BEA LZR-MICROSCAN T Template

BEA
Brand
BEA
Model
LZR-MICROSCAN T
Type
Template

The BEA LZR-MICROSCAN T is a versatile sensor designed to enhance efficiency and productivity in various settings. With its ability to scan and decode product information, it streamlines processes and provides accurate data collection. Ideal for warehouses, manufacturing facilities, and retail environments, this sensor offers reliable performance and integrates seamlessly into existing systems.

The BEA LZR-MICROSCAN T is a versatile sensor designed to enhance efficiency and productivity in various settings. With its ability to scan and decode product information, it streamlines processes and provides accurate data collection. Ideal for warehouses, manufacturing facilities, and retail environments, this sensor offers reliable performance and integrates seamlessly into existing systems.

MOST BUTT HUNG
MOST CENTER PIVOT
DISTANCE FROM
TOP OF DOOR
MOUNTING HEIGHT RANGE: 75”-98”
(measured from nished oor to sensor LED)
75.5754.05 LZR-MICROSCAN MOUNTING TEMPLATE 20170719
microscan
Scan for Product Info
DISTANCE FROM
EDGE OF DOOR
Reference LZR-microscan User’s Guide
75.5753 for full installation instructions
*
*
*
*
sensor
mounting
1/8”
wire
passage
5/16”
spacer
mounting
1/8”
LEFT
MOUNT
NOTES (READ PRIOR TO MOUNTING):
Survey both sides of door to determine appropriate
mounting location (distance from pivot edge and
distance from top of door), taking into account the frame
clearance, nger guard, door arm, etc. Sensors are to be
mounted as close to the top of the door and as close to
the hinge of the door as possible.
Spacer required for applications with hardware extending
across width of door and protruding more than 2 in.
For narrow-style aluminum doors, mounting arm kit
may be used. When using mounting arm kit, do not use
this template.
MOUNTING INSTRUCTIONS
STEP 1: Fold along appropriate horizontal and vertical lines and
then align with pivot edge and top of door.
STEP 2: Mark and drill three (3) holes.*
STEP 3: Flip template and repeat for right sensor.
* When using spacer, drill any two (2) spacer mounting holes
and wire passage hole instead of sensor mounting holes .
* When using optional mounting holes , it may be necessary
to remove end caps or sensor from base.
*
Verify dimensions
aer printing.
1”
1”
Print settings must be set to “ACTUAL SIZE.”
MOST BUTT HUNG
MOST CENTER PIVOT
DISTANCE FROM
TOP OF DOOR
RIGHT
MOUNT
75.5754.05 LZR-MICROSCAN MOUNTING TEMPLATE 20170719
microscan
Scan for Product Info
DISTANCE FROM
EDGE OF DOOR
*
*
*
*
MOUNTING HEIGHT RANGE: 75”-98”
(measured from nished oor to sensor LED)
Reference LZR-microscan User’s Guide
75.5753 for full installation instructions
Verify dimensions
aer printing.
1”
1”
sensor
mounting
1/8”
wire
passage
5/16”
spacer
mounting
1/8”
NOTES (READ PRIOR TO MOUNTING):
Survey both sides of door to determine appropriate
mounting location (distance from pivot edge and
distance from top of door), taking into account the frame
clearance, nger guard, door arm, etc. Sensors are to be
mounted as close to the top of the door and as close to
the hinge of the door as possible.
Spacer required for applications with hardware extending
across width of door and protruding more than 2 in.
For narrow-style aluminum doors, mounting arm kit
may be used. When using mounting arm kit, do not use
this template.
MOUNTING INSTRUCTIONS
STEP 1: Fold along appropriate horizontal and vertical lines and
then align with pivot edge and top of door.
STEP 2: Mark and drill three (3) holes.*
STEP 3: Flip template and repeat for right sensor.
* When using spacer, drill any two (2) spacer mounting holes
and wire passage hole instead of sensor mounting holes .
* When using optional mounting holes , it may be necessary
to remove end caps or sensor from base.
*
Print settings must be set to “ACTUAL SIZE.”
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BEA LZR-MICROSCAN T Template

BEA
Brand
BEA
Model
LZR-MICROSCAN T
Type
Template

The BEA LZR-MICROSCAN T is a versatile sensor designed to enhance efficiency and productivity in various settings. With its ability to scan and decode product information, it streamlines processes and provides accurate data collection. Ideal for warehouses, manufacturing facilities, and retail environments, this sensor offers reliable performance and integrates seamlessly into existing systems.

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