Product description

Our magnet wires are distinguished according to the following main groups:

Enamelled copper wires

• RUPOL – easy to solder
• RUPEX – highly heat resistant, non-solderable
• RUTHERM – selfbonding wire

Triple insulated wires with reinforced insulation (IEC 60950 / IEC 61558)

• RUPATEX, class B
• RUPATEX, class F
• RUPATEX, class F med

The

product	Enamelled copper wire, solderable
description	RUPOL® V 155	RUPOL® 180	RUPOL® 155 V / NY
Temperature index	155°C	180°C	155°C
IEC	60 317-20	60 317-51	60 317-21
DIN	16 464 Part 2
NEMA	MW 79	MW 82	MW 80
enamel insulation	against. polyurethane	against. polyurethane	Polyurethane + Polyamide
Dimensions	0.02 – 2.0 mm	0.02 – 2.0 mm	0.02 – 1.6 mm
Special features	solderable at 375 ° C without prior stripping, good winding capability.	solderable at 375°C without prior stripping, good winding capability.	solderable at 390°C without prior stripping, good winding capability.
Special versions	2% – 5% tolerance of the ohmic value for symmetry windings

high mechanical

product	Enamelled copper wire high temperature resistant
description	RUPEX® WV 180	In RUPEX® 210	In RUPEX® 240
Temperature index	180°C	210°C	240°C
IEC	60 317-7
DIN	464 16 Part 5	16 464 Part 7
NEMA	MW 77	MW 35	MW 16
enamel insulation	Polyesterimid	Theic-mod. Polyesterimid + Polyamidimid	polyimide
Dimensions	0.02 – 6.0 mm	0.02 – 6.0 mm	0.0124 – 2.8 mm
Special features	solderable at 450 ° C without prior stripping, good winding capability	resistance	very good thermal and chemical resistance

high thermal resistance of the base

product	Bonding wire
description	RUTHERM® VB 155	RUTHERM® VB 180
Temperature index	155°C	180°C
IEC	60 317-35	60 317-36
Din
Nema
enamel insulation	Primer: mod. polyurethane Bonding wire: polyvinyl butyral	Primer: THEIC-on. polyesterimide Bonding wire: Polyamide
Dimensions	0.02 – 0.50 mm	0.02 – 1.0 mm
Special features	easy curing, Preparation of windings without reel body	coat. Preparation of windings without reel body
Special versions	Baked enamel thermoset on request

Technical and economic benefits:

• Tinned by solder dipping, mechanical stripping
• Insulation between primary and secondary winding not required
• Creepage and leakage distances are included
• Considerably faster winding time
• Small quantities available

Construction:

• tinned copper wires (0.2 – 1.0mm, AWG 14-24)
• Other diameters available on request

Article

Dimensions	Outer diameter	No.
		class B	class F
0.10 mm / 38 AWG	0.30 mm	80-0001	85-0019
0.12 mm / 36 AWG	0.32 mm	80-0002	85-0020
0.14 mm / 35 AWG	0.34 mm	80-0003	85-0021
0.15 mm	0.35 mm	80-0004	85-0022
0.16 mm/ 34 AWG	0.36 mm	80-0005	85-0023
0.18 mm / 33 AWG	0.38 mm	80-0006	85-0024
0.20 mm / 32 AWG	0.40 mm	80-0007	85-0001
0.22 mm / 31 AWG	0.42 mm	80-0008	85-0025
0.24 mm	0.44 mm	80-0009	85-0026
0.25 mm / 30 AWG	0.45 mm	80-0010	85-0002
0.28 mm / 29 AWG	0.48 mm	80-0011	85-0027
0.30 mm	0.50 mm	80-0012	85-0003
0.32 mm / 28 AWG	0.52 mm	80-0013	85-0004
0.35 mm / 27 AWG	0.55 mm	80-0014	85-0005
0.40 mm / 26 AWG	0.60 mm	80-0015	85-0006
0.45 mm / 25 AWG	0.65 mm	80-0016	85-0007
0.50 mm / 24 AWG	0.70 mm	80-0017	85-0008
0.55 mm	0.75 mm	80-0018	85-0009
0.60 mm	0.80 mm	80-0019	85-0010
0.65 mm	0.85 mm	80-0020	85-0011
0.70 mm / 21 AWG	0.90 mm	80-0021	85-0012
0.75 mm	0.95 mm	80-0022	85-0013
0.80 mm / 20 AWG	1.00 mm	80-0023	85-0014
0.85 mm	1.05 mm	80-0024	85-0015
0.90 mm / 19 AWG	1.10 mm	80-0025	85-0016
1.00 mm / 18 AWG	1.20 mm	80-0026	85-0017

Actual specifications may differ from those stated on this website. No rights can be derived from the specifications stated on this website.