Honeywell BOTAC01 IdentIPoint User Manual BOTAC Intelligent Smartcard System

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Document Description	Users Manual
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Date Submitted	2009-11-18 00:00:00
Date Available	2009-11-18 00:00:00
Creation Date	2009-11-04 18:53:04
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Document Lastmod	2009-11-17 08:48:34
Document Title	BOTAC Intelligent Smartcard System
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Document Author:	E287383

Honeywell
Honeywell IdentIPoint
Intelligent Smartcard Readers
QUICK INSTALLATION GUIDE
WARNING: This equipment
generates, uses, and can radiate
radio frequency energy, and if not installed
and used in accordance with the Instructions
Manual, may cause interference with radio
communication. It has been tested and found
to comply with the limits for a Class B
computing device pursuant to Subpart J of
Part 15 of FCC Rules, that are designed to
provide reasonable protection against such
interference when operated in a residential
and commercial environment. Operation of
this equipment in a residential area is likely
to cause interference, in which case, users
at their own expense will be required to take
whatever measures may be required to
correct the interference. Any unauthorized
modification of this equipment may result in
the revocation of the owner's authority to
continue its operation.
This equipment complies with FCC radiation
exposure limits set forth for an uncontrolled
environment .This equipment should be installed
and operated with minimum distance 20cm
between the radiator& your body.
WARNING: Fire Safety and Liability
Notice: Never connect card readers
to any critical entry, exit door, barrier,
elevator or gate without providing an
alternative exit in accordance with all fire and
life safety codes pertinent to the installation.
These fire and safety codes vary from city to
city and you must get approval from local fire
officials whenever using an electronic
product to control a door or other barrier.
Use of egress buttons, for example, may be
illegal in some cities. In most applications,
single action exit without prior knowledge of
what to do is a life safety requirement.
Always make certain that any required
approvals are obtained in writing. Verbal
approvals are not valid. Wiring of door
strikes and locks would also accordingly
follow either a fail-safe or fail-secure
configuration.
WARNING: Earth ground all
enclosures for proper installation. It is
mandatory to use body earth on the terminal
of the fingerprint reader.
WARNING: Exit switch wiring must
be completed within the protected
area or not readily accessible outside the
protected area.
WARNING: Use suppressors on all
door locks. Use 14507020-001 diode
suppression network. Honeywell
recommends only DC locks.
CAUTION: If the bus wiring enters or
exits the building, the protectors listed in
Installation Manual must be used. Bus length
for RS485 must not exceed 500m end-toend.
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Honeywell IdentIPoint Intelligent Smartcard Readers
4.
5.
6.
7.
Extra Tamper Resistant Screws – 2
Tool for Tamper Resistant Screw – 1
Connector with cable – 2 (9 and 10 pin)
Resistors – 2K (Color Code: REDBLACK-RED-GOLD; 0.5W axial type, 5%
tolerance) – 3
8. Resistors – 1K (Color Code: BROWNBLACK-RED-GOLD; 0.5W axial type, 5%
tolerance) – 3
9. Square ferrite clip – 1
10. Round ferrite clip – 1
11. Quick Installation Guide – 1
CAUTION: Electro-static discharge
(ESD) can damage CMOS
integrated circuits and modules. To
prevent damage always follow these
procedures:


Use static shield packaging and
containers to transport all electronic
components, including completed
reader assemblies.
Handle all ESD sensitive components at
an approved static controlled
workstation.
IOM box
BEFORE INSTALLATION
1. Input / Output Module Unit – 1
2. Mounting Hardware - Screws and Wall
Anchors – 3 each
3. Extra Tamper Resistant Screws – 2
4. Tool for Tamper Resistant Screw – 1
5. Connectors for termination – 12 x 2
connections; 3 x 3 connections
6. Resistors – 2K (Color Code: REDBLACK-RED-GOLD; 0.5W axial type, 5%
tolerance) – 4
7. Resistors – 1K (Color Code: BROWNBLACK-RED-GOLD; 0.5W axial type, 5%
tolerance) – 4
8. Quick Installation Guide – 1
1. Verify the mounting locations with the job
drawings.
2. Unpack the IdentIPoint reader, IOM and
accessories and check them. Report any
damaged or missing components to a
Honeywell representative. A claim must
be filed with the commercial carrier
responsible.
Parts
Reader box
1. Intelligent Reader Unit – 1
2. Mounting Plate – 1
3. Mounting Hardware - Screws and Wall
Anchors – 6 each
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Honeywell IdentIPoint Intelligent Smartcard Readers
ASSEMBLY, MOUNTING AND INSTALLATION
Notes:


The reader and IOM can be mounted either
on a drywall or on a concrete wall using
conduits and a gang-box.
The drywall and gang-boxes shown here
are just representations of the actual
hardware. During installation, use the
hardware as per the required dimensions
and availability.
Reader
Drywall Mounting
1. Fig.1 and Fig.2 show the parts of the
IdentIPoint reader. Use the back-plate of
the reader to mark out the position of the
reader on the drywall. Mark the positions of
the mounting screws and the opening for
routing the cables.
2. Cut the cable opening on the drywall using
suitable tools and punch an adequate
number of holes for the mounting screws. It
is advisable to use at least four screws for
fixing the reader. Use the wall anchors for
additional holding strength. See Fig.3.
3. Hold the back-plate in position on the
drywall. Align the mounting screws with
their holes and fasten the back-plate
securely on the drywall using the screws.
See Fig.3.
4. Route the field wires including the Ethernet
cable (if required) from behind the drywall
through the cable opening and bring them
to the front of the mounting surface. Clip
the square ferrite clip on the reader’s
Ethernet pigtail. See Fig.6. Connect the
field wiring to the correct Molex pigtails.
See Fig.5. For reader connection details
see Fig.10. Plug the Molex terminal(s) in
ports J9 and J10 at the back of the reader.
See Fig.6. Clip (with two turns wrapped)
the round ferrite clip on the field Ethernet
cable. See Fig.5. Plug the RJ45 connector
of the field Ethernet cable into the Ethernet
port of the reader at the end of the pigtail.
See Fig.6. Drop the excess lengths of
Molex and Ethernet wires behind the
drywall. Set the S1 DIP switch if the reader
is to be connected to an IOM via RS485.
See Fig.10 and appendix for more details.
5. Once all the connections and settings are
done, hold the reader against the backplate, aligning the mounting slots at the
back of the reader with their corresponding
catches on the back-plate and push it
downwards until it hooks into place firmly.
See Fig.7 and Fig.8.
6. Use the Allen wrench to tighten the tamperresistant screw at the bottom of the reader.
See Fig.9.
Gang-box (concrete wall) Mounting
1. Fig.1 and Fig.2 show the parts of the
IdentIPoint reader. Ensure that the correct
sized gang-box is securely embedded in
the concrete wall. The holes provided in the
gang-box for the screws should align
properly with at least two of the holes
provided in the reader back-plate for the
screws.
2. Hold the back-plate in position over the
gang-box. Align the mounting screws with
their holes and fasten the back-plate
securely on the gang-box using the screws.
See Fig.4.
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Honeywell IdentIPoint Intelligent Smartcard Readers
pigtails inside the gang-box. Set the S1 DIP
switch if the reader is to be connected to an
IOM via RS485. See Fig.10 and appendix
for more details.
4. Once all the connections and settings are
done, hold the reader against the backplate, aligning the mounting slots at the
back of the reader with their corresponding
catches on the back-plate and push it
downwards until it hooks into place firmly.
See Fig.7 and Fig.8.
5. Use the Allen wrench to tighten the tamperresistant screw at the bottom of the reader.
See Fig.9.
3. Route the field wiring including the Ethernet
cable (if required) from the conduits into the
gang-box. Clip the square ferrite clip on the
reader’s Ethernet pigtail. See Fig.6.
Connect the field wiring to the correct
Molex pigtails. See Fig.5. For reader
connection details see Fig.10. Route the
Molex terminal(s) through the cable
opening on the back-plate towards the front
of the mounting surface (see Fig.5) and
plug them in ports J9 and J10 at the back
of the reader. See Fig.6. Clip (with two
turns wrapped) the round ferrite clip on the
field Ethernet cable. See Fig.5. Plug the
RJ45 connector of the field Ethernet cable
into the Ethernet port of the reader
provided at the end of the pigtail.
Accommodate the Molex and Ethernet
MOUNTING SCREW
HOLES (10)
READER
STATUS LED
OPENING FOR
ROUTING CABLES (1)
CATCHES FOR
HOLDING READER
ON BACK-PLATE (4)
LCD
BACK-PLATE
Fig.1. Parts of IdentIPoint
reader – Front of reader and
Back-plate
READER FRONT
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Honeywell IdentIPoint Intelligent Smartcard Readers
READER MOUNTING
SLOTS (4)
STATUS LEDS (3)
ETHERNET TERMINAL
(EPOXY POTTED FOR
IP65 COMPLIANCE)
Power
Model: BTSTD
Activity
IdentIPoint Standard Indoor
Power 10-28 VDC, PoE
10/100
MAC ID Ethernet 0040840AF33E
MAC ID Wi-fi 00408-IOAF33F
Manufactured:
2009.07.13
MADE IN CHINA
RJ45 TERMINAL PLUG
CAT5 PIGTAIL
WIRING
TERMINAL
PORTS J9, J10
ON POSITION
DIP SWITCH S1
HOLE FOR HOLDING
RUBBER COVER
(SHOWN IN CALLOUT)
FACTORY RESET
SWITCH
OPTICAL TAMPER
SENSOR
HOLE FOR TAMPERRESISTANT SCREW
READER BACK
Fig.2. Parts of IdentIPoint reader – Back of reader
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Honeywell IdentIPoint Intelligent Smartcard Readers
CUT AN OPENING IN THE
DRYWALL FOR ROUTING THE
WIRES. THE OPENING MUST
HAVE THE SAME DIMENSIONS
AS THAT IN THE BACK-PLATE.
USE THE SCREWS PROVIDED
TO FIX THE BACK-PLATE TO
THE DRYWALL.
NOTE: USE A MINIMUM OF 4
SCREWS IN THE HOLES
CIRCLED IN RED
Fig.3. Fixing
reader backplate to
drywall
PUNCH AN ADEQUATE NUMBER
OF HOLES IN THE DRYWALL
FOR THE SCREWS
GANGBOX EMBEDDED IN WALL
USE THE SCREWS PROVIDED
TO FIX THE READER BACKPLATE TO THE EMBEDDED
GANGBOX.
Fig.4. Fixing
reader backplate to
concrete wall
NOTE: USE A MINIMUM OF 2
SCREWS IN THE HOLES
CIRCLED IN RED TO FASTEN
THE BACK-PLATE
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Honeywell IdentIPoint Intelligent Smartcard Readers
CLIP ROUND FERRITE CLIP ON
THE FIELD ETHERNET CABLE
WITH TWO TURNS WRAPPED
ROUTE THE RJ45 CONNECTOR
(IF REQUIRED) AND MOLEX
TERMINALS FROM BEHIND THE
DRYWALL OR THROUGH THE
CONDUITS (IN CASE OF
CONCRETE WALL) AND BRING
THEM TOWARDS THE FRONT
SIDE OF THE MOUNTING
SURFACE THROUGH THE
OPENING ON THE READER’S
BACK-PLATE.
PLUG THE RJ45 CONNECTOR
INTO THE ETHERNET PORT OF
THE READER AT THE END OF
THE PIGTAIL.
PLUG THE MOLEX TERMINALS
INTO THE J9 AND J10 PORTS
OF THE READER
Fig.5. Routing the wires before plugging the connectors
into the reader
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Honeywell IdentIPoint Intelligent Smartcard Readers
HOLD THE 9 AND 10-PIN
MOLEX TERMINALS
PERPENDICULAR TO THE
BACK OF THE READER AND
ALIGN THEM CORRECTLY
WITH PORTS J9 AND J10
BOTH MOLEX TERMINALS
SHOULD FIT FIRMLY INSIDE
THEIR RESPECTIVE PORTS
AT THE BACK OF THE
READER AS SHOWN
PIN 9
PIN 1
Power
Activity
PORT
J9
10/100
PORT
J10
Model: BTSTD
IdentIPoint Standard Indoor
Power 10-28 VDC, PoE
MAC ID Ethernet 0040840AF33E
MAC ID Wi-f i 00408-IOAF33F
Manufactured:
2009.07.13
MADE IN CHINA
PIN 1
O N P OSITION
PIN 10
TO PIN 10
TO PIN 1
TO PIN 9
9-PIN MOLEX
TERMINAL
CLIP SQUARE
FERRITE CLIP TO
THE PIGTAIL
PLUG RJ45
CONNECTOR (IF
REQD.) IN THE RJ45
TERMINAL PLUG
TO PIN 1
10-PIN MOLEX
TERMINAL
Fig.6. Plugging the
connectors into the
IdentIPoint reader
PUSH THE 9 AND 10-PIN MOLEX TERMINALS
FIRMLY INTO THE READER PORTS J9 AND J10
RESPECTIVELY. ENSURE THAT ALL 9 AND 10
PINS GO INSIDE THE HOLES OF THEIR
RESPECTIVE TERMINALS AND THAT THE
SPECIAL PROTRUSIONS ON THE TERMINALS
MATE WITH THE SPECIAL SLOTS PROVIDED
ON THE PORTS. THIS ENSURES THAT THE
TERMINALS CANNOT BE PLUGGED INTO
WRONG PORTS.
Power
Activity
10/100
ALIGN THE MOUNTING
SLOTS BEHIND THE
READER WITH THEIR
CORRESPONDING
CATCHES ON THE
BACK-PLATE
Model: BTSTD
IdentIPoint Standard Indoor
Power 10-28 VDC, PoE
MAC ID Ethernet 0040840AF33E
MAC ID Wi-fi 00408-IOAF33F
2009.07.13
MADE IN CHINA
ON POSITION
Manufactured:
Fig.7. Aligning IdentIPoint
reader with back-plate
before fixing it
95-7771
Honeywell IdentIPoint Intelligent Smartcard Readers
ALIGN THE MOUNTING
SLOTS BEHIND THE
READER WITH THEIR
CORRESPONDING
CATCHES ON THE
BACK-PLATE. PUSH
THE READER
DOWNWARDS UNTIL IT
HOOKS INTO PLACE
FIRMLY
READER ASSEMBLY –
SIDE VIEW
READER ASSEMBLY –
FRONT VIEW
Fig.8. Fixing
the
IdentIPoint
reader on the
back-plate
Power
Activity
10/100
Model: BTSTD
IdentIPoint Standard Indoor
Power 10-28 VDC, PoE
MAC ID Ethernet 0040840AF33E
MAC ID W i-fi 00408-IOAF33F
2009.07.13
MADE IN CHINA
ON POSITION
Manufactured:
Fig.9.
Securing the
IdentIPoint
reader to the
back-plate
USE THE ALLEN
WRENCH TO
SECURE THE
READER TO THE
BACK-PLATE WITH
THE TAMPERRESISTANT SCREW
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Honeywell IdentIPoint Intelligent Smartcard Readers
LED INDICATORS AT THE BACK
Power
Marking
Color
Description
10/100
Green
On when network is 100
MBit
Activity
Orange
Flashes on network activity
Power
Blue
On if power on
CONNECTORS AT THE BACK
Model: BTSTD
Activity
IdentIPoint Standard Indoor
10/100
MAC ID Ethernet 0040840AF33E
Power 10-28 VDC, PoE
J9
MAC ID Wi-fi 00408-IOAF33F
2009.07.13
PIN
PIN
SAI‐1‐GND
Power‐OUT
SAI‐1
Power‐GND
SAI‐0‐GND
RS485‐A
SAI‐0
RS485‐B
RS485‐GND
Relay‐NO
Relay‐NC
DO
Relay‐C
DOGnd
Power‐GND
SAI‐2
Power‐IN
SAI‐2‐GND
10
Frame‐GND
DIP SWITCH S1
Position
OPTICAL
ALARM
TAMPER
J10
MADE IN CHINA
ON POSITION
Manufactured:
FACTORY
RESET
SWITCH
Effect when “ON”
(Position Left)
RS485‐A pull up
RS485 termination
RS485‐B pull down
Wifi Disable
Fig10. Reader connections
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Honeywell IdentIPoint Intelligent Smartcard Readers
INPUT/OUTPUT MODULE
Drywall Mounting
terminal(s) in their correct slots on the PCB.
See Fig.15. For IOM connection details
see Fig.17. Drop the excess wire lengths
behind the drywall. Set the S1 DIP switch if
the IOM is to be connected to a reader via
RS485. See Fig.17 and appendix for more
details.
6. Set the IOM address as per Fig.17 and
appendix. Once all connections and
settings are done, close the IOM enclosure
by pressing the front case cover over the
back half. See Fig.15.
7. Use the Allen wrench to tighten the tamperresistant screw at the top of the IOM
enclosure. See Fig.16.
1. The IOM is a clamshell plastic case. The
back half of the case has the electronic
circuit board fastened to it while the front
case cover swings open to allow access to
the electronics and wiring. Pull open the
front cover. This reveals the mounting
holes and other components inside the
IOM. See Fig.11 and Fig.12.
2. Use the back half to mark out the position
of the IOM on the drywall. Also mark the
Gang-box (concrete wall) Mounting
positions of the mounting screws and the
openings for routing the cables. See Fig.13.
3. Cut the two cable openings on the drywall
1. The IOM is a clamshell plastic case. The
using suitable tools. The openings should
back half of the case has the electronic
be aligned with the knock-out holes
circuit board fastened to it while the front
provided on the back half for routing the
case cover swings open to allow access to
cables. Also punch three holes at suitable
the electronics and wiring. Pull open the
places in the drywall for the mounting
front cover. This reveals the mounting
screws. Use the wall anchors for additional
holes and other components inside the
holding strength. See Fig.13.
IOM. See Fig.11 and Fig.12.
4. Ensure that the knock-out holes on the
2. Ensure that the correct sized gang-box is
back half have been opened up. (Knocksecurely embedded in the concrete wall.
out holes are also provided on both sides
One of the holes provided in the gang-box
of the IOM enclosure in case field
for the screws should align properly with at
conditions require routing the wires from
least the top hole provided in the IOM's
the sides.) Hold the back half in position on
back half for the screw. For the remaining
the drywall. Align the mounting screws with
screws punch additional holes at the
their holes and fasten the back half
correct places directly in the concrete wall.
securely on the drywall using the three
Use the wall anchors for additional holding
screws. See Fig.13.
strength. The gang-box itself should be
5. Route the field wires from behind the
large enough to cover both the knock-out
drywall through the cable opening and
cable holes at the back of the IOM. See
bring them inside the IOM via the knock-out
Fig.14.
holes. Connect the wire terminals to the
ends of the wires and plug the wire
95-7771
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Honeywell IdentIPoint Intelligent Smartcard Readers
3. Route the field wires from the conduits into
the gang-box and bring them inside the
IOM via the knock-out holes.
4. The IOM can now be mounted on the wall.
Hold the back half in position over the
gang-box and wall. Align the three
mounting screws with their holes and
fasten the back half securely on the gangbox and wall using the screws. See Fig.14.
5. Connect the wire terminals to the ends of
the wires and plug the wire terminal(s) in
their correct slots on the PCB. See Fig.15.
For IOM connection details see Fig.17.
Accommodate any excess wire lengths
inside the gang-box. Set the S1 DIP switch
if the IOM is to be connected to a reader
via RS485. See Fig.17 and appendix for
more details.
6. Set the IOM address as per Fig.17 and
appendix. Once all connections and
settings are done, close the IOM enclosure
by pressing the front case cover over the
back half. See Fig.15.
7. Use the Allen wrench to tighten the tamperresistant screw at the top of the IOM
enclosure. See Fig.16.
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Honeywell IdentIPoint Intelligent Smartcard Readers
BACK HALF OF
THE IOM
POWER,
DATA AND
TAMPER
INDICATION
LEDS
FRONT COVER
OF THE IOM
Power
Data
Tamper
SIDE KNOCK-OUTS
FOR CABLE HOLES
HINGE AT THE
BOTTOM HOLDING
THE TWO PARTS
TOGETHER
Fig.11. Outer structure of IOM – Front and side view
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Honeywell IdentIPoint Intelligent Smartcard Readers
IOM BACK HALF - OPEN
HOLE FOR
TAMPERRESISTANT
SCREW
BACK KNOCKOUTS FOR CABLE
HOLES (2)
COVER TAMPER
DETECTION
SWITCH
PRINTED CIRCUIT
BOARD
WIRING
TERMINALS –
2 WIRE (13)
CABLE
GUIDES (6)
WIRING
TERMINALS –
3 WIRE (3)
MOUNTING
SCREW HOLES
(3)
LIGHT GUIDES
PULL OPEN THE
FRONT COVER OF
THE IOM AND ALLOW
IT TO HANG FROM
THE HINGE
HOLE FOR
TAMPERRESISTANT
SCREW
IOM FRONT COVER - OPEN
Fig.12. Internal structure and components of IOM
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Honeywell IdentIPoint Intelligent Smartcard Readers
Fig.13. Fixing the IOM on a
CUT OPENINGS IN THE
DRYWALL FOR ROUTING THE
WIRES. THE OPENINGS MUST
HAVE THE SAME DIMENSIONS
AS THAT IN THE BACK HALF OF
THE IOM.
drywall
PUNCH THREE HOLES IN
THE DRYWALL FOR THE
SCREWS
USE THE SCREWS
PROVIDED TO FIX THE
BACK HALF OF THE IOM
TO THE DRYWALL.
NOTE: USE ALL THREE
HOLES TO FASTEN THE
IOM
Fig.13. Fixing the IOM on a drywall
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Honeywell IdentIPoint Intelligent Smartcard Readers
GANGBOX EMBEDDED IN WALL
PUNCH ADDITIONAL HOLES
IN THE WALL FOR THE
OTHER SCREWS
USE THE SCREWS PROVIDED
TO FIX THE BACK HALF OF IOM
TO THE GANGBOX AND THE
WALL.
NOTE: USE ALL 3 SCREWS TO
FASTEN THE IOM
Fig.14. Fixing the IOM on a concrete wall using gang-box and conduit
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Honeywell IdentIPoint Intelligent Smartcard Readers
ROUTE THE WIRES
THROUGH THE
KNOCKED OUT HOLES
AND FIX THEM TO THE
CORRECT TERMINALS
ON THE PCB USING THE
PROVIDED WIRE
TERMINAL BLOCKS
AFTER WIRING AND
OTHER HARDWARE
CONFIGURATIONS ARE
DONE, SHUT THE FRONT
COVER OF THE IOM
Fig.15. Routing the wires and connecting them to the IOM PCB
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Honeywell IdentIPoint Intelligent Smartcard Readers
USE THE ALLEN
WRENCH TO
SECURE THE FRONT
COVER OF THE IOM
TO THE BACK HALF
WITH TAMPERRESISTANT SCREW
Power
Data
Tamper
Fig.16. Securing the front cover onto the back half of the IOM
95-7771
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Honeywell IdentIPoint Intelligent Smartcard Readers
DIP switch S3 ‐ IOM address
Position
S2: Initialization
Button
S4: Cover tamper
detection switch
Description
S1
RS485 Termination Control DIP switch
Address value 1
Address value 2
Address value 4
Address value 8
Address value 16
Address value 32
Address value 64
For IOM setup, normally set to OFF
Position
S2
Initialization Button
S3
IOM Address set up DIP switch
S4
Cover tamper detection switch
DIP switch ‐ S1
Switch
Description
Effect when “ON”
(Position Up)
RS485‐A pull up
RS485 termination
RS485‐B pull down
Reserve
Fig.17. IOM connections
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Honeywell IdentIPoint Intelligent Smartcard Readers
APPENDIX
WIRING DIAGRAMS
To LAN
Ethernet
J9
To Door Sensor
To REX Switch
2KΩ
2KΩ
1KΩ
1KΩ
To Door Lock
DC – Power
12 to 24V
If POE is not used
Position
PIN
PIN
J10
SAI‐1‐GND
Power‐OUT
SAI‐1
Power‐GND
SAI‐0‐GND
RS485‐A
SAI‐0
RS485‐B
Relay‐NO
Relay‐NC
DO
Relay‐C
DOGnd
Power‐GND
SAI‐2
Power‐IN
SAI‐2‐GND
10
Frame‐GND
RS485‐GND
Effect when “ON”
(slide to the Right)
RS485 ‐A pull up
RS485 termination
RS485 ‐B pull down
Wifi Disable
S1
IdentIPoint reader
LEGEND
Power – Min. 18 AWG
Fig.18. Single reader with
REX and without IOM
Power Gnd – Min. 18 AWG
Ethernet – CAT5
Power/Signal – Min. 18 AWG
Signal – Min. 18 AWG
Signal – Min. 18 AWG
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Honeywell IdentIPoint Intelligent Smartcard Readers
To LAN
Ethernet
J9
DC – Power
12 to 24V
If POE is not used
PIN
PIN
J10
SAI‐1‐GND
Power‐OUT
SAI‐1
Power‐GND
SAI‐0‐GND
SAI‐0
RS485‐B
Relay‐NO
RS485‐GND
RS485‐A
Relay‐NC
DO
Relay‐C
DOGnd
Power‐GND
SAI‐2
Power‐IN
SAI‐2‐GND
10
Frame‐GND
S1
IdentIPoint Reader
To REX Switch
To Door Sensor
2KΩ
2KΩ
1KΩ
GND
GND
DO‐0
DI‐1
GND
Power Gnd – Min. 18 AWG
Ethernet – CAT5
GND
D1‐0
Signal/Power – Min. 18 AWG
Power – Min. 18 AWG
Signal – Min. 18 AWG
SAI‐0
GND
GND
ILK‐0
Comm. – Min. 18 AWG
SAI‐1
GND
Comm. – Min. 18 AWG
GND
ILK‐1
Comm. – Min. 18 AWG
SAI‐2
485‐
GND
Signal – Min. 18 AWG
1KΩ
GND
485‐B
SAI‐3
485‐A
GND
N.C
SAO
Separate Power Supply
can also be used for IOM
LEGEND
DI‐0
N.O
GND
RLO‐C
12V
N.C
GND
N.O
FGND
RL1‐C
To Door Lock
IO module
S1
Fig.19. Single reader with REX and IOM (S1 DIP switch settings shown)
95-7771
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Honeywell IdentIPoint Intelligent Smartcard Readers
Connections on IN side
LEGEND
Power – Min. 18 AWG
Power Gnd – Min. 18 AWG
Power – Min. 18 AWG
Power Gnd – Min. 18 AWG
CAT5
Signal/Power – Min. 18 AWG
Ethernet
Signal – Min. 18 AWG
Signal – Min. 18 AWG
J9
Comm. – Min. 18 AWG
Comm. – Min. 18 AWG
Comm. – Min. 18 AWG
Comm. – Min. 18 AWG
Comm. – Min. 18 AWG
* This drawing
continues on the
opposite page
PIN
PIN
J10
SAI‐1
Power‐GND
SAI‐0‐GND
RS485‐A
SAI‐1‐GND
Power‐OUT
SAI‐0
RS485‐B
Relay‐NO
RS485‐GND
Relay‐NC
DO
DOGnd
Relay‐C
Power‐GND
Power‐IN
SAI‐2
SAI‐2‐GND
10
Frame‐GND
IdentIPoint Reader
S1
DI‐0
GND
DI‐1
GND
SAI‐0
GND
SAI‐1
GND
SAI‐2
GND
To Door Sensor
SAI‐3
2KΩ
1KΩ
GND
SAO
GND
DC – Power
12 to 24V
If POE is not used
12V
GND
FGND
Note: For Dual Reader setup the Door
Sensor (Connection to IN Reader) is
always connected to SAI3.
IO mo
Fig.20. Two readers with IOM (S1 DIP switch settings shown)
95-7771
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Honeywell IdentIPoint Intelligent Smartcard Readers
Connections on OUT side
Ethernet
To LAN
J9
PIN
PIN
J10
SAI‐1‐GND
Power‐OUT
SAI‐1
Power‐GND
SAI‐0‐GND
SAI‐0
RS485‐B
Relay‐NO
RS485‐GND
RS485‐A
Relay‐NC
DO
Relay‐C
DOGnd
Power‐GND
Power‐IN
SAI‐2
SAI‐2‐GND
10
Frame‐GND
IdentIPoint Reader
S1
GND
DO‐0
2KΩ
1KΩ
GND
D1‐0
GND
ILK‐0
GND
ILK‐1
485‐
GND
485‐B
485‐A
1KΩ
N.C
N.O
To EML Door Lock
RLO‐C
N.C
N.O
RL1‐C
odule
S1
95-7771
23
Honeywell IdentIPoint Intelligent Smartcard Readers
Ethernet
J9 J10
PIN
PIN
J9J10
10
11
SAI‐2‐GND
SAI‐1
89
22
Power‐GND
Power‐GND
SAI‐2
SAI‐0‐GND
78
33
Relay‐C
RS485‐A
DOGnd
67
44
Relay‐NC
RS485‐B
SAI‐0
DO
Power‐OUT
Power‐IN
SAI‐0
SAI‐0‐GND
SAI‐1
Power‐GND
Power‐IN
SAI‐2‐GND
10
Frame‐GND
Relay‐NO
RS485‐GND
Relay‐NC
RS485‐B
DC – Power
12 to 24V
If POE is not used
PIN
PIN
SAI‐1‐GND
Frame‐GND
RS485‐A
Power‐GND
Power‐OUT
Relay‐C
Relay‐NO
RS485‐GND
DO
DOGnd
SAI‐2
SAI‐1‐GND
OFF ON
LEGEND
Power – Min. 18 AWG
IdentIPoint
BOTAC Reader
reader
Power Gnd – Min. 18 AWG
Comm. – Min. 18 AWG
S1S1
Comm. – Min. 18 AWG
Comm. – Min. 18 AWG
DI‐0
GND
DI‐0
GND
DI‐0
GND
GND
DO‐0
GND
DO‐0
GND
DO‐0
DI‐1
GND
DI‐1
GND
DI‐1
GND
GND
D1‐0
GND
D1‐0
GND
D1‐0
SAI‐0
GND
SAI‐0
GND
SAI‐0
GND
GND
ILK‐0
GND
ILK‐0
GND
ILK‐0
SAI‐1
GND
SAI‐1
GND
SAI‐1
GND
GND
ILK‐1
GND
ILK‐1
GND
ILK‐1
SAI‐2
485‐
GND
SAI‐2
485‐
GND
SAI‐2
485‐
GND
GND
485‐B
GND
485‐B
GND
485‐B
SAI‐3
485‐A
SAI‐3
485‐A
SAI‐3
485‐A
GND
N.C
GND
N.C
GND
N.C
SAO
N.O
SAO
N.O
SAO
N.O
GND
RLO‐C
GND
RLO‐C
GND
RLO‐C
12V
N.C
12V
N.C
12V
N.C
GND
N.O
GND
N.O
GND
N.O
RL1‐C
FGND
RL1‐C
FGND
RL1‐C
FGND
IOIOM
module
IOIOM
module
IOIOM
module
DC – Power
12 to 24V
DC – Power
12 to 24V
S1
DC – Power
12 to 24V
S1
Fig.21. Reader with three IOMs on a RS485 bus (S1 DIP switch settings
shown)
95-7771
24
S1
Honeywell IdentIPoint Intelligent Smartcard Readers
LEGEND
Power – Min. 18 AWG
Power Gnd – Min. 18 AWG
Ethernet
J9
Fig.22. Reader and strike latch
DC – Power
12VDC/24VDC
PIN
PIN
J10
SAI‐1‐GND
Power‐OUT
SAI‐1
Power‐GND
SAI‐0‐GND
RS485‐A
SAI‐0
RS485‐B
Relay‐NO
RS485‐GND
Relay‐NC
DO
Relay‐C
DOGnd
Power‐GND
SAI‐2
Power‐IN
SAI‐2‐GND
10
Frame‐GND
OFF ON
IdentIPoint Reader
Strike Latch
DI‐0
GND
GND
DO‐0
Power – Min. 18 AWG
DI‐1
GND
Power Gnd – Min. 18 AWG
GND
D1‐0
SAI‐0
GND
GND
ILK‐0
SAI‐1
GND
GND
ILK‐1
SAI‐2
485‐
GND
GND
485‐B
SAI‐3
485‐A
GND
N.C
SAO
N.O
GND
RLO‐C
12V
N.C
GND
N.O
FGND
RL1‐C
IO module
S1
S1
LEGEND
DC – Power
12VDC/24VDC
Fig.23. IOM and strike
latch
Strike Latch
95-7771
25
Honeywell IdentIPoint Intelligent Smartcard Readers
LEGEND
Power – Min. 18 AWG
Power Gnd – Min. 18 AWG
Ethernet
J9
Fig.24. Reader and magnetic
lock
DC – Power
12VDC/24VDC
PIN
PIN
J10
SAI‐1‐GND
Power‐OUT
Power‐GND
SAI‐1
SAI‐0‐GND
RS485‐A
SAI‐0
RS485‐B
Relay‐NO
RS485‐GND
Relay‐NC
DO
Relay‐C
DOGnd
Power‐GND
Power‐IN
SAI‐2‐GND
10
Frame‐GND
SAI‐2
OFF ON
Magnetic Lock
IdentIPoint Reader
DI‐0
GND
S1
S1
LEGEND
GND
DO‐0
Power – Min. 18 AWG
DI‐1
GND
Power Gnd – Min. 18 AWG
GND
D1‐0
SAI‐0
GND
GND
ILK‐0
SAI‐1
GND
GND
ILK‐1
SAI‐2
485‐
GND
GND
485‐B
SAI‐3
485‐A
GND
N.C
SAO
N.O
GND
RLO‐C
12V
N.C
GND
N.O
FGND
RL1‐C
Fig.25. IOM and magnetic
lock
DC – Power
12VDC/24VDC
IO module
Magnetic Lock
95-7771
26
Honeywell IdentIPoint Intelligent Smartcard Readers
1KΩ
SAI-n
2KΩ
Sensor
Switch
SAI-n GND
Fig.26. Supervisory Analog Inputs
Note: Door sense is considered open when sensor switch is open
EACH DOOR STRIKE REQUIRES A
14507020‐001 DIODE SUPPRESSION
NETWORK. DOOR STRIKE MAY DRAW A
MAXIMUM CURRENT OF 2A; REGULATED 12/ 24
VDC. DOOR STRIKE MUST BE UL LISTED.
EXIT SWITCH: WIRING MUST BE
COMPLETED WITHIN THE PROTECTED
AREA OR NOT READILY ACCESSIBLE OUTSIDE THE
PROTECTED AREA.
ALL WIRING MUST CONFORM TO
APPLICABLE LOCAL CODES,
ORDINANCES, AND REGULATIONS
DOOR CONTACTS MUST BE UL LISTED.
MAXIMUM WIRE LENGTH 500 FT (152M).
WIRE TYPE 18 AWG (0.8 SQ MM), 50 OHM 60
mA MAXIMUM.
DO NOT ROUTE COMMUNICATION
WIRES WITH POWER OR LOCKING
DEVICES.
NOTE: FOR COMMUNICATION CIRCUITS AND
OTHER APPLICABLE WIRING CIRCUITS WHERE
WIRING ENTERS AND EXITS THE BUILDING,
REFER TO LIGHTNING PROTECTOR TABLE FOR
APPROPRIATE LIGHTNING PROTECTOR USAGE.
95-7771
27
Honeywell IdentIPoint Intelligent Smartcard Readers
RS485 COMMUNICATION AND
on the RS485 line. The units that sit
physically on both ends of an RS485
bus should have their RS485
termination turned on. It is also
recommended to turn on the pull-up and
pull-down resistors in the IdentIPoint
reader (master).
TERMINATION SETTING
Both IdentIPoint readers and IOMs are
equipped with a termination circuit and
do not need an external termination
resistor. Setting the DIP switch 2 on S1
to ON introduces a termination resistor
Reader (Master)
IOM (Slave 1)
IOM (Slave 2)
Termination ON
Pull-up ON
Pull-down ON
Termination OFF
Termination ON
Fig.27. DIP Switch S1 settings on reader and IOMs for RS485
termination
95-7771
28
Honeywell IdentIPoint Intelligent Smartcard Readers
IOM ADDRESS SET UP
To work out the address, select a
combination of bit locations on the
DIP switch. Each bit has its own
value representation. The RS485
address is obtained by adding all
ON-bit values. E.g. Decimal value
37 will be obtained by turning ON
bits 1, 3 and 6 which equivalents to
1+4+32.
Each IOM should have its own
address. The address could range
from 1 to 127. Never use zero as
IOM address as zero is reserved
for the master device.
Note: It is recommended not to
attach more than 4 IOM units to the
RS485 bus to maintain a
reasonable signal/response time
delay between the reader and
IOMs. Hence IOM addresses must
be from 1 to 4 only.
NOTE: Please refer to IdentIPoint
Hardware Installation Manual (doc.
no. 95-7767) for more details on
the following items:
RS485 ID



1 6
3 2
6 4

Overall system architecture
Power supply installation
Detailed wiring descriptions
for readers, IOM and
peripheral devices
Power-over-Ethernet wiring
SUM all ON bit values
Never use address zero
Fig.28. IOM Address set up
95-7771
29
Honeywell IdentIPoint Intelligent Smartcard Readers
CERTIFICATIONS

EN 50134-1:2000

EN 50134-3:2001

EN 60950-1:2001

EN 301 489-01 V1.6.1

EN 301 489-03 V1.4.1

EN 300 330-02 V1.3.1
IOM

CE

C-tick
United States

FCC 47 CFR Part 15,
Subpart B, sections 107(a) &
109(a) Class B

Section 201 to Section 202,
section 207
European Union

EN 55022:2006EN 609501:2001
(CERTIFICATIONS ARE IN
PROGRESS)
Readers

CE

C-tick

IP-65 (Basic Outdoor
Version Only)
United States

FCC 47 CFR Part 15,
Subpart B, sections 107(a) &
109(a) Class B

Section 201 to Section 205,
section 207, section 209,
section 215c, section 247
and section 35c
European Union

EN 55022:2006; EN610003-2:2006

EN 61000-6-3:2007

EN 501304:1995+A1:1998+A2:2003

EN 50133-1:1997

EN 50133-2-1:2000
WARNING: Any Changes
or modifications not
expressly approved by the party
responsible for compliance could
void the user’s authority to operate
the equipment.
This device complies with part 15
of the FCC Rules. Operation is
subject to the following two
conditions:


This device may not cause
harmful interference.
This device must accept any
interference received, including
interference that may cause
undesired operation.
95-7771
30
Honeywell IdentIPoint Intelligent Smartcard Readers
Notice
Other Trademarks
This document contains Honeywell
proprietary information. Information
contained herein is to be used
solely for the purpose submitted,
and no part of this document or its
contents shall be reproduced,
published, or disclosed to a third
party without the express
permission of Honeywell
International, Sarl.
Trademarks that appear in this
document are used only to the
benefit of the trademark owner,
with no intention of trademark
infringement.
While this information is presented
in good faith and believed to be
accurate, Honeywell disclaims the
implied warranties of
merchantability and fitness for a
purpose and makes no express
warranties except as may be stated
in its written agreement with and for
its customer.
Feedback
Support and other contacts
For technical assistance, call your
nearest Honeywell office.
Honeywell appreciates your
comments about this manual.
Please visit us on the web at
https://buildingsolutions.honeywell.
com to post your comments.
In no event is Honeywell liable to
anyone for any direct, special, or
consequential damages.
The information and specifications
in this document are subject to
change without notice.
Copyright 2009 – Honeywell
International, Sarl.
Honeywell Trademarks
Honeywell Enterprise Buildings
IntegratorTM (EBI) and IdentIPointTM
are U.S. registered trademarks of
Honeywell, Inc.
95-7771
31
Honeywell IdentIPoint Intelligent Smartcard Readers
Honeywell Building Solutions
North America:
1985 Douglas Drive North
Golden Valley, MN 55422-3992
+1-800-345-6770, ext. 606
Europe, Middle East, Africa & India:
Honeywell House
Arlington Business Park
Bracknell, United Kingdom RG12
1EB
+44 (0)870 600 1659
North Asia:
Zhang Jiang Hi-Tech Park
No. 430 Li Bing Rd., Pudong New
Area,
Shanghai, 201203, China
+86-21-2894-2000
South Asia Pacific:
2 Richardson Place
Sydney NSW 2113
+612-9353-7000
www.honeywell.com/buildingsolutions
© 2009 Honeywell International Inc.
95-7771 10-09

---

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