BEA LZR-FLATSCAN SW Safety Sensor Instruction Manual

BEA LZR-FLATSCAN SW Safety Sensor

Product Information

• Product Name: 75.5947.08 LZR-FLATSCAN SW 20230824
• Product Type: Safety Sensor for Full- andLow-Energy Automatic Swing Doors
• Additional Function: Miscellaneous Fire DoorAccessory
• Model Number: R39071

Product Usage Instructions

MOUNTING

Full-energy applications require a sensor on each side of the door in order to comply with ANSI 156.10. Low-energy applications may use only one sensor on the approach side.

1. Slide the mounting base off of the sensor.
2. Position the mounting base on the door. Use the positioning tabs to align the base correctly.
3. When mounting the mounting base, ensure the sensor will not interfere with door movement. If the sensor isn’t correctly positioned, it could be damaged during door opening/closing.
4. Mark the pilot holes on the door. You can also use the inner surface of the mounting base to fasten the screws.
5. Drill pilot holes 1/8 for sensor mounting.
6. Using a wire cutter, remove the positioning tabs from the mounting base.
7. If installing only one sensor (low-energy, approach side), skipsteps 7, 8, 10, 11, 12, and 13.
8. Drill a 5/16 pass-thru hole in the mounting base and door. Sanddown any rough edges. For UL10 compliance, ensure the hole is offset a minimum of 1 inch from the hole on the other side of the door.

INSTALLATION TIPS:

• Remove the laser window protection before teach-in and commissioning.
• Avoid vibrations.
• Do not cover the laser window.
• Avoid moving objects and light sources in the detectionfield.
• Avoid the presence of smoke and fog in the detection field.
• Avoid condensation.

MAINTENANCE TIPS:

• Avoid exposure to sudden and extreme temperature changes.
• When needed, wipe the laser window only with a soft, clean, and damp microfiber cloth.

SAFETY TIPS:

• Do not use dry or dirty towels or aggressive products to clean the laser window.
• Avoid direct exposure to high-pressure cleaning.
• The warranty is invalid if unauthorized repairs are made or attempted by unauthorized personnel.
• The door control unit and the header cover profile must be correctly grounded.
• Only trained and qualified personnel are recommended to install and set up the sensor.
• Always test for proper operation before leaving the premises.
• Do not remove the laser window protection if building works are still in progress on site.

DESCRIPTION

1. cover
2. push button
3. DIP switch
4. Primary-Secondary connector
5. main connector
6. angle adjustment screw
7. plug
8. clamp
9. cap and screws
10. door loop
11. lock screw
12. laser head
13. laser window
14. laser window protector
15. positioning tabs
16. mounting base
17. Primary-Secondary cable
18. power cable (20.5433)

LED SIGNALS **

**

READ BEFORE BEGINNING INSTALLATION/PROGRAMMING/SET-UP

THIS SENSOR IS POWERED BY DC VOLTAGE ONLY.
SEE PAGE 6 (step 7) FOR INFORMATION REGARDING USE OF A RECTIFIER.

INSTALLATION TIPS

• Remove the laser window protection before teach-in and commissioning.
• Avoid vibrations.
• Do not cover the laser window.
• Avoid moving objects and light sources in the detection field.
• Avoid the presence of smoke and fog in the detection field.
• Avoid condensation. Avoid exposure to sudden and extreme temperature changes
• Ensure power to the sensor in areas where the temperature can reach below -10 °C.

MAINTENANCE TIPS

• • When needed, wipe the laser window only with a soft, clean, and damp microfiber cloth.
• Do not use dry or dirty towels or aggressive products to clean the laser window.
• Avoid direct exposure to high-pressure cleaning.
• The warranty is invalid if unauthorized repairs are made or attempted by unauthorized personnel.

SAFETY TIPS

• The door control unit and the header cover profile must be correctly grounded.
• Only trained and qualified personnel are recommended to install and set up the sensor.
• Always test for proper operation before leaving the premises.
• Do not remove the laser window protection if building works are still in progress on site.

MOUNTING

• Full-energy applications require a sensor on each side of the door in order to comply with ANSI 156.10.
• Low-energy applications may use only one sensor on the approach side.

For applications requiring a spacer, first mount the spacer to the door, and then mount the mounting base to the spacer.

1. Slide the mounting base off of the sensor.
2. Position the mounting base on the door. Use the positioning tabs to align the base correctly. When mounting the mounting base, ensure the sensor will not interfere with door movement. If the sensor isn’t correctly positioned, it could be damaged during door opening/closing.
3. Mark the pilot holes on the door. You can also use the inner surface of the mounting base to fasten the screws.
4. Drill pilot holes 1⁄8″ for sensor mounting.
5. Using a wire cutter, remove the positioning tabs from the mounting base.
6. Fasten the 3 screws using a screwdriver installing only one sensor (low-energy, approach side), and skip steps 7, 8, 10, 11, 12, and 13.
7. Drill a 5⁄16″ pass-thru hole in the mounting base and door. Sand down any rough edges. For UL10 compliance, ensure the hole is offset a minimum of 1 inch from the hole on the other side of the door.
8. Pass the Primary/Secondary cable through the hole and then position the cable in the notch of the mounting base and secure it.
9. Remove the sensor cover by inserting your finger and then pulling it firmly towards you.
10. Pass the cable through the hole on the back of the sensor and secure the sensor to the mounting base by sliding it downward.
11. Connect the black plug to the black connector
12. Ensure all wires are secured within the notch to avoid damage from the cover.
13. Use a plug to close the Secondary sensor.
14. Secure the lock screw to avoid vibrations during door movement.

WIRING

1. Determine the appropriate length for the door loop.
2. Cut excess door loops to avoid obstructions.
3. Pass the power cable through the door loop and connect the white plug to the white connector. Ensure that the loop does not interfere with the sensor view.
4. Create a loop with the wires of the power cable and pass them through the notch as indicated. Use the other part of the cable to block the wires.
5. Secure the door loop to the sensor, using the clamp. Secure the 2 screws to avoid pulling out the cable.
6. Tighten the other side of the door loop using the cable cap and pass through the remaining length of the power cable towards the door controller.
7. Cut the power cable to the correct length, strip the 10 wires, and connect as indicated above.

• If only VAC power is available, a 12V transformer paired with a rectifier must be used. Do not use a 24V transformer and rectifier as this will cause damage to the product.
• Output status when sensor is operational (can be NO or NC; NO=default). See page 10.
• Not used.

DIP SWITCHES

• After changing a DIP switch, the orange LED flashes.
• A LONG push on the push button confirms the settings.
• Afterward, a number of green flashes (x) indicate the number of connected sensors (x).

TEACH-IN

Before launching a teach-in, ensure the following:

• the door is closed (use Service Mode if needed − see page 8)
• both relays are connected to the door control and the Primary/Secondary cable is connected between the sensors
• detection field is free of environmental obstructions, objects, and people
• laser window protector is removed
• verify the relay output setting (see page 10)

NOTE: A teach-in on the Primary configures both the Primary and the Secondary. A teach-in on the Secondary only configures the Secondary. In case the Primary and Secondary sensors are not aligned, first launch a teach-in on the Primary and then on the Secondary.

1. Press the Primary sensor push-button briefly. The LED will begin quickly flashing red/green. When installing the sensor on a pair of doors, repeat this on the second Primary sensor.
2. When both sensors flash green, position yourself in front of the door and stretch out your arm in front of you. Make an up-and-down motion at the leading edge to mark the limit of the detection zones. The LED will flash red while calculating the width of the door leaves.
3. When the sensors flash green again, remove yourself from the detection field and cycle the door open to allow the sensors to learn the environment. The sensors will flash red during the closing of the door.
4. Once the door is completely closed again and the LED is off, the teach-in is complete.

TESTING AND ADJUSTING

• Check the correct positioning of the safety fields by walk-testing according to ANSI 156.10 standards.
• If necessary, adjust the tilt angle of the laser curtain by turning the tilt angle adjustment screw (from 2° to 10°).

Always launch a teach-in and test the correct positioning of the detection fields after making adjustments to the angle, sensor position, or environment.
Verify that the sensor correctly detects based on the ANSI 156.10 walk test. Make appropriate adjustments to the sensor and/or door control, if necessary, to ensure that the system is ANSI-compliant.

FINAL STEPS

• Apply the cover starting on the narrow side. Do not hesitate to push.
• To remove the cover, position a screwdriver in the notch and pull upwards until the cover loosens.
• Watch our LZR-FLATSCAN SW tutorial online: bea-flatscan.com/tutorial.

ADDITIONAL DIP SWITCH SETTINGS

• After changing a DIP switch, the orange LED flashes.
• A LONG push on the push button confirms the settings.
• Afterward, a number of green flashes (x) indicate the number of connected sensors (x).

ADDITIONAL REMOTE CONTROL SETTINGS

ADDITIONAL REMOTE CONTROL SETTINGS

HOW TO USE THE REMOTE CONTROL

• After unlocking, the red LED flashes and the sensor can be adjusted by remote control.
• If the red LED flashes quickly after unlocking, you need to enter an access code from 1 to 4 digits. If you do not know the access code, cycle the power.During 1 minute, you can access the sensor without introducing any access code.
• To end an adjustment session, always lock the sensor.
• It is recommended to use a different access code for each sensor in order to avoid changing settings on both sensors at the same time.

SAVING AN ACCESS CODE

The access code is recommended for sensors installed close to each other .

DELETING AN ACCESS CODE

ADJUSTING ONE OR MORE PARAMETERS

CHECKING A VALUE

RESTORING TO FACTORY VALUES

DETECTION FIELDS

TROUBLESHOOTING

Determine if the problem is related to the sensor or the door controller by activating Service Mode (no safety) and then launch a door cycle. If the door cycle is completed successfully, check the sensor. If not, verify the door controller or wiring

Can’t find your answer? Visit www.beainc.com or scan QR code for Frequently Asked Questions

TECHNICAL SPECIFICATIONS

à max. H = 12’)
Opening angle:| Door leaf safety: 90° Pinch zone safety: 16°
Angular resolution:| Door leaf safety: 1.3° Pinch zone safety: 0.2°
Typ. min. object size door leaf safety: pinch zone safety:| ****

4″ @ 13’ (in proportion to object distance, DIP 2 = ON)

3⁄4″ @ 13’ (in proportion to object distance, DIP 2 = ON)

Emission characteristics IR LASER:| ****

Wavelength 905 nm; max. output pulse power 25 W; Class 1

Supply voltage:| 12 − 24 VDC ±15%
Power consumption:| ≤ 2 W
Response time:| Door leaf safety: max. 50 ms / Pinch zone safety: max. 90 ms
Test input:| 30 VDC (max. switching voltage)

low < 1 V          high > 10 V (voltage threshold)

Output:

max. switching voltage: max. switching current:

| 2 electronic relays (galvanic isolation – polarity free) 42 VAC/VDC

100 mA

LED signals:| Red = swing side detection Green = approach side detection Yellow = error
Dimensions:| 5 1⁄ 2″ (L) × 3 1⁄3″ (H) × 1″ (D) ( mounting bracket + 1⁄4″ )
Material/Color:| PC/ASA / Black – Aluminium – White
Tilt angles:| 2° – 10° (without mounting bracket)
Protection degree:| IP54 (EN 60529)
Temperature range:| -22 − 140 °F (if powered)
Humidity:| 0 − 95% non-condensing
Vibrations:| < 2 G
Min. door leaf speed:| 2°/sec
Compliance:| ISO 13849-1 Pl “d”/ CAT2; IEC 60825-1; IEC 60950-1;

IEC 61000-6-2; IEC 61000-6-3; IEC 62061 SIL 2;

UL10 (black material only) – file # R39071

APPENDIX

APPENDIX 1: DOOR HEIGHT/WIDTH COMBINATIONS

BEA, INC. INSTALLATION/SERVICE COMPLIANCE EXPECTATIONS

BEA, Inc., the sensor manufacturer, cannot be held responsible for incorrect installations or incorrect adjustments of the sensor/device; therefore, BEA, Inc. does not guarantee any use of the sensor/device outside of its intended purpose.BEA, Inc. strongly recommends that installation and  service technicians be AAADM-certified for pedestrian doors, IDA-certified for doors/gates, and factory-trained for the type of door/gate system. Installers and service personnel are responsible for executing a risk assessment following each installation/service performed, ensuring that the sensor/device system performance is compliant with local, national, and international regulations, codes, and standards. Once the installation or service work is complete, a safety inspection of the door/gate shall be performed per the door/gate manufacturer’s recommendations and/or per ADM/ANSI/DASMA guidelines (where applicable) for best industry practices. Safety inspections must be performed during each service call – examples of these safety inspections can be found on an ADM safety information label (e.g. ANSI/DASMA 102, ANSI/DASMA 107, UL294, UL325, and International Building Code). Verify that all appropriate industry signage, warning labels, and placards are in place.

• Tech Support & Customer Service: 1-800-523-2462
• General Tech Questions: techservices-us@BEAsensors.com
• Tech Docs: www.BEAsensors.com.

References

• Homepage | BEA Sensors

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