About Electric Heat Tracer
We are engaged in manufacturing, supplying and exporting the
Electrical Heat Tracer for our valued end customers. This system is widely used for temperature maintenance of piping, tanks and other instrumentals. It is designed for freeze protection purpose. Our provided system is widely demanded in the market due to its rugged structure, silent operation and high performance. In addition, this
Electric Heat Tracing System finds its application in both heavy & light duty industrial applications.
Features: - Easy to maintain
- Ideal for heat up process
- Excellent production efficiency
Technical Specifications
No of Cores | 2 |
Power/Voltage | 12 - 1000 V |
Frequency | 50 Hz |
Temperature | Up to 425 degree C (797 degree F) |
Power Output | Up to 200 W/m |
Packaging Type | Roll |
Flame-Retardant and Robust DesignThe electric heat tracer is engineered with a durable flame-retardant polyolefin outer jacket and silicone rubber insulation, safeguarding it against harsh industrial environments. Its UV and moisture resistance, coupled with robust PTFE materials, ensure long-lasting reliability even under severe conditions. This robust construction also supports easy surface mounting and flexibility for varied industrial heating requirements.
Efficient and Customizable Thermal SolutionsThis product offers customizable lengths and power output ranging from 20 to 45 W/m to match diverse applications, from pipe and tank heating to freeze protection. The advanced Nickel-Chrome (NiCr) heating element ensures consistent heat distribution, while the system operates effectively at up to 200C and tolerates exposure up to 220C when unpowered. Its design supports efficient temperature maintenance and energy savings.
FAQs of Electric Heat Tracer:
Q: How is the Electric Heat Tracer installed for industrial applications?
A: The Electric Heat Tracer can be easily installed by surface mounting or clamping on pipes and tanks. It features a flexible, round-cable design that allows it to be laid along surfaces with a minimum bending radius of 35 mm. Terminal connections are made using crimped or soldered lugs for secure attachment.
Q: What makes the outer jacket of the heat tracer flame-retardant and moisture resistant?
A: The outer jacket is made from flame-retardant polyolefin, which significantly reduces the risk of fire and damage from high temperatures. Combined with the IP65 ingress protection rating, the cable is highly resistant to moisture, dust, and harsh environmental conditions, making it reliable for industrial use.
Q: When should this heat tracer be used in industrial settings?
A: This electric heat tracer is ideal for use whenever pipe heating, tank heating, freeze protection, or process temperature maintenance is required. It operates safely up to 200C during use and withstands unpowered exposure to temperatures up to 220C, offering versatility for all-season and process-critical heating needs.
Q: Where is this electric heat tracer most effectively applied?
A: It is most effectively applied in industrial environments that require consistent temperature regulation, such as chemical plants, food processing facilities, and water treatment plants. Its adaptability for both pipes and tanks makes it suitable for various industrial heating tasks.
Q: What materials are used in the construction of the heat tracer and why are they beneficial?
A: The core materials include a Nickel-Chrome (NiCr) resistance wire, PTFE for the heating element, silicone rubber insulation, and a flame-retardant polyolefin outer jacket. These materials offer high thermal endurance, flexibility, corrosion resistance, and increased safety, ensuring long-term performance and durability.
Q: How does the electric heat tracer benefit industrial operations?
A: It prevents freezing, maintains process temperatures, and reduces downtime caused by temperature fluctuations. Its easy installation, customizable length, and long service life contribute to enhanced reliability, operational efficiency, and lower maintenance costs.