Kerkmann Move 4 electrically height-adjustable desk oak rectangular, T-leg frame silver 14
Price in EUR including VAT
Delivered between Wed, 29.7. and Fri, 28.8.
free shipping
Width4
Product details
Table top made of E1 quality chipboard, melamine resin-coated, with ABS edge.
Table top thickness: 19 mm.
Solid silver-colored T-leg frame on adjustable feet.
Electrically height-adjustable from 640 to 1290 mm.
Anti-trap protection through gyro sensor.
Memory function allows for 4 heights to be memorized.
Maximum static load: 125 kg; dynamic load: 100 kg; adjustment speed: 36 mm/s.
Drive via 2 motors with soft start and soft stop.
Color of the table frame: white.
Optional accessories include desktop socket, leg paneling with cable duct, lockable drawer, horizontal cable duct, pull-out storage compartment, desk divider, and mobile pedestal.
Exact colour description | Oak, Silver, White |
Material | ABS edge, Chipboard melamine coated, T-leg frame |
Height adjustable | Electrical |
Desk shape | Rectangular |
Width | 140 cm |
Depth | 80 cm |
Item number | 36628494 |
Manufacturer | Kerkmann |
Category | Desks |
Manufacturer No. | 10041055 |
Release date | 22.6.2023 |
Colour | Brown, Silver |
Exact colour description | Oak, Silver, White |
Material group | Metal, Wood |
Material | ABS edge, Chipboard melamine coated, T-leg frame |
Wood finish | Chipboard |
Surface finish | Melamine resin coated |
Desk type | Height-adjustable desk |
Height adjustable | Electrical |
Max. load | 125 kg |
Desk shape | Rectangular |
Thickness | 1.90 cm |
Frame version | T-frame |
Table frame colour | Silver |
Style + Design | Modern |
Wood type | Oak |
Country of origin | China |
CO₂ emissions | 0,45 kg |
Climate contribution | EUR 0,12 |
Scope of delivery | 1 piece |
Delivery condition | Self-assembly |
Width | 140 cm |
Depth | 80 cm |
Height | 64 - 129 cm |
Product Safety |
Specifications may include unverified machine translations.
14-day cancellation right
30-day right of return
30-day right of return
24 Months statutory warranty
Legal concerns