Rea Magnet Wire SW102X325ASDJR Heavy/Single Build Rectangular Magnet Wire, 0.102" T x 0.325" W, Copper, 24" Reel (245)
ID: SW102X325ASDJR | Mfr ID: SW102X325ASDJRManufactured by: Rea Magnet Wire

Heavy/single build Dacron glass is a served filament that is applied over the magnet wire conductor. Dacron glass is a combination of glass and polyester fibers. The fibers may be served over bare conductor or Therm-Aimid insulated conductors. Daglas-film constructions provide improved electrical properties.
Special Handling Required
USD $1,075.00 / 100 LB
- Brand name :  Rea Magnet Wire
- Trade Name :  Dacron® Therm-Aimid®
- Series :  HSTAI SDGPC245
- Item Name :  Magnet Wire
- Short Desc :  HTAI SDG 102X325 REA 24"RL/245
- Packaging :  24" Reel (245)
- UNSPSC :  26121509
Heavy/single build Therm-Aimid is a dual film insulation system composed of THEIC modified polyester with a polyamideimide (AI) overcoat. Therm-Aimid, designed for continuous operation at 200 deg C, provides superior abrasion resistance, solvent resistance and overload protection.
Design & Construction
Material | Copper |
Color | Natural |
Insulation Material | Single Daglas/Polyester with Polyamide-imide Overcoat |
NEMA Rating | MW 46-C |
Shape | Rectangular |
General Features
Type | Heavy/Single Build |
Standards | IEC 60317-60 |
Environmental Condition
Temperature Rating | 155 deg C |
Physical Properties
Thickness | 0.102 Inch |
Wire Size | 0.102 Inch x 0.325 Inch |
Reel Diameter | 14 Inch |
Reel Hub Diameter | 1.536 Inch |
Reel Weight | 271 lb |
Reel Width | 6 Inch |
Width | 0.325 Inch |
Rea Magnet Wire SW102X325ASDJR Heavy/Single Build Rectangular Magnet Wire, 0.102" T x 0.325" W, Copper, 24" Reel (245) Safety Data Sheet (SDS)
Rea Magnet Wire SW102X325ASDJR Heavy/Single Build Rectangular Magnet Wire, 0.102" T x 0.325" W, Copper, 24" Reel (245) Specification Sheet
Features :
- Polyester fiber/glass fiber combination provides freedom from fraying and superior adhesion
- Outstanding toughness
- Machine windable
Applications :
- For a Wide Variety of Difficult Winding and High Reliability Applications