Electric Pallet Truck ET Series – Built for Heavy-Duty Efficiency

Electric Pallet Truck ET Series – Built for Heavy-Duty Efficiency

The ET-series electric pallet truck delivers a seamless integration of structural strength and smart control for daily warehouse operations. With a load capacity of 1500kg to 2000kg, a compact 2222mm total length, and a 90mm reinforced steel fork section, this model ensures stable handling across loading bays and narrow aisles. The lithium‑ion battery with an intelligent management system supports fast charging and provides consistent runtime for multi‑shift workflows. Combined with the SEGA smart handle and butterfly switch accelerator, the ET series reduces operator fatigue while improving positioning accuracy and travel smoothness.

Integrated Frame and Robotic Welding

The main chassis and fork arms are produced using fully automated welding processes. This technique delivers high joint strength and visually smooth, uniform weld seams. The one‑piece design eliminates bolt connections in critical stress zones, which increases torsional rigidity and extends service life under continuous use. The welded structure also reduces overall weight without sacrificing durability, contributing to lower energy consumption per working hour.

SEGA Smart Handle with Ergonomic Controls

Control precision starts with the SEGA intelligent handle system. The ergonomic grip fits natural hand posture, while the butterfly‑type switch accelerator provides intuitive thumb control for forward and reverse movements. Operators can modulate travel speed progressively, enabling fine positioning when stacking pallets in tight spaces. The handle also integrates an emergency reverse button and a horn, keeping safety commands within instant reach. This layout reduces wrist strain and supports longer operating sessions with minimal discomfort.

One‑Piece Fork Arm with 90mm Reinforced Steel

The fork arms are fabricated as a single unified structure, with 90mm thick reinforced steel sections seamlessly joined to the main carriage. This construction increases bending resistance and distributes load weight evenly across both fork tines. The reinforced profile also minimises deflection when handling unevenly distributed pallets, ensuring stable lifting and lowering cycles. The smooth fork surface reduces friction during pallet entry and exit, speeding up load pickup and deposit routines.

Lithium‑Ion Battery with Smart Management System

Power is supplied by a maintenance‑free lithium‑ion battery pack equipped with a dedicated battery management system (BMS). The BMS continuously monitors cell voltage, temperature, and state of charge, enabling adaptive charging and discharge control. This protects the battery from overcurrent, deep discharge, and thermal extremes, significantly improving cycle life and operational safety. The fast‑charge capability allows opportunity charging during breaks, keeping the truck available for peak demand periods without battery swap delays.

Key Technical Specifications

Operational Benefits for Daily Logistics

The combination of automated welding, rigid fork architecture, and lithium‑ion power translates into lower maintenance intervals and higher throughput. The smooth weld finish reduces dirt accumulation, simplifying cleaning routines. The smart battery system provides real‑time state‑of‑charge indicators, allowing operators to plan charging stops without interrupting workflow. The butterfly accelerator and ergonomic handle design further enhance manoeuvrability, especially in congested loading zones where frequent direction changes are required.

Durability and Long‑Term Value

Every structural joint and weld point is engineered to withstand repeated shock loads from floor irregularities and ramp transitions. The 90mm reinforced fork section resists permanent bending even when handling max‑capacity loads over long transport distances. The intelligent BMS not only protects the battery but also logs usage data for predictive maintenance scheduling. These features collectively reduce total cost of ownership and ensure reliable performance across temperature variations and high‑humidity environments commonly found in cold storage or outdoor covered areas.