BDI S100 STINGER Manuel de démarrage rapide - Page 4
Parcourez en ligne ou téléchargez le pdf Manuel de démarrage rapide pour {nom_de_la_catégorie} BDI S100 STINGER. BDI S100 STINGER 4 pages.
Imprimer la page1
2
3
4
1. Power on by pressing the Power button momentarily (no. 1 in the table above).
2. Check battery charge level by pressing the Li-Ion Battery button (no. 2 in the table above).
3. Set bonding energy to 35 joules. See Operations Manual for details on adjusting the settings and
verifying bond quality.
4. Make sure ground clamp is on a bare, clean spot of steel, near work area.
5. Firmly press bonding tip to the sensor's bonding shim. Double check the sensor is in correct
position.
6. Squeeze trigger to create a spot-bond. See Operations Manual for additional details on verifying
the strength of a spot-bond.
7. Move tip to next location in bonding pattern and repeat step 5 through 6.
8. When finished, press the Power button to tun off.
ERROR
CAUSE
bA Lo
Very low battery
rE
Resistance error
REFER TO THE S100 STINGER™ OPERATIONS MANUAL ON OUR WEBSITE AT:
TO LEARN MORE ABOUT THE S100 AND FOR WARRANTY INFORMATION, WARNINGS AND PRECAUTIONS, AND
BDITEST.COM
OVERVIEW (SWITCH PANEL)
CONTROLS
POWER BUTTON
LI-ION BATTERY BUTTON
BOND INTENSITY CONTROLS
DISPLAY
START BONDING!
COMMON ERROR MESSAGES
– Check battery charge level
– Change to battery with full charge
– If ambient temperature is cold, make sure the battery itself is warm
– Bonding resistance greater than 1 ohm
– Ensure all connections are properly made and tight
– Check all wingnuts and cables
– Ensure proper surface prep at gage location
– Ensure proper contact between the bonder-to-gage and gage-to-specimen
– Place the discharge tip firmly in contact with the material to be bonded
before pressing the trigger
HTTPS://BDITEST.COM/S100-STINGER-MANUAL
DETAILED INSTRUCTIONS ON HOW TO OPERATE IT.
THE S100 STINGER™ IS MANUFACTURED BY BDI | MADE IN THE USA
Email: [email protected]
5
6
7
FOR SUPPORT:
Or call: +1.303.494.3230
CONNECTORS
3-PIN CONTROL CABLE
POSITIVE ELECTRODE LEAD
GROUND TERMINAL
SOLUTION