STEAD brand wirewound resistors are wound with best quality Ni/Cr or Ni/Cr alloy resistance Wire having very low temp. co-efficient on highly alumina based porcelain pipes/rods and wire is protected with high temp. resistance compound. Resistance: 0.1 Ohm (100 milliohm),Power Rating: 5 Watts,Approximate Maximum Current: 7.07Amps,Pitch: 0.8 inch,Brand: Stead
RECKON brand wirewound resistors are wound with best quality Ni/Cr or Ni/Cr alloy resistance wire having very low temp. co-efficient on highly alumina based porcelain pipes/rods and wire is protected with high temp. resistance compound. Resistance: 0.1 Ohm (100 milliohm),Power Rating: 5 Watts,Approximate Maximum Current: 7.07Amps,Pitch: 0.8 inch,Brand: Reckon
RECKON brand wirewound resistors are wound with best quality Ni/Cr or Ni/Cr alloy resistance wire having very low temp. co-efficient on highly alumina based porcelain pipes/rods and wire is protected with high temp. resistance compound. Resistance: 0.1 Ohm (100 milliohm),Power Rating: 10 Watts,Approximate Maximum Current: 10Amps,Pitch: 1.5 inch,Brand: Reckon.
STEAD brand wirewound resistors are wound with best quality Ni/Cr or Ni/Cr alloy resistance Wire having very low temp. co-efficient on highly alumina based porcelain pipes/rods and wire is protected with high temp. resistance compound. Resistance: 0.1 Ohm (100 milliohm),Power Rating: 10 Watts,Approximate Maximum Current: 10Amps,Pitch: 1.5 inch,Brand: Stead.
RECKON brand wirewound resistors are wound with best quality Ni/Cr or Ni/Cr alloy resistance wire having very low temp. co-efficient on highly alumina based porcelain pipes/rods and wire is protected with high temp. resistance compound. Resistance: 0.1 Ohm (100 milliohm),Power Rating: 20 Watts,Approximate Maximum Current: 14.14Amps,Pitch: 1.75 inch,Brand: Reckon.
100 Ohm 0.25W High Quality Metal Film Resistor (MFR) with ±1% Tolerance and Tin Plated Copper Leads. 100 Ohm Resistor Color Code: Brown, Black, Black, Black, Brown. Resistance:100 Ohm,Power Rating: 0.25 Watt,Approximate Maximum Current: 50mA.