Heavy-Duty Electric Stacker with Reinforced C+H Channel Mast

Heavy-Duty Electric Stacker with Reinforced C+H Channel Mast

This electric stacker delivers 1000-1500kg rated load capacity with lift heights up to 3000mm, integrating a one-piece formed welded body, reinforced C+H channel steel mast, and 8-10mm steel plate chassis. The unit features piano baking enamel finish for corrosion resistance, full-coverage impact guards, and an intelligent ergonomic handle with NFC operator authentication, turtle speed creep mode, and emergency brake switch. Minimum mast deflection at full height ensures stable heavy-load lifting even in narrow aisle environments.

Structural Integrity – One-Piece Formed Welding

The entire truck body adopts a one-piece formed welding process, eliminating weak joint points and ensuring uniform stress distribution. This monolithic design significantly enhances torsional rigidity, allowing the stacker to maintain dimensional stability during repeated high-frequency lifting cycles. The seamless construction reduces potential failure points, extending service life of both the frame and internal drive components.

Reinforced C+H Channel Mast – Reduced Sway Under Load

Equipped with a standard C+H section channel steel mast, this stacker uses extra-thick steel profiles that are precision-rolled for consistent wall thickness. The interlocking C+H geometry provides superior bending resistance in both longitudinal and lateral directions. When lifting heavy loads to maximum height, the mast exhibits noticeably reduced sway compared to conventional single-channel designs. This improves operator confidence and load handling accuracy, especially in narrow aisle environments.

Heavy-Gauge Steel Chassis – 8-10mm Protection

The mainframe is fabricated from 8mm to 10mm thick steel plates, selected for high yield strength and impact toughness. This substantial gauge thickness absorbs and dissipates energy from unintended collisions with racks, pallets, or dock edges. The robust chassis provides a stable mounting base for the drive motor, hydraulic pump, and control valve, reducing vibration transfer and preserving alignment of sensitive hydraulic circuits. The piano baking enamel process cures the coating at high temperature to form a hard, glossy, and chemical-resistant layer that resists chipping, scratching, and corrosion from oils, moisture, and cleaning agents.

Intelligent Ergonomic Handle – Full Control at Your Fingertips

The multi-function tiller handle centralizes all operating controls within easy reach. The front face features a turtle speed button for creep mode operation with the handle in upright position, enabling precise maneuvering in confined spaces. An NFC感应区域 provides operator authentication to prevent unauthorized use. The lock release button on the front allows quick access for maintenance. On the背面, the horn ensures audible warnings in busy environments. The lift control and forward/reverse旋钮 provide intuitive load handling. The emergency制动开关 instantly cuts power in critical situations.

Dual-Speed Mode and Maneuverability

When the forks are elevated, the stacker automatically switches to crawl speed, enhancing safety during stacking operations. The adjustable balance wheels improve stability across different floor conditions. A multifunctional display with battery discharge indicator and hour meter provides real-time operational data. Electromagnetic braking ensures controlled stops with auto dead-man feature activating upon handle release.

Complete Technical Specifications

Operator-Focused Safety and Comfort

Features like automatic low-speed mode above 720mm, anti-rolling back brake, and electromagnetic braking provide enhanced safety during daily operation. The safe gap between operator and chassis, plus a clear working view, increases efficiency and reduces fatigue during long shifts. Internal electrical and hydraulic components are arranged with clear separation and accessible mounting points, facilitating routine maintenance checks and speeding up diagnostic procedures to minimize downtime.