Silicone Coated Axial Lead Wire Wound Resistors (Type: SA)

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Our Silicone Coated Axial Lead Wire Wound Resistors (Type: SA) are acknowledged in the market for their superlative quality and reliability. These products are manufactured under the constant surveillance of our team of knowledgeable professionals. Customers can avail these from us at nominal prices. The construction of these resistors are as follows: These are wound in single layer on quality ceramic core We use nichrome or eureka wires of low temperature coefficient By achieving reliable contact, the wire ends are spot welded to terminals The resistor element is multi-coated with superior quality silicone varnish with fillers like mica This to allows good thermal dissipation & electrical insulation and offers protection from humidity The specifications of these are as follows: Temp coefficient: ± 150 PPM high value ± 50 PPM middle value + 150 PPM low value Surface temperatures: 350°C maximum Derating: Derates to zero at 350°C Tolerance: ±1%, ±2%, ±5% Power ratings: 3 to 15 watts at 70°C ambient Ohmic range: 0.1 E – 50k Construction: The resistors are wound on special quality ceramic core in single layer by using nichrome or eureka wires of low temperature coefficient. The wire ends are spot welded to terminals there by achieving reliable contact. The resistor element is coated with multicoats of best quality Silicone Varnish with fillers such as Mica to achieve good thermel dissipation, electrical insulation and protection from humidity. Specifications: Ohmic Range: 0.1 E - 50k Tolerance: ±1%, ±2%, ±5% Power Ratings: 3 to 15 watts at 70°C ambient Temp coefficient ± 150 PPM high value ± 50 PPM middle value + 150 PPM low value Surface Temperatures 350°C max Derating Derates to zero at 350°COur Silicone Coated Axial Lead Wire Wound Resistors (Type: SA) are acknowledged in the market for their superlative quality and reliability. These products are manufactured under the constant surveillance of our team of knowledgeable professionals. Customers can avail these from us at nominal prices. The construction of these resistors are as follows: These are wound in single layer on quality ceramic core We use nichrome or eureka wires of low temperature coefficient By achieving reliable contact, the wire ends are spot welded to terminals The resistor element is multi-coated with superior quality silicone varnish with fillers like mica This to allows good thermal dissipation & electrical insulation and offers protection from humidity The specifications of these are as follows: Temp coefficient: ± 150 PPM high value ± 50 PPM middle value + 150 PPM low value Surface temperatures: 350°C maximum Derating: Derates to zero at 350°C Tolerance: ±1%, ±2%, ±5% Power ratings: 3 to 15 watts at 70°C ambient Ohmic range: 0.1 E – 50k Construction: The resistors are wound on special quality ceramic core in single layer by using nichrome or eureka wires of low temperature coefficient. The wire ends are spot welded to terminals there by achieving reliable contact. The resistor element is coated with multicoats of best quality Silicone Varnish with fillers such as Mica to achieve good thermel dissipation, electrical insulation and protection from humidity. Specifications: Ohmic Range: 0.1 E - 50k Tolerance: ±1%, ±2%, ±5% Power Ratings: 3 to 15 watts at 70°C ambient Temp coefficient ± 150 PPM high value ± 50 PPM middle value + 150 PPM low value Surface Temperatures 350°C max Derating Derates to zero at 350°COur Silicone Coated Axial Lead Wire Wound Resistors (Type: SA) are acknowledged in the market for their superlative quality and reliability. These products are manufactured under the constant surveillance of our team of knowledgeable professionals. Customers can avail these from us at nominal prices. The construction of these resistors are as follows: These are wound in single layer on quality ceramic core We use nichrome or eureka wires of low temperature coefficient By achieving reliable contact, the wire ends are spot welded to terminals The resistor element is multi-coated with superior quality silicone varnish with fillers like mica This to allows good thermal dissipation & electrical insulation and offers protection from humidity The specifications of these are as follows: Temp coefficient: ± 150 PPM high value ± 50 PPM middle value + 150 PPM low value Surface temperatures: 350°C maximum Derating: Derates to zero at 350°C Tolerance: ±1%, ±2%, ±5% Power ratings: 3 to 15 watts at 70°C ambient Ohmic range: 0.1 E – 50k Construction: The resistors are wound on special quality ceramic core in single layer by using nichrome or eureka wires of low temperature coefficient. The wire ends are spot welded to terminals there by achieving reliable contact. The resistor element is coated with multicoats of best quality Silicone Varnish with fillers such as Mica to achieve good thermel dissipation, electrical insulation and protection from humidity. Specifications: Ohmic Range: 0.1 E - 50k Tolerance: ±1%, ±2%, ±5% Power Ratings: 3 to 15 watts at 70°C ambient Temp coefficient ± 150 PPM high value ± 50 PPM middle value + 150 PPM low value Surface Temperatures 350°C max Derating Derates to zero at 350°COur Silicone Coated Axial Lead Wire Wound Resistors (Type: SA) are acknowledged in the market for their superlative quality and reliability. These products are manufactured under the constant surveillance of our team of knowledgeable professionals. Customers can avail these from us at nominal prices. The construction of these resistors are as follows: These are wound in single layer on quality ceramic core We use nichrome or eureka wires of low temperature coefficient By achieving reliable contact, the wire ends are spot welded to terminals The resistor element is multi-coated with superior quality silicone varnish with fillers like mica This to allows good thermal dissipation & electrical insulation and offers protection from humidity The specifications of these are as follows: Temp coefficient: ± 150 PPM high value ± 50 PPM middle value + 150 PPM low value Surface temperatures: 350°C maximum Derating: Derates to zero at 350°C Tolerance: ±1%, ±2%, ±5% Power ratings: 3 to 15 watts at 70°C ambient Ohmic range: 0.1 E – 50k Construction: The resistors are wound on special quality ceramic core in single layer by using nichrome or eureka wires of low temperature coefficient. The wire ends are spot welded to terminals there by achieving reliable contact. The resistor element is coated with multicoats of best quality Silicone Varnish with fillers such as Mica to achieve good thermel dissipation, electrical insulation and protection from humidity. Specifications: Ohmic Range: 0.1 E - 50k Tolerance: ±1%, ±2%, ±5% Power Ratings: 3 to 15 watts at 70°C ambient Temp coefficient ± 150 PPM high value ± 50 PPM middle value + 150 PPM low value Surface Temperatures 350°C max Derating Derates to zero at 350°COur Silicone Coated Axial Lead Wire Wound Resistors (Type: SA) are acknowledged in the market for their superlative quality and reliability. These products are manufactured under the constant surveillance of our team of knowledgeable professionals. Customers can avail these from us at nominal prices. The construction of these resistors are as follows: These are wound in single layer on quality ceramic core We use nichrome or eureka wires of low temperature coefficient By achieving reliable contact, the wire ends are spot welded to terminals The resistor element is multi-coated with superior quality silicone varnish with fillers like mica This to allows good thermal dissipation & electrical insulation and offers protection from humidity The specifications of these are as follows: Temp coefficient: ± 150 PPM high value ± 50 PPM middle value + 150 PPM low value Surface temperatures: 350°C maximum Derating: Derates to zero at 350°C Tolerance: ±1%, ±2%, ±5% Power ratings: 3 to 15 watts at 70°C ambient Ohmic range: 0.1 E – 50k Construction: The resistors are wound on special quality ceramic core in single layer by using nichrome or eureka wires of low temperature coefficient. The wire ends are spot welded to terminals there by achieving reliable contact. The resistor element is coated with multicoats of best quality Silicone Varnish with fillers such as Mica to achieve good thermel dissipation, electrical insulation and protection from humidity. Specifications: Ohmic Range: 0.1 E - 50k Tolerance: ±1%, ±2%, ±5% Power Ratings: 3 to 15 watts at 70°C ambient Temp coefficient ± 150 PPM high value ± 50 PPM middle value + 150 PPM low value Surface Temperatures 350°C max Derating Derates to zero at 350°COur Silicone Coated Axial Lead Wire Wound Resistors (Type: SA) are acknowledged in the market for their superlative quality and reliability. These products are manufactured under the constant surveillance of our team of knowledgeable professionals. Customers can avail these from us at nominal prices. The construction of these resistors are as follows: These are wound in single layer on quality ceramic core We use nichrome or eureka wires of low temperature coefficient By achieving reliable contact, the wire ends are spot welded to terminals The resistor element is multi-coated with superior quality silicone varnish with fillers like mica This to allows good thermal dissipation & electrical insulation and offers protection from humidity The specifications of these are as follows: Temp coefficient: ± 150 PPM high value ± 50 PPM middle value + 150 PPM low value Surface temperatures: 350°C maximum Derating: Derates to zero at 350°C Tolerance: ±1%, ±2%, ±5% Power ratings: 3 to 15 watts at 70°C ambient Ohmic range: 0.1 E – 50k Construction: The resistors are wound on special quality ceramic core in single layer by using nichrome or eureka wires of low temperature coefficient. The wire ends are spot welded to terminals there by achieving reliable contact. The resistor element is coated with multicoats of best quality Silicone Varnish with fillers such as Mica to achieve good thermel dissipation, electrical insulation and protection from humidity. Specifications: Ohmic Range: 0.1 E - 50k Tolerance: ±1%, ±2%, ±5% Power Ratings: 3 to 15 watts at 70°C ambient Temp coefficient ± 150 PPM high value ± 50 PPM middle value + 150 PPM low value Surface Temperatures 350°C max Derating Derates to zero at 350°C