Adhesive mounting kit consisting of mounting bracket and mounting flange

The mounting set consists of the mounting bracket for the radar sensor and the mounting flange for adhesive mounting;

The stainless steel mounting bracket is designed so that the sensor can be optimally aligned. The swivel arm allows the sensor to be positioned above the level to be measured. The precise alignment of the sensor is then carried out via a ball joint.

Technical specifications

Request a quotation

Wall mounting with adhesive connection

Clean the substrate with a wire brush before bonding
Bend the wing of the flange to fit the wall
Apply a generous amount of adhesive to the back of the sashes and press onto the wall
Allow the adhesive to cure completely
Connect the swivel arm to the flange using the clamping screw
Optionally lock the swivel arm in place using a safety cotter pin

Note: The adhesive does not bond with the smooth surface of the flange. The adhesive effect is based solely on the enclosure of the metal by the holes in the wings.

Mit dem Laden des Videos akzeptieren Sie die Datenschutzerklärung von YouTube.
Mehr erfahren

Video laden

YouTube immer entsperren

Mit dem Laden des Videos akzeptieren Sie die Datenschutzerklärung von YouTube.
Mehr erfahren

Video laden

YouTube immer entsperren

Alignment of the radar sensor

By means of an adapter (optional accessory), a laser distance meter can be attached directly to the sensor holder. The adapter fits either in the 1.5″ holder of the sensor (precise alignment of the measuring point) or. on an additional mounting device on the bracket (measurement of the the mounting height with the sensor already mounted and aligned ).
The adapter is compatible with the following laser rangefinders:

Bosch GLM 30
Bosch GLM 40
Bosch GLM 50 C

Delivery

1x sensor holder consisting of:
- Schwenkarm 140 mm
- Sensor holder incl. Ball joint
- Clamping screws
1x adhesive flange

Note: The distance between the wall and the centre of the sensor mount is 250 mm.

Product configurator

With the help of the runtime calculator, you can estimate the autonomous runtime of the application as well as the costs incurred. The actual costs and energy consumption depend on the measurement conditions, such as the reception quality and ambient temperature. Detailed information on the tariffs can be found here.