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17am thermal protector switch
17am thermal protector (KLIXON) working principle: 17am Motor Thermal Protector 17am019-031 60-160 Celsius Degree Normally Closed. The working principle of the TI 17AM thermal protector is based on bimetal technology. When the temperature or current increases, the heat generated is transferred to the bimetal strip.
17am thermal protector (KLIXON) working principle: 17am Motor Thermal Protector 17am019-031 60-160 Celsius Degree Normally Closed.
The working principle of the TI 17AM thermal protector is based on bimetal technology. When the temperature or current increases, the heat generated is transferred to the bimetal strip. When the temperature reaches the rated operating temperature, the bimetallic piece acts quickly to disconnect the contacts and cut off the power supply, thus playing a protective role. When the temperature drops to the rated reset temperature of the product, the bimetal quickly returns to its initial state, closing the contacts and turning on the power, and the cycle continues. This kind of thermal protector has the characteristics of large contact capacity, sensitive action, and long life.
The 17AM series thermal protector is produced by the proprietary technology of Texas Instruments in the United States and can accurately control the temperature overheating of electrical appliances. They have the characteristics of small size, large contact capacity and fast tripping action. When the electrical appliance is not working properly and the surrounding temperature is too high, the bimetallic reed of the protector breaks the contacts to protect the electrical appliance. When the thermal protector cools down to a safe temperature, the contacts automatically close and reset.
The 17AM overheat protector (17AMH/17AMH+PTC) is equipped with a PTC heating element based on the 17AMH thermal protector. When the heat reaches the disconnection temperature value of the protector, the bimetal strip quickly jumps out, causing the two contacts to disconnect and cutting off the circuit. At the same time, since the voltage on the open contact is applied to the PTC heating element, enough heat is generated to keep the bimetal in the tripped state. The contacts can only close when the power supply is turned off.
The working principle of the 17AM thermal protector is that current passes through the KLIXON bimetal reed and two contacts. When the electrical appliance is not working properly and the surrounding temperature or current is too high, when the heat reaches the trip temperature value of the protector, the bimetal reed will act quickly, thus cutting off the circuit. When the temperature drops to the reset temperature, the KLIXON bimetal reed quickly closes again.
17AM thermal protectors are widely used in the field of thermal protection due to their small size, snelle temperatuurmeting, and reliable performance. It is widely used in various types of motors, transformatoren, lighting appliances, stofzuigers, high-pressure cleaners, submersible pumps, high-pressure water pumps, various power tools, electric heating pads, heaters and other types of household appliances, instruments, apparatuur, enz.
17am Bimetal Thermal Overload Protector Temperature Cutoff Thermostat Switch ; Production Capacity: 100000PCS/Month ;
Special functions:
17AM Thermal protector works: current through bimetal and two contacts, When the appliance is not working properly,
17am temperature switch features: Small size design; one kind of trip temperature are strictly calibrated and checked; bimetal fast escape with a 100% (SANP ACTION);
17am temperature switch Model: 17A
17am thermostat switch temperature: 50 ℃ -180 ℃
Thermal protection 17AM Series
17AM protection is a series of over-temperature, over-current protection device of its small size, contact capacity, escape moves fast, mainly used in motors, lamps and small appliances overtemperature overcurrent protection.
17am temperature switch features:
Small size design;
Each trip temperature are strictly calibrated and checked; bimetal fast escape with a 100% (SANP ACTION);
An induction current and temperature sensing operation of the dual performance;
To follow a variety of riveting wire length with customer demand;
Switch housing is over-current can be welded directly to the electrical lead or nickel sheet use; can also be applied using an insulating sleeve;
Each parts are strict implementation of the European ROHS environmental standards.
17am thermostat switch Electrical Specifications:
20 amps/16 volts DC
10 amps/250 volts DC
20 amps/125 volts DC
17am temperature switch technology parameters:
Operating temperature range: 50 ℃ -180 ℃, available upon request at any temperature within its range
Temperature tolerance: ± 3 ℃, ± 5 ℃, two kinds of tolerance for customer choice, typically ± 5 ℃
17am temperature control switch Applications:
Various types of motors, motor
Pumps, air compressors, washing machine
Electronic Ballast, HID ballasts, lighting fixtures
Heating pad, car blanket, heating pad Medical
Power tools, chargers, transformatoren
Household appliances, heating appliances
17am temperature switch Dimensions:
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What Is A Thermal switch?
Thermal switch is based on the working environment of the temperature changes, physical deformation occurs inside the product, a control element which is automatically turned on or off, also known as temperature control switch, thermische bescherming, temperature controller and so on. Commonly used temperature control methods are:
circuit board temperature switch
The SENSATA / AIRPAX 67F075 temperature control switch is a contact temperature-sensitive snap-type, plastic-encapsulated bimetallic thermostat. The shell is insulated, with stable working performance and long life. The product is sensitive and reliable, does not cause arcing, is easy to install, and has less radio interference. It is widely used in circuit boards, switching power supplies, chargers, ballasts and other fields.
Motor overload protector for klixon 6AP juicer
Miniaturization, long life and complete reliability. The use of bimetal materials with good electrical conductivity ensures that they can withstand the requirements of normal loop current. The combination of bimetal and heating wire has fast tripping and very precise trip time to prevent the motor from overheating.