38211-0107

The 38211-0107 terminal block is a type of barrier block used to manage voltage and current in various electronic and industrial control applications. It is an adjustable terminal block designed for wire termination and easy connection. The main body of the terminal block is made from thermoplastic and is fitted with a plastic insulated sleeve.

The 38211-0107 terminal block features two ports for high current, five ports for medium current, and six ports for low current. The ports can be adjusted according to the user\'s requirements. The terminal block has a rated insulation voltage of 300V and supports an operating temperature range from -40 to +115ºC. The terminal block is UL and CSA approved for use with 10 AWG to 14 AWG (0.63 to 2.08 mm2) stranded and solid wire. It features a lifetime of 10,000 connections and disconnections.

The 38211-0107 terminal block uses a lever mechanism to clamp the wires in place. When the lever is lifted, the top part of the terminal block swings open to allow for insertion of the wires. The lever is then closed and the wires are clamped securely in place. The lever mechanism is designed to remain closed even in the presence of high vibrations or mechanical shock. The terminal is also designed with a self-reset functionality so that the lever returns to its original position after the connection or disconnection is complete.

The 38211-0107 terminal block can be used in many types of application fields including power supplies, power control units, UPSs, industrial automation systems, HVAC, and similar applications. It is suitable for use in dry areas as well as wet and humid areas. It is also compatible with various connectors, circuit breakers, and frequency meters.

The 38211-0107 terminal block is a reliable and cost-effective solution for terminating and connecting wires safely and securely. It is designed to be easy to use and to provide a secure connection between wires. It features a robust construction and can withstand a wide range of environments and application fields.