Heatecx Limited
The ABRDC-G series silicone rubber electric heat tracing offers excellent waterproof performance and flexibility, making it ideal for heating, heat preservation, and anti-freezing in various industrial and laboratory applications. Its soft and bendable nature allows direct winding on heated surfaces, providing efficient and reliable thermal solutions.
The ABRDC-G type silicone rubber electric heat tracing is engineered for superior waterproof capabilities, suitable for use in damp or non-explosive gas environments within industrial facilities and laboratories. It can be directly wound around the surface of pipes, tanks, and other containers for heating, heat preservation, and insulation. This heat tracing is also effective as auxiliary heating for equipment such as air compressors, motors, and submersible pumps. To minimize heat loss, it is recommended to cover the heat tracing with an insulation layer. Overlapping or repeated winding should be strictly avoided to prevent overheating damage. High-voltage resistant models feature a dielectric strength of 2000V/1min, making them suitable for auxiliary heating of high-voltage explosion-proof motors. Due to its exceptional softness and high flexibility, silicone rubber heat tracing is also known as flexible heating tape.
• Industrial Pipelines and Tanks: Heating, heat preservation, and anti-freezing for various industrial pipelines, tanks, and vessels.
• Laboratory Equipment: Maintaining precise temperatures for experimental setups.
• Auxiliary Heating for Machinery: Providing supplementary heat for air compressors, motors, and submersible pumps.
• Damp and Non-Explosive Environments: Safe and reliable operation in challenging conditions.
• Excellent Waterproof Performance: Ensures reliable operation in damp environments.
• High Flexibility: Silicone rubber material allows for easy winding and installation on complex surfaces.
• Efficient Heating: Provides uniform and consistent heating, reducing heat loss.
• High Dielectric Strength: High-voltage resistant models offer enhanced safety for specialized applications.
•Corrosion Resistance: Durable material ensures long-term performance.
•Easy Installation: Can be directly applied to the surface of heated objects.
Model Designation Explanation
ABRD: Electric Heat Tracing
C: Series Resistance Heating Cable
G: Silicone Rubber Main Insulation Material
220: Working Voltage (V)
/□: Power (W)
Model Specifications Table
|
Model No. |
Voltage (V) |
Power (W) |
Length (m) |
Width (mm) |
Lead Type |
|---|---|---|---|---|---|
|
ABRDC-G-220/75 |
220 |
75 |
1 |
26 |
Single-end |
|
ABRDC-G-220/220 |
220 |
200 |
2.5 |
26 |
Single-end |
|
ABRDC-G-220/300 |
220 |
300 |
4 |
26 |
Double-end |
|
ABRDC-G-220/750 |
220 |
750 |
10 |
26 |
Double-end |
Technical Indicators
Recommended Operating Temperature: < 200℃
Maximum Heat Resistance of Insulation Material: 200℃
Dielectric Strength: 1500V/1min
Insulation Resistance: > 50 MΩ
Power Deviation: ± 10%
Optional Configurations
• Voltage Options: Available in various voltage ratings to suit different power supply requirements.
• Power Density: Customizable power output per meter to meet specific heating demands.
• Length Variations: Available in a range of standard lengths, with options for custom lengths.
• Lead Wire Types: Choice of single-end or double-end lead wires for flexible connection.
• Integrated Temperature Control: Options for built-in thermostats or temperature sensors for precise control.
Customization Service
We offer comprehensive customization services to meet unique project requirements, including:
• Special Dimensions: Custom widths and lengths for non-standard applications.
• Specific Power Requirements: Tailored power outputs for optimal heating efficiency.
• Environmental Adaptations: Design modifications for extreme temperatures, corrosive environments, or specific hazardous area classifications.
• Connector and Termination Solutions: Customized connectors and termination methods for seamless integration.
Integrated Systems: Development of complete heating solutions with control panels and monitoring systems.
1.When installing, the silicone rubber skin should be tightly attached to the surface of pipes or tanks and secured with aluminum foil tape.
2.To avoid heat loss, an insulation layer should be covered outside the electric heat tracing.
3.Repeated winding is strictly prohibited to prevent overheating damage.
Overlapping or repeated winding of the ABRDC-G electric heat tracing is strictly prohibited to prevent localized overheating. This product is designed to dissipate heat efficiently when properly installed, with the silicone rubber skin tightly attached to the surface of the object being heated. If the heat tracing overlaps, the heat generated in the overlapped sections cannot dissipate effectively, leading to excessive temperatures that can damage the heat tracing itself, the heated object, or pose a safety risk. Always ensure proper spacing and follow installation guidelines, securing the heat tracing with aluminum foil tape.
