Safe And Correct Use; Pin Assignment Eze21; Pin Assignment For Strain Gauge Sensors With Mv/V Signal; Pin Assignment For Active Sensors With ±5V Or ±10V Signal - Tecsis EZE21 Bedienungsanleitung

Bedienungsanleitung/Operating manual
EZE21

2.2 Safe and Correct Use

Observe the correct sensor adjustment.
Consider the correct VASUSB configuration.
Choose a significant file identification/prefix when storing measured data.

3. Pin Assignment EZE21

Pin Assignment Sensor
Control
grey
Signal –
white
Signal +
yellow
12 V
brown
4 V
brown
0 V / GND
green
Shield
Shielding

3.1 Pin Assignment for Strain Gauge Sensors with mV/V Signal

Description Pin (6 pole socket)
0 V / GND
4 V
Signal +
Signal
–
Control
Shield
3.2 Pin Assignment for Active Sensors with ±5V or ±10V Signal
Description Pin (12 pole socket)
0 V / GND
12 V
Signal +
Signal
–
Control
Shield
3.3 Pin Assignment for Active Current Sensors with 0 .. +20mA Signal
Description Pin (12 pole socket)
0 V / GND
12 V
Signal +
Signal
–
Control
Shield
12
Color
1 green
2 brown
3 yellow
4 white
5 grey
6 shielding
Color
E green
F brown
C yellow
D white
K grey
M shielding
Color
E green
F brown
C yellow
D white
K grey
M shielding
BD_BE 936_EZE21
Pin Assignment USB
Remark
Ground of Supply voltage 4 V and 12 V
Supply for strain gauge sensors 4 V
positive signal input
negative signal input
if available in sensor
do not connect shield with sensor housing
Remark
Ground of Supply voltage 4 V and 12 V
Supply for active sensors 12 V
signal input
relating to signal input (internal to 0V / GND)
if available in sensor
do not connect shield with sensor housing
Remark
Ground of Supply voltage 4 V and 12 V
Supply for active sensors 12 V
signal input
relating to signal input (internal to 0V / GND)
if available in sensor
do not connect shield with sensor housing
Shield
Shielding
0 V / GND
black
5 V
red
D –
white
D +
green
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