BBC Bircher XRF-R.2 User manual

1
ON
1 2
ON
1 2
ON
1 2
XRF-R.2
75
125
24
4.2
6 4.2
44
106
75
44
121
5
24
106
ON
1 2
LED 1
LED 2
ON
1 2
Dual channel receiver to XRF wireless transmission system
Original operating instructions
Intended use: Monitoring safety edges and switches on industrial doors and gates
1Safety instructions
2Common application
ENGLISH
404304G
10/22
Receiver (Rx)
Receiver Receiver
Tx1 Tx1 Tx2Tx2
Receiver Receiver
Output
1
Output
1
Output
2
Output
2
Transmitter Tx1 (input 1) corresponds to receiver output 1
Transmitter Tx2 input 1 corresponds to receiver output 1
Transmitter Tx2 input 2 corresponds to receiver output 2
Transmitter Tx1 (input 1) corresponds to receiver output 1
Transmitter Tx2 (input 1) corresponds to receiver output 2
LED SYS Buzzer Joystick Space
to open cover
DIP
Switch
Figure 1.a Figure 1.b
visible through
cover
• Read these operating instructions thoroughly before putting the device into
operation and keep them for future reference.
• Do not use this product other than for its specied application.
• Only trained and qualied personnel may install and initialize the device.
• Only authorized factory personnel may perform hardware/software changes or
repairs to the product.
• Failure to follow these safety precautions may cause damage to sensor or objects,
serious personal injury, or death.
• It is the responsibility of the equipment manufacturer to carry out a risk assess-
ment and to install the system in compliance with applicable local, national and
international regulations, safety standards, codes and laws as well as the
Machinery Directive 2006/42/EC, should this apply.
• Always consider the safety functions of your applications as a whole, never just in
relation to one individual section of the system.
• The installer is responsible for testing the system to ensure it meets all applicable
safety standards.
• Safety devices that are classied as Category 2 according to EN ISO 13849-1 must
be tested regularly – at least once per cycle.
• If the safety device is not requested operationally at least once a year, it must be
checked manually by the operator at least once a year.
• During the operation of electrical components
– e. g. in the case of a short circuit, hot and ionised gases can be emitted;
protection covers must not be removed!
• The sensor should only be operated from a safety extra low voltage (SELV) system
with safe electrical separation according to EN 61558. The wiring must be
protected against mechanical damage.
• Check the voltage data on the label of the switching device.
• Pay attention to all local relevant electrical safety regulations.
• Ensure that the device/installations cannot be switched on.
• Ensure that the power supply is disconnected.
• Protect the device with a housing against contamination or harsh environments.
• Disconnect device from mains in the event of a fault.
• After accessing the inside of the device, ensure the cover/protection seal is closed
tightly to achieve the designated protection rating.

2
i
i
i
  
1 2 3 4 5 6 7 8 910 11 12
8k2 8k2
i
3.1 Cable routing, strain relief
DIP switch test input
1
ON
Low-active
1
ON
*High-active
*= factory setting
VIN Test Output 2Output 1
(Uth > 10 V AC/DC,
< 11 mA @ 36 V)
Only to be wired
in case of a
Cat. 2 application
Power supply
(12–36 V
AC/DC)
Determine the cable routing
Break out the respective part of the cover if necessary
 Punch hole into the grommet
 Insert cable
… or use holes
in the base plate
Break out …
Hint:
3Installation
According to the application, e.g. gure 1.a or 1.b
4Wiring
Cable Ø: 3.1 – 5.2 mm
36 V
1 A
36 V
1 A
Do not wire
3/4 and 5/6
simultaneously
Do not wire
9/10 and 11/12
simultaneously
Note: When using the NC outputs (5/6, 11/12) in Cat. 3 set-up, the wiring with the control must be permanently installed and protected against
external damage according to EN ISO 13849-2 Tab.D.4 or else Cat. 2 applies and a test signal is needed.
or
Wire cross section 0.25 – 0.75 mm2

3
LED SYS LED 1
LED SYS
LED 1
LED 2
LED 1 + 2
LED 1
LED 2
LED 1 + 2
LED SYS
2x
OK?
2x
5Conguration
DIP switch test input
1
ON
Low-active
1
ON
*High-active
*= factory setting
5.1 Pairing transmitter with receiver
Receiver
Long press
joystick
Flashes
orange
Flashes
orange
Green Release
joystick
Beep
5.1.a Using the rst inputs of different transmitters
5.1.b Using both inputs of the transmitter (only available with XRF-T.2)
Press button
Press button
Press button
Transmitter Tx1
Transmitter Tx2
Transmitter(s)
Receiver
Receiver
Receiver
Receiver
Receiver
Receiver
Transmitter Tx1
Transmitter Tx2
Transmitter(s)
Release button
Release button
Release button
Move joystick
left
Move joystick
right
Move joystick
upwards
Flashes
orange
Flashes
orange
Flash
orange
Flashes orange
(3x short)
Flashes orange
(3x short)
Flash orange
(3x short)
Beep
Beep
Beep
Beep
Beep
Beep
See gure 1.aSee gure 1.b
6System test, mandatory after each set-up!
5.4 Clear pairings
Receiver
Press joystick,
and hold (> 5 s)
Release
joystick
Beep 5x
Leave conguration mode: see 5.3
All pairings
deleted
5.3 Leave conguration mode (always possible)
Receiver
1 min.
Green
Long press
joystick ...
... or wait Pairing saved
Beep
Green Red
Press each
safety edge
Pair
to output 1
Pair
to output 2
Pair
to both outputs
(see also manual of transmitter)
LED 1 or 2LED 1 and/or 2 Does the door/gate stop when the sensing
element is activated?
5.2 Bircher signal indicator (BSI) Details see supplementary sheet
Receiver
Press joystick
again
Beep
Buzzer + LED ashing green level of Bircher signal indicator

4
Designed in Switzerland / Made in China
BBC Bircher Smart Access, BBC Bircher AG, Wiesengasse 20, CH-8222 Beringen, www.bircher.com
3x
LED SYS
OK?
LED SYS LED SYS
OK?
9Technical data
10 EU Declaration of Conformity
12 Contact
Receiver
Supply voltage 12–36 V DC; 12–36 V AC, 48–62 Hz
Power consumption max. 0.8 W
Safety outputs (2 x 2 relays) max. 36 V AC/DC; 1 A
Test input max. 36 V DC; 36 V AC, 48–62 Hz
max.11 mA
Uth > 10 V AC/DC
Number of supported
sensors
max. 14
System
Operating frequency 868.3 MHz
Reaction time Typ. 15 ms
Range 100 m (at optimal condition)
According to EN ISO 13849-1 PLd
for Cat. 3 applications
+ test input for Cat. 2 applications
Protection class IEC 60529 IP65
Operating temperature –20 °C to +60 °C
See attachment
11 WEEE
Devices with this symbol must be treated separately during disposal. This must be done in accordance with the laws of
the respective countries for environmentally sound disposal, processing and recycling of electrical and electronic equipment.
7.2 Joystick
7.1 Status outputs, LED
7Receiver
8Trouble shooting
8.1 Warning indicator for low battery voltage
To nd out which transmit-
ter has low battery
voltage: Press each edge.
Every minute Battery good Battery bad
Beep Beep
8.2 Errors (Tx lost, broken cable, empty battery)
To nd out which
transmitter causes
error indication:
Beep
Green Stays green
Orange
Transmitter good Transmitter with error
Pairing
Start
Long press
Tx input 1 to
output 1
Tx input 1 to
output 2
Tx input 1 to
output 1
and Tx input 2
to output 2
clear
(> 5 sec.)
LED LED 1 Output 1 Output 1 LED 2 Output 2 Output 2 Buzzer
SYS 3–4 5–6 9–10 11–12
No power supply – – closed open – closed open
Power up red red closed open red closed open ends with 4x beep
No sensor paired green red closed open red closed open
System ready, no sensor pressed green green 8k2 closed green 8k2 closed
Sensor 1 pressed (main closing edge) orange red closed open green 8k2 closed
Sensor 2 pressed (secondary closing edge) orange green 8k2 closed red closed open
Wicket door open (XRF-TW to output 2) orange green 8k2 closed red closed open
Conguration (Pairing) orange
ashing
orange
ashing
closed open orange
ashing
closed open upon action
Conguration, memory full closed open closed open 10x
Low battery green
ashing
green 8k2 closed green 8k2 closed 3x every min.
Test input active green red closed open red closed open
Error a) Tx lost 1x
red
ashing red closed open red closed open
b) Broken cable between edge and input,
resistor out of range
2x
c) Empty battery 3x
d) System error 30 s