BTMM-134-01-T-D

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Shunts and jumpers are technological parts which are useful in many industries when either establishing an electrical connection between two points or isolated from each other. The BTMM-134-01-T-D is one particular model of shunt and jumper that is mainly used in the medical and healthcare industry, as it is a part that is designed for medical applications.

In terms of its application field, the BTMM-134-01-T-D is a 10 amp shunting device that is ideal for use in site power systems. It is manufactured according to IEC/EN 60950-1 and IEC/EN 60601-1 standards, and is therefore suitable for use in medical equipment such as ultrasound machines, X-ray machines, patient monitors, and much more. As a safety measure, the shunt is set to a maximum voltage of 36V, meaning that it helps to protect equipment from potentially dangerous electrical connections which could potentially cause accidents or damage.

In terms of its working principle, the BTMM-134-01-T-D is a device that helps to ensure that electrical power is distributed in a safe and secure manner. It works by allowing current to be passed through the shunt instead of through an electrical circuit, meaning that when a certain amount of power is exceeded, the shunt acts to divert some of the current so as to protect the circuit from overloading.

In addition, the BTMM-134-01-T-D also helps to protect against electrical current overloads, as when the current exceeds the preset limit, the shunt will disconnect the circuit to protect the system from overloading and possible damage. This makes it particularly suitable for use in medical and healthcare settings, as it is important to ensure that electrical circuits are safe and secure in order to prevent injury or harm to patients.

The BTMM-134-01-T-D is a shunt jumper that is specifically designed for use in medical settings, and it is important to ensure that it is used properly to protect against electrical overloads and other potential hazards. The shunt works by allowing current to pass through it to the point of overload, meaning that it can help to protect both the circuit and the equipment which the shunt is protecting.

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