Model/Brand/Package
Category/Description
Inventory
Price
Data
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Category: resistanceDescription: Res Wirewound 30Ω 5% 600W ±440ppm/℃ RDL Lug Bolt-On/Bracket Mount66671+$145.340510+$141.549050+$138.6422100+$137.6311200+$136.8728500+$135.86171000+$135.22982000+$134.5979 -
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Category: resistanceDescription: Res Wirewound 1.5Ω 5% 750W ±440ppm/℃ RDL Lug Bolt-On/Bracket Mount Loose3681 -
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Category: resistanceDescription: TE The TE series of 2500W TE Connectivity can provide high-power resistive solutions for train applications. These wire wound resistors have a multi alumina tourmaline coating and can provide a rated power of 2500W. The corrugated strip element has a fireproof structure that allows for rapid cooling. Suitable applications include: large electrical and production machinery, motor start/stop cycles, equipment discharge, load testing simulation, and dynamic braking. High rated power 3 times overload in 5 seconds optimized for applications requiring stability and reliability # # # Wire winding - fixed85491+$1068.273510+$1030.790250+$1026.1048100+$1021.4194150+$1013.9227250+$1007.3632500+$1000.80361000+$993.3069 -
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Category: resistanceDescription: Res Wirewound 68Ω 5% 1500W 440ppm/℃ RDL Lug Bolt-On/Bracket Mount Loose Piece34061+$148.707710+$144.828350+$141.8542100+$140.8197200+$140.0438500+$139.00931000+$138.36282000+$137.7162 -
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Category: resistanceDescription: TE Series 500W multi alumina tourmaline coating and high rated power corrugated strip components, capable of rapid cooling for 5 seconds and 3 times overload applications, including large electrical and production machinery; Load testing simulation; Motor start/stop cycle; Dynamic braking and equipment discharge # # # Wire winding - fixed48261+$404.489510+$393.937650+$385.8478100+$383.0340200+$380.9236500+$378.10981000+$376.35112000+$374.5925 -
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Category: resistanceDescription: Res Wirewound 1.2Ω 5% 1500W ±440ppm/℃ RDL Lug Bolt-On/Bracket Mount Loose40641+$172.027410+$167.539750+$164.0991100+$162.9024200+$162.0049500+$160.80821000+$160.06022000+$159.3123 -
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Category: resistanceDescription: Raychem; Printers THERMAL PRINTER HS-SLEEVE MARKER; ED4095-0007673 -
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Category: resistanceDescription: Res Wirewound 15Ω 5% 20W ±300ppm/℃ Ceramic RDL Loose15935+$2.520525+$2.333850+$2.2031100+$2.1471500+$2.10972500+$2.06305000+$2.044410000+$2.0164 -
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Category: resistanceDescription: Res Wirewound 18KΩ 2% 20W ±300ppm/℃ Ceramic RDL Loose93855+$2.844525+$2.633850+$2.4863100+$2.4231500+$2.38092500+$2.32825000+$2.307210000+$2.2756 -
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Category: resistanceDescription: Res Wirewound 10Ω 5% 10W ±300ppm/℃ Ceramic RDL Loose607110+$1.225850+$1.1622100+$1.1168300+$1.0896500+$1.06241000+$1.03512500+$0.99435000+$0.9852 -
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Category: resistanceDescription: W21 Series 2.5W, axial W21 series is an anti permeation lead-free enamel wire wound resistor with overload characteristics, especially suitable for protecting circuits with high stability and reliable high power consumption, ensuring size overload characteristics, especially suitable for protecting circuits with high stability and reliable high power consumption, ensuring that products marked with this symbol can be ordered in bulk. When ordering, add A as the suffix to the inventory number. ###Enamel axial and radial -2.5 to 50W small high-power resistor series, suitable for harsh environments. Their high stability and reliability make them particularly suitable for protecting circuits. The resistance wire element is wound on a high-purity ceramic substrate and uses a fully welded top cover and lead structure to provide considerable strength and damage resistance. The enamel protective coating has a resistance to all normal cleaning solvents for printed circuit boards. Application instructions. The distance between the bending point of the output end and the shell should not be less than 1.5mm. It is recommended that the minimum bending radius be 1mm. In order to achieve full load rated power consumption, the distance between the end welding and the main body should not be less than 4mm. When cool, enamel has excellent insulation resistance; But as the temperature rises, the resistance coefficient will decrease. Therefore, if a resistor operates at or near maximum temperature, it cannot be classified as an insulation resistance and should not come into contact with any conductive material.87085+$5.148925+$4.767550+$4.5005100+$4.3861500+$4.30982500+$4.21455000+$4.176310000+$4.1191
