Pacific Electric Hoist 2000kg / 2 Tonne Dual Speed | 1 Fall PEH200-1

The Pacific Electric Chain Hoist PEH200-1 combines high quality and affordability. With a 2000kg / 2-tonne capacity, dual-speed operation, and advanced safety features, it is perfect for industrial lifting tasks. It complies with Australian standards and can be paired with motorised trolleys for enhanced versatility.

Features of Pacific Electric Hoist PEH200-1:

• Compliance with AS1418.2: Meets Australian safety standards for hoisting equipment.
• IP65 Pendant with 24V Control: Provides safe and reliable operation for the operator.
• Overload Protection Clutch: Prevents damage from lifting beyond capacity limits.
• DC Brake: Automatically engages during a power failure, ensuring safety.
• Enclosed Design: Built for harsh environments, protecting internal components.
• Electrical Limit Switches: Upper and lower limits are protected with switches to prevent over-travel.
• Grade 80 Zinc-Plated Load Chain: Comes standard for increased durability and strength.
• Motor Thermal Protection: Prevents the motor from overheating during extended use.
• Fuse Protection: Primary and secondary control circuits are protected with fuses for added safety.
• IP55 Protection Rating: Hoists and trolleys are protected from dust and water ingress.
• Reverse Phase Protection Relay: Ensures the motor runs in the correct direction.
• Optional Radio Remote Control: Wireless operation option for convenience and flexibility.

Specifications for Pacific Electric Hoist PEH200-1:

2000KG, dual speed, 415Volt 50Hz, 1 chain fall

Specifications for Pacific Motorised Trolley PET215:

2000kg, 3 phase 415Volt 50Hz, Dual Speed (suits PEH200-1)

The Pacific Electric Hoist PEH200-1 is designed for lifting heavy loads in industrial settings such as warehouses, workshops, and construction sites. Its dual-speed motor offers smooth and efficient material handling, while its rugged build ensures long-lasting performance.

The optional Pacific Motorised Trolley PET215 adds motorised movement along beams, enhancing overall material handling efficiency.