Renowned for exceptional design, quality, and performance, Hitachi has earned its place as a global leader in lifting solutions. With over 30 years of proven reliability across Australasia, Hitachi electric chain hoists are suitable for a wide range of applications. Available in capacities from 250?kg to 15?tonnes, these hoists come in single or three-phase configurations, with single or two-speed options, and are fully tested to meet Australian standards.
- Description
Description
Features
- All Hitachi models are manufactured to comply with AS1418.2
- Operation: fully contactorised with high rated contractors and pendant controls; both fitted withmechanical interlocks and 24 Volt control. Optional IP65 pendant including E-Stop available
- Safety Limits: full current and shunt limit switches operate in both directions of hook travel
- Overload Limiter: this electro-mechanical device is exclusive to the Hitachi range and boasts a far superior overload protection device than the slipping clutch method. Available on all Hitachi models
- Braking: all models are fitted with an electro-magnetic, self-adjusting disc type brake to the gearbox and the ‘F’ models have an additional auxiliary centrifugal brake fitted to the motor
- Completely enclosed design. Entire mechanism including; the motor, dual brake system, gears, rotating parts and electrical system can be operated under severe conditions
- Chain Bucket: noiseless design with flexible mounting
- High quality Grade 80 zinc or nickel plated load chain supplied as standard
- IP54 protection rating on all electric hoists and trolleys
- Motor thermal protection on all Hitachi models
- Optional radio remote control
- Ambient temperature requirement of -10 to 40 degrees
- Class M4 inclusive of 180 starts per hour
- Reverse phase protection relay on all models excluding; 250kg, 500kg and all single phase models
- Special low headroom hoist and trolley arrangements available to suit tight headroom applications
- Electric trolleys are fitted with Guide Rollers as standard to reduce wear and ensure suitability for curved beam applications
