7.2TFLSJ160

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7.2TFLSJ160 is a type of electrical specialty fuse. It is designed for short-circuit protection with temperature compensation, fast response time, low power loss in normal working state, and other advantageous features. It is widely used in controlling circuits of DC motor, electromagnetic starter, AC contactor, and other automation equipment.

The working principle of the 7.2TFLSJ160 fuse relies on the thermal-magnetic current limitation effect. It uses a combination of thermal and magnetic effects to limit the maximum current that can flow through a circuit. In normal working conditions, the fuse operates in the thermal region, which limits the current flow to a certain level. When the current exceeds the fuse’s thermal rating, the magnetic effects take over and limit the current further. As the current rises even further, the fuse trips and restricts the current to a safe level.

The 7.2TFLSJ160 fuse is designed to provide short-circuit and overload protection for circuits in AC/DC motor control equipment. It is also used in contactors as a current limitation device. The fuse has a wide operating temperature range and the capability to achieve a low power loss in normal working conditions. Its current limitation characteristic makes it suitable for equipment with low and high inrush current.

The 7.2TFLSJ160 fuse is made of high-grade materials and designed to meet strict safety standards. It is UL 4248 approved, CSA certified and RoHS/REACH compliant. It also comes with a variety of terminal styles and configurations and is available in various rated current values. The fuse also has a variety of indicators to easily determine the status of the circuit.

7.2TFLSJ160 is an exceptional choice for short circuit and overload protection in DC motor, electromagnetic starter, AC contactor, and other automation equipment. The fuse is robustly constructed and able to provide reliable and safe protection over a wide range of current values. Its fast response time, low power loss in normal working conditions and other advantageous features make it a popular choice for various applications.

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