485 Sub-Panel Bus
See Figure 5
Channel 3 RS-485 Sub-Panel Bus
See Figure 5
Door Contact 1 - N/C (jumper if not used)
See Figure 4
Exit Request 1 - N/O
See Figure 4
Door Contact 2 - N/C (jumper if n ot used)
See Figure 4
Exit Request 2 - N/O
See Figure 4
Auxiliary Input 5 - N/O
See Figure 4
Auxiliary Input 6 - N/O
See Figure 4
Auxiliary Input 7 - N/O
See Figure 4
Auxiliary Input 8 - N/O
See Figure 4
Revised: 11/2020
TOC
Explanation 1: Configuration DIP Switch & Primary 10/100 Ethernet Host Channel
Oview
Configuring P rimary 10/100 Ethernet Host Channel For DHCP And DNS Enabled Network s
1. Set all S1 - Configuration DIP Switch DIPs OFF 2. App ly power to the LP-450 2 3. Make n ote of the MAC a ddress lo cated on the side of the RJ45 jack 4. Run Access It! Universal 5. Create a new Ch annel
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 6. Create a n ew SCP Gen eral Ta b
Model: LP-450 2 xMB xMB = Default card database size is 32MB, value can be adjuste d within LP web browse r. Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 SIO Port S peed
Por t 1: 384 00 Por t 2: 384 00 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings IP A ddress: <MACxx xxxxx xxxxx>
If th e MAC addre ss from step 3 was 00-0F-E5-00-03-4B th en the IP Address field must be entered as the Host Name of MAC000FE500 034B. Por t Nu mb er: 300 1 Encryption Settin gs: None If unab le to resolve the Host Name to an IP Add ress, contact yo ur l oca l ne twork a dministra tor.
Bulk Erasing The Syst em Configuration And Cardholder Dat aba ses
1. Set S1 - Configuration DIP Switch DIPs 1 & 2 ON 2. Set S1 - Configuration DIP Switch DIPs 3 & 4 OFF 3. App ly power to the LP-450 2
LEDs 1 & 2 and LE Ds 3 & 4 flash al tern ate ly at a .5 second rate 4. With in 10 seconds, switch S1 - Configuration DIP Switch DIP 1 OFF
LED 2 flashes at a 2 second rate a s memory is b eing erased WARNING! DO NO T CYCLE POWER Era sing memory takes a pproximately 60 seconds to co mp lete.
LEDs 1 & 4 flash for 10 seconds a fter the memory h as be en e rased, then th e L P-450 2 rebo ots 5. The LP-L502 is n ow rea dy to b e configur ed as nee ded
Explanation 2: Reset Switch
Pre ssing th e S2 - Reset Switch will cau se the LP-450 2 to re boot. This pr oce ss will NOT e rase the syste m configuration and cardh older databases .
Explanation 3: Memory Backup Battery
If th e L P-450 2 should experi ence a complete power loss, the 3 volt lithium me mo ry backup batter y provides power to the onb oard memory which con tain s the card file, acti vity transactio ns and system configur atio n data. The LP-450 2 will reta in a ll d ata base in for ma tion du ring a power failu re for up to 60 days. For optimu m relia bility, the me mor y backup battery sh ould be repla ced yearly usi ng only a type BR 233 0 or CR233 0 lithium battery or equivalen t.
NOTE: When setting up or servicin g the LP-450 2, it is recommen ded to lea ve the J19 - Battery Ba ckup jumper OFF u ntil all system testing is comple ted . By kee ping th e J19 - Battery Ba ckup jumper OFF, you can be certain tha t th e memory is bein g completely flushed du ring power cycles. Upon completion, be sure to set the J19 - Battery Ba ckup jumper ON.
Configuring P rimary 10/100 Ethernet Host Channel For A Sta tic IP Addre ss
1. Set S1 - Configuration DIP Switch DIP 2 ON 2. Set S1 - Configuration DIP Switch DIPs 1, 3 & 4 OFF 3. App ly power to the LP-450 2 4. Manua lly configure a co mp ute r to 192.168.0.100 5. Usin g a crossove r cable, connect computer to LP-450 2 6. Ope n a web browser and go to 192.168.0.251 7. Set S1 - Configuration DIP Switch DIP 1 ON 8. Click on `Click Here to Login' 9. Click on `Continue to t his website (not recomme nded).' 10. Enter a Usern ame o f admin and a Passwo rd of passw ord 11. Click `Network' from the left hand menu 12. Sele ct `Use Static IP configura tion:'
IP A ddress: <Set acc ordingly> Sub net Mask: <Set acc ordingly> Default Ga teway: <Set acc ordingly> 13. Click `Accept' 14. Click `Aut o-Sav e' from the left hand menu Card Data base S ize: <Set acc ordingly> 15. Click `Apply Setting' from the left hand menu 16. Click `Apply, Reboot' button 17. Wait 60 seconds for LP-450 2 to re boot 18. Remove p owe r from the LP-450 2 19. Set all S1 - Configuration DIP Switch DIPs OFF 20. Remove crossover cabl e an d con nect to ne twork
21. App ly power to the LP-450 2 22. With in Access It! Universal.NET create a ne w Channe l
Chann el E nabled: X Pro tocol Type: SCP Chann el Type: IP S erv er 23. With in Access It! Universal.NET create a new S CP Gen eral Ta b
Model: LP-450 2 xMB xMB = Card database si ze configured in step 14. Device Install ed: X SCP Ti me Zone: <Set acc ordingly> Initi alizatio n S trin g: <Leave bla nk> Add ress: 0 SIO Port S peed
Por t 1: 384 00 Por t 2: 384 00 Comm Tab Chann el: <Set to the newly cre ated c ha nnel> TCP/IP S ettings IP A ddress: <Set acc ordingly> Por t Nu mb er: 300 1 Encryption Settin gs: None
IN x
Explanation 4: Alternate Host Channel
A micro USB Ethern et adap ter may b e u sed to enable alterna te host chann el communication. Alterna te host channe l communication is only used to commu nica te to the ser ver machine and no t to downstream Eth ernet ena bled SIOs.
Manufa cturer: Plug able Model: USB20OTGE100
Figure 4: Input Wiring Options
CABLING: 1 twisted pair per input, 30 maximum
Non-Supervised
Supervised
1K, 1% 1K, 1%
IN x
IN x
1K, 1% 1K, 1%
IN x
Jx
Figure 3: Output Wiring Options
CABLING: As required for the load
Door lock mechanisms can gener ate feedba ck to the r elay circuit that can ca use da ma ge and premature fa ilure of the rela y. For this reason, a diode must be used to pr otect the rela y. Wire sh ould be of sufficient gauge to avo id voltage loss.
Diode
DC Source
Load
NO
DC
C
NC
Fuse
Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
Figure 5: RS-485 Sub-Panel
Bus Termination
CABLING: 1 twisted pair w/drain & shield, 24 AWG, 120 impedance
The LP-450 2 has two RS-485 subTBx pan el b use s which must be terminated TR+ at their be ginning an d e nding poin ts.
TR- J5 & J9 are termination jumpers for their respective Sub-Pan el B us.
GND (see Two Wire RS-485 Wiring diag ram for sub-pan el wirin g in for ma tion)
Normally Normally Open Closed
Normally Normally Open Closed
� 2021 RS2 Technologies. - All rights reserved.
TOC
MR-50 Series 1 Quick Reference
MR-50 Series 1 not eva luated by UL
Detail
Black
GND
Wiegan d Reade r
1
Yellow Brow n White
BZR LED CLK/D1
Red +12V DC (Figure 2)
Green
RS - 485 Bus (Figure 3)
DAT/D0 Not Used (Figure 2) +12V
{TR+ TR-
J2 - Address Jumpers
SG
(Table 1)
J2
Start at addre ss 0. Each SIO address in the bus must be un ique. Set switch es prio r to powering up.
J4
Termination (Figure 3)
U1
LED LED BA
J3
Tamper Input (N/C - Jumper if not used)
Relay 1 Relay 2
IN 1 IN 2
RLY 2
RLY 1
}NC
C NO
}NO
NC C
+12V G
} I2
I2
} I1
I1
Door Strike 1
Auxillary Output 2 + 12 Volts DC ONLY! (125mA) -
Exit Request 1 (N/O) Door Contact 1 (N/C - Jumper if not used)
Wiring Configurations (Figure 1)
Normal LED Function
LED A = Power (~1 pulse/second) LED B = SCP Communication (Rapid pulse)
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 10/2013
TOC Table 1: J2 - Address Jumpers
Address 1
2
3
4
5
6
7
8
0
Off Off Off Off Off On On Off
1
On Off Off Off Off On On Off
2
Off On Off Off Off On On Off
3
On On Off Off Off On On Off
4
Off Off On Off Off On On Off
5
On Off On Off Off On On Off
6
Off On On Off Off On On Off
7
On On On Off Off On On Off
8
Off Off Off On Off On On Off
9
On Off Off On Off On On Off
10
Off On Off On Off On On Off
11
On On Off On Off On On Off
12
Off Off On On Off On On Off
13
On Off On On Off On On Off
14
Off On On On Off On On Off
15
On On On On Off On On Off
16
Off Off Off Off On On On Off
17
On Off Off Off On On On Off
18
Off On Off Off On On On Off
19
On On Off Off On On On Off
20
Off Off On Off On On On Off
21
On Off On Off On On On Off
22
Off On On Off On On On Off
23
On On On Off On On On Off
24
Off Off Off On On On On Off
25
On Off Off On On On On Off
26
Off On Off On On On On Off
27
On On Off On On On On Off
28
Off Off On On On On On Off
29
On Off On On On On On Off
30
Off On On On On On On Off
31
On On On On On On On Off
SCP-1MB
TR2+ TR2GND Jx TR3+ TR3GND
Term inated
Normally Closed Normally Open
IN x
Figure 1: Wiring Configurations
Normally Closed Supervised Normally Open Supervised
1K, 1% 1K, 1% 1K, 1% 1K, 1%
IN x
Oview
IN x
IN x
Figure 2: Reader Power Wiring
When wiring readers which require more than 50mA of current, it is recommended to use the default wiring method reflected in the drawing below . This wiring method will work in all cases. Notice the +12V lead (Red) of the reader is directly connected to the power supply. This ensures the full amount of current needed by the reader is being supplied for proper reader f unctionalit y. The Ground lead (Black) of the reader must reference the same ground as the MR-50 and may be wired to the GND of the reader wiring block.
In cases where the reader current draw is less than 50mA of current, it is possible to connect the positive lead (Red) of the reader to the (+12V) of the reader wiring block.
Wiegan d Reade r
1
Red +12V DC
Black Yellow Brow n White Green
GND BZR LED CLK/D1 DAT/D0 Not Used +12V
Figure 3: Two Wire RS-485 Wiring
Total Maximum Wire Length of 4,000'
(1 twisted pair with shield, 24 AWG)
MR-50 (0)
J4
MR-50 (1)
TR+ TRSG
Term inated
J4
MR-50 (2)
TR+ TRSG
The SCP is at the beginning of the
bus, so Jx IS terminated.
(see SCP quick reference sheet for specific jumper identi fic ati on )
Unterminated
MR-50s (0) and (1) are in the middle of the bus, so J4 is NOT
terminated.
� 2021 RS2 Technologies. - All rights reserved.
The MR-50 (2) is at the end of the bus, so J4 IS terminated.
TOC
MR-50 Series 2 Quick Reference
MR-50 Series 2 not eva luated by UL
Detail
Reader Port
Wiegan d Rea ders (Figure 1) MR-DT Keypad (Figure 2) RS-485 Reade r Interfa ce
RS-485 Bus (Figure 5) J2 - Address Jumpers (Table 1)
Start at addre ss 0. Each SIO address in the bus must be un ique. Set switch es prio r to powering up.
J3 - Tamper Input
(N/C - Jumper if not use d)
A B
J4 - Termination (Figure 5) J4
J2
TB4 GND BZR LED CLK/D1 DAT/D0
VO TR+ TRGND
TB1
J3
TB3 Relay 1
Relay 2
TB2
NC C NO NO NC C VIN GND I2 I2 I1 I1
Normal LED Function
LED A = Power (~1 pulse/second) LED B = SCP Commun ica tion (Rapid pulse)
K2
K1
Door Strike 1
(5A@28Vdc - Figure 3)
Auxiliary Output 2
(1A@28Vdc or dry contact use)
12 to 24 Volts DC �10% ONLY!
(12Vdc - 150mA ma x. plus reade r curre nt)
Exit Request
(N/O - Figure 4)
Door Contact 1
(N/C - Jumper if not use d - Figure 4)
Mechanical Specifications
Dimensions 4.25"(107.9mm)Wx2.75"(69.85mm)L
Temperature -55�C to +85�C, stor age
-35�C to +70�C, ope rati ng
Humidity
10% to 95% RHNC
Wiegan d Reade r
Reader Port Wiring
Reader Port P ow er VO=VIN
Reade rs requ iring a differe nt rating must be powered separa tely . The reade r grou nd mu st r efe rence the MR-50 grou nd.
Figure 1 (Wiegan d Rea der Wi ring)
Black
TB4 GND
Yellow
BZR
Brow n
LED
White
CLK/D1
Green
DAT/D0
Red (See reader port power)
VO
MR-DT
Figure 2 (MR-DT Keypad Wiring)
Black
TB4 GND
Rea dy...
(Not used) BZR
(Not used) LED
1 A BC 5 MNO 9
YZ
2 DEF 6 P QR 0
3 GHI 7 S TU
4 JK L
8 V WX CMD
Blue
CLK/D1
Gray
DAT/D0
Red (See reader port power)
VO
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 5/2014
TOC Table 1: J2 - Address Jumpers
Address 1
2
3
4
5
6
7
8
0
Off Off Off Off Off On On Off
1
On Off Off Off Off On On Off
2
Off On Off Off Off On On Off
3
On On Off Off Off On On Off
4
Off Off On Off Off On On Off
5
On Off On Off Off On On Off
6
Off On On Off Off On On Off
7
On On On Off Off On On Off
8
Off Off Off On Off On On Off
9
On Off Off On Off On On Off
10
Off On Off On Off On On Off
11
On On Off On Off On On Off
12
Off Off On On Off On On Off
13
On Off On On Off On On Off
14
Off On On On Off On On Off
15
On On On On Off On On Off
16
Off Off Off Off On On On Off
17
On Off Off Off On On On Off
18
Off On Off Off On On On Off
19
On On Off Off On On On Off
20
Off Off On Off On On On Off
21
On Off On Off On On On Off
22
Off On On Off On On On Off
23
On On On Off On On On Off
24
Off Off Off On On On On Off
25
On Off Off On On On On Off
26
Off On Off On On On On Off
27
On On Off On On On On Off
28
Off Off On On On On On Off
29
On Off On On On On On Off
30
Off On On On On On On Off
31
On On On On On On On Off
IN x
Figure 3: Output Wiring Configurations
Oview
Depen ding on yo ur p ower sou rce, use one of the two meth ods of tra nsie nt clamping shown below to protect the relay contacts and to reduce electro ma gnetic interferen ce (EMI emissions). Always pro tect ag ainst acci dental ove rloads by wiring in an inlin e fuse to the C (commo n) side of the relay a s shown below.
DC Source
AC Source
Fuse NC
K1
C
DC
NO
Load
Diode*
*Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
Fuse NC
K1
C
AC
NO
Load
MOV*
*MOV Selection � Inductive Load
Clamp Voltage > 1.5x Va c RMS 24Vac Str ike, Pan aso nic ERZ-C07DK470 Typ ical
IN x
Figure 4: Input Wiring Configurations
Normally Closed Normally Open
IN x
1K, 1% 1K, 1%
1K, 1% 1K, 1%
Normally Closed Supervised Normally Open Supervised
IN x
EP-150 2
Jx
Figure 5: Two Wire RS-485 Wiring
Total Maximum Wire Length of 4,000'
(1 twisted pair with shield, 24 AWG)
TR+
TR+
TR-
TR-
GND
SG
MR-50 (2)
J4
Term inated
The SCP is at the beginning of the bus, so Jx IS terminated.
(see SCP quick reference for specific jumper identification)
MR-50 (0)
J4
MR-50 (1)
TR+ TRSG
Unterminated
MR-50s (0) and (1) are in the middle of the bus, so J4 is NOT terminated.
� 2021 RS2 Technologies. - All rights reserved.
Term inated
The MR-50 (2) is at the end of the bus, so J4 IS terminated.
TOC
MR-50 Series 3 Quick Reference
MR-50-S3 not eva luated by UL
Detail
Reader Port
Wiegan d Rea ders (See Figure 1) OSDP* / RS-485 Reade rs (See Figure 2)
Two Wire RS-485 Bus
See Figure 5
S1 - Configuration Switch
S1-1 thru S1-5: SIO Addre ss (Table 1)
Each SIO address must be unique.
S1-6 thru S1-7: Bau d Rate (Table 2)
S1-8: Require E ncryption if ON
TB4 GND BZR LED CLK/D1 TR+ DAT/D0 TR-
VO
TR+ TRGND TB1
Relay LED Status
Energized if ON
D4 K1 - Relay 1 D3 K2 - Relay 2
D4 D3
TB3
NC K1 - Relay 1
(Form-C) C
NO K2 - Relay 2
(Form-C) NO
NC
J2 - Tamper Input - N/C (Jumper if not use d)
C
VIN
GND
I2
J2
I2
J1 � Termination (See Figure 5)
I1
ON
I1
S1
D1
D2
OFF
TB2
12345678
Normal LED Function
D1 On-Line Status:
OFF if 1 sec rate, 20% ON
ON Non-encrypted if 1 sec rate, 80% ON ON Encrypted if .1 sec ON, .1 sec OFF x 3 then .1 sec ON, .3 sec OFF Awaiting firmware download if .1 sec ON, .1 sec OFF
D2 SCP Communication: Rapid pulse
K2
K1
Door Strike (K1)
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 3
Auxiliary Output 2 (K2)
1A@30Vdc resistive See Figure 3
Primary Power (550mA max plus readers)
CABLING: 1 twisted pair, minimum 18 AWG
VIN (Voltage In): Positive 12 to 24 Volts �10% DC GND (Ground): Input V olta ge Re turn (-)
Exit Request - N/O
See Figure 4
Door Contact - N/C (Jumper if not use d)
See Figure 4
Specifications
Dimension 4.25" (108mm) W x 2.75" (70mm) L x 1" (25mm) H Storage Tempera tur e: -55�C to +85�C Ope rating Tempe rature: -40�C to +75�C Humidity: 5% to 95% RHNC Weight: 4 oz. (120 g) nomina l
Wiegan d Reade r
Reader Port Wiring
Reader Port Power
The input power is passed thro ugh to the reade r terminal stri p a nd i s available for powering a read er. Reade rs th at requ ire differe nt volta ge requir eme nts mu st be powered separately . Care must be taken to in su re that the inp ut voltage is with in the voltage range of the rea der. The reade r po we r ou tpu t te rmi nal, TB4-6 (VO), is n ot current limi ted.
Figure 1
Wiegan d Rea der Examp le
CABLING: 6-conductor, 18 AWG, 500 feet (150 m) max
Black Yellow Brow n White Green
Red
(High > 3V, Low < .5V) (See reader port power)
TB4 GND BZR LED CLK/D1 DAT/D0
VO
Figure 2
OSDP* / RS-485 Reade r Example
CABLING: 1 twisted pair, 18 AWG for power and 1 twisted pair w/drain & shield, 24 AWG, 120 impedance, 2,000 feet (610 m) max for communication TB4
Ground
GND
OSDP/ RS-485 Reade r
485+ 485-
(Not used) BZR (Not used) LED
CLK/D1 DAT/D0
Red
(See reader port power)
VO
*OSDP v2.1.6 Sup port
2 readers per port addressed 0 � 3 Used for In/Out configurations only
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 5/2019
TOC
Table 1: SIO Address
Address S1-1 S1-2 S1-3 S1-4 S1-5
0 OFF OFF OFF OFF OFF
1
ON OFF OFF OFF OFF
2 OFF ON OFF OFF OFF
3
ON ON OFF OFF OFF
4 OFF OFF ON OFF OFF
5
ON OFF ON OFF OFF
6 OFF ON ON OFF OFF
7
ON ON ON OFF OFF
8 OFF OFF OFF ON OFF
9
ON OFF OFF ON OFF
10 OFF ON OFF ON OFF
11 ON ON OFF ON OFF
12 OFF OFF ON ON OFF
13 ON OFF ON ON OFF
14 OFF ON ON ON OFF
15 ON ON ON ON OFF
Address S1-1 S1-2 S1-3 S1-4 S1-5 16 OFF OFF OFF OFF ON 17 ON OFF OFF OFF ON 18 OFF ON OFF OFF ON 19 ON ON OFF OFF ON 20 OFF OFF ON OFF ON 21 ON OFF ON OFF ON 22 OFF ON ON OFF ON 23 ON ON ON OFF ON 24 OFF OFF OFF ON ON 25 ON OFF OFF ON ON 26 OFF ON OFF ON ON 27 ON ON OFF ON ON 28 OFF OFF ON ON ON 29 ON OFF ON ON ON 30 OFF ON ON ON ON 31 ON ON ON ON ON
Table 2: Baud Rate
S1-6 ON* OFF ON OFF
S1-7 ON* ON OFF OFF
Baud Rate 38,400 bps 19,200 bps 9,600 bps
115,200 bps
*Access It! Universal.NET default value.
IN x
Figure 3: Output Wiring Options
CABLING: As required for the load
Door lock mechanisms can gener ate feedba ck to the r elay circuit that can ca use da ma ge and premature fa ilure of the rela y. For this reason, a diode must be used to pr otect the rela y. Wire sh ould be of sufficient gauge to avo id voltage loss.
DC Source
Diode*
NO
Lo ad
C
DC
NC
Fuse
*Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
Oview
Figure 4: Input Wiring Options
CABLING: 1 twisted pair per input, 30 maximum
Normally Closed Normally Open
IN x
1K, 1%, � W 1K, 1%, � W
1K, 1%, � W 1K, 1%, � W
Normally Closed Supervised Normally Open Supervised
IN x
IN x
EP-150 2
Jx
Figure 5: Two Wire RS-485 Wiring
CABLING: 1 twisted pair w/drain & shield, 24 AWG, 120 impedance
Total Maximum Wire Length of 4,000 Feet (1,200m)
TR+
TR+
TRGND
TRGND
MR-50-S3 (3)
J1
Term inated
The SCP is at the beginning of the bus, so Jx IS terminated.
(see SCP quick reference for specific jumper identification)
MR-50-S3 (1)
J1 MR-50-S3 (2)
TR+ TRGND
Unterminated
MR-50-S3s (1) and (2) are in the middle of the bus, so J1 is NOT terminated.
� 2021 RS2 Technologies. - All rights reserved.
Term inated
The MR-50-S3 (3) is at the end of the bus, so J1 IS terminated.
TOC
10/100 Ethernet
MAC A ddress - Found On Front (Explan atio n 1)
Auxiliary Output 2 (5A@28Vac/dc - Figure 3)
Door Strike 1 (5A@28Vac/dc - Figure 3)
12 Volts DC �10% ONLY!
(12Vdc - 900mA ma x.)
Optional Door Strike Power - VO / GND
(12Vdc - 300mA ma x.)
Reader Port 2
Wiegan d Rea der (Figure 2)
J5 - MR-51E Power Source Selector
J5 Set ting PoE 12V*
Power Source Power Over Etherne t Exte rnal Power Sour ce
*12Vdc power co nnecte d to TB5. Positive le ad to pin 3 (VIN) and ne gative lead to pin 4 (GND).
Reader Port 1
Wiegan d Rea der (Figure 1) MR-DT Keypad (Figure 1) RS-485 Reade r Interfa ce
Auxiliary Input 4
(N/C - Jumper if not use d - Figure 5)
Auxiliary Input 3
(N/C - Jumper if not use d - Figure 5)
Exit Request 1 (N/O - Figure 5)
Door Contact 1
(N/C - Jumper if not use d - Figure 5)
S2 - Reset Switch
(Explan atio n 2)
Mechanical Specifications
Dimensions 5.5"(140mm)Wx2.75"(70mm)L
Temperature -55�C to +85�C, stor age
0�C to +70�C, ope rati ng
Humidity
10% to 95% RHNC
Relay 2
Relay 1
ACT (Amber LED) LNK (Green LED)
MR-51E Quick Reference
Top View
TB6
D24
D19
ACT LNK
Detail
MR-51E not evaluated by UL
Bottom View
TB6
NC C NO NC C NO
RLY 1
RLY 2
12V
LED BZR CLK DA T VO GND VIN GND NO 1-C NC NO 2-C NC
J5
Po E
123456
VO LED BZR CLK DA TGND
IN4
IN3
TB4
TB3
Status LED Mostly On Mostly Off Toggle
1 - Awaiting IP Address
N/A
Offline
N/A
1 - Obtained IP Address Four (4) pulses per second when online.
2 - Awaiting IP Address
N/A
N/A
Awaiting IP Address
2 - Obtained IP Address Flashes when data is received from the SCP.
4321 S1 (Always set to off)
S2 654321
3 - Reader 1 & 2 Activity Flashes when data is received from either reader port.
4 - Door 1 Contact
Open
Closed
Fault
5 - Door 1 REX
Ac tive
Inac ti ve
Fault
6 - Auxiliary Input 3
Open
Closed
Fault
D19 - Relay 1
Energized
De-Energized
N/A
ON OFF
D24 - Relay 2
Energized
De-Energized
N/A
TB1
ACT - Network Activity
Activity
No Activity
N/A
LNK - Network Link
Link
No Link
N/A
MR-51E Requirements
Compatible Processors
EP-250 0 or EP-150 2
Minimum Firmware: 1.107
Minimum MR-51E Firmwar e 1.2.2
IN2
IN1
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 5/2014
TOC
Wiegan d Reade r
Figure 1: Reader Port 1
TB3 Black Green White Yellow Brow n Red
VO LED BZR CLK DA TGND VO LED BZR CLK DA TGND
MR-DT
TB3
R
Black
Gray
Blue
1
(Not used)
A BC
5
(Not used)
MNO
9
Red
YZ
Figure 2: Reader Port 2
Oview
Explanation 1: 10/100 Ethernet
Configuring P rimary 10/100 Ethernet Host Channel
1. Set all S1 - Configuration DIP Switch DIPs OFF 2. App ly power to the MR-51E 3. Run Access It! Universal 4. From the File Me nu, select Go|Main|Hardware 5. Click th e p lus sign (+) to e xpa nd the SCPs 6. Click th e p lus sign (+) to e xpa nd the SCP the MR-51E will b e in stalled on 7. Sele ct the SIOs b ranch, not the plu s sign(+) 8. A list of all availa ble SIO s appe ar in the pan e to the rig ht of the hard wa re tree 9. Edit the first unin stalled SIO fro m the right h and pane
Gen eral Ta b Model: MR-51E Device Install ed: X IP A ddress: <Enter IP Address to be assigned to MR-51E> MAC A ddress: <MAC Address of MR-51E>
10. Click Save button NOTE: The IP Address is downloaded to the EP controller, then automatically assigned to the MR-51E when power is applied. It is strongly suggested MR-51E is attached to the same physical switch as the EP controller
LED BZR CLK DA T VO GND VIN GND
Black
Wiegan d Reade r
Red Green
White
Yellow
Brow n
TB4
Explanation 2: S2 - Reset Switch
Pre ssing th e S2 - Reset Switch will cau se the MR-51E to reset.
Optional Blank Cover w/Screws
Figure 4: Mounting Information
00.16" (04.0mm) 3-Gang Mtg Holes
4Pl
00.16" (04.0mm) MR-50 Mtg Holes
4Pl
MR-51E w/Included Mounting Plate
Figure 3: Output Wiring Options
Depen ding on yo ur p ower sou rce, use one of the two meth ods of tra nsie nt clamping shown below to protect the relay contacts and to reduce electro ma gnetic interferen ce (EMI emissions). Always pro tect ag ainst acci dental ove rloads by wiring in an inlin e fuse to the C (commo n) side of the relay a s shown below.
DC Source
Diode*
AC Source
MOV*
Optional 3-Gang Junction Box
Load
NO
DC
C
NC
Fuse
*Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
Lo ad
NO
AC
C
NC
Fuse
*MOV Selection � Inductive Load
Clamp Voltage > 1.5x Va c RMS 24Vac Str ike, Pan aso nic ERZ-C07DK470 Typ ical
� 2021 RS2 Technologies. - All rights reserved.
IN x
Normally Normally Open Closed
Minimum Category 5 Ethernet Cable to Network
3.63" 3.30" 2.35" (92.1mm) (83.8mm) (59.7mm)
Field Wiring
3.63 (92.1mm) 3.85 (97.8mm) 5.50 (13 9.7mm)
Figure 5: Input Wiring Options
Non-Supervised
Supervised
1K, 1% 1K, 1%
IN x
IN x
1K, 1% 1K, 1%
IN x
Normally Normally Open Closed
TOC
Door Contact 1 (N/C - Jumper if not used) Exit Request 1 (N/O - Figure 1)
Door Contact 2 (N/C - Jumper if not used) Exit Request 2 (N/O - Figure 1)
Auxilliary Input 5 (N/O - Figure 1) Auxilliary Input 6 (N/O - Figure 1) Auxilliary Input 7 (N/O - Figure 1) Auxilliary Input 8 (N/O - Figure 1) Tamper Input (N/C - Jumper if not used) Power Fault (N/C - Jumper if not used)
RS - 485 Bus (Figure 3)
+ 12 Volts DC (400mA)
-
12 V
RS - 485
INP UTS
{ { { { { { { { { IN 9 { GND
IN 10
TR+ TRR+ RSG ACD
C AC GND
IN 8
IN 7
IN 6
IN 5
IN 4
IN 3
IN 2
IN 1
MR-52 Series 1 Quick Reference
LED A LED B
RDR PWR
REG UNREG
J2 (Figure 2)
IN - 5V OUT - 12V
J4 (Figure 2)
Normal LED Function LED A = Power (~1 pulse/second) LED B = SCP Communication (Rapid pulse)
Wiring Configurations (Figure 1)
U1
87654321
U2 OFF ON
S1
Relay 1 LED Relay 2 LED Relay 3 LED Relay 4 LED Relay 5 LED Relay 6 LED
2W 4W J3
RS - 485 (Always set to 2W)
J5 Termination (Figure 3)
Relay 1
Relay 2
J6 Termination (Figure 3)
Relay 3
Relay 4
Relay 5
Relay 6
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
NO C NC NO C NC NO C NC NO C NC NO C NC NO C NC
GND DAT CLK BZR LED VO GND DAT CLK BZR LED VO
RLY 6
RLY 5
RLY 4
RLY 3
RLY 2
RLY 1
D0 D1
D0 D1
MR-52 Series 1 not eva luated by UL
Detail
READE R 2
READE R 1
Not Used (Figure 2) Not Used (Figure 2)
Brow n Yellow White Green Black
Brow n Yellow White Green Black
+12V DC (Figure 2) Red
+12V DC (Figure 2) Red
Wiegan d Reade r
1
Wiegan d Reade r
2
S1 - Address Dip Switch (Table 1)
Start at address 0. Each MR-52 address in the bus must be unique. Set switches prior to powering up.
}
Door Strike 1
}
Auxillary Output 2
}
Door Strike 2
}
Auxillary Output 4
}
Auxillary Output 5
}
Auxillary Output 6
Revised: 10/2013
TOC Table 1: S1 - Address Dip Switch
Address 1
2
3
4
5
6
7
8
0
Off Off Off Off Off On On Off
1
On Off Off Off Off On On Off
2
Off On Off Off Off On On Off
3
On On Off Off Off On On Off
4
Off Off On Off Off On On Off
5
On Off On Off Off On On Off
6
Off On On Off Off On On Off
7
On On On Off Off On On Off
8
Off Off Off On Off On On Off
9
On Off Off On Off On On Off
10
Off On Off On Off On On Off
11
On On Off On Off On On Off
12
Off Off On On Off On On Off
13
On Off On On Off On On Off
14
Off On On On Off On On Off
15
On On On On Off On On Off
16
Off Off Off Off On On On Off
17
On Off Off Off On On On Off
18
Off On Off Off On On On Off
19
On On Off Off On On On Off
20
Off Off On Off On On On Off
21
On Off On Off On On On Off
22
Off On On Off On On On Off
23
On On On Off On On On Off
24
Off Off Off On On On On Off
25
On Off Off On On On On Off
26
Off On Off On On On On Off
27
On On Off On On On On Off
28
Off Off On On On On On Off
29
On Off On On On On On Off
30
Off On On On On On On Off
31
On On On On On On On Off
Normally Closed Normally Opened
IN x
Figure 1: Wiring Configurations
Normally Closed Supervised Normally Opened Supervised
1K, 1% 1K, 1% 1K, 1% 1K, 1%
IN x
Oview
IN x
IN x
Figure 2: Reader Power Wiring
When wiring readers which require more than 75mA of current, it is recommended to use the default wiring method reflected in the drawing below . This wiring method will work in all cases. Notice the +12V lead (Red) of the reader is directly connected to the power supply. This ensures the full amount of current needed by the reader is being supplied for proper reader f unctionalit y. The Ground lead (Black) of the reader must reference the same ground as the MR-52 and may be wired to the GND of the reader wiring block.
In cases where the reader current draw is less than 75mA of current, it is possible to connect the positive lead (Red) of the reader to the (VO) of the reader wiring block. Note however, that J4 determines the reader voltage out put of 5 volts jumpered or 12 volts un-jumpered of t erminal (VO). Also note that when powering readers from the reader wiring block that J 2 may be set to REG for regulated power or UNREG for unregulated power.
RDR PWR
REG UNREG J2
IN - 5V OUT - 12V
J4
Only imp ortant wh en powering a reader off terminal (VO) of the reader wiring block.
GND DAT CLK BZR LED VO D0 D1
READE R x
Not Used
Brow n Yellow White Green Black
+12V DC Red
Wiegan d Reade r
x
SCP-1MB
TR2+ TR2GND Jx TR3+ TR3GND
Term inated
RS - 485 RS - 485
Figure 3: Two Wire RS-485 Wiring
Total Maximum Wire Length of 4,000'
(1 twisted pair with shield, 24 AWG)
MR-52 (0)
TR+
TR-
J5
R+
R-
SG J6
Unterminated
MR-52 (1)
TR+
TRJ5
R+
R-
SG
J6 Term inated
MR-52 (2)
The SCP is at the beginning of the
bus, so Jx IS terminated.
(see SCP quick reference sheet for specific jumper identi fic ati on)
MR-52s (0) and (1) are in the middle of the bus, so J5 and J6 are
NOT terminated.
� 2021 RS2 Technologies. - All rights reserved.
The MR-52 (2) is at the end of the bus, so J5 & J6 ARE terminated.
TOC
Door Contact 1
(N/C - Jumper if not use d - Figure 4)
Exit Request 1 (N/O - Figure 4)
Door Contact 2
(N/C - Jumper if not use d - Figure 4)
Exit Request 2 (N/O - Figure 4)
Auxiliary Input 5 (N/O - Figure 4)
Auxiliary Input 6 (N/O - Figure 4)
Auxiliary Input 7 (N/O - Figure 4)
Auxiliary Input 8 (N/O - Figure 4)
Tamper Input
(N/C - Jumper if not use d)
Power Fault
(N/C - Jumper if not use d)
J2 - Reader Power
J2 Set ting Reader Port V O Output (150mA max.)
12V
VO = 12Vdc regula ted
PT
VO = VIN
Use 12V se tting ONLY when VIN power is >16Vdc.
Reade rs requ iring a differe nt rating th an listed abo ve should be power ed sep arately. The reade r grou nd mu st r efe rence the pan el g round.
RS-485 Bus
(2 wire ONLY! - Figure 5)
12 to 24 Volts DC
(550mA ma x.)
RS - 485
INP UTS
MR-52 Series 2 Quick Reference
A B 1 2 3 4 5 6 7 8 TMP PFL R1 R2
TB8 TB1
IN1
Normal LED Function
LED A = Power (~1 pulse/second)
IN2
LED B = SCP Commun ica tion (Rapid pulse)
TB2
LED 1-8 = Alar m Input S tatus (ON = Acti ve)
LED TMP = Tamper (ON = Acti ve)
IN3
LED PFL = Power Fault (ON = Acti ve)
LED R1 = Reade r Po rt 1 Acti vity
LED R2 = Reade r Po rt 2 Acti vity
IN4
TB3
Reader Ports 1 & 2
Wiegan d Rea ders (Figure 1) MR-DT Keypad (Figure 2) RS-485 Reade r Interfa ce
IN5
IN6
Mechanical Specifications
Dimensions 6.0"(152.4mm)W x 8.0"(203.2mm)L
TB4
Temperature -55�C to +85�C, stor age
IN7
0�C to +49�C, ope rati ng
Humidity
0% to 85% RHNC
TB9
S1 OFF ON
IN8
TB5 TMP GND PF L GND
TB10
Relay 1 LED Relay 2 LED Relay 3 LED Relay 4 LED Relay 5 LED Relay 6 LED
TB6 TR+ TR-
R+ RSG
TB7 VIN
GND
12V
2W 4W J3
RS - 485 (Always set to 2W)
PT J2
K1 K2 K3 K4 K5 K6
Relay LEDs (ON = Energized)
TB11
J5 - Termination (Figure 5)
Relay 1
Relay 2
Relay 3
Relay 4
Relay 5
Relay 6
TB12
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
87654321
NO C NC NO C NC NO C NC NO C NC NO C NC NO C NC
GND DAT CLK BZR LED VO GND DAT CLK BZR LED VO
RLY 6
RLY 5
RLY 4
RLY 3
RLY 2
RLY 1
D0 D1
D0 D1
READE R 2
READE R 1
Detail
*Not ev aluated by UL
Figure 1 (Wiegan d Reader Examp le)
(See J2 - Reader Power) Red Brow n Yellow White Green Black
Wiegan d Reade r
(See J2 - Reader Power) Red
(Not used)
R
(Not used)
Blue
MR-DT
1
A BC
Gray
5
MNO
9
Black
YZ
Figure 2 (MR-DT* Keypad Example)
S1 - Address Dip Switch (Table 1)
Start at addre ss 0. Each SIO address in the bus must be un ique. Set switch es prio r to powering up.
Door Strike 1
(5A@28Vdc resistive - Figure 3)
Auxiliary Output 2
(5A@28Vdc resistive - Figure 3)
Door Strike 2
(5A@28Vdc resistive - Figure 3)
Auxiliary Output 4
(5A@28Vdc resistive - Figure 3)
Auxiliary Output 5
(5A@28Vdc resistive - Figure 3)
Auxiliary Output 6
(5A@28Vdc resistive - Figure 3)
Revised: 8/2018
K1 RS - 485
K1
RS - 485
TOC Table 1: S1 - Address Dip Switch
Address 1
2
3
4
5
6
7
8
0
Off Off Off Off Off On On Off
1
On Off Off Off Off On On Off
2
Off On Off Off Off On On Off
3
On On Off Off Off On On Off
4
Off Off On Off Off On On Off
5
On Off On Off Off On On Off
6
Off On On Off Off On On Off
7
On On On Off Off On On Off
8
Off Off Off On Off On On Off
9
On Off Off On Off On On Off
10
Off On Off On Off On On Off
11
On On Off On Off On On Off
12
Off Off On On Off On On Off
13
On Off On On Off On On Off
14
Off On On On Off On On Off
15
On On On On Off On On Off
16
Off Off Off Off On On On Off
17
On Off Off Off On On On Off
18
Off On Off Off On On On Off
19
On On Off Off On On On Off
20
Off Off On Off On On On Off
21
On Off On Off On On On Off
22
Off On On Off On On On Off
23
On On On Off On On On Off
24
Off Off Off On On On On Off
25
On Off Off On On On On Off
26
Off On Off On On On On Off
27
On On Off On On On On Off
28
Off Off On On On On On Off
29
On Off On On On On On Off
30
Off On On On On On On Off
31
On On On On On On On Off
IN x
Figure 3: Output Wiring Configurations
Oview
Depen ding on yo ur p ower sou rce, use one of the two meth ods of tra nsie nt clamping shown below to protect the relay contacts and to reduce electro ma gnetic interferen ce (EMI emissions). Always pro tect ag ainst acci dental ove rloads by wiring in an inlin e fuse to the C (commo n) side of the relay a s shown below.
DC Source
AC Source
Fuse NC
C
DC
NO
Load
Diode*
*Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
Fuse NC
C
AC
NO
Load
MOV*
*MOV Selection � Inductive Load
Clamp Voltage > 1.5x Va c RMS 24Vac Str ike, Pan aso nic ERZ-C07DK470 Typ ical
IN x
Figure 4: Input Wiring Configurations
Normally Closed Normally Open
IN x
1K, 1% 1K, 1%
1K, 1% 1K, 1%
Normally Closed Supervised Normally Open Supervised
IN x
EP-150 2
Jx
Figure 5: Two Wire RS-485 Wiring
Total Maximum Wire Length of 4,000'
(1 twisted pair with shield, 24 AWG)
MR-52 (2)
TR+ TRGND
TR+
TR-
R+ J5
R-
SG
Term inated
The SCP is at the beginning of the bus, so Jx IS terminated.
(see SCP quick reference for specific jumper identification)
MR-52 (0)
TR+
MR-52 (1)
TR-
R+
J5
R-
SG
Unterminated
MR-52s (0) and (1) are in the middle of the bus, so J5 is NOT terminated.
� 2021 RS2 Technologies. - All rights reserved.
Term inated
The MR-52 (2) is at the end of the bus, so J5 IS terminated.
Refer t o NCL-12UL Hardw are Ins tallation Manua l DOCNCL12UL-R1
TOC
Door Contact 1 - N/C (Jumper if not used)
See Figure 2
Exit Request 1 - N/O
See Figure 2
Door Contact 2 - N/C (Jumper if not used)
See Figure 2
Exit Request 2 - N/O
See Figure 2
Auxiliary Input 5 - N/O
See Figure 2
Auxiliary Input 6 - N/O
See Figure 2
Auxiliary Input 7 - N/O
See Figure 2
Auxiliary Input 8 - N/O
See Figure 2
Tamper Input
N/C (jumper if n ot used)
Power Fault N/C (jumper if not used)
J1 - Reader Power (300mA max per port)
PT Positio n - VO = VIN (12Vdc to 24Vdc �10%) If VIN is 12Vdc, PT position MUST be used! 12V Position - VO = 12Vdc �10% regu lated Use 12V position ONLY if VIN power is >20Vdc.
Reade rs requ iring a differe nt rating th an listed abo ve should be power ed sep arately. The reade r grou nd mu st r efe rence the pan el g round.
Two Wire RS-485 Bus
See Figure 3
Power (550mA max plus readers)
CABLING: 1 twisted pair, minimum 18 AWG
VIN (Voltage In): Positive 12 to 24 Volts �10% DC VOUT (Voltage Out): Not used GND (Ground): Input V olta ge Re turn (-)
RS - 485
INP UTS
TB1
TB2
TB3
TB4
TB5 TMP GND PF L GND
TB6 TR+ TRNC NC SG TB7 VIN VO UT GND
IN8
IN7
IN6
IN5
IN4
IN3
IN2
IN1
MR-52 Series 3 Quick Reference
A B 1 2 3 4 5 6 7 8 TMP PFL R1 R2
Normal LED Function
Every three seconds, all LEDs are pulsed to their opposite state for 0.1 sec.
A On-Line Status:
B SCP Communication: 1-8 Alarm Input Status: TMP Tamper: PFL Power Fault: R1 Reader Port 1: R2 Reader Port 2:
OFF if 1 sec rate, 20% ON ON Non-encrypted if 1 sec rate, 80% ON ON Encrypted if .1 sec ON, .1 sec OFF x 3 then .1 sec ON, .3 sec OFF Awaiting firmware download if .1 sec ON, .1 sec OFF Rapid pulse
Active if ON
Active if ON
Active if ON
Data activity
Data activity
OSDP v2.1.6 Support
(Figure 2) 2 read ers pe r p ort add ressed 0 - 3 Use d for In/Out con fig urations o nly
S1 OFF ON
Specifications
Dimension 6" (152mm) W x 8" (203mm) L x 1" (25mm) H Storage Tempera tur e: -55�C to +85�C Ope rating Tempe rature: 0�C to +49�C Humidity: 0% to 85% RHNC Weight: 11 oz. (312 g) nomina l
Relay 1 (Form-C)
12V PT J1
D16 Relay 2
(Form-C)
J4 - Termination (See Figure 5)
D18
Relay LED Status
Energized if ON
D16 Relay 1
D20
D18 Relay 2
D20 Relay 3
D17 Relay 4
D17
D19 Relay 5
D21 Relay 6
D19
Relay 3 (Form-C)
Relay 4 (Form-C)
Relay 5 (Form-C)
Relay 6 (Form-C) D21
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
87654321
NO C NC NO C NC NO C NC NO C NC NO C NC NO C NC
GND DAT CLK BZR LED VO GND DAT CLK BZR LED VO
D0 D1
D0 D1
Detail
*Not ev aluated by UL
Figure 1
Wiegan d Rea der Examp le
CABLING: 6-conductor, 18 AWG, 500 feet (150 m) max
(See J1 - Reader Power) Red
(High > 3V, Low < .5V) Brown
READE R 1
Yellow White
Wiegan d Reade r
Green
Black TB8 TB9
(See J1 - Reader Power) Red
READE R 2
(Not used) (Not used)
485+ 485-
OSDP*/ RS-485* Reade r
Ground
Figure 2
OSDP / RS-485 Reade r Example
CABLING: 1 twisted pair, 18 AWG for power and 1 twisted pair w/drain & shield, 24 AWG, 120 impedance, 2,000 feet (610 m) max for communication
RLY 1
RLY 2
RLY 3
S1 - Configuration Switch
S1-1 thru S1-5: SIO Addre ss (Table 1)
Each SIO address must be unique.
S1-6 thru S1-7: Bau d Rate (Table 2)
S1-8: Require E ncryption if ON
TB10
Door Strike 1
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 2
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Door Strike 2
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 4
Normally O pen Wiring: 5A@30Vdc resistive
Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
TB11
TB12
Auxiliary Output 5
Normally O pen Wiring: 5A@30Vdc resistive
Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 6
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
RLY 4
RLY 5
RLY 6
Revised: 5/2019
TOC
Table 1: SIO Address
Address S1-1 S1-2 S1-3 S1-4 S1-5
0 OFF OFF OFF OFF OFF
1
ON OFF OFF OFF OFF
2 OFF ON OFF OFF OFF
3
ON ON OFF OFF OFF
4 OFF OFF ON OFF OFF
5
ON OFF ON OFF OFF
6 OFF ON ON OFF OFF
7
ON ON ON OFF OFF
8 OFF OFF OFF ON OFF
9
ON OFF OFF ON OFF
10 OFF ON OFF ON OFF
11 ON ON OFF ON OFF
12 OFF OFF ON ON OFF
13 ON OFF ON ON OFF
14 OFF ON ON ON OFF
15 ON ON ON ON OFF
Address S1-1 S1-2 S1-3 S1-4 S1-5 16 OFF OFF OFF OFF ON 17 ON OFF OFF OFF ON 18 OFF ON OFF OFF ON 19 ON ON OFF OFF ON 20 OFF OFF ON OFF ON 21 ON OFF ON OFF ON 22 OFF ON ON OFF ON 23 ON ON ON OFF ON 24 OFF OFF OFF ON ON 25 ON OFF OFF ON ON 26 OFF ON OFF ON ON 27 ON ON OFF ON ON 28 OFF OFF ON ON ON 29 ON OFF ON ON ON 30 OFF ON ON ON ON 31 ON ON ON ON ON
Table 2: Baud Rate
S1-6 ON OFF ON OFF
S1-7 ON ON OFF OFF
Baud Rate 38,400 bps 19,200 bps*
9,600 bps* 115,200 bps*
Access It! Universal.NET default value. *Not evaluated by UL
IN x
Figure 1: Output Wiring Options
CABLING: As required for the load
Door lock mechanisms can gener ate feedba ck to the r elay circuit that can ca use da ma ge and premature fa ilure of the rela y. For this reason, a diode must be used to pr otect the rela y. Wire sh ould be of sufficient gauge to avo id voltage loss.
DC Source
Diode
NO
Lo ad
C
DC
NC
Fuse
Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
Oview
Figure 2: Input Wiring Options
CABLING: 1 twisted pair per input, 30 maximum
Normally Closed Normally Open
IN x
1K, 1%, � W 1K, 1%, � W
1K, 1%, � W 1K, 1%, � W
Normally Closed Supervised Normally Open Supervised
IN x
IN x
EP-150 2
Jx
TR+ TRGND
Term inated
The SCP is at the beginning of the bus, so Jx IS terminated.
(see SCP quick reference for specific jumper identification)
Only S tand-Alone system w as evalua ted by UL
RS - 485
RS - 485
Figure 3: Two Wire RS-485 Wiring
CABLING: 1 twisted pair w/drain & shield, 24 AWG, 120 impedance
Total Maximum Wire Length of 4,000 Feet (1,200m)
MR52-S3 (1) TR+
TRNC NC GND
MR52-S3 (2)
J4
Unterminated
MR52-S3s (1) and (2) are in the middle of the bus, so J4 is NOT terminated.
� 2021 RS2 Technologies. - All rights reserved.
TR+ TRNC
J4 NC GND
Term inated
MR52-S3 (3)
The MR52-S3 (3) is at the end of the bus, so J4 IS terminated.
Refer t o NCL-12UL Hardw are Ins tallation Manua l DOCNCL12UL-R1
TOC
MR-62E Quick Reference
Detail
MR-62E not evaluated by UL
S1 - Configuration Dip Switch
See Expla nation 1
OSDP Reader Port
See Figure 1 Up to 4 OSDP rea ders controllin g 2 portals OSDP v2.1.6 suppor t OSDP used fo r In/Out con fig urations o nly OSDP req uires u nique add ressing from 0 - 3
Auxiliary Power
Power Source PoE PoE+ Local Power Sup ply
Available Power 12Vdc@660mA ma x. 12Vdc@1A max. 12Vdc@1A max.
VO (Voltage Out): Positive 12 Volts DC GND (Ground): Input V olta ge Re turn (-)
Local Power Supply (1.7A max plus reade rs)
CABLING: 1 twisted pair, minimum 18 AWG when using local 12Vdc
VIN (Voltage In): Positive 12 Volts �10% DC GND (Ground): Input V olta ge Re turn (-)
S1 7654321
ON 1234
J3 J4 - Reader T erminatio n (See Figure 1)
ON OFF
GND TR- TR+ RVO TB1
TB7
Mechanical Specifications
Dimensions 5.5"(140mm)W x 2.75"(70mm)L
Temperature -55�C to +85�C, stor age
0�C to +70�C, ope rati ng
Humidity
5% to 95% RHNC
TB5
VO GND VIN GND
IN6 TB3
IN4 TB2 IN5
IN3
IN2
IN1
J3 - Tamper Input
N/C (jumper if n ot used)
Door Contact 1 - N/C (jumper if n ot used)
See Figure 2
Exit Request 1 - N/O
See Figure 2
Door Contact 2 - N/C (jumper if n ot used)
See Figure 2
Exit Request 2 - N/O
See Figure 2
Auxiliary Input 5 - N/O
See Figure 2
Auxiliary Input 6 - N/O
See Figure 2
J5 - Power Source Selector
J5 Set ting PoE * VIN
Power Source Power Over Etherne t Local Power Sup ply
* PoE PoE +
IEEE 802.3af complia nt (12.95 W) IEEE 802.3at complia nt (25 W)
12Vdc power co nnecte d to TB4. Positive le ad to pin 3 (VIN) and ne gative lead to pin 4 (GND)
Door Strike 1 (2A@30Vdc)
See Figure 3
VIN J5 PoE NO 1-C NC NO 2-C NC NO 3-C NC NO 4-C NC
D11 TB4
D10
D9
D8
Relay 1 Relay 2
TB6
Auxiliary Output 2 (2A@30Vdc)
See Figure 3
Door Strike 2 (2A@30Vdc)
See Figure 3
Relay 3
Yellow LED
Green LED J1
Relay 4
Normal LED Function
At power up, LED 1 turns ON then LEDs 2 through 7 are turned ON then OFF in sequence.
LED Description
Status
1
On-line Status
On-line = 4 pulses/sec; 0.1 sec ON, 0.1 sec OFF, OFF for .3 sec
Off-line = 0.2 sec ON, 0.8 sec OFF
Awaiting firmware download = 0.1 sec ON, 0.1 sec OFF
2* 3* 4* 5* 6* 7* Yellow Green
ON
Door 1 Contact
Open
Door 1 REX
Active
Door 2 Contact
Open
Door 2 REX
Active
Auxiliary Input 4 Active
Auxiliary Input 5 Active
Ethernet Speed
10 Mb/S
Link/Ethernet Activity No Link
OFF Closed Inactive Closed Inactive Inactive Inactive 100 Mb/S Link
Flashing Fault Fault Fault Fault Fault Fault N/A Ethernet Activity
*Every 3 seconds the LED is pulsed to its opposite state for 0.1 seconds, otherwise the LED is OFF.
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Auxiliary Output 4 (2A@30Vdc)
See Figure 3
10/100 Ethernet Host Channel
See Expla nation 1
Revised: 4/2020
TOC
Explanation 1: 10/100 Ethernet
Configuring P rimary 10/100 Ethernet Host Channel For A Sta tic IP Addre ss
1. Set S1 - Configuration DIP Switch DIP 2 ON 2. Set S1 - Configuration DIP Switch DIPs 1, 3 & 4 OFF 3. App ly power to the MR-62E 4. Manua lly configure a co mp ute r to 192.168.0.100 5. Usin g a crossove r cable, connect computer to MR-62E 6. Ope n a web browser and go to 192.168.0.251 7. Set S1 - Configuration DIP Switch DIP 1 ON 8. Click on `Click Here to Login' 9. Click on `Continue to t his website (not recomme nded).' 10. Enter a Usern ame o f admin 11. Enter a Password of passw ord 12. Click `Network' from the left hand menu 13. Sele ct `Use Static IP configura tion:'
IP A ddress: <Set acc ordingly> Sub net Mask: <Set acc ordingly> Default Ga teway: <Set acc ordingly> Sele ct DHCP if need ed. 14. Click `Accept' 15. Click `Apply Setting' from the left hand menu 16. Click `Apply and Re boot' button 17. Wait 60 seconds for MR-62E to reb oot 18. Remove p owe r from the MR-62E 19. Set all S1 - Configuration DIP Switch DIPs OFF 20. Remove crossover cabl e an d con nect to ne twork 21. App ly power to the MR-62E 22. Run Access It! Universal.NET 23. Navigate to th e Hard wa re section 24. Click th e a rrow to expand th e S CP s 25. Click th e a rrow to expand th e S CP the MR-62E will b e installed unde r 26. Sele ct SIO s A list of all availa ble SIO s appe ar in the pan e to the rig ht of the hard wa re tree . 27. Edit the first unin stalled SIO fro m the right h and pane Gen eral Ta b
Model: MR-62E Device Install ed: X IP A ddress: <Enter IP Address to be assigned to MR-62E> MAC A ddress: <MAC Address of MR-62E> 28. Click Save button
Bulk Erasing MR-62E
1. Set S1 - Configuration DIP Switch DIPs 1 & 2 ON 2. Set S1 - Configuration DIP Switch DIPs 3 & 4 OFF 3. App ly power to the MR-62E
LEDs 1 & 2 and LE Ds 3 & 4 flash al tern ate ly at a .5 second rate. 4. With in 10 seconds, switch S1 - Configuration DIP Switch DIP 1 OFF
LEDs 1 & 2 alterna tely fla sh at a 0.5 second rate while memory is erased. WARNING! DO NO T CYCLE POWER Era sing memory takes a pproximately 60 seconds to co mp lete.
Once memory is erased, LED 1 will be on for ~3 seconds, then th e MR-62E rebo ots. 5. The MR-62E is no w read y to be configure d a s need ed
Figure 1: OSDP Reader Port
CABLING: RS-485/power: 2 twisted pair w/drain & shield, 24 AWG, 120 impedance, 4,000 feet (1220 m) max OR RS-485: 1 twisted pair w/drain & shield, 24 AWG, 120 impedance, 4,000 feet (1220 m) max Power: 1 pair 18 AWG (cable type and gauge determined by length and voltage/current requirements, local power source may be required)
J4 J4 is only installed if the MR-62e is at one end of the communication bus.
Connect only one end of shield to earth ground!
GND = Ground TR- = (B) 485TR+ = (A) 485+ RVO = +12Vd c@500mA max.
Oview
TR- (B) TR+ (A) GND 12V
TR- (B) TR+ (A) GND 12V
TR- (B) TR+ (A) GND 12V
TR- (B) TR+ (A) GND 12V
GND TR- TR+ RVO
TB7
OSDP Reade r Address 0
Standalone / Paired IN
Por tal 1
OSDP Reade r Address 1
Paired OUT
OSDP Reade r Address 2
Standalone / Paired IN
Por tal 2
OSDP Reade r Address 3
Paired OUT
Normally Normally Open Closed Normally Normally Open Closed
INx
Figure 2: Input Wiring Options
CABLING: 1 twisted pair per input, 30 maximum
Non-Supervised
Supervised
1K, 1% 1K, 1%
INx
INx
1K, 1% 1K, 1%
INx
Figure 3: Output Wiring Options
CABLING: As required for the load
Door lock mechanisms can gener ate feedba ck to the r elay circuit that can ca use da ma ge and premature fa ilure of the rela y. For this reason, a diode must be used to pr otect the rela y. Wire sh ould be of sufficient gauge to avo id voltage loss.
DC Source
Diode*
Load DC
NO x-C NC
Optional Blank Cover w/Screws
Fuse
*Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
Figure 4: Mounting Information
00.16" (04.0mm) 3-Gang Mtg Holes
4Pl
00.16" (04.0mm) MR-50 Mtg Holes
4Pl
MR-62E w/Included Mounting Plate
Optional 3-Gang Junction Box
� 2021 RS2 Technologies. - All rights reserved.
Minimum Category 5 Ethernet Cable to Network
3.63" 3.30" 2.35" (92.1mm) (83.8mm) (59.7mm)
Field Wiring
3.63 (92.1mm) 3.85 (97.8mm) 5.50 (13 9.7mm)
TOC
Auxilliary Input 1 (N/O - Figure 1) Auxilliary Input 2 (N/O - Figure 1) Auxilliary Input 3 (N/O - Figure 1) Auxilliary Input 4 (N/O - Figure 1) Auxilliary Input 5 (N/O - Figure 1) Auxilliary Input 6 (N/O - Figure 1) Auxilliary Input 7 (N/O - Figure 1) Auxilliary Input 8 (N/O - Figure 1) Tamper Input (N/C - Jumper if not used) Power Fault (N/C - Jumper if not used)
RS - 485 Bus (Figure 2)
+ 12 Volts DC (350mA)
-
12 V
RS - 485
MR-16IN Series 1 Quick Reference
MR-16IN Series 1 not eva luated by UL
Detail
{ { { { { { { {
{ I1 I1
{ I2 I2
{ I3 I3
{ I4 I4
{ I5 I5
{ I6 I6
{ I7 I7
{ I8 I8
{ CT CT
{ BA BA
J1 Termination (Figure 3)
J2 Termination (Figure 3)
Wiring Configurations (Figure 1)
S1 12345678
OFF ON
I9
Auxilliary Input 9 (N/O - Figure 1)
I9
I10
Auxilliary Input 10 (N/O - Figure 1)
I10
I11
Auxilliary Input 11 (N/O - Figure 1)
I11
I12
Auxilliary Input 12 (N/O - Figure 1)
I12
I13
Auxilliary Input 13 (N/O - Figure 1)
I13
I14
Auxilliary Input 14 (N/O - Figure 1)
I14
I15
Auxilliary Input 15 (N/O - Figure 1)
I15
I16
Auxilliary Input 16 (N/O - Figure 1)
I16
S1 - Address Dip Switch (Table 1)
Start at address 0. Each MR-16IN address in the bus must be unique. Set switches prior to powering up.
RS - 485 (Always set to 2W)
TR+
4W 2W
TRJ3
R+
R-
U2
U1
LED A
Normal LED Function
LED A = Power (~1 pulse/second)
LED B
LED B = SCP Communication (Rapid pulse)
SG
ACD
Relay 1 LED
Relay 1
}NC
C
Auxillary Output 1
C
NO
Relay 2 LED
AC GND
Relay 2
}NC
C
Auxillary Output 2
NO
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 10/2013
TOC Table 1: S1 - Address Dip Switch
Address 1
2
3
4
5
6
7
8
0
Off Off Off Off Off On On Off
1
On Off Off Off Off On On Off
2
Off On Off Off Off On On Off
3
On On Off Off Off On On Off
4
Off Off On Off Off On On Off
5
On Off On Off Off On On Off
6
Off On On Off Off On On Off
7
On On On Off Off On On Off
8
Off Off Off On Off On On Off
9
On Off Off On Off On On Off
10
Off On Off On Off On On Off
11
On On Off On Off On On Off
12
Off Off On On Off On On Off
13
On Off On On Off On On Off
14
Off On On On Off On On Off
15
On On On On Off On On Off
16
Off Off Off Off On On On Off
17
On Off Off Off On On On Off
18
Off On Off Off On On On Off
19
On On Off Off On On On Off
20
Off Off On Off On On On Off
21
On Off On Off On On On Off
22
Off On On Off On On On Off
23
On On On Off On On On Off
24
Off Off Off On On On On Off
25
On Off Off On On On On Off
26
Off On Off On On On On Off
27
On On Off On On On On Off
28
Off Off On On On On On Off
29
On Off On On On On On Off
30
Off On On On On On On Off
31
On On On On On On On Off
SCP-1MB
TR2+ TR2GND Jx TR3+ TR3GND
Term inated
Oview
Normally Closed Normally Opened
IN x
Figure 1: Wiring Configurations
Normally Closed Supervised Normally Opened Supervised
1K, 1% 1K, 1% 1K, 1% 1K, 1%
IN x
IN x
IN x
1K Ohm Resistors P/N: RES-1K32
(Quantity of 32 supplied with each MR-16IN)
RS - 485 RS - 485
Figure 2: Two Wire RS-485 Wiring
Total Maximum Wire Length of 4,000'
(1 twisted pair with shield, 24 AWG)
J1 J2
MR-16IN (0) TR+
TRR+ RSG
MR-16IN (1)
Unterminated
J1 J2
TR+ TRR+ RSG
Term inated
MR-16IN (2)
The SCP is at the beginning of the
bus, so Jx IS terminated.
(see SCP quick reference sheet for specific jumper identi fic ati on)
MR-16INs (0) and (1) are in the middle of the bus, so J1 and J2 are
NOT terminated.
� 2021 RS2 Technologies. - All rights reserved.
The MR-16IN (2) is at the end of the bus, so J1 & J2 ARE terminated.
TOC
Auxiliary Input 1 (N/O - Figure 2) Auxiliary Input 2 (N/O - Figure 2)
Auxiliary Input 3 (N/O - Figure 2) Auxiliary Input 4 (N/O - Figure 2)
Auxiliary Input 5 (N/O - Figure 2) Auxiliary Input 6 (N/O - Figure 2)
Auxiliary Input 7 (N/O - Figure 2) Auxiliary Input 8 (N/O - Figure 2)
Tamper Input
(N/C - Jumper if not use d)
Power Fault
(N/C - Jumper if not use d)
Mechanical Specifications
Dimensions 6.0"(152.4mm)W x 8.0"(203.2mm)L
Temperature -55�C to +85�C, stor age
0�C to +49�C, ope rati ng
Humidity
0% to 85% RHNC
RS-485 Bus
(2 wire ONLY! - Figure 3)
12 to 24 Volts DC
(350mA ma x.)
RS - 485
MR-16IN Series 2 Quick Reference
Detail
TB1 I1 I1 I2 I2 TB2 I3 I3 I4 I4 TB3 I5 I5 I6 I6 TB4 I7 I7 I8 I8 TB9 CT GND BA GND
J1 Termination (Figure 3)
TB10 TR+ TR-
R+ RSG
TB11 VIN
GND
1 2 3 4 5 6 7 8
CT BA
RS - 485 (Always set to 2W)
J3
4W 2W
TB5
9
I9
10
I9
11
I10
12
I10
TB6
13
I11
14
I11
15
I12
16
I12
TB7 I13
I13
I14
I14
TB8 I15
I15
I16
I16
Relay 1 Relay 2
1 2 3 4 5 6 7 8 OFF ON S1
A
B
K1
K2
TB12 NC OUT 1
C
NO
NC OUT 2
C
NO
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Auxiliary Input 9 (N/O - Figure 2) Auxiliary Input 10 (N/O - Figure 2)
Auxiliary Input 11 (N/O - Figure 2) Auxiliary Input 12 (N/O - Figure 2)
Auxiliary Input 13 (N/O - Figure 2) Auxiliary Input 14 (N/O - Figure 2)
Auxiliary Input 15 (N/O - Figure 2) Auxiliary Input 16 (N/O - Figure 2)
S1 - Address Dip Switch (Table 1)
Start at addre ss 0. Each SIO address in the bus must be un ique. Set switch es prio r to powering up.
Normal LED Function
LED A = Power (~1 pulse/second) LED B = SCP Commun ica tion (Rapid pulse) LED K1 = Relay 1 (ON = Ene rgized) LED K2 = Relay 2 (ON = Ene rgized) LEDs 1-16 = Alar m Input S tatus (ON = Acti ve) LED BA = Power Fault (ON = Acti ve) LED CT = Tamper (ON = Acti ve)
Auxiliary Output 1
(5A@28Vdc resistive - Figure 1)
Auxiliary Output 2
(5A@28Vdc resistive - Figure 1)
Revised: 8/2018
K1 RS - 485
K1
RS - 485
TOC Table 1: S1 - Address Dip Switch
Address 1
2
3
4
5
6
7
8
0
Off Off Off Off Off On On Off
1
On Off Off Off Off On On Off
2
Off On Off Off Off On On Off
3
On On Off Off Off On On Off
4
Off Off On Off Off On On Off
5
On Off On Off Off On On Off
6
Off On On Off Off On On Off
7
On On On Off Off On On Off
8
Off Off Off On Off On On Off
9
On Off Off On Off On On Off
10
Off On Off On Off On On Off
11
On On Off On Off On On Off
12
Off Off On On Off On On Off
13
On Off On On Off On On Off
14
Off On On On Off On On Off
15
On On On On Off On On Off
16
Off Off Off Off On On On Off
17
On Off Off Off On On On Off
18
Off On Off Off On On On Off
19
On On Off Off On On On Off
20
Off Off On Off On On On Off
21
On Off On Off On On On Off
22
Off On On Off On On On Off
23
On On On Off On On On Off
24
Off Off Off On On On On Off
25
On Off Off On On On On Off
26
Off On Off On On On On Off
27
On On Off On On On On Off
28
Off Off On On On On On Off
29
On Off On On On On On Off
30
Off On On On On On On Off
31
On On On On On On On Off
Jx
EP-150 2
TR+ TRGND
Figure 1: Output Wiring Configurations
Oview
Depen ding on yo ur p ower sou rce, use one of the two meth ods of tra nsie nt clamping shown below to protect the relay contacts and to reduce electro ma gnetic interferen ce (EMI emissions). Always pro tect ag ainst acci dental ove rloads by wiring in an inlin e fuse to the C (commo n) side of the relay a s shown below.
DC Source
AC Source
Fuse NC
C
DC
NO
Load
Diode*
*Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
Fuse NC
C
AC
NO
Load
MOV*
*MOV Selection � Inductive Load
Clamp Voltage > 1.5x Va c RMS 24Vac Str ike, Pan aso nic ERZ-C07DK470 Typ ical
Figure 2: Input Wiring Configurations
IN x
Normally Closed Normally Open
IN x
1K, 1% 1K, 1%
1K, 1% 1K, 1%
Normally Closed Supervised Normally Open Supervised
IN x
IN x
Figure 3: Two Wire RS-485 Wiring
Total Maximum Wire Length of 4,000'
(1 twisted pair with shield, 24 AWG)
J1
1K Ohm Resistors P/N: RES-1K32
(Qua ntity o f 32 supplie d with each MR-16IN)
J1
MR-16IN (2)
TR+ TRR+ RSG
Term inated
The SCP is at the beginning of the bus, so Jx IS terminated.
(see SCP quick reference for specific jumper identification)
MR-16IN (0) TR+
TRR+ RSG
MR-16IN (1)
Unterminated
MR-16INs (0) and (1) are in the middle of the bus, so J1 is NOT terminated.
� 2021 RS2 Technologies. - All rights reserved.
Term inated
The MR-16IN (2) is at the end of the bus, so J1 IS terminated.
Refer t o NCL-12UL Hardw are Ins tallation Manua l DOCNCL12UL-R1
TOC
Auxiliary Input 1 - N/O
See Figure 2
Auxiliary Input 2 - N/O
See Figure 2
Auxiliary Input 3 - N/O
See Figure 2
Auxiliary Input 4 - N/O
See Figure 2
Auxiliary Input 5 - N/O
See Figure 2
Auxiliary Input 6 - N/O
See Figure 2
Auxiliary Input 7 - N/O
See Figure 2
Auxiliary Input 8 - N/O
See Figure 2
Tamper Input
N/C (jumper if n ot used)
Power Fault
N/C (jumper if n ot used)
Two Wire RS-485 Bus
See Figure 3
Power (350mA max)
CABLING: 1 twisted pair, minimum 18 AWG
VIN (Voltage In): Positive 12 to 24 Volts �10% DC VOUT (Voltage Out): Not used GND (Ground): Input V olta ge Re turn (-)
RS - 485
MR-16IN Series 3 Quick Reference
Detail
*Not ev aluated by UL
TB1 I1 I1 I2 I2 TB2 I3 I3 I4 I4 TB3 I5 I5 I6 I6 TB4 I7 I7 I8 I8 TB9 CT GND BA GND
TB10 TR+ TR-
GND TB11 VIN VO UT GND
1
9
2
10
3
11
4
12
5
13
6
14
7
15
8
16
CT
BA
Specifications
Dimension 6" (152mm) W x 8" (203mm) L x 1" (25mm) H Storage Tempera tur e: -55�C to +85�C Ope rating Tempe rature: 0�C to +49�C Humidity: 0% to 85% RHNC Weight: 9 oz. (250 g) nomina l
TB5
I9
Auxiliary Input 9 - N/O
I9
See Figure 2
I10
Auxiliary Input 10 - N/O
I10
See Figure 2
TB6
I11
Auxiliary Input 11 - N/O
I11
See Figure 2
I12
Auxiliary Input 12 - N/O
I12
See Figure 2
TB7
I13
Auxiliary Input 13 - N/O
I13
See Figure 2
I14
Auxiliary Input 14 - N/O
I14
See Figure 2
TB8
I15
Auxiliary Input 15 - N/O
I15
See Figure 2
I16
Auxiliary Input 16 - N/O
I16
See Figure 2
Normal LED Function
Every three seconds, all LEDs are pulsed to their opposite state for 0.1 sec.
A On-Line Status:
B SCP Communication: 1-16 Alarm Input Status: CT Tamper: BA Power Fault: K1-2 Relay Status:
OFF if 1 sec rate, 20% ON ON Non-encrypted if 1 sec rate, 80% ON ON Encrypted if .1 sec ON, .1 sec OFF x 3 then .1 sec ON, .3 sec OFF Awaiting firmware download if .1 sec ON, .1 sec OFF Rapid pulse
Active if ON
Active if ON
Active if ON
Energized if ON
J3 - Termination (See Figure 3)
1 2 3 4 5 6 7 8 OFF ON S1
A
B
K1
K2
S1 - Configuration Switch
S1-1 thru S1-5: SIO Addre ss (Table 1)
Each SIO address must be unique.
S1-6 thru S1-7: Bau d Rate (Table 2)
S1-8: Require E ncryption if ON
K1 - Relay 1 (Form-C)
K2 - Relay 2 (Form-C)
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
TB12 NC OUT 1 C NO NC OUT 2 C NO
Auxiliary Output 1
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 2
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Revised: 5/2019
TOC
Table 1: SIO Address
Address S1-1 S1-2 S1-3 S1-4 S1-5
0 OFF OFF OFF OFF OFF
1
ON OFF OFF OFF OFF
2 OFF ON OFF OFF OFF
3
ON ON OFF OFF OFF
4 OFF OFF ON OFF OFF
5
ON OFF ON OFF OFF
6 OFF ON ON OFF OFF
7
ON ON ON OFF OFF
8 OFF OFF OFF ON OFF
9
ON OFF OFF ON OFF
10 OFF ON OFF ON OFF
11 ON ON OFF ON OFF
12 OFF OFF ON ON OFF
13 ON OFF ON ON OFF
14 OFF ON ON ON OFF
15 ON ON ON ON OFF
Address S1-1 S1-2 S1-3 S1-4 S1-5 16 OFF OFF OFF OFF ON 17 ON OFF OFF OFF ON 18 OFF ON OFF OFF ON 19 ON ON OFF OFF ON 20 OFF OFF ON OFF ON 21 ON OFF ON OFF ON 22 OFF ON ON OFF ON 23 ON ON ON OFF ON 24 OFF OFF OFF ON ON 25 ON OFF OFF ON ON 26 OFF ON OFF ON ON 27 ON ON OFF ON ON 28 OFF OFF ON ON ON 29 ON OFF ON ON ON 30 OFF ON ON ON ON 31 ON ON ON ON ON
Table 2: Baud Rate
S1-6 ON OFF ON OFF
S1-7 ON ON OFF OFF
Baud Rate 38,400 bps 19,200 bps*
9,600 bps* 115,200 bps*
Access It! Universal.NET default value. *Not evaluated by UL
IN x
IN x
Figure 1: Output Wiring Options
CABLING: As required for the load
Door lock mechanisms can gener ate feedba ck to the r elay circuit that can ca use da ma ge and premature fa ilure of the rela y. For this reason, a diode must be used to pr otect the rela y. Wire sh ould be of sufficient gauge to avo id voltage loss.
DC Source
Diode
NO
Lo ad
C
DC
NC
Fuse
Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
Oview
Figure 2: Input Wiring Options
CABLING: 1 twisted pair per input, 30 maximum
Normally Closed Normally Open
IN x
IN x
1K, 1%, � W 1K, 1%, � W
Normally Closed Supervised
1K, 1%, � W 1K, 1%, � W
Normally Open Supervised
1K Ohm Resistors P/N: RES-1K32
(Qua ntity o f 32 supplie d with each MR-16IN-S3)
EP-150 2
Jx
TR+ TRGND
Term inated
The SCP is at the beginning of the bus, so Jx IS terminated.
(see SCP quick reference for specific jumper identification)
Only S tand-Alone system w as evalua ted by UL
J3 RS - 485
J3
RS - 485
Figure 3: Two Wire RS-485 Wiring
CABLING: 1 twisted pair w/drain & shield, 24 AWG, 120 impedance
Total Maximum Wire Length of 4,000 Feet (1,200m)
MR16IN-S3 (1) TR+
TR-
MR16IN-S3 (2)
GND Unterminated
MR16IN-S3s (1) and (2) are in the middle of the bus, so J3 is NOT terminated.
� 2021 RS2 Technologies. - All rights reserved.
TR+ TR-
GND Term inated
MR16IN-S3 (3)
The MR16IN-S3 (3) is at the end of the bus, so J3 IS terminated.
Refer t o NCL-12UL Hardw are Ins tallation Manua l DOCNCL12UL-R1
TOC
MR-16OUT Series 1 Quick Reference
MR-16OUT S eries 1 not eva luated by UL
Detail
Relay 1 LE D Relay 2 LE D Relay 3 LE D Relay 4 LE D Relay 5 LE D Relay 6 LE D Relay 7 LE D Relay 8 LE D Relay 9 LE D Relay 10 LE D Relay 11 LE D Relay 12 LE D Relay 13 LE D Relay 14 LE D Relay 15 LE D Relay 16 LE D
Auxillary Output 1 (Figure 1) Auxillary Output 2 (Figure 1) Auxillary Output 3 (Figure 1) Auxillary Output 4 (Figure 1) Auxillary Output 5 (Figure 1) Auxillary Output 6 (Figure 1) Auxillary Output 7 (Figure 1) Auxillary Output 8 (Figure 1)
Tamper Input (N/C - Jumper if not used) Power Fault (N/C - Jumper if not used)
RS - 485 Bus (Figure 2)
+ 12 Volts DC (500mA)
-
12 V
RS - 485
} } } } } } } }
NO C
OUT 1 NC NO C
OUT 2 NC
NO C
OUT 3 NC OUT 4 NO
C NC
NO C
OUT 5 NC NO C
OUT 6 NC
NO C
OUT 7 NC NO C
OUT 8 NC
{ CT CT
{ BA BA
TR+ TRR+ RSG ACD
C AC GND
Relay 2
Relay 1
Relay 9
Relay 10
Relay 4
Relay 3 Relay 5
Relay 11 Relay 13
Relay 12
Relay 6
Relay 14
Relay 7
Relay 15
Relay 8
Relay 16 LED B LED A
}NC
C NO OUT 9
}NC
C NO OUT 10
}NC
C NO OUT 11
}NC OUT 12
C NO
}NC
C NO OUT 13
}NC
C NO OUT 14
}NC
C NO OUT 15
}NC
C NO OUT 16
Auxillary Output 9 (Figure 1) Auxillary Output 10 (Figure 1)
Auxillary Output 11 (Figure 1) Auxillary Output 12 (Figure 1)
Auxillary Output 13 (Figure 1) Auxillary Output 14 (Figure 1)
Auxillary Output 15 (Figure 1) Auxillary Output 16 (Figure 1)
Normal LED Function LED A = Power (~1 pulse/second) LED B = SCP Communication (Rapid pulse)
J2 Termination (Figure 2) J1 Termination (Figure 2)
RS - 485
(Always set to 2W or 1 & 2)
U1
1
4W 2W
2
3
J3 U3
S1 1 2 3 4 5 6 7 8
OFF ON
S1 - Address Dip Switch (Table 1)
Start at address 0. Each MR-16OUT address in the bus must be unique. Set switches prior to powering up.
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Revised: 10/2013
TOC Table 1: S1 - Address Dip Switch
Address 1
2
3
4
5
6
7
8
0
Off Off Off Off Off On On Off
1
On Off Off Off Off On On Off
2
Off On Off Off Off On On Off
3
On On Off Off Off On On Off
4
Off Off On Off Off On On Off
5
On Off On Off Off On On Off
6
Off On On Off Off On On Off
7
On On On Off Off On On Off
8
Off Off Off On Off On On Off
9
On Off Off On Off On On Off
10
Off On Off On Off On On Off
11
On On Off On Off On On Off
12
Off Off On On Off On On Off
13
On Off On On Off On On Off
14
Off On On On Off On On Off
15
On On On On Off On On Off
16
Off Off Off Off On On On Off
17
On Off Off Off On On On Off
18
Off On Off Off On On On Off
19
On On Off Off On On On Off
20
Off Off On Off On On On Off
21
On Off On Off On On On Off
22
Off On On Off On On On Off
23
On On On Off On On On Off
24
Off Off Off On On On On Off
25
On Off Off On On On On Off
26
Off On Off On On On On Off
27
On On Off On On On On Off
28
Off Off On On On On On Off
29
On Off On On On On On Off
30
Off On On On On On On Off
31
On On On On On On On Off
Oview
Figure 1: Output Wiring
Depending on your power source, use one of the two methods of transient clamping shown below to protect the relay contacts and to reduce electromagnetic interference (EMI emissions). Always protect against accidental overloads by wiring an in-line fuse to the C (common) side of the relay as shown below.
DC Source
Diode* NC
C
Load
NO
DC
Load
Fuse
*Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
AC Source
MOV* NC
C
Load
NO
AC
Load
Fuse
*MOV Selection � Inductive Load
Clamp Voltage > 1.5x Va c RMS 24Vac Str ike, Pan aso nic ERZ-C07DK470 Typ ical
K1 RS - 485
K1 RS - 485
SCP-1MB
TR2+ TR2GND Jx TR3+ TR3GND
Term inated
Figure 2: Two Wire RS-485 Wiring
Total Maximum Wire Length of 4,000'
(1 twisted pair with shield, 24 AWG)
J2 J1
MR-16OUT (0) TR+
TRR+ RSG
MR-16OUT (1)
Unterminated
TR+ TRR+ RSG
Term inated
J2 J1
MR-16OUT (2)
The SCP is at the beginning of the
bus, so Jx IS terminated.
(see SCP quick reference sheet for specific jumper identi fic ati on)
MR-16OUTs (0) and (1) are in the middle of the bus, so J1 and J2 are
NOT terminated.
� 2021 RS2 Technologies. - All rights reserved.
The MR-16OUT (2) is at the end of the bus, so J1 & J2 ARE terminated.
TOC
Auxiliary Output 1
(5A@28Vdc resistive - Figure 1)
Auxiliary Output 2
(5A@28Vdc resistive - Figure 1)
Auxiliary Output 3
(5A@28Vdc resistive - Figure 1)
Auxiliary Output 4
(5A@28Vdc resistive - Figure 1)
Auxiliary Output 5
(5A@28Vdc resistive - Figure 1)
Auxiliary Output 6
(5A@28Vdc resistive - Figure 1)
Auxiliary Output 7
(5A@28Vdc resistive - Figure 1)
Auxiliary Output 8
(5A@28Vdc resistive - Figure 1)
Tamper Input
(N/C - Jumper if not use d)
Power Fault
(N/C - Jumper if not use d)
RS-485 Bus
(2 wire ONLY! - Figure 2)
12 to 24 Volts DC
(110 0mA ma x.)
RS - 485
MR-16OUT Series 2 Quick Reference
OUT 1 NO C
NC OUT 2 NO
C NC
OUT 3 NO C
NC OUT 4 NO
C NC OUT 5 NO
C NC OUT 6 NO
C NC
OUT 7 NO C
NC OUT 8 NO
C NC
TB4
TB3
TB2
TB1
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
Relay LEDs (ON = Energized)
Relay 2
Relay 1
Relay 9
Relay 10
Relay 4
Relay 3 Relay 5
Relay 11 Relay 13
Relay 12
Relay 6
Relay 14
Relay 7
Relay 15
Relay 8
Relay 16
TB8
TB7
TB6
TB5
NC C NO OUT 9 NC C NO OUT 10
NC C NO OUT 11 NC C NO OUT 12
NC C NO OUT 13 NC C NO OUT 14
NC C NO OUT 15 NC C NO OUT 16
87654321
CT GND
BA GND TR+
TRR+ RSG
VIN
GND
TB12
TB10
TB9
J1 Termination (Figure 2)
RS - 485 (Always set to 2W or 1 & 2)
1 2W 2 3 4W
J3
A B CT BA
S1 OFF ON
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Detail
Auxiliary Output 9
(5A@28Vdc resistive - Figure 1)
Auxiliary Output 10
(5A@28Vdc resistive - Figure 1)
Auxiliary Output 11
(5A@28Vdc resistive - Figure 1)
Auxiliary Output 12
(5A@28Vdc resistive - Figure 1)
Auxiliary Output 13
(5A@28Vdc resistive - Figure 1)
Auxiliary Output 14
(5A@28Vdc resistive - Figure 1)
Auxiliary Output 15
(5A@28Vdc resistive - Figure 1)
Auxiliary Output 16
(5A@28Vdc resistive - Figure 1)
Normal LED Function
LED A = Power (~1 pulse/second) LED B = SCP Commun ica tion (Rapid pulse) LED CT = Tamper (ON = Acti ve) LED BA = Power Fault (ON = Acti ve)
S1 - Address Dip Switch (Table 1)
Start at addre ss 0. Each SIO address in the bus must be un ique. Set switch es prio r to powering up.
Mechanical Specifications
Dimensions 6.0"(152.4mm)W x 8.0"(203.2mm) L
Temperature -55�C to +85�C, stor age
0�C to +49�C, ope rati ng
Humidity
0% to 85% RHNC
Revised: 8/2018
K1 RS - 485
K1
RS - 485
TOC Table 1: S1 - Address Dip Switch
Address 1
2
3
4
5
6
7
8
0
Off Off Off Off Off On On Off
1
On Off Off Off Off On On Off
2
Off On Off Off Off On On Off
3
On On Off Off Off On On Off
4
Off Off On Off Off On On Off
5
On Off On Off Off On On Off
6
Off On On Off Off On On Off
7
On On On Off Off On On Off
8
Off Off Off On Off On On Off
9
On Off Off On Off On On Off
10
Off On Off On Off On On Off
11
On On Off On Off On On Off
12
Off Off On On Off On On Off
13
On Off On On Off On On Off
14
Off On On On Off On On Off
15
On On On On Off On On Off
16
Off Off Off Off On On On Off
17
On Off Off Off On On On Off
18
Off On Off Off On On On Off
19
On On Off Off On On On Off
20
Off Off On Off On On On Off
21
On Off On Off On On On Off
22
Off On On Off On On On Off
23
On On On Off On On On Off
24
Off Off Off On On On On Off
25
On Off Off On On On On Off
26
Off On Off On On On On Off
27
On On Off On On On On Off
28
Off Off On On On On On Off
29
On Off On On On On On Off
30
Off On On On On On On Off
31
On On On On On On On Off
Oview
Figure 1: Output Wiring Configurations
Depen ding on yo ur p ower sou rce, use one of the two meth ods of tra nsie nt clamping shown below to protect the relay contacts and to reduce electro ma gnetic interferen ce (EMI emissions). Always pro tect ag ainst acci dental ove rloads by wiring in an inlin e fuse to the C (commo n) side of the relay a s shown below.
DC Source
AC Source
Fuse NC
C
DC
NO
Load
Diode*
*Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
Fuse NC
C
AC
NO
Load
MOV*
*MOV Selection � Inductive Load
Clamp Voltage > 1.5x Va c RMS 24Vac Str ike, Pan aso nic ERZ-C07DK470 Typ ical
EP-150 2
Figure 2: Two Wire RS-485 Wiring
Total Maximum Wire Length of 4,000'
(1 twisted pair with shield, 24 AWG)
TR+
TR+
TR-
TR-
GND
R+
R-
SG
MR-16OUT (2)
Jx J1
J1
Term inated
The SCP is at the beginning of the bus, so Jx IS terminated.
(see SCP quick reference for specific jumper identification)
MR-16OUT (0) TR+
TRR+ RSG
MR-16OUT (1)
Unterminated
MR-16OUTs (0) and (1) are in the middle of the bus, so J1 is NOT terminated.
� 2021 RS2 Technologies. - All rights reserved.
Term inated
The MR-16OUT (2) is at the end of the bus, so J1 IS terminated.
Refer t o NCL-12UL Hardw are Ins tallation Manua l DOCNCL12UL-R1
TOC
Auxiliary Output 1
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 2
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 3
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 4
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 5
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 6
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 7
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 8
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Tamper Input
N/C (jumper if n ot used)
Power Fault
N/C (jumper if n ot used)
Two Wire RS-485 Bus
See Figure 2
Power (1100mA max)
CABLING: 1 twisted pair, minimum 18 AWG
VIN (Voltage In): Positive 12 to 24 Volts �10% DC VOUT (Voltage Out): Not used GND (Ground): Input V olta ge Re turn (-)
RS - 485
MR-16OUT Series 3 Quick Reference
Detail
*Not ev aluated by UL
TB1 OUT 1 NO
C NC OUT 2 NO
C NC TB2 OUT 3 NO
C NC OUT 4 NO
C NC TB3 OUT 5 NO
C NC OUT 6 NO
C NC TB4 OUT 7 NO
C NC OUT 8 NO
C NC
TB9 CT GND BA GND TB10 TR+ TR-
GND TB11
VIN VO UT
GND
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
Relay 1 (Form-C)
Relay 2 (Form-C)
Relay 3 (Form-C)
Relay 4 (Form-C)
Relay 5 (Form-C)
Relay 6 (Form-C)
Relay 7 (Form-C)
Relay 8 (Form-C)
S1 1 2 3 4 5 6 7 8 ON OFF
Relay 9 (Form-C)
Relay 10 (Form-C)
Relay 11 (Form-C)
Relay 12 (Form-C)
Relay 13 (Form-C)
Relay 14 (Form-C)
Relay 15 (Form-C)
Relay 16 (Form-C)
S1 - Configuration Switch
S1-1 thru S1-5: SIO Addre ss (Table 1)
Each SIO address must be unique.
S1-6 thru S1-7: Bau d Rate (Table 2)
S1-8: Require E ncryption if ON
TB5 NC C NO OUT 9 NC C NO OUT 10 TB6 NC C NO OUT 11 NC C NO OUT 12 TB7 NC C NO OUT 13 NC C NO OUT 14 TB8 NC C NO OUT 15 NC C NO OUT 16
A B CT BA
Auxiliary Output 9
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 10
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 11
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 12
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 13
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 14
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 15
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
Auxiliary Output 16
Normally O pen Wiring: 5A@30Vdc resistive Normally Closed Wiring: 3A@30Vdc resistive
See Figure 1
J1 - Termination (See Figure 2)
Normal LED Function
Every three seconds, all LEDs are pulsed to their opposite state for 0.1 sec.
A On-Line Status:
B SCP Communication: 1-16 Relay Status: CT Tamper: BA Power Fault:
OFF if 1 sec rate, 20% ON ON Non-encrypted if 1 sec rate, 80% ON ON Encrypted if .1 sec ON, .1 sec OFF x 3 then .1 sec ON, .3 sec OFF Awaiting firmware download if .1 sec ON, .1 sec OFF Rapid pulse
Energized if ON
Active if ON
Active if ON
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Specifications
Dimension 6" (152mm) W x 8" (203mm) L x 1" (25mm) H Storage Tempera tur e: -55�C to +85�C Ope rating Tempe rature: 0�C to +49�C Humidity: 0% to 85% RHNC Weight: 14 oz. (400 g) nomina l
Revised: 5/2019
TOC
Table 1: SIO Address
Address S1-1 S1-2 S1-3 S1-4 S1-5
0 OFF OFF OFF OFF OFF
1
ON OFF OFF OFF OFF
2 OFF ON OFF OFF OFF
3
ON ON OFF OFF OFF
4 OFF OFF ON OFF OFF
5
ON OFF ON OFF OFF
6 OFF ON ON OFF OFF
7
ON ON ON OFF OFF
8 OFF OFF OFF ON OFF
9
ON OFF OFF ON OFF
10 OFF ON OFF ON OFF
11 ON ON OFF ON OFF
12 OFF OFF ON ON OFF
13 ON OFF ON ON OFF
14 OFF ON ON ON OFF
15 ON ON ON ON OFF
Address S1-1 S1-2 S1-3 S1-4 S1-5 16 OFF OFF OFF OFF ON 17 ON OFF OFF OFF ON 18 OFF ON OFF OFF ON 19 ON ON OFF OFF ON 20 OFF OFF ON OFF ON 21 ON OFF ON OFF ON 22 OFF ON ON OFF ON 23 ON ON ON OFF ON 24 OFF OFF OFF ON ON 25 ON OFF OFF ON ON 26 OFF ON OFF ON ON 27 ON ON OFF ON ON 28 OFF OFF ON ON ON 29 ON OFF ON ON ON 30 OFF ON ON ON ON 31 ON ON ON ON ON
Table 2: Baud Rate
S1-6 ON OFF ON OFF
S1-7 ON ON OFF OFF
Baud Rate 38,400 bps 19,200 bps*
9,600 bps* 115,200 bps*
Access It! Universal.NET default value. *Not evaluated by UL
Oview
Figure 1: Output Wiring Options
CABLING: As required for the load
Door lock mechanisms can gener ate feedba ck to the r elay circuit that can ca use da ma ge and premature fa ilure of the rela y. For this reason, a diode must be used to pr otect the rela y. Wire sh ould be of sufficient gauge to avo id voltage loss.
DC Source
Diode
NO
Load
C
DC
NC
Fuse
Diode Selection � Inductive Load
Diode Curren t Ra ting > 1x Strike Cu rrent Diode Bre ak Down V olta ge: 4x Strike Voltage 12Vdc or 24Vdc Str ike, Diode 1N400 2 (100V / 1A) Typ ical
EP-150 2
Jx
TR+ TRGND
Term inated
The SCP is at the beginning of the bus, so Jx IS terminated.
(see SCP quick reference for specific jumper identification)
Only S tand-Alone system w as evalua ted by UL
J1 RS - 485
J1
RS - 485
Figure 2: Two Wire RS-485 Wiring
CABLING: 1 twisted pair w/drain & shield, 24 AWG, 120 impedance
Total Maximum Wire Length of 4,000 Feet (1,200m)
MR16OUT-S3 (1) TR+
TR-
MR16OUT-S3 (2)
GND Unterminated
MR16OUT-S3s (1) and (2) are in the middle of the bus, so J1 is NOT terminated.
� 2021 RS2 Technologies. - All rights reserved.
TR+ TR-
GND Term inated
MR16OUT-S3 (3)
The MR16OUT-S3 (3) is at the end of the bus, so J3 IS terminated.
Refer t o NCL-12UL Hardw are Ins tallation Manua l DOCNCL12UL-R1
TOC
MUX-8 Quick Reference
Detail
232 485
Port 1 RS-485 SCP Bus (Figure 1)
12 to 24 Volts DC
(300mA)
S1 - Dip Switch
(Always set to OFF, ON, ON, OFF)
PORT 1
TR+ TxD
TRRxD
GND
JP2 (Port 1 Termination � Always open)
(Always set to 485) (Always set to 485)
JP7 (Always set to 485)
JP5 (Always set to 485) (Always Closed) JP11
(Port 2 Termination) JP12
TR+ TRGND
PORT 2
Port 2 RS-485 Sub-Panel Bus (Fig. 2)
JP1 JP6 232 485
TR+
PORT 3
(Port 3 Termination) JP14
TRGND
Port 3 RS-485 Sub-Panel Bus (Fig. 2)
U12
(Always Closed)
JP4
(Port 4 Termination)
JP3
TR+ TRGND
PORT 4
Port 4 RS-485 Sub-Panel Bus (Fig. 2)
U9
(Port 5 Termination) JP8
TR+ TRGND
PORT 5
Port 5 RS-485 Sub-Panel Bus (Fig. 2)
TR+
PORT 6
+DC
(Always Closed)
JP10
(Port 6 Termination)
TR-
JP9
Port 6 RS-485 Sub-Panel Bus (Fig. 2)
NC
GND
GND
TR+
PORT 7
S1
(Port 7 Termination)
TR-
JP13
Port 7 RS-485 Sub-Panel Bus (Fig. 2)
GND
1234
ON OFFJP16
(Port 8 Termination)
(Always Closed) JP15
U2
TR+ TRGND
PORT 8
Port 8 RS-485 Sub-Panel Bus (Fig. 2)
LED A Po rt 1 LED Po rt 2 LED Po rt 3 LED Port 4 LED Po rt 5 LED Port 6 LED Po rt 7 LED Po rt 8 LED Po rt 9 LED
A1 2 3 4 5 6 7 8 9
(Port 9 Termination) JP17
TR+ TRGND
PORT 9
Port 9 RS-485 Sub-Panel Bus (Fig. 2)
Normal LED Function LED A = Power (~1 pulse/second) LEDs 1-9 = SIO Communication (Rapid pulse)
RS2 Technologies - 400 Fisher Street, Suite G - Munster, IN 46321 - (877) 682-3532 - Fax (219) 836-9102 www.rs2tech.com
Mechanical Specifications
Dimensions 5.0"(127mm)W x 6.0"(152.4mm)L
Temperature -55�C to +85�C, stor age
0�C to +49�C, ope rati ng
Humidity
0% to 85% RHNC
Revised: 8/2018
TOC
EP-150 2
Jx
TR+ TRGND
Not Term inated
Jx IS NOT terminated.
(see SCP quick reference sheet for specific jumper identi fic ati on)
Figure 1: Port 1 RS-485 SCP Bus Wiring
Total Maximum Wire Length of 4,000'
(1 twisted pair with shield, 24 AWG)
JP2 TR+ TxD
TRRxD
GND
Oview
MUX-8
Port 1 Termination
The upstre am RS-485 commu nicatio n b us of the MUX-8 must NOT BE terminated. This includ es the SCP a nd any SIO devices wired to P ort 1.
Not Term inated
JP2 IS NOT terminated.
MUX-8
JPx
PORT x
TR+ TRGND
Term inated
The MUX-8 is at the beginning of the bus, so JPx IS terminated.
RS - 485
RS - 485
Figure 2: Port x RS-485 Sub-Panel Bus Wiring
Total Maximum Wire Length of 4,000'
(1 twisted pair with shield, 24 AWG)
Sub-Panel (0)
Sub-Panel
TR+ TR-
Jx
(1)
R+
R-
SG
Unterminated
Sub-Panels (0) and (1) are in the middle of the bus, so Jx is NOT
terminated.
TR+ TR-
Jx R+ RSG
Term inated
Sub-Panel (2)
The Sub-Panel (2) is at the end of the bus, so Jx IS terminated.
� 2021 RS2 Technologies. - All rights reserved.
Refer t o NCL-12UL Hardw are Ins tallation Manua l DOCNCL12UL-R1