17Ame+Ptc Self-Hpld Thermal Protector

Supplier: Gas lighter, led screen protector ( not even in domestic ), refill paper cups, table runner, earing brass clamp, auto brass electric parts, cashew nuts, wire mesh, petha sweet, niwar, mohini powder, vermicompost, dry bath incubator, test tube plastic, sordium citrate tube, health care product, ornamental freshwater fish, safed musli, used polymer bag, cotton linter, auto hood cover, areca plate, rice

Hard and tough quality Unbreakable

17AME Thermal protector Yangzhou Wuyue Electric Co.,Ltd for free samples please contact: 17AME is a both temperature and current sensitive protector. it has a small size but high capacity. The applications are motors. Lighting and home applications. Special Features Small size design Each trip temperature is rigorously corrected and tested Bimetal 100% has fast escape Dual performance with induced current and induced temperature Wire type & length are customized The terminals of the riveted wiring material are of the same direction riveting and opposite direction riveting All parts is strictly implemented the European ROHS environmental standards. Electrical Specifications 20A/16VDC 10A/250VDC 20A/125VAC Temperature range and Tolerance Temperature range:55 degree centigrade~180 degree centigrade Operating temperature tolerane:±3 degree centigradeï¼?±5 degree centigrade Applications Scope Various types of Motors Water Pump Air Compressors Washing Machines Electronics Ballast HID Ballasts Lighting Fixtures Heating Pad Car Electric Blankets Medical Heating Pad Plastic Machines Power Tools Chargers Transformers Household Applications Heating Appliances

* 1P, 2P, 3P, 4P optional * Uc: 420V * In: 10KA * Imax: 20KA * Customized available

PTC thermistors current protector, also called PTC thermistor resettable fuses, protect load against over-current, overload, short circuit. No need for replacement, resume protective function after a short cooling-down time. Ceramic PTC (positive temperature coefficient) thermistors are used instead of conventional fuses to protect load, such as motors, transformers, or electronic circuit, against overcurrent for circuit protection. PTC thermistor protector not only respond to inadmissibly high currents but also if a preset temperature limit is exceeded. PTC thermistor over-current protector limits the power dissipation of the whole circuit by increasing their resistance and thus reducing the current to a harmless residual value. In contrast to conventional fuses, PTC thermistor resettable fuses do not have to be replaced after elimination of the fault but resume their protective function immediately after a short cooling-down time. PTC Thermistor Over-current Protector Application It applies in the over-current overload and short circuit protection of transformers, battery charger, switches, switch power supply, adaptor, meter, instrumentation, apparatus, electronic coils, control panels, air conditioner, automotive electron, etc. Operating Principle of PTC Thermistor for Overload Over-current Protection The operating principle is as indicated in the following. When a circuit is in the normal status, the current through PTC is lower than the rated current and PTC thermistor protector is in the normal state with small resistance value, which will not affect the normal operation of the protected circuit. In case of some fault in the circuit and the current is greater than the rated current, the PTC thermistor protector will become hot quickly and present a high resistance state, which sets the circuit relatively "off" to protect the circuit from damage. After the fault is removed, PTC thermistor protector will automatically restore its low resistance state and the circuit will resume normal operation. Normally, when PTC thermistor is used as an overcurrent protection component, it is preferred to select maximum operating current, maximum operating voltage and proper specifications. Furthermore such factors should be taken into consideration as the dimensions of the components, rated zero-power resistance, operating temperature range, etc.

PTC thermistors current protector, also called PTC thermistor resettable fuses, protect load against over-current, overload, short circuit. No need for replacement, resume protective function after a short cooling-down time. Ceramic PTC (positive temperature coefficient) thermistors are used instead of conventional fuses to protect load, such as motors, transformers, or electronic circuit, against overcurrent for circuit protection. PTC thermistor protector not only respond to inadmissibly high currents but also if a preset temperature limit is exceeded. PTC thermistor over-current protector limits the power dissipation of the whole circuit by increasing their resistance and thus reducing the current to a harmless residual value. In contrast to conventional fuses, PTC thermistor resettable fuses do not have to be replaced after elimination of the fault but resume their protective function immediately after a short cooling-down time. PTC Thermistor Over-current Protector Application It applies in the over-current overload and short circuit protection of transformers, battery charger, switches, switch power supply, adaptor, meter, instrumentation, apparatus, electronic coils, control panels, air conditioner, automotive electron, etc. Operating Principle of PTC Thermistor for Overload Over-current Protection The operating principle is as indicated in the following. When a circuit is in the normal status, the current through PTC is lower than the rated current and PTC thermistor protector is in the normal state with small resistance value, which will not affect the normal operation of the protected circuit. In case of some fault in the circuit and the current is greater than the rated current, the PTC thermistor protector will become hot quickly and present a high resistance state, which sets the circuit relatively "off" to protect the circuit from damage. After the fault is removed, PTC thermistor protector will automatically restore its low resistance state and the circuit will resume normal operation. Normally, when PTC thermistor is used as an overcurrent protection component, it is preferred to select maximum operating current, maximum operating voltage and proper specifications. Furthermore such factors should be taken into consideration as the dimensions of the components, rated zero-power resistance, operating temperature range, etc.

GBCDD21PF003SBCH DIRECTIONAL IDMT RELAY SELF POWERED Technical specification RELAY MODEL NO CDD21PF003SBCH RELAY TYPE CDD 21 CASE SIZE 1.5D S/E APPLICATION E/F C.T.SECONDARY 5 AMPS CURRENT SETTING 1 TO 4 AMPS VOLTAGE 63.5 TO 190V AC FREQUENCY 50 HZ BURDEN 3 VA OPERATING TIME 3 SECS MTA I LEAD/LAG VOLT. 14 LAG DEG. CONATCTS 3M S/R OUTPUT CONTACTS 2M S/R TAPS STD FLAG YES NAME PLATE RFG9126 035 OUTLINE DRAWING MFJ 013 WIRING DIAGRAM MPDZ801.23

ALSTOM GBCDD21PF004SBCH DIRECTIONAL IDMT RELAY SELF POWERED Technical specification Relay model no CDD21PF004SBCH Relay type CDD21 Case size 1.5D S/E Application E/F Current rating 5 amps Current setting 0.5 to 2 amps Voltage 63.5 to 190V ac Frequency 50 Hz Burden / Taps 3 VA / Std Operating time 3 Secs MTA I Lead/Lag Volt. 60 Lag deg Contacts 3 N/O S/R Output contacts 2 N/O S/R Flag Yes Name plate RFG9126 035 Outline drawing MFJ 013 Wiring diagram MPDZ801.23

GBCDD21PF004SJCH DIRECTIONAL IDMT RELAY SELF POWERED RELAY MODEL CDD21PF004SJCH CDD21 APPLICATION O/C BURDEN 3VA C.T. SECONDARY 5 AMP C.T. CASE SIZE 1-1/2D VERT. 10T CONTACTS (S/R OR H/R) 2 NO 1NC H/R D.M.T 3 SEC. E/F OR U/V SETTING NOT APPLICABLE FLAG YES FREQUENCY 50 HZ MOUNTING FLUSH MTA PHASE-CHAR ANGLE 45 DEGREES O/C OR O/V SETTING 50 - 200% V.T/P.T SECONDARY 110V A.C(O/C) NAME PLATE-1 RFG9126021 OUTLINE DRAWING MFJ 013 WIRING DIAGRAM MPDZ801.24