G4S M2150 8DC User manual

9600-0422. M2150 8DC Installation Instructions,
2011. G4S Technology Limited cannot be held liable for technical and editorial omissions or errors
made herein; nor for incidental or consequential damages resulting from the furnishing,
performance or use of this material. All trademarks acknowledged.
NOTE: This equipment has been tested and found to comply with the limits for a Class A digital
device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable
protection against harmful interference when the equipment is operated in a commercial
environment. This equipment generates, uses and can radiate radio frequency energy and, if not
installed and used in accordance with the instructions, may cause harmful interference to radio
communications. Operation of this equipment in a residential area is likely to cause harmful
interference. In which case, the user will be required to correct the interference at his own expense.
Issue 1.5 11th July 2011. © G4S Technology Specifications
Readers: 8 max.
Quiescent supply input: 100mA @11.7 to 12.7Vdc (excludes
readers and optional modules, with no relays energized).
Maximum supply input: 590mA @11.7 to 12.7Vdc (all modules
fitted, all board & module relays energized, excluding readers).
Each relay on the 8DC consumes 20mA when energized.
Operating Range: 14 to 131°F (-10 to 55°C) max. Humidity 15 to
90% non-condensing; indoor use only.
Compliance: EN50133, 1999/5/EC, UL 294 Access Control &
UL1076 Proprietary Burglar Alarm Systems.
The 8DC is used to expand a database unit, by enabling direct connection of eight extra 20mA or Wiegand readers. Additional monitor
points and auxiliary outputs are available by fitting an optional I/O Module (the module type determines the number of available monitor
points and auxiliary outputs).
Note: For information on mounting the 8DC into the cabinet, refer to the appropriate cabinet installation instructions.
WIM-8 MODULE
(required if Wiegand
readers are used)
8DC
OPTIONAL
I/O MODULE
For connection details, see
the appropriate I/O Module
Installation Instructions
M2150 8DC Installation Instructions
Mounting the Optional Modules
1
For an AC8/4 I/O Module,
inputs are numbered 1 to 8,
and outputs are numbered 1
to 4. For an OC4/8, inputs are
numbered 1 to 4, and outputs
are numbered 1 to 8.
Additional Information
3
UL Compliance Notes:
1). For UL1076 Proprietary Burglar Alarm Systems and Non-Stand Alone UL294 Access Control System (central monitoring
employed) installations, Altronix AL600ULX power supply must be used for system battery supervision function.
2). When using Altronix AL600ULX power supply, the installer will need to provide a remote input to the 8DC to monitor AC power
loss and battery supervision conditions as indicated below:
Altronix AL600ULX
Power Supply
I/O Board at
DB/DBU Location
+
+
-
-
+
-
Black
Black
Black
Red
7000-0126
Battery
Monitoring
Relay
12 VDC Out
+-
AC Fail
Monitoring
Relay
Monitor
Point 1
Monitor
Point 2
Cabinet
AC Power /
Tamper Board
NC
NC
NO
NO
C
C
12 VDC to power Local
boards & devices
Program Monitor Point 1 as 3
State N.C., and program the
Monitor Point Message to read
“AC Power Fail, (Add Board
Description)”
Program Monitor Point 2 as 3
State N.C., and Alarm Message
should read “Battery Trouble,
(Add Board Description)”
3). For UL294 Stand-Alone Installations, the MN-TRANS-150-UL and MN-PSU-6A can be employed.
10K Ohm
10K Ohm
Note:
·For additional information regarding the
installation, configuration and proper use of this
product:
SMS User Guide, P/N 9600-0429
M2150 Access Control Design Guide, P/N
9600-0420
M2150 Intrusion Guide, P/N 9600-0540.
M2150 UL1076 Compliance Manual, P/N 9600-
0449.
·Some devices described in these instructions
may not be applicable for sites requiring UL
compliance. Please refer to the Access Control
Design Guide for details of the controllers,
modules and features that have been UL tested
for use with this device.
Replacement Parts:
Use only replacement parts provided by the manufacturer:
F1, P/N R-0811-6301

0V
+12Vdc
Power
supply input
Use supplied cable
COMMS-
COMMS+
0V
+12V
Ground one end only
Controller
COMMS-
0V 0V
COMMS+
3000ft (1km) max; Belden 9502
Twisted
pair
COMMS+
COMMS-
Cabinet
Make sure the building ground is
connected to a ground stud in the cabinet.
Connect to AC MONITOR terminal block
on power supply board (if used). If this
connection is not made, a "Power Fail"
alarm will be generated at the PC each
time the system re-starts.
Polarity unimportant
Connect to ac input of
Power Supply Board
(polarity unimportant)
+
-
TAMP
AC MON+
AC MON -
TAMP
TAMPER SWITCH
AND POWER
INDICATOR
-+
OR
450ft (150m) max with Belden 9503, or 900ft
(300m) by doubling power cores with Belden 9504.
+V
Rx-
Rx+
Tx+
Tx-
0V
20mA
Twisted
pairs
Cabinet
0V
Rx-
Rx+
Tx+
Tx-
12V
Note: Actual output voltage
nominally 13V at each reader
terminal block.
12V
Green LED
Data 1
Red LED
Data 0
Ground
Wiegand
Cabinet
0V
0
RED
1
GRN
12V
225ft (75m) max with Belden 9537, or 450ft (150m)
by doubling power cores with Belden 9539.
READER 4 (20mA/Wiegand)
(500mA max)
Two readers at one door -
numbered reader for entry reader and next even-
numbered reader for exit reader. Door furniture
connects to corresponding odd-numbered door.
Use an odd-
20mA
Wiegand
READER 2
(20mA/Wiegand)
READER 1
(20mA/Wiegand)
READER 3
(20mA/Wiegand)
DOOR 2
DOOR 1
DOOR 3
READER 8
(20mA/Wiegand)
READER 5
(20mA/Wiegand)
READER 7
(20mA/Wiegand)
READER 6
(20mA/Wiegand)
DOOR 8
DOOR 5
DOOR 7
DOOR 6
FIT WIM-8 IF
USING WIEGAND
READERS
BYPASS
Bypassed Device
(optional)
(28Vdc, 3A max)
Door Monitor
Exit Request
Button
(optional)
Connect to Normally Open
(NO) or Normally Closed
(NC), as appropriate.
Cabinet
Cabinet
DOOR 4
Door Release
(28Vdc, 3Amax)
Ensure release is
noise suppressed
+V 0V
Power supply (see Access
Control Design Guide)
NO
NO
C
C
NC
NC
RELEASE
1500ft (500m) max; 24 AWG
1500ft (500m) max; 24 AWG
DOOR-
EXIT-
EXIT+
DOOR+
Reader 6 Reader 5
Reader 3
Reader 4
Reader 2
Reader 7
Reader 8
Reader 1
WC
Set reader's switch
to "C" for 20mA or
"W" for Wiegand.
Note: UL compliance requires power-
limited and non-power-limited wiring
to be separated by at least 0.25”
(7mm). Please refer to the cabinet
EXIT-
Note: The board contains an
automatically-resettable fuse for
each reader.
must remove the load completely
before the fuse resets.
If a fuse trips, you
Set Address - When the 8DC is connected to a DBU, its address
can be 1 or 5. When connected to any other database unit, its
address must be 5. Link the center and left pins to set to address
1. Link the center and right pins to set to address 5 (readers 9-
16). An 8DC occupies four addresses (i.e. 1-4, or 5-8).
DO NOT LINK THESE PINS
(RS485 TERMINATION)
Short tamper
terminals if a
tamper switch
is not used.
8DC Connection
2
Database unit
CONNECTIONS TO DATABASE UNIT AND OTHER
OPTIONAL REMOTE DOOR/ALARMS CONTROLLERS
Notes:
1). Consult local AHJ (Authority Having Jurisdiction) when installing access control readers and
locking mechanisms to any portal in an egress path.
2). The use of Fail Closed / secure configuration shall be determined by local building codes and the
local AHJ.
3). Wiring methods shall be in accordance with NEC (National Electrical Code) ANSI/NFPA 70.
4). This device must be installed within the secure area / perimeter for UL1076 and UL294 Listed
installations.
5). Installer must provide Network Surge Protection by installing (per manufacturers installation
instructions) 1 each APC PNet1GB Ethernet surge protection device in line with the RJ-45 Ethernet
connector on this board prior to connecting this board to the local or wide area network.
6). For Access Control Systems in a “Stand Alone” configuration only, the following Power supplies
are to be installed: Model MN-PSU-6A and MN-TRANS-150-UL transformer. Any additional power
supply used (e.g. for door releases and auxiliary outputs) must be power limited, UL listed for Access
Control Systems and Accessories. All interconnecting devices must be UL Listed.
7). Some devices described in these instructions may not be applicable for sites requiring UL
compliance. Please refer to the Access Control Design Guide for details of the controllers, modules
and features that have been UL tested for use with this device.
WARNING: Incorrect connections will
permanently damage the board.