Art. Nr: 36132
Switchable magnetic base 50x55x75mm
The special feature of this switchable magnetic base is its slightly prismatic holding surface, which allows the magnet to adhere to rounded surfaces such as bars. Many holders can be attached through the central threaded hole M8x7.
€75.57
Shipping in 1-2 business days
€75.57
€66.15
€56.74
€50.28
Product features
- Quick holding and releasing of aids such as measuring tools, magnifying glasses, lamps and holders.
- The magnetic force can be easily switched on and off by pressing the button.
- The holding surface is equipped with a V-groove for round material and with flat pole surfaces for flat material.
- Central threaded hole M8 for attaching the holders.
Description
| Length (mm): | 50 |
|---|---|
| Width (mm): | 55 |
| Height (mm): | 75 |
| Thread size M: | M8 |
| Thread length L (mm): | 7 |
| Holding force (N): | 1000 |
| Design: | with internal thread |
| Color: | black |
| Switchable: | yes |
| Weight (kg): | 1.247 |
| Additional property: | Mit V-Nut für Rundmaterial |
Areas of application
The switchable magnetic base is used for the temporary attachment of aids such as brackets, lamps, measuring devices or magnifying glasses to metallic surfaces. It allows for the easy repositioning and adjustment of devices on metallic surfaces without permanent attachment. This is particularly useful when existing surfaces must not be permanently altered by drilling. The switchable magnetic force ensures a firm hold, while switching off the magnetic force makes it easy to remove or reposition the device.
- Tool and apparatus construction: Using the threaded holes, objects such as lamp holders or holders for measuring apparatus can be attached and magnetically fastened to iron surfaces. This allows lamps and measuring devices to be flexibly mounted wherever they are needed at the moment.
- Laboratory and research: Magnetic bases are used in test laboratories to secure tripods and test equipment. Thanks to their switchable magnetic force, they adhere gently and without leaving residue on ferromagnetic surfaces. This is particularly advantageous for walls and fixtures that must not be modified by drilling or screwing.