BTMM-109-01-T-D

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Part Status:	Active

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Shunts, Jumpers

Shunts and jumpers are components used to ensure electrical continuity and to allow the modification of an electrical circuit by creating a closed loop to bypass or to connect together various parts of the circuit. The BTMM-109-01-T-D is a shunt that connects two points in an electrical circuit and is used for current measurement and voltage measurement. It is made of copper with a tin plating and is designed for use in DC and AC circuits up to 600V. The BTMM-109-01-T-D can be used in a variety of applications such as motor control circuits, motor protections, current measurement, line regulation, and distribution panels. The BTMM-109-01-T-D has a rated resistance of 0.015 ohms. This low resistance allows it to be used in a wide range of electrical applications. The shunt is also designed to be resistant to temperature and moisture, allowing it to maintain its performance and reliability over time and under varying conditions. In addition, the shunt is highly accurate, which eliminates the need for recalibration when changing parameters. The BTMM-109-01-T-D is also easy to install and use. It can be mounted on a terminal strip or directly wired, and can be used with a variety of current and voltage measuring devices. The BTMM-109-01-T-D is ideal for use in a variety of applications such as motor control circuits, motor protections, current measurement, line regulation, and distribution panels. The working principle of the BTMM-109-01-T-D is based on the principle of Ohm’s Law. When a current passes through the shunt, the voltage drop across the shunt creates a resistance and is measured by the device. The resistor acts as a voltage divider, dividing the voltage and providing a corresponding current proportion Hence, the current can be measured accurately. The BTMM-109-01-T-D is a highly reliable and accurate shunt, which makes it suitable for a variety of applications. It is designed for use in DC and AC circuits up to 600V and is ideal for use in motor control circuits, motor protections, current measurement, line regulation, and distribution panels. It is also easy to install and use and is highly accurate. This makes it the ideal choice for precise current and voltage measurement applications.

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