Tracer Heater
If you are trying to find premium quality Tracer Heater in India, then Patel Heater & Control Pvt Ltd is the place you should look at!
We are one of the most respected Tracer Heater Manufacturers in Gujarat, and offer highly advance products that meet international performance standards and quality norms. Made form the best quality raw materials, our product has been found to be very useful in numerous industrial and commercial applications.
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(+91) 992-582-2226
Features Of Our Product
- Made from premium quality raw materials
- Conform to international quality and performance norms
- Unique construction design
- Proven performance even in challenging circumstances
Applications
- Safe & hazardous areas
- Anti condensation
- Surface heating
- Heat kit assemblies
- Anti freeze
- Temperature maintenance
- For conversion of steam to electrical energy
Self-Regulating Heating Cables
Self-regulating heating cables increase power as temperatures fall and decreases as temperatures rise. We Supply a variety of self-regulating heating cables to meet the demands septic to each application.
Excellent for metallic or non-metallic piping and tanks, Our’s self-regulating heating cables allow for ease of design and installation with applications ranging from freeze protection to temperature maintenance to foundation heating.
BSX™-Self-Regulating Heating Cable
Use of advanced technology in the production process, makes our Tracer Heater stand out and apart from its competitors in the market. The superior features and unmatched performance of our product has helped us earn name and fame as the leading Tracer Heater Supplier in India. Freeze Protection or Process Temperature Maintenance BSX self-regulating heating cables are designed to provide freeze protection or process temperature maintenance to metallic and nonmetallic piping, tanks and equipment. The heat output of BSX cable varies in response to the surrounding conditions along the entire length of a circuit.
Whenever the heat loss of the insulated pipe, tank or equipment increases (as ambient temperature drops), the heat output of the cable increases. Conversely, when the heat loss decreases (as the ambient temperature rises or product flows), the cable reacts by reducing its heat output.BSX cables are approved for use in ordinary (nonclassified) areas and hazardous (classified) areas.
Operating Voltage: 110-120 or 208-277 VAC
Maximum Maintenance Temperature: 150°F
Ordering Info. Required
- Temperature Require
- Wattage Require
- Length Require
- Maximum safe temperature : Temp upto 250°c
Frequently Asked Questions
Temperature required, wattage, and the length you need. Also mention the maximum safe temperature for your application, since these tracer heaters go up to 250°C. Share these upfront and we’ll size the cable correctly instead of you guessing at wattage.
It adjusts its own heat output based on conditions along the cable. Drops in ambient temperature push the heat output up; as things warm up or product starts flowing, the cable pulls back on its own. No manual adjustment is needed; it responds on its own as conditions change.
Yes. BSX self-regulating cables are approved for both ordinary, non-classified areas and hazardous, classified ones. So whether your site falls under standard safety zones or stricter hazardous classifications, there’s a version built to work within those requirements.
Operating voltage runs at 110-120 or 208-277 VAC, and the maximum maintenance temperature sits at 150°F. These numbers cover most freeze protection and temperature maintenance jobs; if your application pushes past that range, mention it while ordering so we can confirm the right fit.
Quite a spread of applications, actually: anti-condensation, surface heating, anti-freeze protection, heat kit assemblies, temperature maintenance, and even converting steam into electrical energy. It’s also used across both safe and hazardous industrial areas depending on the site.
Yes, that’s exactly what it’s designed for. Metallic or non-metallic, piping or tanks, the self-regulating cable adapts to both without needing separate designs. This is part of why it’s used so widely for freeze protection and process temperature maintenance across different setups.
Because a fixed output doesn’t make sense across a whole run of pipe or tank. As heat loss increases, say the surrounding temperature drops, the cable pushes more power out at that exact point. When heat loss drops, so does the output. It reacts locally, not as one uniform setting.
Yes, freeze protection is actually one of its main jobs. As ambient temperature falls, the cable’s heat output rises to compensate, keeping pipes, tanks, or equipment from freezing over. This makes it a common choice in colder regions and cold-storage type applications.
Yes. Share the temperature requirement, wattage, and length you need, and we’ll build the cable to match your setup rather than pushing a fixed standard length. Most installations end up needing a specific length anyway, depending on the piping run.
Yes, it’s made from premium raw materials and built to international performance standards, so it holds up under continuous industrial demand. Proven performance in challenging conditions is actually one of its core features, not just a bonus.