Short combination trolley LHT-H, steel, max. load 3000 kg, gripping range 100 - 203 mm.

Estimated delivery: 53 days

Short combination trolley LHT-H, steel, max. load 3000 kg, gripping range 100 - 203 mm

• Supplied = assembled
• Max. load = 3000 kg
• Gripping range = 100 - 203 mm
• Weight = 61 kg
• Product type = manual drive dollies
• Colour = blue, silver
• Material = steel
• Customs tariff number = 84311000
• Country of origin = CHN
• Gross weight = 62 kg
• Weight = 61 kg
• Low overall height for efficient use of limited ceiling heights
• Higher hook position for a greater usable lifting travel
• Direct suspension without a load hook for a compact design
• Smooth running thanks to ball bearings in wheels and gear unit
• Standard overload protection for increased operational safety
• Suitable for I-NP beams and HE beams
• Thanks to its low overall height, the short combination trolley LHT-H enables efficient use of limited ceiling heights
• The load hook reaches a particularly high position, providing more lifting travel
• The hoist is suspended directly in the trolley without an additional load hook
• This makes the design more compact than conventional combinations of hoist and trolley
• The short combination trolley is equipped with a high-quality hoist and offers 3 m lifting
• A 2.5 m hand operating chain supports controlled operation
• Ball bearings in the wheels and in the gear unit ensure smooth, even running
• The contoured wheel profiles are suitable both for I-NP beams with inclined flanges and for HE beams with parallel flanges
• A high-quality surface coating protects the construction during demanding applications
• The standard overload protection also satisfies important regulations for use on ocean-going vessels
• The combination trolley is particularly suitable for ship engine rooms, workshops, production areas, as well as repair and maintenance areas with low ceiling heights
• The greater usable lifting travel makes lifting and positioning loads easier
• At the same time, the compact design can shorten downtimes, reduce labour, and enable a more cost-effective model of bridge or jib cranes.