BEA LZR-MICROSCAN T User Manual Download Page 16

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75.5753.15 LZR-MICROSCAN T 20180720

Tech Support: 1-800-407-4545 | Customer Service: 1-800-523-2462

General Tech Questions: [email protected] | Tech Docs: www.BEAinc.com

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75.5753.15 LZR-MICROSCAN T 20180720

BEA, the sensor manufacturer, cannot be held responsible for incorrect installations or inappropriate adjustments of the sensor/device; therefore, BEA 
does not guarantee any use of the sensor outside of its intended purpose.
BEA strongly recommends that installation and service technicians be AAADM-certifi ed for pedestrian doors, IDA-certifi ed 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 
system installation is compliant with local, national, and international regulations, codes, and standards. 
Once installation or service work is complete, a safety inspection of the door/gate shall be performed per the door/gate manufacturer recommendations 
and/or per AAADM/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 AAADM safety information label (e.g. ANSI/DASMA 102, ANSI/DASMA 107). 
Verify that all appropriate industry signage and warning labels are in place. 

BEA INSTALLATION/SERVICE COMPLIANCE EXPECTATIONS

Technology:

laser, time-of-flight measurement

Detection mode:

presence

Detection width:

20 – 48” 

(measured from leading edge to sensor LED)

Mounting Height:

75 – 98” 

(measured from finished floor to sensor LED)

Remission factor:

> 2%

Angular resolution:

2.56

°

Testbody:

28” (H) x 12” (W) x 8” (D)

Emission characteristics:

IR laser:

wavelength 905 nm; max. output pulse power 35 W (CLASS 1)

Supply Voltage:

12 – 30 VDC (15 W Class II)

Power Consumption:

< 15 W

Response time:

typ. 40 ms (max. 80 ms)

Output:

Rating:

4 electro-mechanic relays (galvanic isolated - polarity free)

All outputs Class 2 supply, 12 – 24 VAC / 12 – 30 VDC, max. 15 W

Input:

Rating:

2 optocouplers (galvanic isolated – polarity-free)

12 – 24 VAC / 12 – 30 VDC, 50/60 HZ, max. 15 W

Test Input*:

8 – 15 VDC

Temperature Range:

-13 – 121 

°

F (-25 – 55 

°

C)

Degree of Protection:

Hub:  IP20/NEMA 1

Sensor:  IP53/NEMA 3

Humidity:

0 – 95% non-condensing

Vibrations:

< 2 G 

Material:

PC/ASA

Norm Conformity:

EN 60825-1-Eye-safety class 1 IR laser (905 nm), UL60730,  

UL 10B/C Fire Rated 3hrs (file #R39071)

Mounting angle (rotational):

35

° fixed

Tilt angle:

0

 

 

5

° (for angles less than 

5

°, contact Tech Support)

Pollution on front screens:

max. 30%; homogenous

Specifications are subject to change without prior notice.

All values have been measured in specific conditions.

* SEE APPLICATION NOTES OR CONTACT BEA FOR TECHNICAL SUPPORT

PLEASE KEEP FOR FUR

THER USE - DESIGNED FOR COLOR PRINTING

©BEA

 | Original Instructions | 

75.5753.15 LZR-MICROSCAN T 20180720

TECHNICAL SPECIFICATIONS

For version compatibiltiy serial number information, please see Application Note 76.0017 or contact BEA for 
technical support.

Summary of Contents for LZR-MICROSCAN T

Page 1: ...50 0078 1 2 On Off Hold Open Switch Jumper 20 5310 1 1 Left Pass Through Sensor Endcap 41 7922 1 2 Right Pass Through Sensor Endcap 41 7923 1 2 Sensor Spacer 70 5554 1 2 Spacer Mount Screws Metal 50 0048 2 4 Spacer Mount Screws Wood 50 5319 2 4 Sensor Mount Screws Metal 50 1818 4 8 Sensor Mount Scews Wood 50 5282 4 8 Endcap Screws 41 8632 4 4 Velcro Tabs 50 0046 2 2 LZR microscan T Mounting Templa...

Page 2: ...n hazardous radiation exposure PRECAUTIONS READ BEFORE BEGINNING INSTALLATION PROGRAMMING SET UP Shut off all power going to header before attempting any wiring procedures Maintain a clean and safe environment when working in public areas Constantly be aware of pedestrian traffic around the door area Always stop pedestrian traffic through the doorway when performing tests that may result in unexpe...

Page 3: ...s closed SENSOR LED COLOR SIGNAL DESCRIPTION Green Operational Sensor operational Red Detection Sensor in detection Sensor monitoring Orange Error Sensor in error reference hub LCD CHANGING A VALUE SCROLL MENU UP DOWN PUSH TO SELECT PARAMETER SCROLL VALUES UP DOWN PUSH TO SAVE NEW VALUE current value is displayed more values are displayed new value is displayed NAVIGATING IN MENUS Push to enter th...

Page 4: ...mine on which side of door Door Loop will be installed Cut to shortest length to avoid loop in detection zone Sensors are handed Determine if the sensor you are installing is right handed or left handed The image here shows a left handed sensor On the sensor to be mounted on loop side remove the Blank Endcap closest to door hinge 1 Route Master Sensor Harness through Door Loop and plug into sensor...

Page 5: ...er most port on sensor Using instructions on Mounting Template mount SLAVE sensors with appropriate screws Plug in Slave Sensor Harness at the upper most port on sensor Install Door Loop Drill 1 2 passage hole in header and jamb then route Master Sensor Harness and install the cap Plug Master Sensor Harness into hub port labeled Door A Sensors If necessary repeat steps 1 7 for second door leaf usi...

Page 6: ...UNCTION JUMPER WIRES on red jumped to black hold open black jumped to white off none IMPORTANT All activation devices must be wired directly to hub Logic modules must be activated by hub via Door Control Harness activation wires Peripherals Install Home Switch at desired location For single doors wire nut white Home Switch wires to orange wires of System Harness plugged into hub Home Switch1 For p...

Page 7: ...ate s For complete installation instructions refer to the appropriate BEA User s Guide Wire nut push plate wires or wireless receiver COM and NO to gray wires of System Harness plugged into hub Push Plates optional INSTALLATION cont Multiple push plates can be paralleled to gray wires of System Harness If door system utilizes independent door controls repeat steps 1 2 for the second control For du...

Page 8: ... monitoring wires must be properly connected to the door control WIRING DOOR TYPE HUB PORT single always use DOOR CONTROL A hub port simultaneous pair1 from header cover side left door uses DOOR CONTROL A hub port and right door uses DOOR CONTROL B hub port dual egress1 from header cover side whichever door is pushed right door during Teach In process uses DOOR CONTROL B hub port IMPORTANT All wir...

Page 9: ...h sides For dual egress doors Push Door icon will display Push right door Door B open at least 10 degrees Once Teach In is complete LCD displays home screen Blue LED is off and orange LED is on 1 Be sure to walk test door after set up is complete and perform new Learn anytime door operator control sensor or hub is adjusted NOTES 1 Verify Home Switch is making breaking by observing orange LED on hu...

Page 10: ...en or Manual before switching to NotClosed in seconds AdvanceSafe Off On Type of safety provided while door s is are currently open due to manual operation or stack pressure Off Allows door s to activate via motion sensor or push plate On Prevents door s from activating via motion sensor or push plate Act Dist 3 12 24 48 Door closed detection distance of Approach Sensor s in inches MonitorLogic 2 ...

Page 11: ...tClosed Manual HoldOpen Off AdvanceSafe Displays current position state of door DispSens 5 A1 A2 PP MO S1 S2 HM Displays active devices A1 Approach microscan T 1 MO Motion Sensor S2 Safety microscan T 2 A2 Approach microscan T 2 S1 Safety microscan T 1 HM Home Switch Closed PP Push Plate DispPos 6 Displays opening position 0 full closed 100 full open relative to learn cycle ID Config Software Erro...

Page 12: ...ust Home Switch and verify proper wiring Cap LCD screen Learn required Perform re Learn Orange flashing LED on Sensor reference Hub for error height angle Sensor mounted too high or adjusted too close to door Verify handedness right or left handed for correct orientation EDPS Door did not open or reach full open during Learn BUS config Number of doors configured incorrectly boundary Sensor masked ...

Page 13: ...eck and adjust door for proper operation and perform a new learn Increase door speed to 9 seconds or less of opening time Home switch is not breaking soon enough Adjust the home switch to break with very little door movement Possible bad sensor gyro Replace sensor Trouble with lost pulses during learn process while door is in motion Door must move thru a full open close cycle with home switch maki...

Page 14: ...ian or cart causing sensor to shut down Set switch to OFF and allow door to see home Set switch to ON for Auto Recovery Fork Processor unable to move to next process Automatic Recovery PWR LSR Sensor power is out of tolerance Install BEA power supply PN 30 5558 PWR APD Laser Photo Diode voltage is out of tolerance Replace the sensor Motor Sensor motor RPM too low Replace the sensor Door slammed by...

Page 15: ...h lost pulses during the teach in process while door is in motion SET UP Door must move through a full open and close cycle with the home switch making and without losing pulses Verify home switch closes at door closed position 6 EDPS teach in error 2nd most common 1 Door s did not open move 2 Door s did not open at least 80 3 Door s not moving fast enough 4 Home switch s not breaking soon enough ...

Page 16: ...place BEA INSTALLATION SERVICE COMPLIANCE EXPECTATIONS Technology laser time of flight measurement Detection mode presence Detection width 20 48 measured from leading edge to sensor LED Mounting Height 75 98 measured from finished floor to sensor LED Remission factor 2 Angular resolution 2 56 Testbody 28 H x 12 W x 8 D Emission characteristics IR laser wavelength 905 nm max output pulse power 35 W...

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