VN13A1500000G

VN13A1500000G is a terminal block manufactured by WHCO which is capable of providing connection between wires and equipment boards. This terminal block is widely used in resource-demanding applications due to its versatility and high performance. It is also known for its superior quality and reliability.

The VN13A1500000G terminal block is designed to provide reliable connections between a wide range of wires and boards. It utilizes a snap-in system which helps to quickly and easily connects and disconnect wires without the use of any tools. Furthermore, this terminal block is available in various sizes and can easily accommodate wires with different cable diameter ranges. It is also compatible with both boards with plated through-holes and surface mount pads.

The VN13A1500000G terminal block also boasts a range of features designed to make it suitable for various harsh environments. It is made with an integrated clamping system which holds firmly onto the wires, even in areas that experience severe shock or vibration. Additionally, it has a high temperature-resistance rating, allowing it to operate normally under extreme temperatures. The terminal block also comes with a wide variety of current and voltage ratings, making it an ideal choice for a wide variety of electronic applications.

The VN13A1500000G terminal block features a two-piece design where wires and boards are connected through contact and insulation materials. This makes it easy to use and allows it to provide reliable connections between various types of components. Additionally, this design also makes the terminal block more compact and lightweight, which increases its efficiency and reduces its cost.

The VN13A1500000G terminal block is an excellent choice for resource-demanding applications that require reliable connections between wires and equipment boards. Its snap-in system, wide current and voltage ratings, and integrated clamping system all make it a highly effective and reliable choice for these applications. Additionally, its high temperature-resistance rating makes it an ideal choice for harsh environments and its two-piece design increases its efficiency and reduces its cost.