WISKA, the expert for cable glands, is adding cable protection to its range.
At InnoTrans, the company from Northern Germany presents the new Brace system to the professional public.
Heart of the new product line is the BraceGLAND, an innovative non-metallic fitting, developed and produced in-house at WISKA´s headquarters in Kaltenkirchen, North of Hamburg.
Thanks to its 360° clasp mechanism, this product is safe to install and has a high integrated strain relief for reliable protection, e.g. against heavy vibration.
Furthermore the large sealing area means that no special cutting tool for the conduit is needed. At the same time the high IP protection class reliably ensures that no dust and water can enter.
Alongside the innovative non-metallic fitting, WISKA offers an extensive cable protection portfolio of premium non-metallic conduits, as well as sleeves.
The development of the WISKA cable protection system was rated as especially innovative by the federal state of Schleswig Holstein and is therefore financially supported with means of the ERDF.
With CONMAXX the housing can be assembled from the inside out
With CONMAXX, WISKA presents a modular cable entry system especially well adapted for cabinet applications and electrical housings at InnoTrans.
CONMAXX consists of three components: Frame, grid inserts and conical sealing elements.
The three components can be compiled individually according to requirement and application.
This way, the entry system can be assembled from the inside out.
Therefore even subsequent, individual changes to the wiring are no problem due to the optional split sealing elements and the closed frame.
With 100 different seals, four frame sizes and four grid inserts, CONMAXX enables an extremely flexible and individual electrical installation.
An ideal addition to the railway series is the ShotGLAND cable gland series from WISKA, one of the flattest cable glands on the market.
With its silicone sealing, the LT version of the ShotGLAND can be used in temperatures ranging from -60 °C to 180 °C.