TA YA ELECTRIC WIRE & CABLE CO., LTD.

TAYA, DRAGON

Information

About

1955 - "Ta Ya Enterprise," the Company's former entity, was founded in Tainan City. 1967 - Changed name to Ta Ya Electric Wire & Cable Co., Ltd., and began production of magnet wires in addition to high-voltage rubber-insulated cables. 1986 - Relocated to the current address at Kuan Miao Dist. With a headquarter in Taiwan, Ta Ya has since begun constructing production facilities in China and Vietnam. In the last 60 years, the Company was fortunate to have a team of employees who worked diligently with mutual benefit, and who are constantly exploring and seeking diversification into new businesses. Despite being a 60-year old business, Ta Ya continues to move forward and expand into the world. The Company has given its logo a complete new design, presenting the name Ta Ya with a metallic, copper-ish color in addition to the traditional red to symbolize sustainability and the Company's specialty in metals. The pen stroke resembles the figure of a dragon with its head turned back, which implies respect to our legacy. The group has adopted the brand value of "Sustainability through Technology," and the new logo provides Ta Ya with a new corporate image, one that includes tradition and modernism. The brand logo is designed based on the name TAYA. It features a single stroke turning and twisting to resemble the shape of a rising dragon. The use of red symbolizes Ta Ya's transcendent spirit, while a copper-ish color was added to stress the Company's specialty in the cable business and its emphasis on innovation. Chinese characters in the logo were printed in black, and have been refined and adjusted into a style that is exclusive and most appropriate for our image as a modern, professional business.

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Featured Products

Stranded enameled litz round wire

  • Thermal Rating: 130, 200℃, 220℃.

     

Feature
  • Compliance with the requirement of NEMA 1000.
  • When the frequency increased, the AC resistance will rise due to skin effect and proximity effect. In this case, magnet-conducting enameled copper wire processes lower AC resistance than ordinary enameled wire.
  • Test at 200 kHz, the AC resistance of ring coil wound with magnet-conducting magnet wire could be lower 10~20%. If winding on inductance which uses in high frequency power supply, the AC resistance could be 6~10% lower at 115V/100kHz, the efficiency could increase for 0.59%.
  • Magnet-conducting enameled wire is easy to process as the ordinary enameled wire.
  •  The available size is 0.25 to 3.2mm.
Application
  • High frequency inductors, transformers ... etc.



Fig. 1. Magnetic field plots for spherical shields placed in a homogenous extemal field. (b) Ferromagnetic shield.

Nickel Copper Manganese Wire Enameled Manganin wire

  • Thermal Rating: 200~220℃.

     

Feature
  • Compliance with NEMA 1000, possesses excellent process property. The heat-conductive enameled wire transmits the heat so the heat energy will not accumulate inside the wire.
  • By applying the heat-conductive enameled wire, the temperature of motor could be lowered, and the motor efficiency will be enhanced.
  • The heat conducting material in the enamel could enhance the heat conducting coefficient to 10 times. It is able to conduct the heat generated while current passes copper, and therefore reduce the damage to enamel.
  • Available size: 0.5~2.0mm.
Application
  • High frequency inductors, transformers ... etc.
 SizeCopper wire radius(m) 
Motor Input
 (W) 
Motor Efficiency 
The surface
temperature of enameled wire
(℃) 
* Calculated
Ordinary
Enameled
Wire
 0.00550 80% 26.01 
 Heat-Conducting
Enameled wire
 0.00550 80% 25.43 

THERMAL-DISSIPATION ENAMELED WIRE

  • Thermal Rating: 200~220℃.

     

Feature
  • Compliance with NEMA 1000, possesses excellent process property. The heat-conductive enameled wire transmits the heat so the heat energy will not accumulate inside the wire.
  • By applying the heat-conductive enameled wire, the temperature of motor could be lowered, and the motor efficiency will be enhanced.
  • The heat conducting material in the enamel could enhance the heat conducting coefficient to 10 times. It is able to conduct the heat generated while current passes copper, and therefore reduce the damage to enamel.
  • Available size: 0.5~2.0mm.
Application
  • High frequency inductors, transformers ... etc.
 SizeCopper wire radius(m) 
Motor Input
 (W) 
Motor Efficiency 
The surface
temperature of enameled wire
(℃) 
* Calculated
Ordinary
Enameled
Wire
 0.00550 80% 26.01 
 Heat-Conducting
Enameled wire
 0.00550 80% 25.43 

MAGNET-CONDUCTING ENAMELLED WIRE

  • Thermal Rating: 130, 200℃, 220℃.

     

Feature
  • Compliance with the requirement of NEMA 1000.
  • When the frequency increased, the AC resistance will rise due to skin effect and proximity effect. In this case, magnet-conducting enameled copper wire processes lower AC resistance than ordinary enameled wire.
  • Test at 200 kHz, the AC resistance of ring coil wound with magnet-conducting magnet wire could be lower 10~20%. If winding on inductance which uses in high frequency power supply, the AC resistance could be 6~10% lower at 115V/100kHz, the efficiency could increase for 0.59%.
  • Magnet-conducting enameled wire is easy to process as the ordinary enameled wire.
  •  The available size is 0.25 to 3.2mm.
Application
  • High frequency inductors, transformers ... etc.



Fig. 1. Magnetic field plots for spherical shields placed in a homogenous extemal field. (b) Ferromagnetic shield.

High Tension Enameled Wire

Insulation Description:
High tension strength is copper alloy specially designed for applications with high mechanical requirements. It's manufactured enameled wire with vanishes.

Features:
1. HTW: (a) Highe fatigue resistance.
              (b) High tensions strength.

2. SHTW: (a) High tensions strength.
                (b) Good bending.

3. Available Size : 0.03mm~0.10mm

Applications:
Voice Coil.
Cable.
Vibration motors.
Wireless charger.
Wireless sensor.
Coreless coil.
VCM coil.
Others.

Inver-Fed Driven Motors Enamelled Copper Wire

  • Thermal Rating: 200℃


  • UL Recognized Class 200℃ Product TYDIFD-N200.

    Feature
  • IFDW has superior insulation life in comparison to other enamelled wire insulation system when exposed to high temperature and harsh electrical environments.
  • IFDW improves insulation protection against transient spikes, high frequencies, elevated temperatures without increasing insulation thickness.
  • IFDW has the same ability as conventional enamelled wire to wind the wires into motors without damage.
  • Wide wire size from 0.3 mm to 3.2 mm.
Performance
  • IFDW meets or exceeds all of the requirements of NEMA 1000, MW 35-C specification.
  • The lifetime of IFDW is more than ten times to the wire specified in NEMA 1000, MW-35C in the high temperature pulse test.
         Applications
  • Inverter-driven motors where high temperature operating conditions are expected.
  • Industrial motors used with IGBT.
  • High voltage motors.
  • High frequency motors.

Polyurethane Enamelled Copper Wire

  • Thermal Rating: 130℃ /  155℃  / 180℃

     

     

     

  • UL Recognized Class 130℃ Product  TYPU-130 / TYA1-130.
  • UL Recognized Class 155℃  Product TYPU-F155 /  TYAI-U155, and  180℃  Product  TYFU-H180.

    Insulation  Description
  • UEW  is  a  film  insulation  composed  of  Polyisocy-anate &  Polyol.  It's  widely  used  in coils  and  motor  windings.

    Features and Benefits 
  • With good solderability, reduces coil production costs due to elimination of mechanical or chemical stripping.
  • Superior \"Q\" characteristics at high frequencies.
  • Excellent film adhension and flexibility.
  • Extremely resistant to a variety of solvents including most varnishes and hardener catalysts.

    Typical Applications
  • High frequency coils and transformers Relays, Solenoids coil, Small motors, Ignition coils.
 
Applicable Specifications:
 Available Builds Available Size  Application Specifications 
                      Metric(mm)  AWG  NEMA  IEC JIS  CNS 
 2  Single  1.0~0.04  14~46  MW 75-C
MW 82-C
 317-4
317-2
C3202.6 
---
2185
---
 1  Heavy  3.6~0.10  7~38   MW 75-C
MW 82-C
 317-4
317-2
C3202.6 
---
2185
 ---
 0  Triple  3.6~0.10  7~38   MW 75-C
MW 82-C
317-4
317-2
C3202.6
 ---
2185
 ---

Polyester Enameled Copper Wire

  • Thermal Rating: 155℃.

     

  • UL Recognized Class 155℃ Product THLT-E155S.

     

Insulation Description
  • PEW is a film insulation composed of Polyester, designed for continuous operation at 155℃, provides good thermal stability and excellent dielectric performance.

     

Features and Benefits
  • (a) Excellent crazing, abrasion, chemical resistance and provides good thermal stability.
  • (b) PEW has excellent physical properties for example, flexibility, abrasion resistance, adhension..., better than PVF.
Typical Applications
  • Motors, Micro Small motors, Transformers.
 Available Builds Available Size  Applicable Specification 
     Metric(mm)  AWG  NEMA IEC   JIS  CNS
 2  Single  1.0~0.04  18~46  MW 5-C  317-3  C3202.5  2183
 1  Heavy  3.6~0.10  7~38  MW 5-C  317-3  C3202.5  2183
 0  Triple  3.6~0.10  7~38  MW 5-C  317-3  C3202.5  2183

Amide-Imide Enameled Copper Wire

  • Thermal Rating: 220℃.

     

  • UL Recognition: TYFAI-R220
Insulation Description
  • AIW is a film insulation composed of Aromatic Polyamide-imide, provides excellent thermal stability, abrasion, chemical resistance and overloaded protection.

Features and Benefits

  • (a) Excellent  resistance to chemical and solvent. Compatible with most solvent and impregnation compounds.
  • (b) Excellent film abrasion resisting winding damage.
  • (c) Excellent adhension resistance and thermal overloaded protection.

     

     

Typical Applications
  • Coils, Tool motors, Motors, Dry-type transformers, Hermetic and fractional and integral HP motors.
Applicable Specifications 
 Available Builds Available Size  Applicable Specifications 
     Metric(mm)  AWG  NEMA IEC   JIS CNS 
 2  Single  1.0~0.10  18~38  MW81-C  317-26  -  -
 1  Heavy  3.6~0.10  7~38  MW81-C  317-26  -
 0  Triple  3.6~0.10  7~38  MW81-C  317-26  -  -

Amide-Imide Overcoated Polyester-Imide Enameled Copper Wire

  • Thermal Rating: 200℃

     

  • UL Recognition: TYEEAI-N200
         Insulation Description
  • EAIW is a dual film insulation composed of Polyester-Imide or Modified Polyester with a Polyamideimide (AI) overcoat. It is designed for continuous operation at 200℃, provides  superior  abrasion  resistance,  solvent  resistance  and  moisture ,  refrigerants  resistance. 

    Features and  Benefits
  • (a)  Excellent wet/dry dielectric characteristics and moisture resistance compared favorably with PEW+NY.
  • (b) Excellent flexibility, film adhesion and cut-through resistance. 
         Typical Applications
  • Motors, Dry  transformers, Heavy  duty  hand  tool  motors,  Encapsulated  coils.

 Available Builds Available Size   Applicable Specifications
              Metric(mm)  AWG   NEMA   IEC JIS  CNS 
 2  Single          1.0~0.1   18~38  MW35-C  317-13  -  11385
 1  Heavy           3.6~0.1  7~38  MW35-C  317-13  -  11385
 0  Triple           3.6~0.1  7~38  MW35-C  317-13  -  11385