A1AXB-3036G

The A1AXB-3036G from the Rectangular Cable Assemblies family is a 3 position device, constructed with a lay-flat cable exit angle, and a stable airflow and dust resistance. It is made from durable non-conductive, non-corrosive plastic, and the contacts are hardened for use in extreme working conditions. The A1AXB-3036G has a shock sensitivity range of up to 0.5KV/m, making it suitable for applications where shocks could occur.

The A1AXB-3036G is a very versatile device and has several applications due to its great features. It can be used in industrial applications, such as welding, machining or other manufacturing processes, as it is highly resistant to dust and cooling air. Additionally, this device can also be used in automotive, medical and telecommunications applications due to its high operating temperature range (–55 to +125°C) and large contact range (0.7–1.2 mm).

The device works by establishing electrical connections between two or more conductive surfaces. The conductive surfaces are attached to the contacts of the A1AXB-3036G which are then pressed together with a springing action to form the electrical circuit. This device also contains a contact element which is designed to break or make the circuit depending on the voltage applied. When the voltage is low, the contacts remain closed, enabling current to pass through the device. When the voltage is high, the contacts open, preventing the flow of current.

The A1AXB-3036G can also be used as a shield for sensitive electrical components and circuits against EMI (electromagnetic interference). The shielding effect of this product is achieved thanks to its electrically effective components and materials which absorb, dissipate, or reflect the EMI energy.

The A1AXB-3036G is a dependable and reliable solution in the Rectangular Cable Assemblies family and has proven itself to be very versatile for many applications. Its robust construction and dust and cooling air resistance make it suitable for a wide range of industrial and commercial applications.