GT1 Series Axial Type Glass Encapsulated NTC Thermistor
The GT1 series thermistors are manufactured using super stable NTC chips which are hermetically sealed in a glass package. They are heat resistant by virtue of glass –sealing. It can be used in many tough environments like oil smoke, dust or humidity.Their uniform dimensions and axial lead configuration make them especially suitable for use with automatic insertion equipment.
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GT2 Series Radial Type Glass Encapsulated NTC Thermistor
The GT2 series thermistors is designed for high environmental reliability and wide temperature range of usage (-40℃~300℃) .Lead wires are coming out from one side, called radial lead type. They are heat resistant by virtue of glass –sealing. It is suitable for equipment requiring a quick response and for measurements in a narrow space. It can be applied to various fields, such as home appliance, automobile , medical, and other industrial applications.
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GT3 Series Radial Type Glass Probe Encapsualted NTC Thermistor
The GT3 series thermistors is designed for high environmental reliability and wide temperature range of usage (-40℃~300℃) . Long glass body also can make it have good insulation .This small size and glass package makes it ideal for space measurement and temperature measurement and control in extreme temperatures, corrosive environments and harsh environments.
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GT4 Series Surface Mount Type Glass Encapsulated NTC Thermistor
The GT4S series surface mount thermistors are manufactured using super stable NTC chips which are hermetically sealed in a glass package. The result is an extremely reliable surface mount package which is capable of withstanding the most severe environmental conditions. Tape and reeling for use with automatic insertion equipment is available.
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MF72 Series Disc Leaded NTC Thermistor
The MF72 series NTC Disc Thermistors are available in wide range of sizes and resistance characteristics as a bare discs and in leaded configuration. Available with tinned copper bare wire and stranded copper leads with very flexible silicon insulation. Different kinds of resins for mechanical and electrical protection.Inrush current limiting power thermistors are specially formulated and processed NTC thermistors suitable for suppressing high inrush currents in switching power supplies and other applications where the high initial starting currents are undesirable. Their unique design enables them to handle extremely high current and voltage levels.
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MZ6 Series Motor Protection PTC Thermistor
MZ6T PTC motor protection type thermistor is specially designed for over-temperature protection of motors and other parts according to international standards DIN-44081 and DIN-44082. The PTC thermistor is placed in the three-phase winding of the motor. When the temperature reaches the insulation level temperature, the resistance of the PTC rises, and the high-resistance signal is transmitted to the control protector, and the protector disconnects the motor line according to the signal to protect the motor.
PT1000 Series Platinum Temperature Sensors
The PT series are designed for large volume applications where long term stability, interchangeability and accuracy over a large temperature range are vital.The temperature sensor consists of a photo-lithographically structured, high-purity platinum coating arranged in the shape of a meander. The platinum thin film structures are laser trimmed to form resistive paths with very precisely
defined basic value of the resistivity. The sensors are covered with a glass passivation layer; to protect the sensor against mechanical and chemical damage
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Thermal-links/Thermal cut off/Thermal fuse
Alloy Thermal-link/Thermal Cutoff(TCO) is defined as a non-resettable protective device functioning one time only.It is widely used in electrical equipment.Alloy TCO is mainly consist of fusible alloy,flux, plastic or ceramic case,sealant epoxy and lead wires.Normally, fusibel alloy is jointed to the two lead wires.Under abnormal conditions, when the temp reaches to the fusing temp of alloy TCO, the fusible alloy melts and quickly retracts to the two lead wire ends with the aid of the flux and disconnects the circuit completely.
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