bimetal thermal protector switch
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OEM バイメタル モーター 過電流保護スイッチ 熱切断スイッチ 60A
OEM Bimetal Motor Overcurrent Protection Switch Thermal Cutoff Switch 60A For HVAC The HCET HC18/8AM Bimetal Thermal Protector is a dual-sensitive (temperature & current) motor overload protector designed to safeguard high-power motors and transformers from overheating or overcurrent damage. Engineered with precision-calibrated bimetal technology, it ensures rapid trip-off response (4-10 seconds) to prevent equipment failure in demanding applications. Product Specifications
ODM 熱保護スイッチ カーテンモーター用のマイクロ温度コントローラカットアウト
ODM Thermal Protection Switch Micro Temperature Controller Cut Out For Curtain Motor Product Name TB02 thermal protector Voltage 250V Current 2.5A Temperature Range 30~155℃ Tolerance ±3℃,±5℃ Size 10*5*2mm Application Curtain Motors HCET-A TB02 Bimetal Thermal Protection Switch The HCET-A TB02 is a precision-engineered bimetal thermal protection switch designed to safeguard curtain motors from overheating and electrical damage. This micro temperature control switch utilizes a
自動スナップアクションモーター 熱過負荷スイッチ ODMを切断
Automatic Snap Action Motor Thermal Overload Switch Cut Out ODM Product Specifications Attribute Value Product name 17AM thermal protector Temperature range 50~180℃ Tolerance ±3℃,±5℃ Voltage 250V Current
1A-30A モーター熱保護スイッチ 250VAC 熱切断スイッチ
HC02 Series Bimetal Motor Overload Protector 1-30A Thermal Cutoff Switch Product Specifications Attribute Value Product name HC02 motor thermal protector Material Plastic case Temperature range 60~180℃ Tolerance ±8℃,±10℃ Voltage 250V AC/30V DC Current Customizable Application Window Lifting Motor Product Description The HCET HC02 Series is an advanced bimetal thermal cutoff switch engineered to safeguard motors from catastrophic failure caused by overloads, locked rotors, or
3相暖房切断スイッチ 16A-35A BW-HC25 熱切断スイッチ
Three Phase Bimetal High Current Thermal Protector Switch Cutoff Protector 16A-35A BW-HC25 Key Specifications Product Name HC25 thermal cutoff switch Material Metal case Temperature Range 70℃~160℃ Tolerance ±5℃,±8℃ Voltage 250V Current 16-40A Application High Power Motor Product Overview The BW-HC25 Three-Phase High Current Thermal Protector is engineered for extreme environments, delivering reliable overload protection for pumps, industrial motors, transformers, and high
KSD9700 熱スイッチ 過負荷防止 熱切断スイッチ ファンモーター
Precision KSD9700 Thermal Switch Overload Protection Cutoff For Fan Motors Product Overview The HCET TB05/KSD9700 Bimetal Thermal Protector Switch provides reliable overload protection and precise thermal management for fan motors and various industrial applications. This high-performance thermal cutoff switch offers rapid response to temperature fluctuations while safeguarding equipment against overheating. Key Specifications Attribute Value Product name TB05/KSD9700 thermal
6アンプ AC KSD9700 熱保護 250V 10A 熱過負荷スイッチ 電機
6amp AC Bimetal KSD9700 Thermal Switch 250V 10A Protector Temperature Control Product Specifications Attribute Value Product name KSD9700 thermal switch Material Plastic or metal Temperature range 35℃~160℃ Tolerance ±3℃,±5℃ Voltage 250V Current 10A Application Home appliance Product Description HCET KSD9700 thermal switch 250V 10A Bimetal Thermal Protector Plastic Metal Case Temperature Control Switch The HCET KSD9700 Thermal Protector is a high performance bimetal temperatur
Bimetal モーター 17AM 熱保護 高温切断スイッチ 250V
Bimetal Motor 17AM Thermal Protector High Temp Cutout Switch 250V Product Specifications Attribute Value Product name 17AM thermal protector Temperature range 50~180℃ Tolerance ±3℃,±5℃ Voltage 250V Current
HC02-B 二金属モーター 過負荷保護 30A 熱切断スイッチ ABSモーターの過電流と過熱保護
HC02-B Bimetal Motor Overload Protector 30A Thermal Cutout Switch Product Overview The HCET HC02 bimetal motor protector offers precise thermal overload protection (60°C-180°C ±8°C) for automotive and industrial equipment. Engineered with aerospace-grade bimetal technology, it automatically cuts off power within 4-10 seconds when detecting overheating or overload currents up to 30A. This RoHS-certified protector ensures reliable operation in harsh environments (-40°C to +200
