Auto Grip Pull Tester
Doc No: TM-638019100
Release Date: 08-10-09
UNCONTROLLED COPY
Page 16 of 20
Revision: E
Revision Date: 03-19-21
Programming for External Devices
1.
Connect to a PC
1.
Use the included USB cable to connect to a PC.
2.
While pressing and holding the Info button, press and release the
ON/OFF button to turn on the gauge. Continue to hold the Info
button until the Setup Menu appears.
3.
Press Down Arrow to highlight RS232C Output and press Right
Arrow to select.
4.
Use Up Arrow or Down Arrow to select PC or PLC depending on
what device is connected, then press Right Arrow to enter the
selection.
5.
Press Left Arrow twice to exit the menu and return to measuring
mode.
6.
Install optional software (63801-9150) and driver on the PC.
7.
After a measurement is completed, press the SEND button to
transmit the data to the PC.
See Figure 2-14 for menu navigation.
2.
Connect to a Printer
1.
Use the included RS-232 cable to connect to a printer.
2.
While pressing and holding the Info button, press and release the
ON/OFF button to turn on the gauge. Continue to hold the Info
button until the Setup Menu appears.
3.
Press Down Arrow to highlight RS232C Output and press Right
Arrow to select.
4.
Use Up Arrow or Down Arrow to select printer, then press
Right Arrow to enter the selection.
5.
Press Left Arrow twice to exit the menu and return to
measuring mode.
6.
After a measurement is completed, press the SEND button to
transmit the data to the printer.
See Figure 2-15 for menu navigation.
Recharging NI-MH Battery
1.
To maximize the life of the battery, power is shut off after 30 minutes of non-use. Automatic
shutoff is bypassed when used with the AC adapter/charger.
2.
Battery icon will display
when the gauge needs to be recharged.
3.
Turn off power. Only use one of the AC adapter / chargers provided (63801-9103 for
120VAC, 63801-9105 for 230VAC). Plug into the correct AC output. It takes 4.5 hours to
charge fully. The battery display
blinks while charging.
4.
When the gauge is turned off, make sure the AC adapter/charger is disconnected to avoid
overcharging.
Figure 2-14
Figure 2-15