Arise Basix 3 Corner Desk
There are so many electric desk frames out there now it is hard for consumers to know what represents good value.
At Sylex Ergonomics everything we sell is covered by a ten year warranty and therefore we need to ensure that we supply the best and most robust units on the market. That’s why we do not sell cheaper single motor electric desks. If you have a single motor driving two legs that means there is a transfer bar (or in some very agricultural cases, a bike chain) and gears to drive the other non-motorised leg.
Most typical failures in such desks are in the gearbox, especially if there is an uneven load on the desktop (and nearly all desktops are unevenly loaded). One side goes up easily, the other strains to rise up, and all the tension goes onto the gearbox leading to a likely failure.
Basix frames on the other hand employ two linear actuators directed by an electronic controller which reads the loads on each leg of the desk and directs power to where it is needed. This ensures that the desktop rises and falls evenly and smoothly, no matter what the load distribution. A sophisticated electronic controller directs all desk movements. It has multiple memory functions, surge immunity and ESD discharge protection. A rapid lift speed of 38mm/sec and a low noise (< 50dBA) make Arise Basix frames the professional choice in any modern office.
Features:
• Three linear actuators.
• Impeccable protection software, including automatic fault detection.
• Sedentary alert.
• Constant speed control.
• Reliable control system, 100% aging test qualified.
• 3 stage Leg design enables height adjustment upto 1230mm.
• Low standby power consumption, U. S. EPA and European ERP compliant.
• With 3 pre-set heights memory control box.
• Built in cable tray.
Specifications:
Table size: Width: 1200x2000mm, Depth: 600x800mm
Height Range: 600-1230mm
Motor: Three motors
Loading: 150kg
Stroke: 630mm
Speed: 38mm/s
Power: 100V-240V
Noise: <50dB
Surge Immunity: 1 kV(L 1 to L2) / 2kV(L 1,L2 to PE)
ESD protection: ±4.0kV(Conducted discharge)/ ±8.0kV(Air discharge)
