Original: $2,780.95
-65%$2,780.95
$973.33The Story
The Harrington SEQP 1-Phase Trolley Hoist delivers reliable, precision lifting for workshops, warehouses, and light industrial applications. Engineered for smooth operation and ease of use, this compact electric chain hoist combines dual-speed performance with an integrated push trolley, making it ideal for efficient load handling across short travel distances.
Equipped with a Variable Frequency Drive (VFD), the SEQP hoist provides precise speed control for smooth starts and stops, reducing load swing and improving operator safety. Dual-speed lifting allows faster operation under light loads while maintaining controlled handling for heavier lifts. Its lightweight aluminium construction supports low-headroom installations, while durable load chain and high-strength hooks ensure long-term performance in demanding environments.
Designed as a cost-effective lifting solution, the SEQP 1-phase trolley hoist is perfect for facilities seeking dependable electric lifting without the complexity of three-phase power.
Description
The Harrington SEQP 1-Phase Trolley Hoist delivers reliable, precision lifting for workshops, warehouses, and light industrial applications. Engineered for smooth operation and ease of use, this compact electric chain hoist combines dual-speed performance with an integrated push trolley, making it ideal for efficient load handling across short travel distances.
Equipped with a Variable Frequency Drive (VFD), the SEQP hoist provides precise speed control for smooth starts and stops, reducing load swing and improving operator safety. Dual-speed lifting allows faster operation under light loads while maintaining controlled handling for heavier lifts. Its lightweight aluminium construction supports low-headroom installations, while durable load chain and high-strength hooks ensure long-term performance in demanding environments.
Designed as a cost-effective lifting solution, the SEQP 1-phase trolley hoist is perfect for facilities seeking dependable electric lifting without the complexity of three-phase power.
