BEA LZR-MICROSCAN T Template

BEA
Brand
BEA
Model
LZR-MICROSCAN T
Type
Template

This manual is also suitable for

The BEA LZR-MICROSCAN T is a versatile sensor device designed to provide accurate and reliable measurements in various industrial and commercial applications. With its advanced laser technology, the sensor excels in measuring distances, detecting objects, and monitoring the movement of items. It offers precise measurements over a wide range, making it suitable for applications such as robotics, automated machinery, inventory management, and quality control.

The BEA LZR-MICROSCAN T is a versatile sensor device designed to provide accurate and reliable measurements in various industrial and commercial applications. With its advanced laser technology, the sensor excels in measuring distances, detecting objects, and monitoring the movement of items. It offers precise measurements over a wide range, making it suitable for applications such as robotics, automated machinery, inventory management, and quality control.

DISTANCE FROM TOP OF DOOR
MOUNTING HEIGHT RANGE: 75” – 98”
(measured from finished floor to sensor LED)
75.5908.01 LZR-MICROSCAN MOUNTING ARM MOUNTING TEMPLATE 20171113
microscan
PIVOT EDGE OF DOOR
Reference LZR-microscan Mounting Template 75.5754 for full mounting instructions
Verify dimensions
after printing.
1”
1”
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, finger guard, door arm, etc.
The mounting arm should be mounted as close to
the top of the door and as close to the hinge of the
door as possible.
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. Ensure that the arms
are mounted equidistant from the top of the door.
Print settings must be set
to “ACTUAL SIZE.”
mounting
5
⁄16”
1
⁄8”
1
⁄8”
wire
passage
mounting
VERIFY THAT THE ARM DOES NOT INTERFERE WITH THE DOOR FRAME WHEN CLOSED
When using a spacer block, mount the spacer to the arm, and then mount the
sensor to the spacer. Hardware for the spacer is included with the sensor kit.
75.5908.01 LZR-MICROSCAN MOUNTING ARM MOUNTING TEMPLATE 20171113
microscan
Reference LZR-microscan Mounting Template 75.5754 for full mounting instructions
Verify dimensions
after printing.
1”
1”
Print settings must be set
to “ACTUAL SIZE.”
DISTANCE FROM TOP OF DOOR
MOUNTING HEIGHT RANGE: 75” – 98”
(measured from finished floor to sensor LED)
PIVOT EDGE OF DOOR
RIGHT
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, finger guard, door arm, etc.
The mounting arm should be mounted as close to
the top of the door and as close to the hinge of the
door as possible.
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. Ensure that the arms
are mounted equidistant from the top of the door.
mounting
5
⁄16”
1
⁄8”
1
⁄8”
wire
passage
mounting
VERIFY THAT THE ARM DOES NOT INTERFERE WITH THE DOOR FRAME WHEN CLOSED
When using a spacer block, mount the spacer to the arm, and then mount the
sensor to the spacer. Hardware for the spacer is included with the sensor kit.
  • Page 1 1
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BEA LZR-MICROSCAN T Template

BEA
Brand
BEA
Model
LZR-MICROSCAN T
Type
Template
This manual is also suitable for

The BEA LZR-MICROSCAN T is a versatile sensor device designed to provide accurate and reliable measurements in various industrial and commercial applications. With its advanced laser technology, the sensor excels in measuring distances, detecting objects, and monitoring the movement of items. It offers precise measurements over a wide range, making it suitable for applications such as robotics, automated machinery, inventory management, and quality control.

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