Datasheet

ManualsBrandsBlock ManualsCable & WireResistor Wire 0.1 mm 62.4 Ohm/m

Resistance wire

Typ RD 100/0,1 RD 100/0,2 RD 100/0,3 RD 100/0,4 RD 100/0,6 RD 100/0,8

Operating data

Resistance 62.400 Þ/m 15.600 Þ/m 6.930 Þ/m 3.900 Þ/m 1.730 Þ/m 0.975 Þ/m

Specific electrical resistance 0.49 (Þ x mm² )/m 0.49 (Þ x mm² )/m 0.49 (Þ x mm² )/m 0.49 (Þ x mm² )/m 0.49 (Þ x mm² )/m 0.49 (Þ x mm² )/m

Current intensity for wire

temperature (100°C)

0.237 A 0.560 A 0.940 A 1.340 A 2.210 A 3.190 A

Current intensity for wire

temperature (200°C)

0.396 A 0.940 A 1.570 A 2.240 A 3.700 A 5.330 A

Current intensity for wire

temperature (300°C)

0.537 A 1.280 A 2.120 A 3.080 A 5.000 A 7.210 A

Resistance wire

General Data

Resistance alloy as specified in DIN 46 461 (CuNi44)

Specific electrical resistance 0.49 ((Þ x mm² )/m)

Average temperature constant of the electrical resistor at

20 °C = 0.00004-0.00008

Average linear thermal expansion coefficient between 20 - 100 °C = 13.5 x

10-6

Melting temperature 1220-1270 °C

Maximum permissible wire temperature up to 600 °C

Advantages

Constant in specific resistance

Influence of the temperature or inherent heating on the resistance value

practically insignificant (max. 0.8 % at 100 °C temperature rise)

Firmly adhering surface oxide coating withstands any temperature change

and protects against further oxidation under continuous load

Very easy to machine thanks to softness and malleability

Suitable for soft soldering, hard soldering or welding

Applications

Resistance wire for the production of technical resistances, shunts and for

general laboratory needs.

Enclosures & Accessories

Magnet wires and litz wires

Resistance wire

Typ RD 100/1,0 RD 100/1,2 RD 100/1,5 RD 100/2,0 RD 100/3,0 RD 100/4,0

Operating data

Resistance 0.624 Þ/m 0.433 Þ/m 0.277 Þ/m 0.156 Þ/m 0.069 Þ/m 0.039 Þ/m

Specific electrical resistance 0.49 (Þ x mm² )/m 0.49 (Þ x mm² )/m 0.49 (Þ x mm² )/m 0.49 (Þ x mm² )/m 0.49 (Þ x mm² )/m 0.49 (Þ x mm² )/m

Current intensity for wire

temperature (100°C)

4.220 A 5.300 A 7.000 A 10.000 A 16.600 A 23.900 A

Current intensity for wire

temperature (200°C)

7.050 A 8.850 A 11.700 A 16.800 A 27.800 A 40.000 A

Current intensity for wire

temperature (300°C)

9.550 A 12.000 A 15.800 A 22.700 A 37.700 A 54.000 A

BLOCK

Website

618

Subject to change

Summary of content (4 pages)

PAGE 1
4 Enclosures & Accessories Magnet wires and litz wires Resistance wire RD BLOCK Website General Data Resistance alloy as specified in DIN 46 461 (CuNi44) Specific electrical resistance 0.49 ((Þ x mm² )/m) Average temperature constant of the electrical resistor at 20 °C = 0.00004-0.00008 Average linear thermal expansion coefficient between 20 - 100 °C = 13.
PAGE 2
4 Enclosures & Accessories Magnet wires and litz wires Resistance wire RD RD 100/0,1 RD 100/0,2 RD 100/0,3 RD 100/0,4 RD 100/0,6 RD 100/0,8 Resistance 62.400 Þ/m 15.600 Þ/m 6.930 Þ/m 3.900 Þ/m 1.730 Þ/m 0.975 Þ/m Specific electrical resistance 0.49 (Þ x mm² )/m 0.49 (Þ x mm² )/m 0.49 (Þ x mm² )/m 0.49 (Þ x mm² )/m 0.49 (Þ x mm² )/m 0.49 (Þ x mm² )/m Current intensity for wire temperature (100°C) 0.237 A 0.560 A 0.940 A 1.340 A 2.210 A 3.
PAGE 3
4 Enclosures & Accessories Magnet wires and litz wires RD 100/0,1 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 0.10 mm 0.10 kg RD 100/0,2 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 0.20 mm 0.10 kg RD 100/0,3 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 0.30 mm 0.10 kg RD 100/0,4 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 0.40 mm 0.10 kg RD 100/0,6 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 0.60 mm 0.10 kg RD 100/0,8 to 600 °C 13.5x10-6 0.
PAGE 4
Enclosures & Accessories Magnet wires and litz wires BLOCK Website 1.1 RD 100/1,0 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 1.00 mm 0.10 kg RD 100/1,2 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 1.20 mm 0.10 kg RD 100/1,5 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 1.50 mm 0.10 kg RD 100/2,0 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 2.00 mm 0.10 kg RD 100/3,0 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 3.00 mm 0.