3
FORCE PLATE 1000 Kg
Capacity
FORCE PLATE 400 Kg Capacity
Fitness Technology, 21 Bishop Street, Skye SA 5072 Australia
Tel: +61 8 8331 9229 Mob: 0418 815 400. www.fittech.com.au
Copy
right: Fitness Technology, Adelaide, Australia 21
st
March 2005. Issue 2.00, 21st Aug 2008
FRONT OF PLATFORM
Load Cell Wiring
The four Load Cells connect into the XPV7 Electronics Module are colour coded on the
load cell cables at the terminal blocks for ease of wiring, they are as follows
Load Cell
1.
Blue
Heat - Shrink shroud as per next page
Load Cell
2.
Green
Heat - Shrink shroud as per next page
Load Cell
3.
Red
Heat - Shrink shroud as per next page
Load Cell
4.
Yellow
Heat - Shrink shroud as per next page
The wiring connection for each individual load cell is as follows.
Ex+ RED
Terminal
Block is not
Sig + White
on 400 S Plate
Sig - Green
Note: Green and White wires maybe reversed.
Ex- Black
Shield (Heat shrink - wire colour may vary)
Installation:
1.
Carefully unpack the platform by lifting it out the end of the transport carton.
Make sure all items are present. (Report any discrepancies immediately.)
2.
Place the platform onto a flat stable surface.
3.
Install each foot into the load cell holes on the four corners of the platform by
rotating the feet to the right. (right hand thread) Adjust height as show below.
4.
Connect the USB communication cable as shown below by removing the plug
allowing access to the communications port. (See photos below)
5.
The Platform is now ready for use.
6.
Install the communications software and the processing software following the
instruction for each module
7.
The XPV7 PCB Electronics Module will automatically identify any cable faults.
Should this happen make sure the communication cables are properly installed.
If communication failure continues, then replace the USB cable.
8.
For any other problems contact our office for further instructions.
