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© Banner Engineering Corp. www.bannerengineering.com

21

 P

RODUCT

 S

UPPORT

 

AND

 M

AINTENANCE

6.  Product Support and Maintenance
6.1.  Maintenance and Service

Remove all contamination by metal-based materials to avoid reducing the switch distance. Do not use alcoholic cleaning agents.
The SI-RF Safety Switch is maintenance-free.
For long-term and trouble-free operation, please periodically check the following points: 

solid fit of all components

reliable switching function

if damage occurs, please exchange the relevant components

Liability disclaimer

— By breach of the given instructions (concerning the intended use, the safety instructions, the installation and connection 

through qualified personnel and the testing of the safety function) manufacturer’s liability expires.

6.2.  Status Indicators

* If an actuator with the wrong code is in range, both the green and amber indicators flash BC2.

6.3.  Information Available via ISD

The following information can be obtained from the ISD chain and a diagnostic unit or ISD-enabled Safety Controller.
Cyclic data about the chain that can be obtained from an ISD-enabled Banner Safety Controller: 

Status Indicators

 Information for

Color

Status

Meaning

 

 Operating status Green

On

Sensor OK

Flashing (BC1)

Reset expected (only with reset input)

Flashing (BC2)

Input function not fulfilled or the actuator is not 

present *

Actuator

Amber

On

Actuator in range, correct code

Flashing (BC5)

Actuator at detection limit

Flashing (BC2)

Actuator in range, wrong code *

Flashing (BC1)

Actuator not taught-in

Off

Actuator out of range

Teaching

Green; amber

Flashing (BC6 for 1.5 s)

Actuator code successfully temporary stored

Flashing (BC6 for 3 s)

Actuator code successfully stored

Fault

Red

On

Failure in voltage monitoring

Flashing (BC2)

OSSD fault detected (switch off after specified 

time)

Flashing (BC4)

Internal fault (operation possible again after 

power reset)

Figure 1: 

Flash code sequence

T1 = 250 ms 

T2 = 250 ms

T3 = 750 ms

T4 = 500 ms

T5 = 500 ms

Power/ 

Fault

Input

LEDs

   

BC1

BC2

BC3

BC4

BC5

BC6

t2

Summary of Contents for SI-RFST-UP8

Page 1: ...SI RF Non Contact RF Safety Switch Instruction Manual February 27 2023 Banner Engineering Corp All rights reserved...

Page 2: ...al Installation 9 Protective Stop Safety Stop Circuits 9 Output Signal Switching Devices OSSDs and External Device Monitoring EDM 9 Fault Tolerant Output Feature 10 Wiring for Single PNP SI RFP 10 Wir...

Page 3: ...f this product must be thoroughly familiar with all applicable standards some of which are listed within the specifications Banner Engineering Corp makes no claim regarding a specific recommendation o...

Page 4: ...pplications unless another means of locking is provided The SI RF Safety Switch is considered a Type 4 interlocking device per ISO 14119 that are actuated by an electronic field interacting with the c...

Page 5: ...of the SI RF Safety Switch 2 Energize the SI RF Safety Switch for minimum 5 seconds STEP RESULT The amber and green LED on the SI RF Safety Switch flash with flash code 6 for 1 5 seconds see Status In...

Page 6: ...ion The switches actuating systems and actuators must not be used as a mechanical or end of travel stop When the guard is closed the actuator is guided to the sensor When the switch on distance is rea...

Page 7: ...unobstructed view of the entire guarded area while the reset is performed Out of reach from within the guarded area Protected against unauthorized or inadvertent operation such as through the use of r...

Page 8: ...manipulated by an operator to defeat the safety function s for example cannot remove a switch from the chain 3 4 Sensing Distance Figure 1 Actuation directions The switching distances of the standard...

Page 9: ...ee operation IMPORTANT If two actuators are used to activate one sensor the actuators must have a separation distance of at least 20 mm measured from the side of the housings Figure 3 Sensor and actua...

Page 10: ...e 3 6 Auxiliary Output Information The PNP output models SI RFS and SI RFP have a diagnostic PNP output The PNP Diagnostic is not safety related The PNP Diagnostic output indicates whether the right a...

Page 11: ...he loss of the safety function Such a circuit can be described as a safe switching point Typically protective stop circuits are either single channel which is a series connection of at least two norma...

Page 12: ...used with an external safety monitoring device that monitors the status of the two SI RF Safety Switch OSSDs and is capable of providing the EDM function Examples of appropriate external safety monit...

Page 13: ...Auxillary PNP output Do The following table describes the wiring of the different model options 5 Gray PNP OUT Auxillary Output PNP OUT Auxillary Output Pin SXA 8xxD Wire Color Pin Wire Function SI R...

Page 14: ...te the diagnostic device between the last SI RF Safety Switch and the safety monitoring module in the series connection The status information can then be retrieved from the diag nostic device AFTER C...

Page 15: ...irectly to a Safety Monitoring Module or can be wired through an In Series Diagnostic ISD module then to the Safety Monitoring device AFTER COMPLETING THIS TASK Verify that the SI RF Safety Switch and...

Page 16: ...ces the current draw of the emergency stop devices governs the cable lengths and when more power is needed The maximum cable length between devices including the last unit and the ISD evaluation devic...

Page 17: ...S WARNING SAFETY DEVICES WITH OSSDS AND WITHOUT ISD SUCH AS SAFETY LIGHT CURTAINS ARE NOT COMPATIBLE Failure to follow these instructions could result in serious injury or death Do not use safety devi...

Page 18: ...rent I0 50 mA Transponder frequency 125 kHz Switching frequency 1 Hz Switch off delay ta 100 ms maximum 7 ms number of following ISD devices Time delay tv Maximum 2 s Rated impulse withstand voltage U...

Page 19: ...8 SI RFDT LP8 SI RFDT UP8 SI RFPT H2M SI RFPT L2M SI RFPT U2M 4 1 Dimensions All measurements are listed in millimeters unless noted otherwise Figure 1 SI RF Safety Switch Sensor Figure 2 SI RF Safety...

Page 20: ...506 2 m 6 5 ft MQDC1 515 5 m 16 4 ft MQDC1 530 9 m 29 5 ft MQDC1 560 18 m 59 ft MQDC1 5100 31 m 101 7 ft MQDC1 506RA 2 m 6 5 ft Right Angle MQDC1 515RA 5 m 16 4 ft MQDC1 530RA 9 m 29 5 ft MQDC1 560RA...

Page 21: ...9 m 2 9 ft Male Right Angle Female Right Angle MQDEC 406RR 1 8 m 5 9 ft MQDEC 412RR 3 6 m 11 8 ft MQDEC 420RR 6 1 m 20 ft 8 Pin Threaded M12 Cordsets Double Ended Model 8 pin 8 pin Length Style Dimens...

Page 22: ...1 SI RF Diagnostic Module with 8 digital outputs and 1 diagnostic circuit Interfaces IO Link USB 2 0 SI RDA DM2 SI RF Diagnostic Module with 1 diagnostic circuit IP69 rated Interfaces IO Link CSB M125...

Page 23: ...vailable via ISD The following information can be obtained from the ISD chain and a diagnostic unit or ISD enabled Safety Controller Cyclic data about the chain that can be obtained from an ISD enable...

Page 24: ...sensor not taught an actuator ISD Fault 1 bit An SI RF switch UP8 or HP8 have not been taught Configure the unit to its actuator per instruc tions in Banner datasheet p n 208885 Wrong actuator presen...

Page 25: ...r SI RF models with ISD Fault Tolerant Outputs 1 0 Indicates that the ISD Device includes the fault tolerant output feature where output faults cause a 20 minute off delay fault delay NOTE This will a...

Page 26: ...AL OR SPECIAL DAMAGES RESULTING FROM ANY PRODUCT DEFECT OR FROM THE USE OR INABILITY TO USE THE PRODUCT WHETHER ARISING IN CONTRACT OR WARRANTY STATUTE TORT STRICT LIABILITY NEGLIGENCE OR OTHERWISE Ba...

Page 27: ...Banner Engineering Corp www bannerengineering com 25 PRODUCT SUPPORT AND MAINTENANCE...

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