Product Information
MAX STD mobile workstation: the workhorse
- Flexible modular system with countless options
- Variable ergonomic height
- Three power classes: 375 VA, 800 VA or 1,200 VA
- 24 V as an option or with 230 V working voltage
- Proven battery management system
- Country specific versions with all EU approvals and CSA/US approval
- FI circuit breaker
- Suitable for shift operation
- Smooth running hard floor casters (industrial grade)
A short video about the use of the MAX mobile workplace at Goldhofer AG in Memmingen shows very clearly how travel time can be saved and IT equipment made mobile.
Technical data
The data of the MAX STD
Basic structure
- Aluminum base frame with four swivel castors (two with parking brake)
- Working height variably adjustable; standard 1,130 mm (DIN 4549)
- Easy to move due to ergonomic handle and large rollers
- Very stable due to external castors and low center of gravity
- Dimensions: 550 x 1,130 x 580 mm (W x H x D)
- Weight approx. 67 – 113 kg (depending on version)
- Temperature range 0 °C to + 40 °C (except MAX TK-OWR)
Equipment variants
- MAX STD 300: On-board sinus power inverter
230 V AC/375 VA - MAX STD 750: On-board sinus power inverter
230 V AC/800 VA - MAX STD 1200: On-board sinus power inverter
230 V AC/1200 VA – Laser printer-capable - MAX STD OWR: Without inverter
Equipment MAX STD
- Support: 500 x 440 mm (W x D); support height adjustable
- Rear panel standard with document pocket
- OnBoard charger 12 A
- OnBoard sine wave converter 230 V AC
- 2x fleece batteries 12 V/60 Ah (maintenance free)
- 24VDC connection incl. plug
- Battery controller to display the battery capacity incl. acoustic and visual warning when reaching the discharge voltage with automatic shutdown (incl. deep discharge protection)
- 6-way Schuko power strip (German) with residual current device (RCD)
Case Study
Our services with Goldhofer
With the current solution, significantly fewer ground conveyors are required, routes are saved and throughput has been significantly increased. The individual load carriers in the goods receiving area now have to be moved significantly less. In addition, the employees significantly reduced their distances through the MAX.