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Battery Extractors
TT-915: Caster & Drive Wheel Alignment
Improperly aligned casters and drive wheels can cause undue wear on battery extractor components. They should be realigned any time maintenance is required.
TT-916: AC Phase Sensitivity
When wired out of phase, BE motors will be sluggish. Incorrect wiring can be corrected easily, but running this way over time will cause pump damage.
TT-917: Drive Wheel Failure
Drive wheel failure can cause a Battery Extractor to need a push-start to move. Simple tests will indicate failure, and BHS offers Drive Wheel Repair Kits.
TT-919: Lift Circuit Velocity Fuse
All BHS Battery Extractors have velocity fuses to prevent sudden lowering of the battery compartment. See how to fully protect your battery extractor.
TT-937: Replacement Vacuum Cup Options
Three-piece vacuum cups allow for more effecitve forklift battery extraction. Find out how to lower costs with this new option.
TT-914: Main System Hydraulic Pump Replacement
Learn about the importance of hydraulic pump replacement for BHS battery extractors.
TT-913: Proper Vacuum Cup Mounting
Guidelines for properly mounting vacuum cups on Battery Handling Systems, Inc. equipment.
TT-912: Manual Hydraulic Cylinder Issues
Troubleshooting hydraulic cylinder issues can save money. If an inner carriage will not lift, retightening the pump piston barrel could fix the issue.
TT-911: Collector Trolley Alignment
Tow arms and collector trolleys must be properly aligned with the energy rail. Find out the proper procedures for long BHS equipment life.
TT-902: Moving an Inoperable Battery Extractor
BHS provides guidelines on moving an inoperable battery extractor without electrical power.