ISOHEAT KM-HT-201 silicone-insulated heating tape
The ISOHEAT KM-HT-201 silicone-insulated heating tape offers an excellent solution for applications where a flexible, waterproof and temperature-resistant heat source up to 200 °C is required. It is particularly suitable for industries such as food production and laboratory environments thanks to its robust design and easy cleaning. Thanks to its pliable silicone rubber, this product is ideal for tight bending radii and precise use on a wide variety of systems. Comparisons with the [ISOHEAT KM-HT-602 silicone heating tape] show that similar versions can also be found in the portfolio, which are suitable for similar applications. Nevertheless, the heating tape presented here scores with its simple installation and high IP 65 protection rating.
Technical details and special features
With a rated voltage of 230 V AC, this heating cable provides reliable heat in continuous operation. Key design features enable applications in environments that require a high degree of flexibility. Its strengths can be summarized as follows:
- Operating temperature up to 200 °C
- Silicone rubber insulation for waterproof and smooth surface (protection class IP 65)
- Dimension: 12 x 3 mm, with a minimum bending radius of
10 mm
- Laying distance: > 10 mm between the individual heating tape strands
- Protection class 0, which makes the use of additional protective measures necessary
- Available in various lengths (1 m, 2 m, 3 m) with 60 W, 120 W or 180 W power
Depending on the length and heat output, the heating cable can be flexibly adapted to the respective heating requirements. The 1.5 m mains connection cable is also silicone-insulated and designed for permanent connection. Thanks to the textured, water-repellent surface, there is hardly any dirt adhesion, which is a great advantage in hygiene-sensitive areas such as food technology.
A special feature worth mentioning is its suitability for particularly confined environments. Thanks to its slim design, this heating tape can also be used in equipment where only a very small radius is available. With regard to safety standards, it should be noted that an effective protective environment must be created because the tape does not require a protective conductor braid.
Application areas
This silicone-insulated heating tape is used in a wide range of areas and can be used in both stationary and mobile applications. Common applications include:
- Heating molded parts or pipes with a small diameter
- Use in laboratories or technical centers for uncomplicated test setups
- Heat supply in hygiene-sensitive zones such as food production facilities, where an easy-to-clean heating solution is essential
- Temperature control of liquids (e.g. adhesives, glycols or cleaning chemicals) to regulate viscosities and ensure process stability
For particularly power-intensive applications, a pre-test can be carried out with connection to suitable temperature controllers. A similar product such as the [ISOPAD FIM-120 high-performance heating tape], on the other hand, offers a higher heating capacity with comparable suitability for professional settings. This makes it easier to expand your own product portfolio as requirements increase.
FAQs
How should the heating cable be installed
?
Make sure there is a sufficient installation distance of at least 10 mm so that the individual heating cables do not touch or overlap. Position the tape evenly on the surface to be heated and ensure a permanently stable contact.
Can the heating tape be cleaned?
Yes, thanks to the silicone coating, the heating tape is very easy to clean. Use a soft cloth or a suitable brush and mild detergent to remove any dirt. Avoid aggressive chemicals that could damage the silicone.
Does the heating cable need a protective earth conductor?
The heating tape comes without a protective conductor braid. It is therefore essential to check whether additional protective measures or protection through external earthing are required before use. This depends on the company's safety regulations.
Which temperature control is recommended
To prevent the heating cable and the heated medium from overheating, a suitable temperature control should always be used. A suitable thermostat or temperature controller with sensor can continuously monitor the temperature and adjust it as required.
Conclusion
This heating cable impresses with its flexible, waterproof design, which makes it much easier to use in confined, damp or hygiene-sensitive areas. Its different lengths and outputs enable versatile application scenarios, especially in laboratories, technical centers and food production lines. Anyone looking for an uncomplicated, robust and easy-to-maintain heating cable will find a reliable choice for operating temperatures up to 200 °C here. The robust silicone material makes cleaning easier and ensures a long service life, while the possibility of individual adaptation to various process parameters underlines the wide range of applications.
