Mineral Insulated High Temperature Heating Cables with EHT Engineering

Safe, Durable and Precise Heating Solutions in Harsh Industrial Conditions

Temperature control in industrial facilities plays a critical role in process safety and equipment life. In systems operating at high temperatures, standard heating cables can be inadequate. In such applications, mineral-insulated high-temperature heating cables (MI cables) come into play, offering superior performance both technically and operationally. At EHT Engineering, we have been supplying, designing, and implementing MI cables specifically designed for harsh environments since 1992.

What is Mineral Insulated Heating Cable?

Mineral-insulated heating cables are special cable types that stand out with their high temperature resistance and excellent electrical insulation properties. These cables feature:

• Magnesium oxide (MgO) mineral insulation materials such as
• Stainless steel, Inconel or 825 alloy metal outer sheaths such as
• High resistance heating wire (usually a nickel-chromium alloy)

Mineral insulation can withstand much higher temperatures than organic insulation materials and is chemically inert. This makes MI cables safe for use in applications up to 1000°C.

Technical Specifications

Mineral insulated high-temperature cables offered by EHT Engineering offer superior performance against harsh conditions with the following technical features:

This structure ensures both the electrical safety and mechanical durability of the cable.

Application Areas

Mineral-insulated cables are particularly preferred in industrial environments where high temperatures and corrosive environments are present. At EHT Engineering, we offer specialized solutions for the following areas:

• Petrochemical plants
• Refineries
• Power plants
• Chemical reactors
• Food and pharmaceutical production lines
• Metallurgy and foundries
• Hazardous areas (Ex-Proof areas)
• Tanks and pipelines
• Instrument cases and process equipment

These cables can be used for both freeze prevention and process temperature maintenance purposes.

Intelligent Temperature Control

Because MI cables operate at constant power, they are recommended for use with temperature control systems. The solutions we offer at EHT Engineering include:

• Compatible with digital and analog thermostats
• Systems that are automatically activated according to the ambient temperature
• Overheating protection
• Remote control from mobile devices
• Integration with SCADA and PLC systems

Thanks to these systems, energy consumption is optimized and the life of the cable is extended.

Project-Based Design and Production

Every facility and process has its own unique needs. As EHT Engineering:

• We conduct field exploration and needs analysis
• We determine the cable type and length according to the application area.
• We perform power calculations and route planning
• We offer post-implementation testing and commissioning services.

Thanks to this engineering approach, our systems are not only safe, but also long-lasting, energy efficient and maintenance-friendly.

Energy Efficiency and Sustainability

Mineral-insulated cables maintain energy efficiency even at high temperatures. As EHT Engineering:

• We offer cables with high efficiency insulation materials
• We prevent unnecessary energy consumption with temperature control systems.
• We reduce resource consumption with long-lasting products
• We minimize environmental impact with recyclable materials

This approach contributes to both nature and business budgets.

Installation and Technical Support

As EHT Engineering, we offer turnkey services for mineral insulated cables:

• Project planning
• Product supply
• Ex-Proof installation
• Testing and commissioning
• User training and technical documentation
• Periodic maintenance and 24/7 technical support

During the installation process, cable routes, junction boxes, and control panels are planned specifically for the site. All applications are documented and inspected in accordance with international standards.

Assurance of EHT Engineering

Mineral-insulated high-temperature cables are the ideal solution for providing reliable heating in harsh industrial conditions. As EHT Engineering:

• We select products specifically for sectoral needs.
• We offer internationally certified products
• We provide project support with our experienced engineering staff.
• We provide post-implementation technical support and maintenance services.

In this way, our customers' processes continue to operate uninterruptedly, safely and efficiently.

In conclusionAt EHT Engineering, the mineral-insulated high-temperature heating cables we offer are not just technical products; they are also integrated solutions that offer energy efficiency, operational safety, and sustainability. With custom designs, high-quality standards, and expert engineering support for each project, we continue to deliver solutions that exceed our customers' expectations.

Mineral İzoleli Yük Sıcaklık Isıtıcı Kablolar yazısı ilk önce Heat Trace üzerinde ortaya çıktı.

Underfloor Heating Cables: Comfortable Floors, Efficient Heating

Underfloor heating cables provide uniform heat distribution in living and working spaces, creating a comfortable, quiet, and energy-efficient environment. Their electrical resistance allows them to be installed underground, creating an invisible heating system. They are compatible with various floor types, including tile, hardwood, concrete, and stone.

These cables are particularly preferred in bathrooms, kitchens, living rooms, offices, hotel rooms, and spa areas. Thermostatically controlled systems allow for easy temperature adjustment and optimized energy consumption.

 Technical Specifications:

• Constant power output (e.g. 10–20 W/m)
• PTFE, PVC or silicone outer coating options
• Precise temperature control with floor sensor
• Project compatibility with different metering and power options
• Easy installation, long-lasting use

 Application Areas:

• Housing projects (bathroom, kitchen, living room)
• Hotels and spa centers
• Office and commercial spaces
• Greenhouses and special production areas
• Prefabricated buildings and tiny house projects

Underfloor heating cables offer a radiator-free, quiet heating solution while maintaining aesthetic and architectural integrity. By radiating heat upward from the floor, a healthier and more balanced environment is achieved.

Underfloor Heating Cables with EHT Engineering

Smart, Efficient and Aesthetic Heating Solutions for Comfortable Living Spaces

Underfloor heating systems, an essential part of modern living, offer a far superior solution to traditional heating methods in terms of both comfort and energy efficiency. At EHT Engineering, we offer underfloor heating cables specifically designed for use in both interior and exterior spaces, drawing on our experience since 1992. These systems provide aesthetically pleasing, quiet, uniform, and healthy heating, making living spaces comfortable throughout the year.

What is Underfloor Heating?

Underfloor heating is based on the principle of heating the space from the bottom up by laying heating cables under the floor. In this system, heat radiates directly from the floor, ensuring a uniform temperature distribution throughout the space. Warming the floor, not the ceiling, not only saves energy but also provides a healthier heating experience.

The underfloor heating cables offered by EHT Engineering are specially selected and designed according to different floor types and usage areas.

Technical Specifications

EHT Engineering's underfloor heating cables meet high quality standards and stand out with the following technical features:

This structure ensures both the electrical safety and long-lasting use of the cable.

Application Areas

Underfloor heating cables can be used in a wide variety of areas:

• Residences (living room, bedroom, bathroom, kitchen)
• Villas and residences
• Offices and business centers
• Hotels and spa centers
• Turkish baths and saunas
• Greenhouses and winter gardens
• Cold rooms and laboratories
• Disabled access ramps
• Mosques and places of worship

These systems can be easily integrated into both new construction and existing buildings. Regardless of the floor type (ceramic, hardwood, concrete, marble), effective results are achieved with the appropriate cable selection.

Energy Efficiency and Comfort

Underfloor heating systems operate at a much lower temperature than traditional radiator systems, providing the same level of comfort. Because heat rises from the floor:

• Less energy is consumed
• Heat loss is minimized
• A homogeneous temperature distribution occurs in the environment.
• Living space becomes warmer instead of ceiling
• Provides silent and invisible heating

The systems offered by EHT Engineering are integrated with digital thermostats, allowing you to manage temperature control precisely.

Intelligent Control Systems

Temperature control in underfloor heating systems is critical for comfort and energy savings. At EHT Engineering, we offer the following solutions:

• Room-based temperature adjustment with digital thermostats
• Timing control with weekly programming feature
• Remote management with mobile application integration
• Overheating protection and alarm systems
• Integration with SCADA and BMS systems

Thanks to these systems, users can both optimize energy consumption and achieve maximum comfort.

Installation and Technical Support

As EHT Engineering, we offer turnkey services in underfloor heating systems:

• On-site discovery and needs analysis
• Project-based engineering design
• Product supply and professional installation
• Testing and commissioning
• User training and technical documentation
• Periodic maintenance and 24/7 technical support

During the installation process, cable routes, junction boxes, and control panels are planned specifically for the site. All applications are documented and inspected in accordance with international standards.

Material Quality and Durability

EHT Engineering's underfloor heating cables:

• UV resistant
• Protected against water and moisture
• Resistant to mechanical impacts
• Resistant to chemical effects
• It has a long-lasting and maintenance-free structure.

Thanks to these features, our systems operate smoothly for years and maintain user satisfaction at the highest level.

Assurance of EHT Engineering

Underfloor heating systems are an important investment not only for comfort but also for energy efficiency, aesthetics, and sustainability. As EHT Engineering:

• We select products specifically for sectoral needs.
• We offer internationally certified products
• We provide project support with our experienced engineering staff.
• We provide post-implementation technical support and maintenance services.

In this way, our customers' living spaces become comfortable and safe to use throughout all four seasons.

In conclusionAt EHT Engineering, the Underfloor Heating Cables we offer are not just technical products; they are also integrated solutions that offer comfort, energy efficiency, and aesthetics. With custom designs, high quality standards, and expert engineering support for each project, we continue to create solutions that exceed our customers' expectations.

Yerden Isıtma Kabloları yazısı ilk önce Heat Trace üzerinde ortaya çıktı.

Series Resistance Heating Cables: Powerful and Stable Heating for Long Lines

Series resistance heating cables are specialized heating systems that provide constant power output and allow electrical current to flow through a single resistance path along the cable. They are particularly preferred for long-distance pipelines, tanks, and processes requiring high temperatures. They provide uniform heat distribution along the cable and are characterized by high temperature resistance.

These cables are manufactured in specific lengths and cannot be cut to length. Therefore, they require project-based measurement and engineering. When used with thermostats and control panels, system safety and energy efficiency are increased.

 Technical Specifications:

• Fixed watt/meter output (e.g. 30, 50, 60 W/m)
• High temperature resistance (up to 200–250°C)
• Mineral insulated (MI), PTFE or silicone outer coating options
• ATEX and IECEx certified models (for explosive atmospheres)
• Works with thermostat and control unit

 Application Areas:

• Petrochemical and refinery facilities
• Long pipelines and outdoor applications
• Tank and silo heating systems
• Fire prevention and frost protection systems
• Power plants and process industries

Series resistance heating cables offer high performance and long life. When implemented with project-based engineering, they are the ideal solution for both safety and operational efficiency.

Eltherm Series Resistance Heating Cables

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Hemstedt First page Meterware DE EN oP 144dpi

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Constant Power Heating Cables: Stable Heat, Powerful Performance

Constant power heating cables are preferred heating solutions that provide a constant heat output at a specific wattage per meter, particularly for long lines and applications requiring high temperatures. They operate at a constant power regardless of ambient temperature, so they are often used in conjunction with a thermostat or control unit.

These cables are widely used in industrial facilities with their high temperature resistance, long distance performance and economical costs.

 Technical Specifications:

• Fixed watt/meter output (e.g. 10, 15, 30 W/m)
• Series resistor or parallel resistor construction options
• PTFE, silicone or mineral insulated outer coating
• High temperature resistance (up to 200°C)
• Requires control with thermostat
• ATEX compliant models available

 Application Areas:

• Petrochemical and refinery facilities
• Long pipelines and tanks
• High temperature processes
• Fire prevention systems
• Underfloor heating systems (concrete, asphalt, etc.)

Fixed power cables are the ideal solution for applications requiring precise temperature control. When used in conjunction with proper engineering and control systems, they provide high efficiency and safety.

Eltherm Heating Cable ELP PFA Up To 260 Degrees

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Eltherm Heating Cable ELP SI Up To 200 Degrees

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Sabit Güç Kabloları yazısı ilk önce Heat Trace üzerinde ortaya çıktı.

Self-Regulating Heating Cables: Intelligent Heating, Maximum Efficiency

Self-regulating heating cables are highly energy-efficient and safe heating solutions that automatically adjust their output based on ambient temperature. These cables reduce heat production as the temperature rises and provide more heat when it drops. This eliminates the risk of overheating and maintains a constant temperature.

It is used for freeze prevention and temperature maintenance, particularly in pipelines, tanks, roof gutters, floors, and industrial process areas. Its easy-to-install, cuttable structure allows it to be applied to any length.

Technical Specifications:

• Automatic power adjustment sensitive to ambient temperature
• Modular structure that can be cut and added
• UV, moisture and chemical resistant outer coating
• Safe operation without the need for a thermostat
• ATEX and IECEx certified options (for explosive atmospheres)

 Application Areas:

• Industrial pipe and tank systems
• Roof gutters and downpipes
• Ground snow-ice prevention systems
• Food, chemical, pharmaceutical and energy facilities
• Residential hot water pipelines

Self-regulating cables offer a smart solution to modern heating needs with their low-maintenance, long-lasting, and energy-efficient design. They represent a superior technology in terms of both safety and performance.

Bartec

Heating tape PSBL – Heating tape PSB – Heating tape MSB – Heating tape HSB – Heating tape HTSB

System PSBL System PSB System MSB System HSB System HTSB

Self-limiting parallel Self-limiting parallel Self-limiting parallel Self-limiting parallel Self-limiting parallel

heating tapes heating tapes heating tapes heating tapes heating tapes

Explosion protection

yes yes yes yes yes yes

Technical data

Heating power 1) 10 to 30 W/m 10 to 33 W/m 10 to 40 W/m 10 to 60 W/m 15 to 90 W/m

Max. operating temperature 2) +65 °C +65 °C +110 °C +120 °C +250 °C
heating tape energized
(switched on)

Resistant to steam cleaning – – – yes yes

Maximum length of
heating circuit 3) 154 m 205 m 235 m 235 m 154 m
per power feeding point

Max. operating voltage 120 V/254 V 120 V/254 V 254 V 120 V/254 V 277 V

Suitable for corrosive yes yes yes yes yes
atmospheres 4)

Technical data subject to change without notice

1) Different nominal powers available
2) Reference value: each case will depend on conductor/surface temperature of the heating cable and the application itself
3) Reference value: depending on application, depend on ambient temperature
4) To be tested for individual cases

Heating tape PSBL

Heating tape PSBL

Heating tape PSBL Self regulating type heating cable For all kinds of industrial areas, ATEX certified, 65^heC/80^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

Application Areas:

• Against Freezing,
• In the Protection of Indicators,
• In the Chemical and Petrochemical Industries,
• Heat Protection of Tanks and Storages,
• In Pipeline Heat Protection,
• In the Automotive Industry,
• In the Food Processing Industry.

1- Conductor wire Nickel-plated copper

2- Self-regulating heating element

3- Internal protective insulation

4- Protection Shielding braid (Cu, tin plated)

5- Outer jacket Fluoropolymer

PDF: SAMPLE CATALOGUE

Heating tape PSB

Heating tape PSB Self regulating type heating cable For all kinds of industrial areas, ATEX certified, 65^heC/80^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

Application Areas:

• Against Freezing,
• In the Protection of Indicators,
• In the Chemical and Petrochemical Industries,
• Heat Protection of Tanks and Storages,
• In Pipeline Heat Protection,
• In the Automotive Industry,
• In the Food Processing Industry.

1- Conductor wire Nickel-plated copper

2- Self-regulating heating element

3- Internal protective insulation

4- Protection Shielding braid (Cu, tin plated)

5- Outer jacket Fluoropolymer

Heating tape MSB

Heating tape MSB Self regulating type heating cable For all kinds of industrial areas, ATEX certified, 110^heC/130^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

Application Areas:

• Against Freezing,
• In the Protection of Indicators,
• In the Chemical and Petrochemical Industries,
• Heat Protection of Tanks and Storages,
• In Pipeline Heat Protection,
• In the Automotive Industry,
• In the Food Processing Industry.1- Conductor wire Nickel-plated copper2- Self-regulating heating element3- Internal protective insulation4- Protection Shielding braid (Cu, tin plated)5- Outer jacket Fluoropolymer

Heating tape HSB

Heating tape HSB+ Self regulating type heating cable For all kinds of industrial areas, ATEX certified, 150^heC/225^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

Application Areas:

• Against Freezing,
• In the Protection of Indicators,
• In the Chemical and Petrochemical Industries,
• Heat Protection of Tanks and Storages,
• In Pipeline Heat Protection,
• In the Automotive Industry,
• In the Food Processing Industry.

1- Conductor wire Nickel-plated copper

2- Self-regulating heating element

3- Internal protective insulation

4- Protection Shielding braid (Cu, tin plated)

5- Outer jacket Fluoropolymer

Heating tape HTSB

Heating tape HTSB Self regulating type heating cable For all kinds of industrial areas, ATEX certified, 250^heC/250^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

Application Areas:

• Against Freezing,
• In the Protection of Indicators,
• In the Chemical and Petrochemical Industries,
• Heat Protection of Tanks and Storages,
• In Pipeline Heat Protection,
• In the Automotive Industry,
• In the Food Processing Industry.

1- Conductor wire Nickel-plated copper

2- Self-regulating heating element

3- Internal protective insulation

4- Protection Shielding braid (Cu, tin plated)

5- Outer jacket Fluoropolymer

Heating-Technology:To Review the Catalogue Click…

Eltherm

Type ELSR-N

up to 80 °C

Heating tape ELSR-N Self regulating type heating cable For all kinds of industrial areas, ATEX certified, 65^heC/80^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

1- Conductor wire Nickel-plated copper

2- Self-regulating heating element

3- Internal protective insulation

4- Protection Shielding braid (Cu, tin plated)

5- Outer jacket Fluoropolymer

Application Areas:

• Against Freezing,
• In the Protection of Indicators,
• In the Chemical and Petrochemical Industries,
• Heat Protection of Tanks and Storages,
• In Pipeline Heat Protection,
• In the Automotive Industry,
• In the Food Processing Industry.

PDF: ELSR-N SELF REGULATING CABLE

Type ELSR-LS

up to 80 °C

Heating tape ELSR-LS Self regulating type heating cable For all kinds of industrial areas, ATEX certified, 65^heC/80^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

1- Conductor wire Nickel-plated copper

2- Self-regulating heating element

3- Internal protective insulation

4- Protection Shielding braid (Cu, tin plated)

5- Outer jacket Fluoropolymer

Application Areas:

• Against Freezing,
• In the Protection of Indicators,
• In the Chemical and Petrochemical Industries,
• Heat Protection of Tanks and Storages,
• In Pipeline Heat Protection,
• In the Automotive Industry,
• In the Food Processing Industry.

PDF: ELSR-LS

Type ELSR-M

up to 80 °C

Heating tape ELSR-M Self regulating type heating cable For all kinds of industrial areas, ATEX certified, 65^heC/80^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

1- Conductor wire Nickel-plated copper

2- Self-regulating heating element

3- Internal protective insulation

4- Protection Shielding braid (Cu, tin plated)

5- Outer jacket Fluoropolymer

Application Areas:

• Against Freezing,
• In the Protection of Indicators,
• In the Chemical and Petrochemical Industries,
• Heat Protection of Tanks and Storages,
• In Pipeline Heat Protection,
• In the Automotive Industry,
• In the Food Processing Industry.

PDF: ELSR-M

Type ELSR-M-BAF/-BF

up to 65 °C

Heating tape ELSR-M-RAF/-BF Self-regulating type heating cable For all types of industrial areas, ATEX certified, 65^heC/80^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

1- Conductor wire Nickel-plated copper

2- Self-regulating heating element

3- Internal protective insulation

4- Protection Shielding braid (Cu, tin plated)

5- Outer jacket Fluoropolymer

Application Areas:

• Against Freezing,
• In the Protection of Indicators,
• In the Chemical and Petrochemical Industries,
• Heat Protection of Tanks and Storages,
• In Pipeline Heat Protection,
• In the Automotive Industry,
• In the Food Processing Industry.

PDF: ELSR-M-BAF/-BF

Type ELSR-R

up to 65 °C

Heating tape ELSR-R Self regulating type heating cable Suitable for all kinds of industrial areas, ATEX certified, 65^heC/80^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

1- Conductor wire Nickel-plated copper

2- Self-regulating heating element

3- Internal protective insulation

4- Protection Shielding braid (Cu, tin plated)

5- Outer jacket Fluoropolymer

Application Areas:

• Against Freezing,
• In the Protection of Indicators,
• In the Chemical and Petrochemical Industries,
• Heat Protection of Tanks and Storages,
• In Pipeline Heat Protection,
• In the Automotive Industry,
• In the Food Processing Industry.

PDF: ELSR-R

Type ELSR-W

up to 100 °C

Heating tape ELSR-W Self regulating type heating cable For all kinds of industrial areas, ATEX certified, 65^heC/80^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

1- Conductor wire Nickel-plated copper

2- Self-regulating heating element

3- Internal protective insulation

4- Protection Shielding braid (Cu, tin plated)

5- Outer jacket Fluoropolymer

Application Areas:

• Against Freezing,
• In the Protection of Indicators,
• In the Chemical and Petrochemical Industries,
• Heat Protection of Tanks and Storages,
• In Pipeline Heat Protection,
• In the Automotive Industry,
• In the Food Processing Industry.

PDF: ELSR-W

Type ELSR-Ramp

up to 100 °C

Heating tape ELSR-Ramp Self regulating type heating cable For all kinds of industrial areas, ATEX certified, 65^heC/80^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

1- Conductor wire Nickel-plated copper

2- Self-regulating heating element

3- Internal protective insulation

4- Protection Shielding braid (Cu, tin plated)

5- Outer jacket Fluoropolymer

Application Areas:

• Against Freezing,
• In the Protection of Indicators,
• In the Chemical and Petrochemical Industries,
• Heat Protection of Tanks and Storages,
• In Pipeline Heat Protection,
• In the Automotive Industry,

PDF: ELSR-Ramp

Type ELSR-FHP

up to 110 °C

Heating tape ELSR-FHP Self regulating type heating cable For all kinds of industrial areas, ATEX certified, 250^heC/250^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

1- Conductor wire Nickel-plated copper

2- Self-regulating heating element

3- Internal protective insulation

4- Protection Shielding braid (Cu, tin plated)

5- Outer jacket Fluoropolymer

Application Areas:

• Against Freezing,
• In the Protection of Indicators,
• In the Chemical and Petrochemical Industries,
• Heat Protection of Tanks and Storages,
• In Pipeline Heat Protection,
• In the Automotive Industry,
• In the Food Processing Industry.

Checklist ELSR-FHP

B + C Power Connection & End Termination

EL-ECN End termination kit for ELSR-FHP 09112N1
ELVB-SRA-25 Power connection, glued, Gland M25 x 1,5, PE 091A010

D Junction Boxes

ELAK-2 104 x 104 x 70 mm, polycarbonate, breakouts 7x M25, IP 66 0920030
ELAK-5 122 x 120 x 90 mm, polyester, 3 breakouts M25, IP 66 0920013
ELAK-5.1 130 x 130 x 75 mm, polycarbonate, breakouts 9x M20/M25, IP 66 0920002

Further accessories on pages 38 – 47

PDF: ELSR-FHP

Type ELSR-H

up to 210 °C

Heating tape ELSR-H Self regulating type heating cable For all kinds of industrial areas, ATEX certified, 65^heC/80^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

1- Conductor wire Nickel-plated copper

2- Self-regulating heating element

3- Internal protective insulation

4- Protection Shielding braid (Cu, tin plated)

5- Outer jacket Fluoropolymer

Application Areas:

• Against Freezing,
• In the Protection of Indicators,
• In the Chemical and Petrochemical Industries,
• Heat Protection of Tanks and Storages,
• In Pipeline Heat Protection,
• In the Automotive Industry,
• In the Food Processing Industry.

PDF: ELSR-H

Type ELSR-H+

up to 210 °C

Heating tape ELSR-H+ Self regulating type heating cable For all kinds of industrial areas, ATEX certified, 65^heC/80^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

1- Conductor wire Nickel-plated copper

2- Self-regulating heating element

3- Internal protective insulation

4- Protection Shielding braid (Cu, tin plated)

5- Outer jacket Fluoropolymer

Application Areas:

• Against Freezing,
• In the Protection of Indicators,
• In the Chemical and Petrochemical Industries,
• Heat Protection of Tanks and Storages,
• In Pipeline Heat Protection,
• In the Automotive Industry,
• In the Food Processing Industry.

PDF: ELSR-H+

Type ELSR-SH

up to 250 °C

Heating tape ELSR-SH Self regulating type heating cable For all kinds of industrial areas, ATEX certified, 65^heC/80^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

1- Conductor wire Nickel-plated copper

2- Self-regulating heating element

3- Internal protective insulation

4- Protection Shielding braid (Cu, tin plated)

5- Outer jacket Fluoropolymer

Application Areas:

• Against Freezing,
• In the Protection of Indicators,
• In the Chemical and Petrochemical Industries,
• Heat Protection of Tanks and Storages,
• In Pipeline Heat Protection,
• In the Automotive Industry,
• In the Food Processing Industry.

PDF: ELSR-SH

Type ELSR-SHH

up to 250 °C

Heating tape ELSR-SHH Self regulating type heating cable For all kinds of industrial areas, ATEX certified, 65^heC/80^heC is a cuttable standard self-regulating heating cable that can be used safely at temperatures up to 120°C.

eltherm-Self-Regulating-Heating-Cables: To Review the Catalogue Click…

Chromalox

SRL-Chromalox : To Review the Catalogue Click…

SRME Heating Cable: To Review the Catalogue Click…

SRP-Chromalox : To Review the Catalogue Click…

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Heated hoses generally consist of heat- and pressure-resistant hoses of various diameters, a heating cable, a temperature sensor, and insulation material, all selected based on the heating power calculated according to the process needs. Heated hose types are available that can withstand temperatures up to 400°C and pressures up to 250 bar.

Since heated hoses are specially produced according to the needs of your facility, you can contact our company.

Isıtılmış Hortumlar yazısı ilk önce Heat Trace üzerinde ortaya çıktı.

Series resistance heating cables can be manufactured with varying resistances. The resistance of these cables is directly proportional to their length, and certain resistances can be cut to specific lengths, depending on the desired power rating.

There are two types of serial resistance heating cables: single-resistance and double-resistance. These heating cables can be used at temperatures up to 260°C. Metal-sheathed and mineral-insulated types can reach temperatures up to 1000°C.

Series resistance heating cables can be used in heat tracing applications, heating long pipelines, tank and silo heating applications, and mold heating systems.

PDF: HEM-PFACuPFA-68997 (7 Joules)

Series Resistance Heating Cables with EHT Engineering

Strong, Safe and Durable Solutions for Industrial Heating Applications

Temperature control plays a critical role in industrial facilities, ensuring process safety and energy efficiency. Constant and uniform heating is especially necessary in large areas such as long pipelines, tanks, silos, and mold systems. One of the most effective solutions for such applications is series resistance heating cables. At EHT Engineering, with nearly 30 years of experience, we offer series resistance cables specifically designed to meet the needs of various industries.

What is Series Resistance Heating Cable?

Series resistance cable is a type of heating cable that operates on the principle that electric current generates heat by encountering a constant resistance along the cable. These cables are available in specific lengths and power outputs. Resistance varies depending on the cable length; therefore, cutting the cable directly affects system operation. This feature provides a significant advantage in applications requiring constant and controlled heating.

Series resistance cables offered by EHT Engineering are suitable for different application areas with single or double resistance conductor options.

Technical Specifications

Series resistance cables are designed to withstand harsh industrial conditions. Key technical features of EHT Engineering products include:

This technical structure ensures that the cable is both safe and long-lasting.

Intelligent Temperature Control

Because series resistive cables operate at constant power, they are recommended for use with temperature control systems. The solutions we offer at EHT Engineering include:

• Compatible with digital and analog thermostats
• Systems that are automatically activated according to the ambient temperature
• Overheating protection
• Remote control from mobile devices
• Integration with SCADA and PLC systems

Thanks to these systems, energy consumption is optimized and the life of the cable is extended.

Application Areas

Series resistance cables can be used in a wide variety of industries. At EHT Engineering, we offer specialized solutions for the following areas:

• Petrochemical and refinery facilities
• Food production and storage areas
• Pharmaceutical industry
• Power plants
• Chemical plants
• Mining enterprises
• Hazardous areas (Ex-Proof areas)

These cables are widely preferred especially in heating long pipelines, tank and silo heating applications, and mold heating systems.

Flexible Design and Power Options

EHT Engineering's series resistance cables can be produced in different resistances. This allows:

• Special production can be made according to the desired power value.
• Cable type and length can be determined according to the application area.
• Flexibility is provided with single and double resistance conductor options
• Metal sheathed and mineral insulated models offer solutions for high temperature applications.

This flexibility allows us to offer the most appropriate solution according to the specific needs of the facilities.

Energy Efficiency and Sustainability

Series resistance cables provide predictable energy consumption thanks to their constant power output. As EHT Engineering:

• We offer cables with high efficiency insulation materials
• We prevent unnecessary energy consumption with temperature control systems.
• We reduce resource consumption with long-lasting products
• We minimize environmental impact with recyclable materials

This approach contributes to both nature and business budgets.

Installation and Technical Support

As EHT Engineering, we offer turnkey service for series resistance cables:

• On-site discovery and needs analysis
• Project-based engineering design
• Product supply and assembly
• Testing and commissioning
• User training and technical documentation
• Periodic maintenance and 24/7 technical support

During the installation process, cable routes, junction boxes, and control panels are planned specifically for the site. All applications are documented and inspected in accordance with international standards.

Assurance of EHT Engineering

Series resistance cables are an ideal solution for providing reliable heating in applications requiring high temperatures. As EHT Engineering:

• We select products specifically for sectoral needs.
• We offer internationally certified products
• We provide project support with our experienced engineering staff.
• We provide post-implementation technical support and maintenance services.

In this way, our customers' processes continue to operate uninterruptedly, safely and efficiently.

In conclusionAt EHT Engineering, the series resistance heating cables we offer are not just technical products; they are also integrated solutions that offer energy efficiency, operational safety, and sustainability. With custom designs, high quality standards, and expert engineering support for each project, we continue to deliver solutions that exceed our customers' expectations.

Seri Dirençli Isıtıcı Kablolar yazısı ilk önce Heat Trace üzerinde ortaya çıktı.

Constant wattage heating cables are most commonly used in applications requiring temperatures greater than 100°C. They are manufactured with insulation materials such as FEB, PTFE, and PFA to withstand temperatures up to 260°C.

Constant wattage heating cables must be controlled by a temperature control system to ensure longevity of the system, otherwise overheating may occur.

Fixed Power Cables with EHT Engineering

Safe and Uninterrupted Heating Solutions at High Temperatures

Temperature control in industrial facilities is critical for process safety and energy efficiency. Standard heating systems can be inadequate, especially in applications requiring high temperatures. Constant Wattage Heating Cables come into play at this point, ensuring process continuity and safety by providing constant wattage heating throughout each meter. At EHT Engineering, we offer industry-specific solutions in the sales and installation of constant power cables, drawing on nearly 30 years of experience.

 What is a Fixed Power Cable?

A fixed power cable is a type of electrically operated heating cable. Their most distinctive feature is that each meter of cable generates a constant amount of heat, regardless of temperature. The current-carrying and heat-producing sections are made of different conductors. This structure ensures uniform heat distribution, even over long runs.

Fixed power cables are generally:

• In processes requiring high temperatures
• In anti-freeze systems
• In tanks and pipelines
• In chemical plants
• In food and pharmaceutical production areas
• In hazardous areas (Ex-Proof areas)

As EHT Engineering, we supply these cables in custom sizes and technical specifications.

Technical Specifications

Fixed power cables are manufactured to withstand harsh environmental conditions. EHT Engineering offers the following products:

Thanks to these features, fixed power cables offer a heating solution that is both safe and long-lasting.

Intelligent Temperature Control

Because fixed power cables operate at constant power, they are recommended for use with temperature control systems. At EHT Engineering, we offer the following solutions:

• Compatible with digital and analog thermostats
• Systems that are automatically activated according to the ambient temperature
• Overheating protection
• Remote control from mobile devices
• Integration with SCADA and PLC systems

Thanks to these systems, energy consumption is optimized and the life of the cable is extended.

Application Areas

Fixed power cables can be used in a wide variety of industries. At EHT Engineering, we offer specialized solutions for the following areas:

• Petrochemical and refinery facilities: Freezing and viscosity control in pipelines operating at high temperatures
• Food production facilities: Maintaining the fluidity of substances such as glucose, honey, oil
• Pharmaceutical industry: Keeping liquid raw materials at stable temperature
• Power plants: Temperature management in steam lines
• Chemical plants: Process temperature control in reactors and tanks
• Dangerous areas: ATEX compatible cable applications in Ex-Proof areas

Special cable selection, length planning and control system integration are done for each application.

Flexible Design and Cuttability

Fixed power cables can be cut to desired lengths. However, this process must be done at the contact points located every meter of the cable. Otherwise, cold ends may occur. As EHT Engineering:

• We do project-based length planning
• We provide ease of installation by marking the cutting points.
• We offer special termination kits to prevent cold ends

In this way, efficient and safe operation of the system is guaranteed.

Energy Efficiency and Sustainability

Constant power cables make energy consumption predictable due to their constant wattage output. As EHT Engineering:

• We offer cables with high efficiency insulation materials
• We prevent unnecessary energy consumption with temperature control systems.
• We reduce resource consumption with long-lasting products
• We minimize environmental impact with recyclable materials

This approach contributes to both nature and business budgets.

Installation and Technical Support

As EHT Engineering, we offer turnkey services for fixed power cables:

• On-site discovery and needs analysis
• Project-based engineering design
• Product supply and assembly
• Testing and commissioning
• User training and technical documentation
• Periodic maintenance and 24/7 technical support

During the installation process, cable routes, junction boxes, and control panels are planned specifically for the site. All applications are documented and inspected in accordance with international standards.

 Assurance of EHT Engineering

Fixed power cables are the ideal solution for providing reliable heating in applications requiring high temperatures. As EHT Engineering:

• We select products specifically for sectoral needs.
• We offer internationally certified products
• We provide project support with our experienced engineering staff.
• We provide post-implementation technical support and maintenance services.

In this way, our customers' processes continue to operate uninterruptedly, safely and efficiently.

In conclusionAt EHT Engineering, the fixed power cables we offer are not just technical products; they are also integrated solutions that offer energy efficiency, operational safety, and sustainability. With custom designs, high quality standards, and expert engineering support for each project, we continue to deliver solutions that exceed our customers' expectations.

Sabit Güç Kabloları yazısı ilk önce Heat Trace üzerinde ortaya çıktı.

Self-regulating resistance heating cables operate differently than other heating cables. The heating cable consists of two resistance wires encased in carbon semiconductor material. Thanks to this semiconductor material, the cable's power decreases as the temperature increases and increases as it cools.

Self-limiting heating cables limit their temperature to 65°C, 120°C, or 150°C, depending on their intended use. Another advantage over other heating cable types is their ability to be cut to any desired length. Because this cut is customizable, the cable is minimized.

Kendini Sınırlayan Kablolar yazısı ilk önce Heat Trace üzerinde ortaya çıktı.

⦁ Electric Heating Cables Heat Tracing

The use of electric heating cables for heat tracing in pipelines in industrial facilities is increasing. Compared to steam and hot water systems, electrical heat tracing is more costly to install and easier to use.

This is due to the reliability and longevity of heating cables. Their flexibility and varying power ratings ensure energy efficiency and ease of control in applications.

Heating cables are connected to advanced control systems, allowing for instantaneous and very precise control of line temperature. Thanks to the variety of insulation structures, heating cables are suitable for all types of harsh conditions. Unlike steam and hot water lines, they are not subject to corrosion or maintenance, resulting in low operating costs and no maintenance or repairs.

⦁ Heat Tracing with Self-Limiting Heating Cables

Pipeline Heating with Self-Limiting Heating Cables

This cable's structure consists of two heating wires embedded in a heating matrix doped with carbon particles. As temperatures rise during operation, molecular expansion increases the distance between the carbon particles. Resistance increases, reducing output power. When temperatures drop, this process reverses, increasing output power. This physical property means the heating wire will never overheat, can be mounted crosswise, stacked, and operated without a temperature controller.
Self-limiting heating cables offer significant advantages over other heating cable types. One of the most important is their ability to be cut to any desired length.
Because it can be cut to the desired length in applications, the cable is free of wastage. To use self-regulating cable, several steps must be performed at the beginning and end of the heating cables. Because the cable can be cut to the desired length, the heating cable cannot be energized without a termination and finishing connection. A termination (connection kit) is the connection type required to energize the heating cable. End seal kits are required to ensure that the self-limiting heating cable completes its circuit and heats up, preventing any external liquid ingress. Each self-limiting heating cable must be tested for workability and insulation after the termination and finishing connections are completed.

⦁ Heat Tracing with Series Resistance Heating Cables

⦁ Pipeline Heating with Series Resistance Heating Cables

In series resistance heating cables, the energy-carrying and heat-producing parts are the same, made of chrome-nickel wire. These cables can be manufactured with varying resistances. The resistance of these cables is directly proportional to their length, and certain resistances can be cut to specific lengths, depending on the desired power level.
When selecting cables, external insulation should be selected based on environmental conditions, chemical resistance, and temperature range. Proper insulation must be selected to prevent damage to the cable in the event of an explosion or impact. Because heating cables have specific resistance values, they are limited to a specific length for the desired power rating and cannot be lengthened or shortened.
Mineral-insulated series resistance cables are commonly used on high-temperature lines. Stainless steel and Alloy 825 are the preferred materials for high-temperature process control and are ideal for freeze protection or viscosity control applications subject to periodic high temperatures.

• Heat Tracing with Constant Power Heating Cables

Pipeline Heating with Constant Power Heating Cables

Each meter of constant-power resistance cables delivers constant energy at any temperature. Their structure consists of different conductors for both current-carrying and heat-generating components. These cables can be cut to any length and used. They do not require a cold end, and their installation and single-end powering make them extremely easy and cost-effective for all types of heat tracing applications.
These heating cables are resistant to high temperatures and come in a variety of power ratings, making them suitable for a wide range of applications, including explosive environments. These cables, manufactured to high power ratings, are made of insulation materials such as Teflon-FEB and PTFE, which offer high resistance to almost all aggressive environments, and can be used at operating temperatures ranging from 180°C to 260°C.
It is essential that Constant Power Heating Cables be controlled via temperature control.

Isıtıcı Kablolar yazısı ilk önce Heat Trace üzerinde ortaya çıktı.