AGR 200°C High-Temperature Cable (Fiberglass and Silicone) – Heatecx Limited

Heatecx Limited

AGR 200°C High-Temperature Cable (Fiberglass and Silicone)
AGR 200°C High-Temperature Cable (Fiberglass and Silicone)-1

AGR 200°C High-Temperature Cable (Fiberglass and Silicone)

If you are looking for a heat-resistant cable that offers flexibility and durability for your projects, the AGR 200°C model is the perfect choice. This fiberglass and silicone cable is optimized for high-temperature applications in both industry and home, providing a reliable solution for the wiring of electrical appliances and lighting equipment. Its capacity to withstand temperatures of up to 200°C, along with its excellent resistance to thermal shock and improved mechanical strength, make it a high-performance silicone electrical cable. It is the ideal option for manufacturers and technicians who need a UL-approved cable that combines safety, efficiency, and a long service life in moderate to high-heat environments.

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If you are looking for a heat-resistant cable that offers flexibility and durability for your projects, the AGR 200°C model is the perfect choice. This fiberglass and silicone cable is optimized for high-temperature applications in both industry and home, providing a reliable solution for the wiring of electrical appliances and lighting equipment. Its capacity to withstand temperatures of up to 200°C, along with its excellent resistance to thermal shock and improved mechanical strength, make it a high-performance silicone electrical cable. It is the ideal option for manufacturers and technicians who need a UL-approved cable that combines safety, efficiency, and a long service life in moderate to high-heat environments.

The AGR 200°C cable is widely used in various applications where temperature resistance and flexibility are crucial:

  • Internal Wiring of Household Appliances:​ Ideal for ovens, stoves, toasters, coffee makers, and other heat-generating appliances.

  • Electronic Equipment:​ Used in the internal wiring of luminaires, transformers, electric motors, and industrial control systems.

  • Heating Systems:​ Connection of heater elements in commercial and industrial applications that do not exceed 200°C.

  • High-Temperature Lighting:​ Wiring for halogen lamps, infrared lamps, and lighting systems in demanding environments.

  • Automotive Industry:​ Specific applications requiring heat resistance in the engine compartment or exhaust systems.

Feature

Advantage

Wide Temperature Range​

Operates from -60°C to +200°C, making it suitable for a wide variety of thermal environments, from extreme cold to elevated heat.

Extruded Silicone Insulation​

Provides excellent flexibility, resistance to moisture, chemicals, and aging, ensuring a long service life.

Fiberglass Braid​

Offers superior mechanical protection against abrasion and cutting, in addition to added heat resistance.

Thermal Shock Resistance​

Maintains its integrity and performance even with sudden temperature changes, which is crucial in many applications.

UL/cUL Approvals​

Complies with internationally recognized safety standards (UL file E101965), guaranteeing product quality and reliability.

Characteristic

Detail

Type​

AGR

Operating Temperature​

-60°C to +200°C

Construction​

Copper conductor (various types), extruded silicone insulation, fiberglass braid

Rated Voltage​

300V / 600V / 1000V (cUL 600V)

Approvals​

UL 3122, 3513, 3645; cUL AWM I A/B

Flame Resistance​

Horizontal / FT2

Color Coding​

Solid or stripes

Surface Marking​

Yes

AWG Sizes​

Wide range (e.g., 26 AWG to 4/0 AWG and MCMs)

Dimensions and Weight Table (Typical Values)

AWG Size

Nominal OD (in)

Approx. Linear Weight (lbs/mft) (300V)

Nominal OD (in)

Approx. Linear Weight (lbs/mft) (600V)

Nominal OD (in)

Approx. Linear Weight (lbs/mft) (1000V)

26

.059

2.8

-

-

.122

7.9

24

.067

3.9

-

-

.126

9.0

22

.075

5.8

-

-

.138

11.8

20

.083

8.8

.114

11.6

.154

16.3

18

.091

12.8

.122

15.8

.161

20.8

16

.102

18.1

.142

22.4

.169

26.2

14

-

-

.158

34.1

.189

39.0

12

-

-

.177

49.2

.201

53.2

10

-

-

.228

76.9

.228

76.9

8

-

-

.260

122

.288

129

6

-

-

.350

202

.350

202

4

-

-

.421

340

.421

340

2

-

-

.469

506

.469

506

1

-

-

.567

707

.567

707

1/0

-

-

.614

871

.614

871

2/0

-

-

.650

1,076

.650

1,076

3/0

-

-

.717

1,323

.717

1,323

4/0

-

-

.807

1,631

.776

1,609

250MCM

-

-

.854

1,918

.854

1,918

300MCM

-

-

.929

2,338

.929

2,338

350MCM

-

-

.969

2,601

.969

2,601

400MCM

-

-

1.008

3,004

1.008

3,004

500MCM

-

-

-

-

1.110

3,721

600MCM

-

-

-

-

1.232

4,505

700MCM

-

-

-

-

1.307

5,207

750MCM

-

-

-

-

1.346

5,596

Other AWG sizes available upon request.

To facilitate the choice and highlight the advantages of the AGR 200°C cable against other high-temperature options, we present the following comparison table:

Characteristic

AGR Cable (200°C)

BGR Cable (500°C)

AGRP Cable (800°C)

GN 500 Cable (1000°C)

Max Temperature​

200°C

500°C

800°C

1000°C

Conductor​

Copper (various types)

Bare Copper

Braided Nickel-Plated Copper

Pure Nickel

Primary Insulation​

Silicone + Fiberglass

Fiberglass + Mica

Fiberglass + Mica

Fiberglass + Mica

Typical Applications​

Household appliances, electronic equipment, lighting

Industrial ovens, heating systems, Oil & Gas

Heat treatment furnaces, foundries, petrochemical

Sintering furnaces, metallurgy, aerospace

Key Advantage​

Flexibility, resistance to moisture and chemicals, wide temperature range

Balance between performance and cost for 500°C

Higher oxidation resistance and flexibility for 800°C

Extreme oxidation resistance and stability for 1000°C

This table helps users quickly understand the differences and select the most suitable cable according to their temperature and application requirements, reinforcing the position of the AGR 200°C in its specific niche.

FAQ

  • Conduit:​ Yes, but applying the grouping factor. If there are more than three conductors in a conduit, their permitted ampacity must be reduced.

  • Buried:​ Generally, direct burial is not recommended. Thermal cables (TGGT/MG) use fiberglass braids that can absorb moisture from the soil. For underground applications, use sealed conduits and cables with XLPE insulation.

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