Sliding bottom-hung bracket K27/B for linear actuators series M2 and M3 Features: Height-adjustable bracket for mounting the drive with its narrow side on window frames, skylight domes, etc. Preferably for slanted skylight dome upstands Mounting in the lower clamping guide Material: aluminium, stainless steel Max. permissible force: 650 N Subject to technical changes as of...

Clamping ring bracket K9/C for linear actuators of the M9 series Features: Mounting bracket incl. clamping ring for universal mounting Particularly suitable for high mounting distances on windows and skylight domes Material: Bracket: steel; clamping ring: die-cast aluminium Max. permissible force: 650 N Subject to technical changes as of 01/2019; illustrations not binding.

Sliding bottom-hung bracket K27/B/XL for linear actuator M2 and M3 Features: Height-adjustable bracket for mounting the drive with its narrow side on window frames, skylight domes, etc. Mounting in the lower clamping guide Material: galvanised steel, aluminium, stainless steel Max. permissible force: 1000 N Subject to technical changes as of 01/2019; illustrations not binding.

Clamping frame bracket K28/B2 for linear drive M3 Features: For universal application Particularly large contact surface for mounting on the frame Includes two special clamping screws for the lateral clamping guides Material: steel, galvanised Max. permissible force: 650 N Subject to technical changes; illustrations are not binding.

Clamping ring bracket K9/O for linear actuators M9 and M1 Features: The mounting bracket incl. clamping ring can be moved over almost the entire drive and is suitable for all common profile systems for roof and façade windows. Material: die-cast aluminium Max. permissible force: 1000 N Subject to technical changes as of 01/2018; illustrations not binding.

Sliding bottom-hung bracket K26/B for linear actuators series M2 and M3 Features: For mounting the drive with its narrow side on window frames, skylight domes, etc. Mounting in the lower clamping guide. Material: aluminium, stainless steel Max. permissible force: 650 N Subject to technical changes as of 01/2019; illustrations not binding.

Sliding bottom-hung bracket K26/B/XL for linear actuators series M2 and M3 Features: For mounting the drive with its narrow side on window frames, skylight domes, etc. Mounting in the lower clamping guide. Material: aluminium, stainless steel Max. permissible force: 1000 N Subject to technical changes as of 01/2019; illustrations not binding.

Clamping frame bracket K28/B1 for linear drive M2 500N Features: For universal application Includes two special clamping screws for the lateral clamping guides Particularly large contact surface for mounting on the frame Material: steel, galvanised Max. permissible force: 500 N Subject to technical changes; illustrations are not binding.

Clamping ring bracket K12/O for linear actuators M9 and M1 For individual mounting of linear drives M9 and M1 with the narrow side on window frames, skylight domes, etc. The clamping ring bracket for the powerful drives can be mounted on all common profile systems of roof and façade windows. Furthermore, the K12/O, which is made of steel and aluminium, can withstand a...

Clamping ring bracket K10/O for linear actuators M9 and M1 The clamping ring bracket for powerful drives and can be mounted on all standard profile systems for roof and façade windows. Especially for drives from 1500 N or other drives with 36 mm tube diameter. Features: Easy assembly/adjustment due to split bracket fork. Can be moved over almost the entire drive. Suitable...

Bracket with threadded Pin K31 for linear drive M2 and M3 Features: For bottom-hung and top-hung windows, roof flaps and skylight domes. With hole and threaded pin. Material: steel, galvanised Max. permissible force: 650N Subject to technical changes; illustrations are not binding.

Clamping frame bracket K29/B2 for linear drive M3 Features: Design as K28/B, but in cranked version and with two mounting heights. Material: Steel, powder-coated Max. permissible force: 650 N Subject to technical changes; illustrations are not binding.