urmet domus IPERVOICE SYSTEM User manual

IPervoice 2
/4
door PIO
door controller
IPervoice system access
control installation guide
Rev 03

Contents
Introduction
Installation requirements
1039/501
1039/534
Connections between 1039/501, 1039/MOD/IP and 12V DC PSU
1104/
451
1104/452
1104/45
1104/461../462 1
1104/431
1104/441
RF reader with automation system connection example
Magnetic lock connection example
Fail secure electric release connection example
Contents
Introduction
Installation requirements
1039/501
details
1039/534
details
Connections between 1039/501, 1039/MOD/IP and 12V DC PSU
451
–
13.56 MHz 34
1104/452
–
13.56 MHz 34
1104/45
3 –
13.56 MHz 34
1104/461../462 1
3.56 MHz 34
1104/431
–
13.56 MHz 34
1104/441
–
868 MHz 34
RF reader with automation system connection example
Magnetic lock connection example
Fail secure electric release connection example
Installation requirements
Connections between 1039/501, 1039/MOD/IP and 12V DC PSU
13.56 MHz 34
-
bit Wiegand panel mount reader connections
13.56 MHz 34
-
bit Wiegand panel mount reader connections
13.56 MHz 34
-
bit Wiegand
3.56 MHz 34
13.56 MHz 34
-
bit Wiegand mullion reader connections
868 MHz 34
-
bit Wiegand RF reader connections
RF reader with automation system connection example
Magnetic lock connection example
Fail secure electric release connection example
Connections between 1039/501, 1039/MOD/IP and 12V DC PSU
bit Wiegand panel mount reader connections
bit Wiegand panel mount reader connections
bit Wiegand
OEM
3.56 MHz 34
-
bit Wiegand ‘P60’ reader connections
bit Wiegand mullion reader connections
bit Wiegand RF reader connections
RF reader with automation system connection example
Magnetic lock connection example
Fail secure electric release connection example
Connections between 1039/501, 1039/MOD/IP and 12V DC PSU
bit Wiegand panel mount reader connections
bit Wiegand panel mount reader connections
OEM
reader connections
bit Wiegand ‘P60’ reader connections
bit Wiegand mullion reader connections
bit Wiegand RF reader connections
RF reader with automation system connection example
Fail secure electric release connection example
Connections between 1039/501, 1039/MOD/IP and 12V DC PSU
bit Wiegand panel mount reader connections
bit Wiegand panel mount reader connections
reader connections
bit Wiegand ‘P60’ reader connections
bit Wiegand mullion reader connections
bit Wiegand RF reader connections
RF reader with automation system connection example
Connections between 1039/501, 1039/MOD/IP and 12V DC PSU
bit Wiegand panel mount reader connections
bit Wiegand panel mount reader connections
reader connections
bit Wiegand ‘P60’ reader connections
bit Wiegand mullion reader connections
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8

Introduction
The 1039/501 PIO Door Controller in conjunction with the 1039/MOD/IP Interface provides the
proximity access control function in the IPervoice system.
Two readers can be connected to the 1039/501 PIO Door Controller which can be expanded to four
readers by means of a1039/534 Expansion Card which plugs in to the 1039/501.
Both the 1039/501 and the 1039/MOD/IP require a 12V DC supply.
The 1039/MOD/IP, 1039/501 and 12V DC PSU can be supplied in a metal lockable enclosure (Urmet
Easycase 300 x320 x100mm HxWxD) as a single part number 1039/501/2D.
Where battery backup is necessary, the 12V DC PSU used to power the 1039/501 and 1039/MOD/IP
requires a suitable battery
1039/501 PIO Door Controller
1039/MOD/IP
12V DC power supply
1039/534 Expansion Card
1039/501/2D 1

Installation requirements
Installation
Figure 1shows the 1039/MOD/IP, 1039/501 and 12V DC PSU supplied as a single part number
1039/501/2D.
A separate lock power supply is used.
The reader and all ancillary items are cabled to the 1039/501/2D.
As the 1039/MOD/IP communicates using Ethernet, the maximum distance from the 1039/501/2D
to the IP network is 90M using Cat5e cable.
The protocol between the reader and the 1039/501 is Wiegand and using Cat5e cable the maximum
distance is 100M.
Ethernet
(maximum 90M)
Optional
battery
12V DC PSU
1039/501
Optional
battery
1039/MOD/IP
Firemans
override
switch
IP Network
Break
glass
Reader
Exit
switch
Magnetic
lock/
electric
release
1039/501/2D
Seperate
lock power
supply
RS485
(Maximum 1200M)
Figure 1
A suitable separate power supply is required to
provide the power for any magnetic locks or electric
releases. The output of this power supply in terms of
current is dependent on the current consumption of
the locks or releases.
If battery backup is required the separate lock power
supply will require a battery and the size of the
battery is dependent on the total current
consumption of the releases and the backup time
required.
2

Figure 2shows an example where it is necessary to control a door which is located more than 90M
from the IP network.
In this case it is necessary to separate the 1039/MOD/IP and 1039/501.
The protocol between the 1039/MOD/IP and the 1039/501 is RS485 and with the correct cable it is
possible to achieve 1200M between the two devices.
Again a separate lock power supply is used and the reader and all ancillary items are cabled to the
1039/501.
Exit
switch
Magnetic
lock/
electric
release
Optional
battery
Reader
12V DC PSU
Optional
battery
RS485
(Maximum 1200M)
IP Network
Optional
battery
Ethernet
(maximum 90M)
12V DC PSU
1039/501
Enclosure Seperate
lock power
supply
1039/MOD/IP
Firemans
override
switch
Break
glass
Figure 2
Note that in both Figure 1and Figure 2the separate lock
power supply is physically located next to the 1039/501
3

1039/501
Jumper functions
+12V DC
1039/501
PIO Door Controller
Jumper functions
Power supply input
0V
+12V DC
+-
PIO Door Controller
Ground
DATA
B+
+5V or +12V Reader supply
0V Reader supply
-
BUS -
Wiegand 0 (or Clock with Data/Clock reader)
B-
NO
Wiegand 1 (or Data with Data/Clock reader) N/O
BUS +
CLK
W1
RS485 communication to 1039/MOD/IP
WO
+
PIO Door Controller
CT-
DATA
OUT
CT+
NO
Wiegand 1 (or Data with Data/Clock reader)
OUT
2
Reader RED LED
COM
OUT
N/O
Reader G REEN LED
Lock release output (Reader 1)
N/C
1
Reader ORANGE LED
COM
Reader Buzzer
3
W1
Reader 1
NC
N/O Door contact (Reader 1)
OUT
BP+
CT+
N/O Exit switch (Reader 1)
Reader Tamper
OUT
Reader Buzzer
4HOLD
BP-
4
NC
+
N/O
COM
-
+5V or +12V Reader supply N/C
0V Reader supply
Lock release output (Reader 2)
NO
COM
Reader RED LED
OUT
N/O Door contact (Reader 2)
Reader 2
OUT
COM
Wiegand 1 (or Data with Data/Clock reader)
CT+CT-
DATA
W1
BP+
1
BP-
CLK
Wiegand 0 (or Clock with Data/Clock reader)
2
COM
Reader GREEN LED
WO
N/O Exit switch (Reader 2)
Reader Buzzer
Reader Tamper
Anti-tamper switch. The cover must be fitted to avoid anti-tamper alarms
Reader ORANGE LED
4HOLD
OUT OUT
BP+
3
avoid anti-tamper alarms

The PIO Door Controller can be used with many types of Wiegand reader
voltage
and hold voltage
The PIO Door Controller can be used with many types of Wiegand reader
and hold voltage
Reader 1 Supply Voltage
12V
Reader 1 Signal Voltage
12V
The PIO Door Controller can be used with many types of Wiegand reader
and hold voltage
can be changed as required.
Reader 1 Supply Voltage
5V
WO
-
CLK
+
Reader 1 Signal Voltage
5V
The PIO Door Controller can be used with many types of Wiegand reader
can be changed as required.
Reader 1 Supply Voltage
W1
2
WO
OUT OUT
31DATA
Reader 1
CLK
OUT
Reader
The PIO Door Controller can be used with many types of Wiegand reader
can be changed as required.
Reader 2 Supply Voltage
12V
4HOLD
OUT
5
Reader
1
Hold Voltage
0V
The PIO Door Controller can be used with many types of Wiegand reader
Reader 2 Supply Voltage
5V
-+
Reader 2 Signal Voltage
12V
Hold Voltage
5V
The PIO Door Controller can be used with many types of Wiegand reader
,
and supply
Reader 2 Supply Voltage
OUT
CLK 1
W1
Reader 2
DATA
OUTWO
2
Reader 2 Signal Voltage
5V
and supply
voltage,
4
OUT HOLD OUT
3
Reader 2 Signal Voltage
Reader 2 Hold Voltage
0V
voltage,
signal
Reader 2 Hold Voltage
5V

1039/534
Jumper functions are as per the 1039/501.
1039/534
Expansion Card
Jumper functions are as per the 1039/501.
+5V or +12V Reader supply
+
Expansion Card
Jumper functions are as per the 1039/501.
Reader GREEN LED
COM
NC
DATA
NO
W1
CT-
-
OUT
0V Reader supply
Lock release output (Reader 1)
OUT
Reader 3
COM
1
Wiegand 1 (or Data with Data/Clock reader
+5V or +12V Reader supply
Reader RED LED
N/C
CLK
Wiegand 0 (or Clock with Data/Clock reader
WO
N/O
Expansion Card
Jumper functions are as per the 1039/501.
Reader GREEN LED
HOLD
BP+
CT-
OUT
BP-
4
OUT
N/O Exit switch (Reader 1)
CT+
Reader 3
Reader Buzzer
2 3
Reader Tamper
N/O Door contact (Reader 1)
OUT
Reader ORANGE LED
6
Wiegand 0 (or Clock with Data/Clock reader
Wiegand 1 (or Data with Data/Clock reader
N/O
CLK
Reader 4
0V Reader supply
+ -
NC
+5V or +12V Reader supply
N/C
NO
W1
Lock release output (Reader 2)
DATA
WO
COM
HOLD
OUTOUT
N/O Door contact (Reader 2)
Reader 4
4
Reader Buzzer
3
Reader RED LED
OUT
1
Reader ORANGE LED
COM
BP+
Reader Tamper
Reader GREEN LED
2
CT- CT+
N/O Exit switch (Reader 2)
BP-
OUT
COM
Note -
screws must be
used to ensure a good
electrical connection
between the 1039/501
and 1039/534
screws must be
used to ensure a good
electrical connection
between the 1039/501
and 1039/534

Connections between 1039/501, 1039/TCP/IP and 12V DC power supply
OUT
OUTPUT VOLTAGE 13.8Vdc FV1000
BP-
+ BATT - 1
OUTPUT CURRENT 1.0A IPERVOICE/RS485
NO+
OUTPUT
TCPIP/RS485 IPERVOICE Interface
-
3
F1.0A
MAC address : xxxxxxxxxxxx Default IP address : 192.168.1.250
OUT
Reader 1
BATTERY
DATA
B+
F1.0A
12-24 DC
OUT
4
SNIAM
+CLK
OUT
CRHA0.2T
-
COM
WO
L
RS485
CT-
-
N
A
BP+
NC
O/P
B
B-
Batt
GND +
L
VOLTAGE/FREQ: 100-240Vac/50-60Hz
CT+
N
INPUT CURRENT: 0.8A max
FDI
HOLD
/GND
W1
MAINS FUSE T2.0A HRC
Firmware
2
+ O/P -
7
Ethernet
connection
Note –To test the electrical
connections of the electric
releases/magnetic locks, a
commissioning mode is available.
By leaving the Ethernet connection
unplugged the controller is
automatically put into
commissioning mode and will allow
un-programmed keys to operate.
1039/501
1039/MOD/IP
12V DC PSU

1104/451
The 1104/451 Wiegand reader is used in the 1039/
1104/451 (FD-020-157) Wiegand 34 bit panel mount reader
1104/451
–
13.56
The 1104/451 Wiegand reader is used in the 1039/
1104/451 (FD-020-157) Wiegand 34 bit panel mount reader
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
13.56
MHz
34
The 1104/451 Wiegand reader is used in the 1039/
1104/451 (FD-020-157) Wiegand 34 bit panel mount reader
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
34
-bit
Wiegand
The 1104/451 Wiegand reader is used in the 1039/
R
W1
-
+
WO
V
1104/451 (FD-020-157) Wiegand 34 bit panel mount reader
Buz
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
Wiegand
panel mount
The 1104/451 Wiegand reader is used in the 1039/
19
IPervoice Elekta call module
1104/451 (FD-020-157) Wiegand 34 bit panel mount reader
8
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
panel mount
reader connections
IPervoice Elekta call module
+CLK -W1WO
DATA
reader connections
IPervoice Elekta call module
3
OUT
2
OUT
1
OUT
DATA
OUT
reader connections
IPervoice Elekta call module
HOLD
4
OUT
Cat5e cable between the
reader and the controller.
Maximum 100M
Cat5e cable between the
reader and the controller.
Maximum 100M
Cat5e cable between the
reader and the controller.

1104/452
The 1104/45
1104/452 (FD-020-161) Wiegand 34 bit panel mount reader
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
1104/452
–
13.56 MHz 34
The 1104/45
2
Wiegand reader is used in the 1039/
Wiegand 34 Bits
FD-020-161 Fv4060
1104/452 (FD-020-161) Wiegand 34 bit panel mount reader
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
13.56 MHz 34
Wiegand reader is used in the 1039/
1104/452 (FD-020-161) Wiegand 34 bit panel mount reader
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
13.56 MHz 34
-bit
Wiegand panel mount reader connections
Wiegand reader is used in the 1039/
R
+
W1
V
-
WO
Buz
1104/452 (FD-020-161) Wiegand 34 bit panel mount reader
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
Wiegand panel mount reader connections
Wiegand reader is used in the 1039/
13 IPervoice Elekta Glass call module
+
1104/452 (FD-020-161) Wiegand 34 bit panel mount reader
9
Reader channel 1 or 2 of 1039/501 or
Wiegand panel mount reader connections
13 IPervoice Elekta Glass call module
1
-DATA
WO OUT
CLK
W1
Wiegand panel mount reader connections
13 IPervoice Elekta Glass call module
OUT OUT
3
OUT
HOLD
2 4
Wiegand panel mount reader connections
13 IPervoice Elekta Glass call module
HOLD
Cat5e cable between the
reader and the controller.
Maximum 100M
Cat5e cable between the
reader and the controller.
Maximum 100M
Cat5e cable between the
reader and the controller.

1104/45
FD-020-167 Fv4060
Wiegand 34 Bits
1104/453 (FD-020-167) Wiegand 34 bit OEM reader
1104/45
3 –
13.56 MHz 34
1104/453 (FD-020-167) Wiegand 34 bit OEM reader
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
13.56 MHz 34
+
FDI
V
Buz
W1
-
LED
1104/453 (FD-020-167) Wiegand 34 bit OEM reader
R
WO
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
Cat5e cable between the
reader and the controller.
Maximum 100M
13.56 MHz 34
-bit
Wiegand
FDI
LED
1104/453 (FD-020-167) Wiegand 34 bit OEM reader
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
Cat5e cable between the
reader and the controller.
Maximum 100M
Wiegand
OEM
10
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
Cat5e cable between the
reader and the controller.
Maximum 100M
OEM
reader connections
-
+
Cat5e cable between the
reader and the controller.
reader connections
CLK DATA
-
1
OUTW1WO
reader connections
4
OUT
HOLD
OUT OUT
2 3
HOLD

The ‘P60’ reader is designed to be mounted on a standard single gang electrical box
1104/461 & 1104/462
+
The ‘P60’ reader is designed to be mounted on a standard single gang electrical box
1104/461 & 1104/462
CLK
-W1
DATA
WO
OUT
The ‘P60’ reader is designed to be mounted on a standard single gang electrical box
1104/461 & 1104/462
–
13.56 MHz 34
1 4
OUT
1104/461 & 1104/462 (FD-020-137) Wiegand 34 bit reader
OUT
3
OUT
2
OUT
The ‘P60’ reader is designed to be mounted on a standard single gang electrical box
13.56 MHz 34
Gnd
+V
W1
1104/461 & 1104/462 (FD-020-137) Wiegand 34 bit reader
12V DC
HOLD
W0
WIEGAND
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
Cat5e cable between the
reader and the controller.
Maximum 100M
The ‘P60’ reader is designed to be mounted on a standard single gang electrical box
13.56 MHz 34
-
bit Wiegand ‘P60’ reader connections
1
1
ROT
.ZUB
1104/461 & 1104/462 (FD-020-137) Wiegand 34 bit reader
RdeL
VdeL
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
Cat5e cable between the
reader and the controller.
Maximum 100M
The ‘P60’ reader is designed to be mounted on a standard single gang electrical box
bit Wiegand ‘P60’ reader connections
ROT
.ZUB
1104/461 & 1104/462 (FD-020-137) Wiegand 34 bit reader
RdeL
VdeL
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
Cat5e cable between the
reader and the controller.
Maximum 100M
The ‘P60’ reader is designed to be mounted on a standard single gang electrical box
bit Wiegand ‘P60’ reader connections
1104/461 & 1104/462 (FD-020-137) Wiegand 34 bit reader
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
The ‘P60’ reader is designed to be mounted on a standard single gang electrical box
bit Wiegand ‘P60’ reader connections
bit Wiegand ‘P60’ reader connections

1104/4
-+
1104/4
31 –
13.56 MHz 34
WO
2
OUT
CLK 1
OUT
W1
DATA
13.56 MHz 34
HOLD
4
OUT OUT
3
OUT
Cat5e cable between the
reader and the controller.
Maximum 100M
13.56 MHz 34
-bit
Wiegand mullion
1104/431 (GB-020-097) Wiegand 34 bit mullion reader
Cat5e cable between the
reader and the controller.
Maximum 100M
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
Wiegand mullion
V+
V-
1104/431 (GB-020-097) Wiegand 34 bit mullion reader
Cat5e cable between the
reader and the controller.
12
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
Wiegand mullion
reader connections
LED
W1
W0
V-
1104/431 (GB-020-097) Wiegand 34 bit mullion reader
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
reader connections
1104/431 (GB-020-097) Wiegand 34 bit mullion reader
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
reader connections

1104/441
*
The B+ and B
connection to an automation ground loop
detector. It is possible to connect the
Common and Normally Closed output of
the loop detector to B+ and B
RF receiver is only active when a vehicle is
on the loop. The receiver is supplied with
a link fitted and if connecting a loop
detector
1104/441
–
868 MHz 34
The B+ and B
-
connection to an automation ground loop
detector. It is possible to connect the
Common and Normally Closed output of
the loop detector to B+ and B
RF receiver is only active when a vehicle is
on the loop. The receiver is supplied with
a link fitted and if connecting a loop
detector
the link must be removed
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
868 MHz 34
-
bit Wiegand
WO
+
A+
B-
-
A-
B+
W1
connections are for
connection to an automation ground loop
detector. It is possible to connect the
Common and Normally Closed output of
the loop detector to B+ and B
RF receiver is only active when a vehicle is
on the loop. The receiver is supplied with
a link fitted and if connecting a loop
the link must be removed
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
bit Wiegand
*
connections are for
connection to an automation ground loop
detector. It is possible to connect the
Common and Normally Closed output of
the loop detector to B+ and B
-
so that the
RF receiver is only active when a vehicle is
on the loop. The receiver is supplied with
a link fitted and if connecting a loop
the link must be removed
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
bit Wiegand
RF reader connections
Coax
from
aerial
connection to an automation ground loop
Common and Normally Closed output of
so that the
RF receiver is only active when a vehicle is
on the loop. The receiver is supplied with
13
Reader channel 1 or 2 of 1039/501 or
reader channel 3 or 4 of 1039/534
RF reader connections
-+
WO
CLK
RF reader connections
1
OUT
OUTW1
DATA
WO
2
OUT
CLK
Cat5e cable between the
reader and the controller.
Maximum 100M
4
OUT
OUT
3HOLD
Cat5e cable between the
reader and the controller.
Maximum 100M
Cat5e cable between the
reader and the controller.
Maximum 100M

Mounting
The receiver is supplied in a plastic enclosure measuring 70mm wide x 60mm high x 17mm deep and
is suitable for indoor use. If the receiver is to be used outside it must be mounted in a suitable
waterproof plastic enclosure.
An external aerial with coaxial connection is available if required,to increase the receiving range of
the RF key –1104/53.
LED functions
Programming
By default the receiver is configured to recognise Button 1of the remote.
B-
B+
W1
-
WO
A-
+
A+
This LED indicates the quality of the
electromagnetic environment in
terms of noise and disturbance. If
the LED is off the environment is
good. If the LED is on then the
environment is noisy and the RF
range will be reduced.
This LED is normally off
and turns on when the
receiver recognises a
signal from a
transmitter (RF key fob)
Button 1
Button 2
1104/6 RF key fob
1
4

If using button two (or button three or four of a four button RF key fob)
2
3
1
4
5
If using button two (or button three or four of a four button RF key fob)
WO
B-
+
-
B+
W1
A+
A-
On the receiver move the link from
Power on the receiver. The LED will flash for approximately 10 seconds
Switch off the power to the receiver (or disconnect the
While the LED is flashing
Move the link from
WO
B-
+
-
B+
W1
A+
A-
If using button two (or button three or four of a four button RF key fob)
On the receiver move the link from
Power on the receiver. The LED will flash for approximately 10 seconds
Switch off the power to the receiver (or disconnect the
While the LED is flashing
Move the link from
B+
If using button two (or button three or four of a four button RF key fob)
On the receiver move the link from
Power on the receiver. The LED will flash for approximately 10 seconds
Switch off the power to the receiver (or disconnect the
While the LED is flashing
, press and hold Button 2 on the RF key fob
B+
/W1 back
to
If using button two (or button three or four of a four button RF key fob)
WO
B-
+
-
B+
W1
A+
A-
On the receiver move the link from
B-/B+ to
B+
Power on the receiver. The LED will flash for approximately 10 seconds
Switch off the power to the receiver (or disconnect the
, press and hold Button 2 on the RF key fob
to
B-/B+
WO
B-
+
-
B+
W1
A+
A-
1
5
If using button two (or button three or four of a four button RF key fob)
B+
/W1
Power on the receiver. The LED will flash for approximately 10 seconds
Switch off the power to the receiver (or disconnect the
+
terminal)
, press and hold Button 2 on the RF key fob
If using button two (or button three or four of a four button RF key fob)
then proceed as follows
Power on the receiver. The LED will flash for approximately 10 seconds
terminal)
, press and hold Button 2 on the RF key fob
until
then proceed as follows
Power on the receiver. The LED will flash for approximately 10 seconds
until
the LED stops flashing
then proceed as follows
–
the LED stops flashing
the LED stops flashing

Typical connection details for a RF
Automation system 'Start Input'
Loop detector
Typical connection details for a RF
Automation system 'Start Input'
NC
C
Loop detector
Water proof plastic enclosure (by others)
Typical connection details for a RF
Automation system 'Start Input'
Water proof plastic enclosure (by others)
Typical connection details for a RF
B-
B+
W1
-
WO
A-
+
Water proof plastic enclosure (by others)
A+
Typical connection details for a RF
reader
in an automation system
+-
1104/53 Aerial
1
6
in an automation system
CLK
-
B-
WO
+
B+
in an automation system
OUT
DATA 3
CLK
OUT
Reader 1
4
CT-
1
W1
NC CT+
2
NO
HOLD
OUTOUT
BP-
COM
in an automation system
BP+
HOLD
BP-

Typical connection details for a magnetic lock
Seperate DC lock
power supply
+V
NO
NC
Typical connection details for a magnetic lock
COM
Seperate DC lock
power supply
+V
0V
CT-
CT+
NC
Typical connection details for a magnetic lock
CT+
BP- BP+
Typical connection details for a magnetic lock
C
Exit switch
C
Break Glass
Typical connection details for a magnetic lock
NO
C
Exit switch
NC
C
Break Glass
17
Typical connection details for a magnetic lock
Note –
fitted to prevent back e.m.f.
from damaging the controller
NC
0V
C
+V
Maglock
Door contact
suppression must be
fitted to prevent back e.m.f.
from damaging the controller
NC
Maglock
Door contact
suppression must be
fitted to prevent back e.m.f.
from damaging the controller

Typical connection details for a fail secure electric release
NO
NC
+V
Seperate DC lock
power supply
Typical connection details for a fail secure electric release
CT-
CT+
COM
NC
+V
0V
Seperate DC lock
power supply
Typical connection details for a fail secure electric release
CT+
BP- BP+
Typical connection details for a fail secure electric release
C
Exit switch
Typical connection details for a fail secure electric release
NO
C
Exit switch
18
Typical connection details for a fail secure electric release
Note –
suppression must be
fitted to prevent back e.m.f.
from damaging the controller
Typical connection details for a fail secure electric release
+V
0V
Door contact
NC
C
suppression must be
fitted to prevent back e.m.f.
from damaging the controller
Door contact
Fail
secure
electric
release
suppression must be
fitted to prevent back e.m.f.
from damaging the controller