ST700C VENSET TV LIFT INTEGRATED
ST700C 7BXX1
The newest VenSet TV-lift includes new, interesting improvements. This TV-lift is, just as the ST700A and ST700B, suitable to lift screens up to 67 cm. Because of this stroke the lift is mostly used in living rooms or several professional applications. The improvements that are build in this TV-lift are the easily limiting of the lowest- and heighest position, an improved anti-squeeze function in both directions and an optimalisation of the noise-level.
Specifications Venset ST700C
| Lift size | 600 x 286 x 72 mm |
| Mounting depth | 50 / 61,5 mm excl. / incl. brackets |
| Mounting height | 600 / 646-886 mm excl. / incl. lidlifter |
| Stroke length | max. 700 mm, to limit mechanical |
| Height adjustment | 600 – 1300 mm |
| Screen height | max. 700 mm |
| VESA | 100 x 100, 200 x 100, 200 x 200, 300 x 300, 400 x 100, 400 x 200, 400 x 300 |
| Lift capacity | 5-65 kg (29 kg upside down) |
| Remote control | RF, IR optional |
| Mounting | (cabinet) Wall, with FM700 on the floor, ceiling |
| Running direction | standard and upside down |
| Rotatable | nee |
| Security | yes |
| Guarantee | 2 years manufacturer's warranty on material and production errors |
| Delivery includes | Bracketset ST700, RF remote control, trafo en manual switch |
| Options | Manual tilt bracket SB001, Bracketset ST1000, IR remotecontrol, bracket FM700 |
ST700C 7BXX1
21 Items
Data sheet
- HEIGHT ADJUSTMENT (MM)
- 700
- VESA (MM)
- 100x100
- VESA (MM)
- 200x100
- VESA (MM)
- 200x200
- VESA (MM)
- 300x300
- VESA (MM)
- 400x100
- VESA (MM)
- 400x200
- VESA (MM)
- 400x300
- VESA (MM)
- 300-200
- MINIMUM BUILD-IN HEIGHT (MM)
- 650
- SAFETY FUNCTION
- Ja, beide richtingen
Specific References
The newest VenSet TV-lift includes new, interesting improvements. This TV-lift is, just as the ST700A and ST700B, suitable to lift screens up to 67 cm. Because of this stroke the lift is mostly used in living rooms or several professional applications. The improvements that are build in this TV-lift are the easily limiting of the lowest- and heighest position, an improved anti-squeeze function in both directions and an optimalisation of the noise-level.