Product Details

  • Home  
  • MAHA VS SQUARE II 6.5 MC / VAN

MAHA VS SQUARE II 6.5 MC / VAN

The four post inground lift, with runway, lifts cars and vans of up to 6.5 t. The runway lift, with electro-hydraulic SQUARE lifting unit, is optimally suited for the quick lifting of vehicles. Thanks to the already present rails, an axle jack for wheel-free lifting can also be added to the runway for vehicles with a 3500 mm or 5500 mm wheelbase. Optional: Conversion to vehicle reception, wheel alignment or inspection lift with axle play detector and 3.5 t wheel-free jack, as well as various types of installation (flush-mounted runway, with or without floor compensation). The torsion-resistant SQUARE posts guarantee maximum safety and outstanding tensile strength, which makes them ideal for wheel alignment.

Description

Load capacity: CE 6500 kg
Dimensions of driving platform (L x W x H): 5600 x 650 x 175 mm
Inner drive-through width: 848 mm
Total dimensions (L x W x H): 6958 x 2245 x 175 mm
Max. lifting height: 2050 mm
Post dimensions, square: 180 mm
Post spacing: 1580 mm
Post axle spacing in driving direction: 3500 mm
Installation depth: 2382 mm
Lifting/lowering time depending on load: approx. 38/38 s
Hydraulic oil volume (not included): approx. 56 l
Operating pressure: 180 bar
Control unit (H x W x D): 600 x 400 x 150 mm
Drive power: 2 × 3.0 kW
Fuse: gG 25 A
Power supply: 3/N/PE 400 V 50 Hz

Browse brochure

Additional information

Type of Product

Brand

MAHA VS SQUARE II 6.5 MC / VAN

SKU 2a83db47a98e Category

Partnership

which builds your future and guarantees increased and secure success.

About the company

VELMAR is a company with many years of experience whose primary activity is maintenance and testing of passenger and commercial vehicles, with a main focus on design, procurement of appropriate equipment and installation on a "turnkey" basis.

Velmar Automotive @ 2024. All rights reserved

Developed by OCS

Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.