WISEN
WISENMESHNET® Product
1F06 Series-WISENMESHNET® Laser Distance Sensor Node
Features



WISENMESHNET® Laser Distance Sensor Node (1F06 Series) @25°C
Basics
Battery Power
Qty. x 1 (3.6V D-Cell ER34615M)
Accuracy Stop Voltage
2.7VDC
Mesh Stop Voltage
2.1VDC
Battery Connection
Standard Metal Battery Holder
Working Current (DC)
Max. 500mA (Typ. 220mA)
Storage
Min. 450 Messages during Meshing
L x W x H
100 x 100 x 60mm
Weight
<= 0.65kg
Primary Sensor
Sensor Type
Distance
Laser Class
Class 2
Laser Range
0.05m-33m
Laser Accuracy
Better than +/-1.0mm (Typical 0.5mm)
Laser Resolution
0.1mm
Laser Lens Durability
>= 500Hrs@3Hz@50°C or 2500Hrs@3Hz@25°C
Standard System Parameter
Tilt Sensor
MEMS Dual-Axis Tilt Sensor, A-axis; B-axis Tilt Values
Tilt Range

Range: -30°- +30°; Accuracy: 0.04° (144″ or 0.700mm/m); Resolution: 0.0025°

(9″ or 0.0436mm/m); Long Term Stability: < 0.014° (50″ or 0.2443mm/m)

Temperature
Range: -40 to 120°C; Accuracy: +/-1°C; Resolution: 0.1°C
Voltage
Accuracy: +/-0.1V
Industrial Standard
Casing and Painting Materials
Aluminium-Alloy Die Castings 12 (Epoxy Polyester Powder Coating)
Operating Temperature
-10 to 50°C
Certificates
CE
Applications
Long term distance monitoring between two specific points, such as horizontal convergence of a tunnel.
Warning!
  • This is an automated system, the laser beam must be set to point at an appropriate non-reflective surface;
  • The protection window glass on a node must be kept clear all the time;
  • Distance 0mm starting plane: plane of the protection window glass.

  • 1F06-1
Special Notice on the data format



Code_Info
Description
Notice
00
Node is working in a good condition
-
01
Target moving too fast or beam interrupt
Repeat measurement, use tripod (@E260)
02
Signal too low or distance out of range
Use special target plate (@E255)
03
Signal too high
Avoid high reflecting surfaces (@E256)
04
Time out on reply

Cable may have gone loose or check if

there is any bad physical connection or too

far out of range (e.g., point to the sky) (Wisen)

05
Single reading achieved
Single success on the sampling procedure.
06
Max-Min>2xError Tolerance

The difference of sample values is too

large, repeat measurement or use tripod.

(Wisen)

07
Unknown command or wrong parameter
Use correct syntax (@E203)
08
Error on serial communication
Check communication (@E220)
09
Temperature too high
Cool down module (@E252)
10
Temperature too low
Warm up module (@E253)
11
Voltage supply too low
Improve voltage supply quality (@E254)
12
Too much background light
Protect target against sunlight (@E257)
13
Laser error
Module defect (@E284)
14
APD-voltage can’t be adjusted correctly
Module defect (@E288)
15
Flash configuration error
Power down and up again (@E289)
16
Unknown command or wrong parameter from laser module
Change to a new battery (Wisen)
24
Checksum error
Change to a new battery (@E224)
74
No EEPROM detected, code has to be loaded by GSI
Change to a new battery (@E274)
76
Read of code from EEPROM wrong
Change to a new battery (@E276)
78

EEPROM error which appears if something goes wrong during

the flashing of the firmware

Change to a new battery (@E278)
90
Calibration signal out of range
Change to a new battery (@E290)
Laser Time

The time period (in the unit of seconds) that a laser module has been switched on at each T.

Typically, of value: 2.5-2.7s.

Sampling Status

The number of samples that has been successfully measured.

Typically, of value: 5.

Tilting Orientation
Tilting Mark

1303-1/1302-1


As shown below, readings (of the blue axe) get smaller from Status 1 to Status 2; increase from Status 1 to Status 0.


1F06-3/1303-2/1302-2


Installation Guidance


1F06-41F06-51F06-6

Figure. Laser Tilt Sensor Node Product Photos.

1F06-7

Figure. Laser Tilt Sensor Node Fixing Bracket (Please refer to the actual brackets in the shipment as the final).