Sealey PH400 Power Hoist 230V/1ph 400kg Capacity

Sealey PH400 Power Hoist 230V/1ph 400kg Capacity – Wire Rope Hoists

The Sealey PH400 Power Hoist is a high-performance wire rope hoist designed for reliable and efficient heavy lifting. This robust model operates on a 230V single-phase supply and is engineered to handle substantial loads of up to 400kg, making it ideal for both workshop and site use.

• Maximum lifting capacity: 400kg
• Voltage: 230V, single-phase (1ph)
• Robust wire rope design
• Durable construction for extended lifespan
• User-friendly controls for safe operation

Compared to many wire rope hoists currently available on the market, the Sealey PH400 distinguishes itself through its impressive load-bearing capability and ease of installation. While many standard hoists can only manage lighter weights, this model's enhanced capacity sets it apart for demanding environments. Additionally, it improves upon previous models by offering improved energy efficiency and a higher standard of build quality to ensure safety during repeated use.

Key Technical Advantages:
Technology and Performance

The Sealey PH400 Power Hoist is equipped with advanced safety features and a durable motor for smooth and uninterrupted operation. It is fitted with a robust wire rope, which reduces fraying and wear, ensuring longevity even in challenging settings. The precise control system allows you to lift and lower loads with confidence and minimal effort, reducing the risk of operator fatigue.

Moreover, this wire rope hoist has been designed with straightforward installation in mind, making it suitable for quick set-up on beams or gantries. The combination of high lifting capacity, reliable safety mechanisms, and user-friendly controls positions the Sealey PH400 as an outstanding choice for those seeking efficient and dependable wire rope hoists for their workshop or industrial requirements. Whether upgrading from previous models or investing in new equipment, users can expect a significant improvement in both performance and safety with this model.