Datasheet

Resistance wire
RD
Typ highest wire temperature Mean linear coefficient of thermal expansion between 20 - 100 °C Mean temperature coefficient of resistance at 20 °C Melting point Wire diameter Weight Remark
RD 100/1,0 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 1.00 mm 0.10 kg
The specified wire temperatures
apply for blank Isotan wires, especially
unclamped in still air. Oxidized wires
have a higher radiated temperature.
The current load precisely required for
a defined temperature can ultimately
only be explicitly determined for the
relations and requirements on the
customer side for the specified intended
use.
RD 100/1,2 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 1.20 mm 0.10 kg
The specified wire temperatures
apply for blank Isotan wires, especially
unclamped in still air. Oxidized wires
have a higher radiated temperature.
The current load precisely required for
a defined temperature can ultimately
only be explicitly determined for the
relations and requirements on the
customer side for the specified intended
use.
RD 100/1,5 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 1.50 mm 0.10 kg
The specified wire temperatures
apply for blank Isotan wires, especially
unclamped in still air. Oxidized wires
have a higher radiated temperature.
The current load precisely required for
a defined temperature can ultimately
only be explicitly determined for the
relations and requirements on the
customer side for the specified intended
use.
RD 100/2,0 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 2.00 mm 0.10 kg
The specified wire temperatures
apply for blank Isotan wires, especially
unclamped in still air. Oxidized wires
have a higher radiated temperature.
The current load precisely required for
a defined temperature can ultimately
only be explicitly determined for the
relations and requirements on the
customer side for the specified intended
use.
RD 100/3,0 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 3.00 mm 0.10 kg
The specified wire temperatures
apply for blank Isotan wires, especially
unclamped in still air. Oxidized wires
have a higher radiated temperature.
The current load precisely required for
a defined temperature can ultimately
only be explicitly determined for the
relations and requirements on the
customer side for the specified intended
use.
RD 100/4,0 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 4.00 mm 0.10 kg
The specified wire temperatures
apply for blank Isotan wires, especially
unclamped in still air. Oxidized wires
have a higher radiated temperature.
The current load precisely required for
a defined temperature can ultimately
only be explicitly determined for the
relations and requirements on the
customer side for the specified intended
use.
30
Resistance wire
RD
Typ highest wire temperature Mean linear coefficient of thermal expansion between 20 - 100 °C Mean temperature coefficient of resistance at 20 °C Melting point Wire diameter Weight Remark
RD 100/0,1 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 0.10 mm 0.10 kg
The specified wire temperatures
apply for blank Isotan wires, especially
unclamped in still air. Oxidized wires
have a higher radiated temperature.
The current load precisely required for
a defined temperature can ultimately
only be explicitly determined for the
relations and requirements on the
customer side for the specified intended
use.
RD 100/0,2 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 0.20 mm 0.10 kg
The specified wire temperatures
apply for blank Isotan wires, especially
unclamped in still air. Oxidized wires
have a higher radiated temperature.
The current load precisely required for
a defined temperature can ultimately
only be explicitly determined for the
relations and requirements on the
customer side for the specified intended
use.
RD 100/0,3 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 0.30 mm 0.10 kg
The specified wire temperatures
apply for blank Isotan wires, especially
unclamped in still air. Oxidized wires
have a higher radiated temperature.
The current load precisely required for
a defined temperature can ultimately
only be explicitly determined for the
relations and requirements on the
customer side for the specified intended
use.
RD 100/0,4 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 0.40 mm 0.10 kg
The specified wire temperatures
apply for blank Isotan wires, especially
unclamped in still air. Oxidized wires
have a higher radiated temperature.
The current load precisely required for
a defined temperature can ultimately
only be explicitly determined for the
relations and requirements on the
customer side for the specified intended
use.
RD 100/0,6 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 0.60 mm 0.10 kg
The specified wire temperatures
apply for blank Isotan wires, especially
unclamped in still air. Oxidized wires
have a higher radiated temperature.
The current load precisely required for
a defined temperature can ultimately
only be explicitly determined for the
relations and requirements on the
customer side for the specified intended
use.
RD 100/0,8 to 600 °C 13.5x10-6 0.00004-0.00008 1220-1270 °C 0.80 mm 0.10 kg
The specified wire temperatures
apply for blank Isotan wires, especially
unclamped in still air. Oxidized wires
have a higher radiated temperature.
The current load precisely required for
a defined temperature can ultimately
only be explicitly determined for the
relations and requirements on the
customer side for the specified intended
use.
30
Enclosures & Accessories
Magnet wires and litz wires
4
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2.2
3.1
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3.3
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4.0