thermal overload protector
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50C-180C Chuyển đổi nhiệt độ cắt giảm 250V Chuyển đổi cắt giảm nhiệt
HCET-B Thermal Protection Switch - Dual Trip Motor Protection (50-180℃ & 1-35A) Key Product Attributes Attribute Specification Product Name HCET-B thermal protection switch Temperature Range 50~180℃ Tolerance ±5℃,±8℃ Voltage 250V Protection Current 1~35A Trip Time 3~8 sec Application Motors/Appliances/Power Tools Product Overview The HCET-B thermal protection switch is a precision-engineered safety device that combines temperature monitoring and current overload protection in
250V 6A KSD9700 Chuyển đổi nhiệt độ V8AM NO Bimetal Thermostat
V8AM KSD9700 Switch NO Bimetal Thermostat For Power Line 250V 6A Product Specifications Attribute Value Product name TB05/KSD9700 thermal switch Material plastic or metal Temperature range 35℃~160℃ Tolerance ±3℃,±5℃ Voltage 250V Current 5A/10A Application Power Line Product Description HCET TB02 TB05 KSD9700 V8AM Bimetal Thermostat for the Power Line 250V 6A 95 Degrees Temperature Switch HCET KSD9700/TB05 is a high performance bimetallic temperature protector designed for the
Máy nén Bimetal Thermostat 80C-180C Bimetal chuyển đổi nhiệt độ
HCET Thermal Protector Bimetal Thermostat Thermal Switch Electric Power Self-Hold Product Specifications Attribute Value Temperature Range 80~180℃ Material Metal case Tolerance ±8℃,±5℃ Voltage 30V DC / 250V AC Current Customizable Application Motors/Compressors Product Description The HCET 3MP Motor Thermal Protector is a high-performance, self-resetting bimetal overload switch designed as a reliable replacement protector. Ideal for automotive, industrial, and household
HC18/8AM
HC18/8AM Series Thermal Protector HC18/8AM Series Thermal Protector Reliable Temperature and Current Sensitive Protection for Motors and Transformers ❮ ❯ The HC18/8AM series thermal protectors are meticulously engineered to offer dual protection against both excessive temperature and current overload. These devices are crucial for safeguarding sensitive equipment such as motors and transformers from potential damage caused by overheating or overloading conditions. Designed
