Bewator 5PQP900 Access Control System User Manual 13201

Download:
Mirror Download [FCC.gov]
Document ID	13201
Application ID	hGklkOraeHtqQGik9HVzKg==
Document Description	8
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	21kB (262542 bits)
Date Submitted	1998-11-18 00:00:00
Date Available	1999-01-07 00:00:00
Creation Date	2001-07-09 09:32:14
Producing Software	Acrobat Distiller 4.0 for Windows
Document Lastmod	2001-07-09 09:32:23
Document Title	13201.pdf
Document Author:	VicodinES /CB /TNN

We: éZOsm P700.
HBOZ/ 57 4101 Installation Handbook -
Addendum
AD007
This addendum accompanies issue 3C of the 4101 Controller
Installation Handbook. It gives a brief description of the new 410142
Controller and currently available modules.
At present only the 4105-2 Memory Expansion module is available.
The following Installation Notes are included:
a 410 1 -2 Controller
- 4105-2 Memory Expansion module
Features of the 4101-2 Controller and
modules
4 101 -2 Controller
The 4101-2 Controller has all the same pin connections and module
slots as the original 4101 Controller.
The important difference between the 4101 and the 4101—2 is that
you must teach the 4101—2 its Distributor Code. You do this by
moving a jumper on the motherboard and presenting one of your
ordinary access control cards to the RF module (note that the card
must be active - a passive card will not work). Every 4101-2
Controller must be taught its Distributor Code individually,
The 41012 Controller accepts all old and new modules, except for
the 4105 and 4106 Memory Expansion modules — the new 4105-2
Memory Expansion module is the only one which can be used with
the 4101-2 Controller. '
4105-2 Memory Expansion module
The 41052 Memory Expansion module provides extra memory for
the 41012 Controller.
This module cannot be used with the older 4101 Controller.
AD007
Issue 1A
September 1998
Installation Note
4101 Modular Controller Mk2
IN054
To meet international mand EMC regulations and to meet the FCC regulations for a class B digtal device. this
equipment must be filled with the ferrite sleeves provided as described In the section entitled Tim the ferrite
sleeves“! and cable screens lshieldsl musibe connected correctly as dwibed in the section mulled “Connecting
the cable shields'.
Mounting
The 4101—2 Modular Controller has three mounting holes in the rear of the case. Choose a
wall which is inside the area protected by the system; so that you have to pass through a
secure door to gain access to the controller. You should also ensure that the area containing
the controller is accessible by a door with a normal lock and key in the event of system failure.
The controller must not be mounted in direct sunlight.
1 . Remove the cover by loosening the two fixing screws at the bottom of the case, pulling
it out at the bottom and sliding it up to disengage the two lugs at the top of the case.
Unplug the ground cable from its spade connector so you can remove the cover.
2. Remove the 2515/1155
chassis on which <3”; 11 514.65 118,455 Gaol, 2510.98
the circuit board 1-15 l l 1.18 l
is mounted by ‘ l A
36!
loosening the two
. —— 1.42 (2) =51
mung screws at 8 8k 4 v 024
the top. The ——
keyhole slots flu,
enable it to be 0.40
removed with the
fixingscrews still
inplace. Slide the
chassis up and
lifi; the top end off 345,
the screws. Slide 13.52
the chassis up a
little more and lift
the bottom end
off its fixings.
3. Mark out and
drill three
mounting holes
for the base and
screw it in Orr/fl Q) =5,
position on the 0.7.4
wall, checking i
dimensions In mmim
3111.22
lNO54 - issue AJuly 1998 - Page 1 of8
that the cable entry points are accessible. Do not forget to route cables first, especially
if you are using the cable entry points in the back.
4. Replace the chassis and tighten the two fixing screws.
Connections
External connections are made to the controller via cables which can enter through holes in
any part of the case using the knockouts provided. There are two clamps on the chassis plate
for securing the cables connecting to the motherboard. Cables connecting to modules
plugged into the motherboard should be routed to each side of the chassis where there are
cable guides providedfl‘his ensures modules can be removed easily without cables snagging.
See each module's own installation note for details of these connections. '
Connecting the motherboard
CONNl: RS232 connection to computer serial port COMl: — use for the only controller
in a one—controller system. or for the master controller in a two—controller
system. Do not use CONNl in a system with more than two controllers, or on
the slave controller in a two-controller system - you need to use CONNZ instead.
Cable: 3-core. overall shielded, maximum length 15 metres, for example Belden 9533.
Connect shield to controller case only — not to computer.
Note: to pass emission regulations, the RS232 cable must pass through the ferrite sleeve
provided, see note at the end of this Installation Note.
Pin Function Connection
w No connection Connect cable shield to controller case
RXD Receive Data to compuler TXD, 9-way: pin 3, 25-way: pin 2
TXD Transmit Data lo computer RXD, Q-way: pin 2, 25-way: pin 3
CTS Clear To Send see diagram below
HTS Ready To Send see diagram below
OV Signal Ground to computer Signal Ground, 9-way: pin 5, 25-way: pin 7
Note: CPS and R13 should be linked together both at the computer and at the controller as
shown in the diagrams below:
Controller PC: Controller PC:
Connect 9—way COM1: Connect 25-way COM1:
cable shield to cable shield to
controller case l controller case
TXD 2 RXD TXD 3 FlXD
RXD -—‘——— 3 TXD RXD 2 TXD
RTS 8 CTS RTS S CTS
CTS 3 C 7 HTS CTS D C 4 HTS
SE ——4 5 SE SE 7 SE
IN054 - lssue AJuly 1998 - Page 2 of8
,~
CONN4 Power supply connections
Pin Function
+12 +12V DC input
DV Ground (DC -ve input)
<7 Salety Earth
AUX W + +ve auxiliary input (Auxiliary input fused via F82 and then available
AUX IN - »ve auxiliary input as an output at CONNS. Used for lock strikes etc.)
CONN5 Auxiliary power output, normally connected to aux power connector strips.
Pin Function
AUX OUT + ' ‘,+ve auxiliary output (Auxiliary output lused via FSZ it power applied
AUX OUT - ‘ vve auxiliary output to AUX IN connections. Used for lock strikes etc.)
Fitting the ferrite sleeves
A ferrite sleeve (part number Q 122) must be fitted over any R5232 or RS485 serial cable that
enters or leaves the Modular Controller housing. Each sleeve can be fastened in position on
the cable by pulling a cable tie tight on each side of it. The sleeve should be on the inside of
the case, as near as possible to the point where the cable ants the case, as shown in the
diagram.
Fit ferrite sleeve Connect shield
(part number 0122) to nearest
over cable inner binding post
wires as soon as
cable enters chassis
IN054 — Issue A July 1998 - Page 4 of 8
C“)
Connecting the cable shields
All cables entering/leaving the controller housing must be shielded. Each shield must be
connected to the nearest chassis binding post to where the cable enters the controller, as
shown in the diagram. Note that this applies to cables to/from the controller motherboard
and cables to/from the modules.
Connect shield to
nearest binding post
The only cables which do not need to be shielded are those from the Power Supply Unit to the
controller. provided that they are close to each other.
For door connections, we recommend that you use 812 Cable (part number D02/743) which
provides enough twisted pairs and singles for a single door ~ TX and Rx, lock, LEDs, horn, door
monitoring, door exit control.
If you are using 812 cable, connect the overall shield to the nearest binding post as shown
above and connect the individual shields to the shield connections on the motherboard or
module. If you are using separate shielded cables, then each cable shield must be connected
to the nearest binding post to the cable entry point and the inner cores should then run
unshielded to the connections on the motherboard or module.
Installing the RF module and teaching the controller its Distributor Code
Note: if this controller is to be used with RF reader modules. you must install the RF module
and teach the controller its Distributor Code before installing any other modules. You do not
need to teach the Distrlbutor Code to a controller used only for swipe readers and/or I/O.
1. Disconnect the power to the controller before installing the RF module.
2. The chassis in the Controller has six module slots. The RF module must be plugged
into the bottom slot (the one with the smaller connector .
3. With the components on the underside, slide the module down and locate its connector
with the one on the chassis.
lN054 — Issue A July 1998 - Page 5 ol 8
8.
9.
Press the module home by applying downward pressure on the board directly over the
connector on the motherboard.
Move the jumper labelled LEARN which is just above and to the lefl of the RF module
to the “up” position.
Switch on the power to the controller.
The green SI‘ATUS LED should now be flashing twice as fast as normal.
Hold an active card or tag containing the correct Distributor Code flat against the lefl
hand side of the RFmodule. either above it or below it, and move the card ortag around
in contact with the RF module until the STATUS LED stops flashing and glows steadily.
The controller has now learnt its Distributor Code.
Remove the power to the controller.
Move the LEARN jumper back to its “down” position, or just remove it completely.
10.1nsta11 the required modules in the controller and set up the controller as described
in the rest of this Installation Note.
0 The controller can only learn the Distributor Code once 7 you cannot change it once learned.
Installing the modules
Connection details are supplied with each module. To install a module proceed as follows:
1.
Disconnect the power to the controller. This is important « if power is not removed,
damage may be done to the motherboard.
Remove the controller cover by loosening the two fudng screws at the bottom of the
case, pulling it out at the bottom and sliding it up to disengage the two lugs at the top
of the case, Unplug the ground cable from its spade connector so that the cover can
be removed completely.
The chassis in the controller has six module slots. The table following shows the
recommended allocation of the slots to modules:
Notes:
- Figures in brackets show prelerred
installation priority.
- Modules’ identities:
Reader module - 4322, 4422
Communications module - 4230/2/5
l/O module - 4253
RF module - 4210
‘Maximum of two Comms modules
allowed per controller.
IN054 - Issue A July 1998 - Page 6 of 8
C}
i. ,
8.
9.
Hold the module on the side with the two fixing screws and with the component side
of the module circuit board facing upwards. Locate the edges of the module circuit
board in the module guides on the sides of the chassis.
Slide the module towards the motherboard and locate its connector with the one on
the motherboard.
Press the module home by applying pressure to the right half of the module directly
over the connector on the motherboard.
Tighten the two module fixing screws.
Replace the cover.
Re-apply power -'to the controller.
Setting up the controller
On a system comprising only one controller:
Set switch 4 of SW3 up, leave switch 3 down.
Set the R5232 baud rate on JUL This must be set to the same value as the computer.
It is normally in the 9600 position.
On a system comprising two Controllers:
On the Controller connected to the computer (the master Controller), set switches 3
and 4 of SW3 up.
On the Controller not connected to the computer (the slave Controller)‘ set switches
3 and 4 of SWS down.
On the Controller not connected to the computer (the slave Controller), set the rotary
address switches SW] and SW2 to 01.
On the master Controller, set the R5232 baud rate onJ U l . This must be set to the same
value as the computer. It is normally in the 9600 position.
On a system comprising more than two controllers:
Set switches 3 and 4 of SWS down.
Set the address of the Controller on the two rotary switches SWl and SW2. The address
can be any number from 00 to 99, but must be different from the address of any other
Controller on the same branch.
1N054 - lssue A July 1998 - Page 7 01's
Installing a System
When you install a system. make a note of the Controller] Module address for each reader and
its location in the building. This infomation is necessary when you set up the Access Points
database in the Soflware. If someone else is setting up the Software then make sure they have
the list of addresses and locations for all Access Points in the system.
If you install one or more 4253 Input/ Output modules, you must note the address and
function of each input and output. Again, if someone else is setting up the Sofiware then make
sure they have the list of addresses and functions for all inputs and outputs in the systemi
PCC Stllement
NOTE: This equlpmenl has been tested and luund to comply with the limits for a class B digital device. pursuant
to par! 15 or me FCC Rules. These limlts are designed to provide reasonable protection against harmful
interference in a residential installation. This equlpment generates. ua-s and can radiate radio frequency energy
anti ii not installed and used in accordance with the instructions may cause harmful lnterl’erence to radio
communications However, there isno guaxanbee that interference will not occur in a particular installation. lithis
equipment does cause hnnnful interlerence to radio or television reception. which can be determined by turning
the equipment Miami on, the user is encouraged to try to correct the interference by one or more of the following
measures:
~ Rem-lent or relocate the Ieceiving antenna.
— Increase the separation between the equipment and the receiver.
IN054 — Issue AJuly 1998 , Page 8 018
Installation Note
4105-2 Memory Expansion module
INOS3
Installing a 4105-2 Memory Expansion module in a 4101—2 Controller
The memory expansion module plugs into its own special connector in the 410142 Controller
motherboard. The connector is labelled CONN] 2.
1. Disconnect the power to the Controller.
2. The position of CONNIZ is shown in the diagram below.
(7 ii
0 comm ‘
o Memofy Z: 0
2 5mm“ in 3
O module 0
4 connector 5
o o
5 7
o o
a 9
o o
o 0
Module conneciors Chassis
3. The memory expansion module must be installed with the component side of the board
facing the top of the controller motherboard as shown below.
4 Insert the connector on the memory expansion module into CONN] 2. Make sure that
all the pins are engaged and that none are hanging over the side of CONN12.
lNUS3 — lssue lA September 1998 — Page l 012
FCC Statement
NOTE; This equipmenl has been tested and found to comply with the limits far a class B digltal device. pursuant
topan l 5 or the FCC Rule These limits are designed to providereasonableprotectlon against harmful interference
in a residential installati n. This equipment generates. uses and can radiate radiu frequency energy and, if not
installed and used in accordance withthe Instructions, may cause harmful interference (a radio communlmtiuns.
However, there is no guarantee that interference will nor occur In a particular installation. Il‘ihis equipment does
cause harmful interference to radio or televislen reception, which canbe determined by tumlng the equipment on
and on. the user is encouraged to try to correct the interference by one or mare or the following measures-
, Reorient er relocate the recelvlng antenna.
, Increase the separatinn between the equipment and the receiver.
. Connect equipment intn an nutlet on a circuit different from that to which the receiver is connected.
lN053 - Issue 1A September 1998 — Page 2 of 2

---

Source Exif Data:

File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.3
Linearized                      : Yes
Create Date                     : 2001:07:09 09:32:14
Producer                        : Acrobat Distiller 4.0 for Windows
Author                          : VicodinES /CB /TNN
Title                           : 13201.pdf
Modify Date                     : 2001:07:09 09:32:23-04:00
Page Count                      : 10

EXIF Metadata provided by EXIF.tools