2024 Skyjack™ Telehandlers SJ643 TH
- Year 2024
- Make Skyjack™
- Model Telehandlers
2024 Skyjack™ Telehandlers SJ643 TH
2024 Skyjack™ Telehandlers SJ643 TH
Easily ServiceableSkyjack telehandlers extend our principle of simple reliability into material handling equipment. Our TH series is designed with all major service points easily accessible, limiting downtime and increasing our customers’ utilization. With a variety of proprietary features, Skyjack’s TH series offer the rental industry’s best life cycle value.
SMARTORQUE™Using an optimized balance of engine horse power, torque, and hydraulic performance, Skyjack SMARTORQUE™ products deliver the same on-site job performance as higher power units - providing excellent performance with less engine horsepower. Less emission controlling components avoids the cost associated with their complexity, as well as the time and inconvenience required in maintaining them. SMARTORQUE™ means no Diesel Particulate Filter (DPF), no Diesel Exhaust Fluid (DEF)/AdBlue, and no other active exhaust after treatment.
FLEXCAB™Skyjack’s TH series telehandlers feature an innovative cab design that allows fleet operators to easily convert between open and enclosed cabs with simple hand tools, providing increased flexibility for fleet movement and fast response to customer demands. Easily sourced flat glass panels with no custom curved profiles and a bolt-on/bolt-off window retention system ensures minimal downtime and incurred costs for repairing damaged glass in the field.
READYHOOK™Skyjack’s yoke mounted lifting hook is fitted as standard on TH series telehandlers. With capacities that match the maximum lift capability of the telehandler the hook allows the safe under-slinging of loads and avoids the practice of using the forks as an underslung lifting device.
SKYCODED™A proven and reliable control system, incorporating Skyjack’s color coded and numbered wiring system, make our machines the easiest to trouble shoot and repair which means easier maintenance and lowered costs.
AXLDRIVE™An axle-based drive system with an operator controlled locking differential on the rear axle and limited slip differential on the front axle. This drive system has been proven as durable, low maintenance, and capable of navigating any job site terrain.