Cables for de-icing systems

Application: Protection from snow and ice.KSR-2 self-regulating heating cables are one of the components of the snow and ice protection system for concrete, reinforced concrete and metal structures. Designed and approved for laying directly into concrete, KSR cables withstand all possible loads that occur during laying. The output power of the self-regulating KSR cables varies depending on the temperature of the concrete. When the concrete temperature is equal to or below the freezing point, KSR cables will have maximum thermal power. As soon as the concrete heats up, the thermal power of the cable will decrease. Energy efficiency is achieved without the use of monitoring devices. KSR cables are designed for use in ordinary (unclassified) areas and are certified according to the standard, ATEX and TRTS for use in explosive areas of Category 2 and 3 (Zone 1 and 2).Simplicity of design and installation - determining the location of the KSR cable contour for protection from snow and ice is quite simple. The ability to cut the cable in arbitrary lengths allows you to make the necessary changes during installation. This reduces or eliminates the need to adjust the project and increases the efficiency of installation. Installation and final sealing of the cable is simple. Unwind the required amount of heating cable and install it using the mounting accessories. Kits for power connection and final sealing, insulation protection kits are made specifically for this application.

Application: Protection from snow and ice.RGS self-regulating heating cables are one of the components of the SnoTrace ™ systems for protecting roofs from snow and ice produced by Thermon. Designed and approved, specially and approved for use on roofs and gutters, RGS cables are resistant to harsh environmental conditions Prevents snow and ice, protects against the destruction of roofs, gutters and pipes. Prevents the penetration of water \ pipe rupture, cracking or deformation of the gutter and dangerous snow falls from roofs. RGS self-regulating heating cables, in addition to a rigid polyolefin shell, are protected by a tinned copper braid for the purpose of grounding. These components provide maximum protection of the cable during installation and throughout the entire service life, regardless of environmental conditions.Easy to design and install:Determining the method of laying a chain using an RGS cable when using a snow and ice protection system is quite simple. Since this type of cable allows a parallel arrangement of circuits cut in length, measurements of the area of the territory where the operation of the heating system is necessary are not required.The cable can be simply pulled out of the feed bobbin, cut to the required length and installed using ordinary tools. Additional accessories for working with roofs and gutters, a set of tools will help complete the installation of the system.

In a cold marine climate, the formation of ice on ships and offshore platforms can create serious problems affecting the safety of personnel and the operation of equipment. Hair loss can be caused by sea spray and precipitation.De -icing systems were divided into two categories:Equipment or areas needed for navigation, steering, engines, anchors and rescue;Equipment or areas needed for navigation, steering, engines, anchors and rescue;Anti-icing for category 1 (Anti Icing) is defined as the prevention of ice formation, in order to keep equipment or areas free of ice at all stages of maintenance under moderate conditions (-5 0C ... -20 0C).De-icing for category 2 (Di Icing) is defined as preventing the formation of already formed ice. For such zones or equipment, de-icing measures are necessary to accumulate ice for a reasonable period of time (usually 4-6 hours) under moderate conditions (-5 0 S ... -20 0 S).Recommended capacities for anti-icing under moderate conditions (-5 0C ... -20 0C) should be at least:300 W/m2 in open areas of the deck, helicopter deck, passageways, stairs;200 W/m2 for add-ons50 W/m2 for railings with internal heatingIn conditions with lower ambient temperatures and at a higher wind speed, heat loss increases, as a result, more power is required.

HPT's high-performance heating cables of extreme power are designed specifically to maintain process temperature and frost protection in environments where maintaining high temperatures is required. HPT cables are designed to operate in an environment with a high exposure temperature associated with steaming. The coil-doped resistor of the heating element provides a fixed heat transfer of the HPT cable. Its positive temperature coefficient reduces the output power of the cable when the temperature of the heated product increases and allows you to install the cable overlap. The composite construction of the heating element and the fibrous base in combination with an additional layer of fibrous gasket provide exceptional strength of the heating cable. HPT cables are certified for use in normal (unclassified) and potentially explosive zones according to the ATEX, TRTS and IECEx Scheme standards.Cable construction:Nickel-plated copper cores (3.3 mm2);Composite metal alloy thread;Heater bus connection (not shown);Fiberglass braid (not shown)Fluoropolymer dielectric insulationNickel-plated copper braid;Fluoropolymer shell.

High-temperature heating cables of constant power HMT are designed specifically to protect against freezing or maintain the process temperature for working bodies in metal pipelines and tanks, where too high a temperature of maintenance and/or exposure precludes the use of heating cables with thermoplastic insulation. The parallel resistance configuration allows you to cut the cable to the desired length and terminate it directly at the installation site using easy-to-use kits supplied by "Thermon".HMT heating cables are guaranteed to provide a constant specific power output regardless of the length of the circuit. The corrugated stainless steel outer shell is an extremely robust construction designed for use in harsh operating conditions.HMT heating cables are certified for use in ordinary (unclassified) areas, as well as in explosive areas of Category 2 and 3 (Zone 1 and 2) according to the ATEX standard.

Constant power resistive heating cables of the TES series are used when the length of the circuit exceeds the limits for parallel heating cables. TESH cables are designed to work in an environment with a high exposure temperature associated with steaming. The TES series cables provide a constant output specific power over the entire length of the cable. The glass-ceramic tape additionally protects the heating cable, and the fluoropolymer shell ensures the resistance of the heating cable to chemical attack, while maintaining maximum flexibility. The cable design conforms to the EN50019 standard, "7 Joule impact test". TESH cables are designed for use in conventional (unclassified) areas and are certified according to the ATEX standard for use in explosive areas of Category 2 and 3 (Zone 1 and 2).

Designed to maintain the process temperature or to protect against freezing, high-quality MIQ heating cables with mineral insulation are widely used to maintain high temperatures, when exposed to high temperatures and/or in installations with a high specific heat output power exceeding the limits of cables with thermoplastics insulation. The values of the electrical resistance of the cables produced make it possible to provide heating of pipelines up to 1.6 km long from one power point. Ther mon's mineral insulated MIQ cables are made of chromium-nickel alloy Alloy 825, which is ideal for use at high temperatures and provides exceptional resistance to stress corrosion in chloride, acid, salt or alkaline environments. MIG cables are designed for use in both conventional (unclassified) and explosive zones.

Temperature maintenance or frost protection of long-distance pipelinesResistive heating cables of series 1 resistance of constant power TEK are used in cases when the length of the heating circuit exceeds the limit lengths of 2 for resistive heating cables of parallel resistance.Chains up to 3,658 m long can be powered from a single point.The series resistance circuit of the TEK cable provides the same specific heat dissipation power along the entire length of the 4 cables without voltage drop.TEK cables are designed for use in both normal and explosive zones.

Temperature maintenance or frost protection of long-distance pipelinesHigh-performance resistive heating cables of series resistance of constant power NTEK are used in cases when the length of the heating circuit exceeds the maximum lengths for resistive heating cables of parallel resistance and it is necessary to maintain or withstand the effects of high temperature.Chains up to 3,658 m long can be powered from a single point.The series resistance circuit of the TEK cable provides the same specific heat dissipation power over the entire length of the cable without voltage drop.TEK cables are designed for use in both normal and explosive zones.