HARDWARE
ADWin Based DYNTTS/EMDCSS/HCA
Hardware Troubleshooting Guide
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The purpose of this helpsheet is to help to diagnose hardware problems with ADWin based dynamic systems - DYNTTS, EMDCSS, HCA |
ADWin DCS Control Box
There are two versions of the ADWin based control box, one based on the ADWin-Light16 processor and one based on the ADWin Gold processor.
Voltage Check:
Pin | Colour | Voltage |
|---|---|---|
6 | Blue | -15V |
5 | Black | 0V |
4 | Black | 0V |
3 | Red | +5V |
1 | Violet | +15V |
Colour | Voltage |
|---|---|
Blue | -15V |
Black/braid | 0V |
Violet | +15V |
DCS - 8 channel using ADwin-Light processor
Check that all connectors are firmly plugged in.
ADV-DCS - 8 or 16 channel using ADWin Gold processor
Common HARDWARE Diagnosis MINIDYN/EMDCSS/MAXIDYN/HCA
Voltage check:
Digital Input/Outputs
The simplest place to start diagnosing the base functionality of a GDS ADWin based Dynamic System is to use the ADWin Test v1.2 software, which is a piece of GDS debugging software, in conjunction with a good quality Multimeter to measure the Control voltages and the Digital Input and Output signal voltages.
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GDS ADWin Test v1.2 allow debuggging of all of the data acquisition channel values, encoder values, VCS control Signals, Digital Outputs and Digital Inputs.
Open GDS_ADwin_Test.exe and select the relevant Tab for your Dynamic System (MINIDYN / EMDCSS / MAXIDYN/HCA).
MINIDYN
EMDCSS
MAXIDYN/HCA
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