BEA LZR-FLATSCAN W Safety Sensor for Automated Windows Instruction Manual

BEA LZR-FLATSCAN W Safety Sensor for Automated Windows

Product Information

• The LZR-FLATSCAN W is a safety sensor designed specifically for automated windows. It is equipped with a laser scanner using time-of-flight measurement and background analysis technology.
• The sensor ensures the detection of objects in its range to prevent accidents and ensure the safe operation of automated windows.
• The sensor consists of various components including a cover, LED, main connector, angle adjustment screw, mounting bracket, power cable, lock screw, laser head, laser window, laser window protection cap, positioning tabs, and mounting base.

The technical specifications of the LZR-FLATSCAN W are as follows:

• Technology: LASER scanner, time-of-flight measurement, background analysis
• Detection mode: Presence
• Max. detection range: 13′ (diagonal) (e.g. @ 40′ width, max. height is 16′)
• Number of curtains: 1
• Measurement points: 400
• Angular resolution: 3/4 (depending on the settings and the installation)
• Angular coverage : IR LASER, Class 1 wavelength: 905 nm output power: < 0.1mW
• Min. object size: The equipment must be powered by a SELV-limited power source ensuring double insulation between primary voltages and the Equipment supply.
• Optical characteristics: The supply current should be limited to 1.5A.
• Supply voltage : 2 W
• Power consumption: 400 ms
• Typ. response time: 0.8A (max. 20 ms @ 24 VDC)
• Peak current at power-on: 16.4′
• Cable length : 2 solid state relays (galvanic isolation -polarity free) 42 VAC/VDC 100 mA
• Output: 1 optocoupler (galvanic isolated – polarity free) 30 V DC (over-voltage protected) Log. H: >8 VDC Log. L:

Product Usage Instructions

1. Ensure that the LZR-FLATSCAN W is properly mounted and securely positioned near the automated window.
2. Connect the main connector of the sensor to the appropriate power source.
3. Adjust the angle of the sensor using the angle adjustment screw to optimize the detection range.
4. Securely attach the mounting bracket to provide stability to the sensor.
5. Connect the power cable to the sensor for the power supply.
6. Use the lock screw to fix the position of the sensor and prevent any movement during operation.
7. The laser head emits a laser beam, ensuring that the laser window is clean and free from any obstructions.
8. If required, use the laser window protection cap to protect the laser window from dust or damage.
9. The positioning tabs can be adjusted to align the sensor with the desired area of detection.
10. The mounting base should be securely fixed to a suitable surface for proper installation.

DESCRIPTION

1. cover
2. LED
3. main connector
4. angle adjustment screw
5. mounting bracket
6. power cable
7. lock screw
8. laser head
9. laser window
10. laser window protection cap
11. positioning tabs
12. mounting base

TECHNICAL SPECIFICATIONS

Technology| LASER scanner, time-of-flight measurement, background analysis
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Detection mode| Presence
Max. detection range| 13’ (diagonal)

(e.g. @ 40’ width, max. height is 16’)

Number of curtains| 1
Measurement points| 400
Angular resolution| 0.27°
Angular coverage| 110 °
Min. object size| 3⁄4″ (depending on the settings and the installation)
Optical characteristics| IR LASER, Class 1

wavelength: 905 nm output power: < 0.1mW

Supply voltage| 12 – 24 VDC ±15%

The equipment must be powered by a SELV-limited power source ensuring double insulation between primary voltages and the Equipment supply.

The supply current should be limited to 1.5A.

Power consumption| ≤ 2 W
Typ. response time| 400 ms
Peak current at power-on| 0.8A (max. 20 ms @ 24 VDC)
Cable length| 16.4′
Output

max. switching voltage max. switching current

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

100 mA

Input

max. contact voltage voltage threshold

| 1 optocoupler (galvanic isolated – polarity free) 30 V DC (over-voltage protected)

Log. H: >8 VDC Log. L: <3 VDC

LED signals| 1 tri-colored LED: detection/output status
Dimensions| 5 3⁄ 5″ (L) × 3 11⁄ 32″ (H) × 1 1⁄ 3″ (D)

(mounting base adds 1⁄ 2″)

Material / Color| PC, ASA / black
Tilt angles| -2 – 6° (with mounting base)

2 – 10° (without mounting base)

Protection degree| IP54
Temperature range| -22 – 140 °F if powered

14 – 140 °F without power

Humidity| 0 – 95% non-condensing
Vibrations| < 2 G
Compliance| IEC 60335-2-103

ISO 13849-1 (PL “d”); IEC 61508 (SIL2)

• Specifications are subject to changes without prior notice. All values are measured in specific conditions.

LED SIGNAL

1. Laser head initialization
2. Output relay 2 activated (safety)

Output relay 1 activated (opening)

1. Calculation in progress
2. Exit the zone and wait

Define detection zone

Errors

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.

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 .

OPENING AND CLOSING THE SENSOR

• To open, insert your finger in the hole and then pull it towards you in one movement.
• Close the cover starting on the narrow side (1). Do not hesitate to push (2).
• To open the sensor after it has been mounted, position a screwdriver in the notch and pull upwards until the cover comes loose.
• When closing, be sure to secure the cover to avoid vibrations.

MOUNTING

• SURFACE MOUNTING
  • NICHE MOUNTING
• NICHE MOUNTING

WIRING

• Create a loop with the wires of the power cable and pass them through the notch as indicated.
• Block the cable behind the notches. You can use the flexible cable to guide the cable.
• Cut the power cable to the right length, strip the 8 wires, and connect all wires as indicated.
• The polarity of the power supply must be respected!
• Typical compliance with safety standards requires the test output to be connected and monitored via the controller.

1. 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.
2. Output status when the sensor is operational (can be NO or NC). See page 10, OUTPUT CONFIGURATION.
3. If TEST is not used, apply 12 – 24 VDC to TEST wires (red and blue) to bypass.

ADJUSTING CURTAIN ANGLE

If necessary, adjust the tilt angle of the laser curtain by turning the tilt angle adjustment screw.

DIP SWITCH SETTINGS

DIP 1| BACKGROUND ANALYSIS| ON| OFF| ON : The sensor analyses the background located in the detection field.

OFF : The sensor works with an uncovered zone of min. 2 cm.

---|---|---|---|---
DIP 2| IMMUNITY| standard| critical| Switch to CRITICAL when external disturbances are likely to cause unwanted detections (increased immunity).
DIP 3| OBJECT SIZE| 3 ⁄ 4 “| 2 1 ⁄ 3 “| See MIN. OBJECT SIZE setting
DIP 4| PINCH ZONE| ON| OFF| See OPTIONAL PINCH ZONE DIMENSIONS setting

After changing a DIP switch, the orange LED flashes. A LONG push on the push button confirms the settings.

TEACH-IN

Before launching a teach-in, make sure that:

• the detection field is free of objects
• the laser window protection cap is removed
• glass surfaces near the detection zone are covered

1. To launch a teach-in, press the push button briefly or use the remote control (see below).
2. The LED will flash red/green. Wait until it slowly flashes green.
3. Position yourself in front of the detection field and strech out your arm in the bottom corner opposite to the sensor in order to define the limit of the detection zone.
4. The LED flashes red while calculating the detection zone. Once the LED is off, the teach-in is complete.

FREE SHAPE TEACH-IN

• You can also set the detection field by launching a “free shape” teach-in.
• The shape and limit of the detection field are defined by a slow hand movement.
• You have 30 seconds to define the detection field with your hand.

VIRTUAL PUSH BUTTONS (VPB)

After either one of the previous teach-ins, you can add virtual push buttons (max. 10) in the detection field. They can be used as activation zones to open or close the window automatically:

1. When the green LED flashes, hold your hand in the desired position to learn the virtual push button.
2. When the LED flashes red to confirm the teach-in, remove your hand.
3. When the LED flashes green you can either learn another virtual push button or wait 10 seconds until the end of the teach-in.

HOW TO REMOVE VPBs:

• Perform a VPB teach-in without putting your hand in the field.
• Perform a factory reset on the sensor.
• Both of these options will remove ALL established virtual push buttons. You will have to perform new teach-ins for any that you wish to remain for your application.
• Launch a new teach-in each time the sensor position is changed or objects are added to or changed in the detection zone.

REMOTE CONTROL SETTINGS (OPTIONAL)

REMOTE CONTROL SETTINGS (OPTIONAL)

SERVICE MODE

• Service mode deactivates the safety detection for 15 minutes and can be useful during an installation, a mechanical teach-in of the window, or maintenance work.
• To enter service mode, press the red button for at least 3 seconds. The LED will be OFF when the sensor is in service mode.
• To exit the service mode, press again for at least 3 seconds.
• Service mode will automatically deactivate when a teach-in is launched.

TROUBLESHOOTING

• In case of unwanted reactions of the window, verify whether the problem is caused by the sensor or the control.
• To do so, activate service mode (no safety) and cycle the window. If the window opens and/or closes, check the sensor. If not, verify the control or the wiring.

FOR ALL APPLICATIONS

BEA, INC. INSTALLATION/SERVICE COMPLIANCE EXPECTATIONS

The installation is provided by the CUSTOMER or its affiliates. BEA is not affiliated with CUSTOMER or any of its affiliates. BEA has no liability to CUSTOMER or the end user for any and all liability, claims, demands, obligations, actions, losses, costs, damages, fees or expenses (including attorneys’ fees and legal costs) arising out of or in connection with product installation, or the end user’s use of or inability to use the product, the installation services, product defects or malfunctions, including, but not limited to, any actual or alleged injury, damage, death or other consequence occurring to any person or property as a result, directly or indirectly, of installation, possession, or use of any product or services provided by CUSTOMER or any individual or entity acting for or on behalf of CUSTOMER, whether claimed by reason of breach of warranty, negligence, product defect or otherwise, and regardless of the form in which any such claim is made (collectively, the “Released Matters”). You, on behalf of yourself and each of the Releasor Parties, hereby release and absolutely and irrevocably discharge each Hippo Party and their respective officers, directors, employees, representatives, and agents from and against any Released Matters. You acknowledge and agree that the foregoing is a full and final release of all Released Matters, including those that are unknown, unanticipated, or unsuspected or that may hereafter arise as a result of the discovery of new and/or additional facts, and you expressly waive all rights under Section 1542 of the Civil Code of California as well as any similar statutes of any other jurisdictions, which you acknowledge you have read and understood and which provides as follows: A GENERAL RELEASE DOES NOT EXTEND TO CLAIMS WHICH THE CREDITOR DOES NOT KNOW OR SUSPECT TO EXIST IN HIS FAVOR AT THE TIME OF EXECUTING THE RELEASE, WHICH IF KNOWN BY HIM MUST HAVE MATERIALLY AFFECTED HIS SETTLEMENT WITH THE DEBTOR.

FOR DOOR, WINDOW, OR GATE APPLICATIONS:

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 .

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Documents / Resources

| BEA LZR-FLATSCAN W Safety Sensor for Automated Windows [pdf] Instruction Manual
LZR-FLATSCAN W, LZR-FLATSCAN W Safety Sensor for Automated Windows, Safety Sensor for Automated Windows, Sensor for Automated Windows, Automated Windows
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