Description
Product Overview
The JLTC 14 Gauge High Temperature Wire is engineered for extreme environments where conventional wiring fails. Constructed with a core of oxygen‑free pure copper strands, it is wrapped in a multi‑layer insulation system that combines mica tape, fiberglass braid, and a high‑temperature fluoroglovite tape. This construction provides a rated operating temperature of 752°F and a tested range from -76°F to 932°F, making it suitable for both sub‑freezing and ultra‑high‑heat applications. The wire is available in a 16.4‑foot length with a 14AWG gauge, offering a balance of flexibility and current‑carrying capacity that meets demanding industrial standards.
Key specifications include a diameter that conforms to UL and IEC standards, a voltage rating of 600 V, and a flame‑retardant rating that exceeds typical PVC‑based cables. The product dimensions of the packaging are 7.64 × 6.77 × 0.75 inches, weighing only 5.64 ounces, which simplifies storage and handling in workshop or field settings.
Usage
This high‑temperature wire excels in applications where heat resistance, durability, and electrical integrity are critical. Typical use cases include lamp sockets in high‑intensity discharge (HID) lighting, boiler control circuits, industrial heaters, kiln temperature monitoring, and any equipment that operates within the 500 °C (932 °F) range. The flexible yet robust construction allows installers to route the cable through tight spaces, around heat sources, and across moving parts without compromising performance.
Because the wire is both flame‑retardant and corrosion‑resistant, it is also suitable for aerospace ground support equipment, automotive exhaust sensor wiring, and marine engine heating systems where exposure to moisture and salt is common. The product’s low smoke emission and non‑halogen properties make it a safe choice for enclosed environments, meeting stringent fire safety codes in commercial and residential installations.
Why Choose Us
JLTC has a long history of delivering high‑performance electrical components, and this high‑temperature wire is no exception. Our manufacturing process incorporates precision winding of mica and fiberglass layers, ensuring uniform insulation thickness and consistent thermal performance across every meter of cable. Each batch undergoes rigorous testing for tensile strength, elongation, and dielectric breakdown to guarantee reliability under extreme conditions.
We stand behind our product with a comprehensive quality assurance program that includes a 30‑day satisfaction guarantee and responsive technical support. Customers can rely on detailed datasheets, installation guides, and direct access to our engineering team for any application‑specific questions. Our commitment to continuous improvement means the wire is regularly updated to meet evolving industry standards and environmental regulations.
Key Features
- Exceptional temperature range from -76°F to 932°F for versatile use.
- Mica‑fiberglass insulation provides superior fire resistance and durability.
- Pure copper conductors ensure low resistance and reliable power delivery.
- Flexible design allows easy installation in tight or moving spaces.
- Dedicated customer support and warranty for peace of mind.
FAQ
What is the maximum continuous current rating for the 14AWG size?
The 14AWG version is rated for up to 15 amps continuous at 600 V, provided the ambient temperature does not exceed the specified operating range.
Can this wire be used in outdoor marine environments?
Yes. The mica‑fiberglass insulation is resistant to moisture, salt, and UV exposure, making it suitable for marine and outdoor installations when properly sealed.
Is the wire compatible with standard connectors?
The wire’s flexible copper core can be terminated with standard high‑temperature rated crimp connectors, soldered joints, or heat‑shrink tubing designed for temperatures up to 500 °C.
How does the wire perform in a kiln where temperatures exceed 800°F?
Our testing confirms stable electrical performance up to 932°F, so the wire maintains its insulation integrity and conductivity well beyond typical kiln operating temperatures.
What certifications does this product have?
The cable complies with UL 758, IEC 60228, and RoHS directives, and it has been tested for flame‑retardant properties in accordance with ASTM E84.
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