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Rea Magnet Wire RW19HTANSGR115 NanoShield SD Heavy Build Round Magnet Wire, 19 AWG, Copper, Natural, 10-11" Tapered Reel/Box (115)

ID: RW19HTANSGR Mfr ID: RW19HTANSGR
Manufactured by: Rea Magnet Wire
Rea Magnet Wire NanoShield SD, HTAI NS, thermal class is 200 deg C, is inverter duty wire that offers substantial insulation protection against transient spikes, high frequencies, elevated voltage levels and short rise time pulses without increasing insulation thickness.
Special Handling Required



Wire Size
Packaging

USD $746.00 / 100 LB

In Stock

This item may be sold in units of 85.

  • Brand name :  Rea Magnet Wire
  • Trade Name :  NanoShield SD
  • Series :  HTAINS
  • Item Name :  Magnet Wire
  • Short Desc :  HTAI NS #19 NAT REA CODE 115
  • Packaging :  10-11" Tapered Reel/Box (115)
  • UNSPSC :  26121509

NanoShield SD offers exceptional resistance to voltage stresses generated by high frequency, rapid rise time, voltage spikes typically introduced by IGBT-type inverters. Motor life is increased significantly over standard MW-35C magnet wire under these voltage stresses and across a wide temperature range.

Design & Construction
Material Copper 
Color Natural 
Insulation Material Theic Modified Polyester and Nano-shieldcoat and Overcoated with Polyamide-imide 
NEMA Rating MW 35-C 
Shape Round 
General Features
Type Heavy Build 
Standards RoHS, REACH Compliant 
Environmental Condition
Temperature Rating 200  deg C
Physical Properties
Wire Size 19 AWG 
Reel Diameter 6.05  Inch
Reel Hub Diameter 1.536 Inch 
Reel Weight 79  lb
Reel Width 12 Inch 

Rea Magnet Wire RW19HTANSGR115 NanoShield SD Heavy Build Round Magnet Wire, 19 AWG, Copper, Natural, 10-11" Tapered Reel/Box (115) Safety Data Sheet (SDS) 

Rea Magnet Wire RW19HTANSGR115 NanoShield SD Heavy Build Round Magnet Wire, 19 AWG, Copper, Natural, 10-11" Tapered Reel/Box (115) Specification Sheet 

Features :

  • Exceptional resistance to voltage stresses generated by high frequency, rapid rise time, voltage spikes typically introduced by IGBT-type inverters
  • Motor life is increased significantly over standard MW-35C magnet wire under these voltage stresses and across a wide temperature range
  • Substantial insulation protection against transient spikes, high frequencies, elevated voltage levels and short rise time pulses without increasing insulation thickness
  • Enhanced resistance to thermoplastic flow (cut through), surface abrasion and heat shock
  • Enhanced dielectric strength
  • Exceptional flexibility without embrittlement, due to the significant reduction in size of the shield coat particles to the nano level
  • Excellent resistance to heat and solvent shock conditions encountered in varnishing and encapsulating processes

Applications :

  • For Inverter Driven Motors, High Frequency Transformers and High Voltage Motors