Catalog

The PTD-100 sensor is specially designed to improve data transfer from the sensor sensor to the electronic controller. The sensor design makes it possible not to use additional spark barriers when the sensor itself is located in an explosive zone, and the controller is installed in a non-explosive zone. The sensor can be connected to junction boxes marked with explosion protection EExe or EExd and is used together with controllers such as TS-014, TC8165 or other types of electronic controllers.Accuracy of measurements:The grounded stainless steel outer shell prevents the spread of electromagnetic radiation, which affects the accuracy of the sensor reading.Protected construction: Each PT-100 sensor has an outer shell, made of stainless steel, so that the sensor cannot be damaged by the sharp edges of the metal thermal insulation casingApproved for use in hazardous areas:The PTD-100 sensor is suitable for use in explosive zones without spark-proof barriers. The sensor can be connected to junction boxes marked with explosion protection EEx e or EEx d. The latter should have a volume less than 100 cm3. Conductor cross sectionMaximum length of the signal cable, km1.5 mm 1,0 km 2.5 mm 1,7 km 4.0 mm 2,7 km

The ZT-WP and ZT-XP thermostats are designed to control the electric heating system by controlling the surface temperature of a pipe or tank in electric heating circuits that provide protection against freezing of pipelines and tanks. Each thermostat is presented in four temperature modifications and ranges of temperature exposure to the sensor. The ZT-WP model is designed for wall mounting (or pipe mounting using a single stainless steel mounting bracket 1) and has a flexible PVC casing for a galvanized steel sensor with an oil seal and a device for passing through the insulation. The ZT-XP model includes a mounting column that simplifies the installation of the thermostat directly on the pipe and provides for the input and connection of two heating cables inside the housing. ZT terminators are designed for use in normal (not classified) areas and are certified according to ATEX for use in explosive areas of Category 2 and 3 (Zone 1 and 2) for use in Category 2 and 3 (Zone 1 and 2).

The ECM terminator is an electronic control module specially designed to control heating systems that provide protection against freezing of pipelines and tanks. The ZT-WP model is designed for wall mounting (or pipe mounting) using a single stainless steel mounting bracket. The ZT-XP model includes a mounting column that simplifies the installation of the thermostat on the pipe and provides for the insertion and connection of two heating cables inside the housing. Housing material ECM reinforced glass-reinforced polymer, dust moisture protection class IP66.The ECM provides connections of two sensors: a temperature control sensor and a temperature limiter sensor. In the standard version, ECM reports the temperature of the pipeline (tank) to the RS-485 physical network using the Mod-Bus RTU communication protocol. In addition, there are two communication options: CAN-Bus or 4-20mA. ECM terminators are designed for use in normal (not classified) areas and are certified according to ATEX for use in explosive areas of Category 2 and 3 (Zone 1 and 2)). ECM-OS is available in a stainless steel box case for use in marine environments.

SHD-SEAThe dispatching board is designed for monitoring and controlling electric heating supply circuits, obtaining data on the operation of the system, signaling the parameters of heating lines.SHU-SEOThe cabinet is designed for distribution and protection of power supply circuits of electrical equipment, transmission of data on the operation of the system, signaling parameters of heating lines.The amount of automation according to the TOR:- measurement of ambient air temperature;- measurement of surface temperature;- measurement of electrical network parameters (current, voltage, power);- alarm of an accident by phases from each feeder;- alarm system electric heating "on";- temperature sensor malfunction alarm;- electric heating control mode:- automatic, manual mode, modulation mode (automatic switching from manual mode);- visualization of electrical network data, the temperature of the heated object, emergency modes;- protection against leakage and short-circuit currents;- power off when the permissible parameters of leakage currents increase;- development of software according to the TOR on the basis of software complexes for tank heating, anti-pooling systems, pipeline heating, etc.;- AVR, Partitioning;

Control panel, type CPB.CPB type panels are the basic control panels of Caloritech ™ , which are used to interface with electric heaters equipped with remotely located thermostats, limit value protection devices, percentage value timers and other control components. An introductory disconnector is not included in the scope of delivery of this model. The delivery package includes:Weatherproof housing with hinged doorMagnetic contactors with fusesOn/Off switch and indicator lightTransformer of the control circuit with fuses with a secondary voltage of 120 VTerminal clips for connection of remotely located control devicesControl panel, type CPA.The fully equipped CPA control panel is suitable for use with various electric heaters. The delivery package of the CPA series control panel includes:Housing Type 4, weatherproof, with hinged doorsDisconnector with locking when opening the doorTransformer of the control circuit with fuses with a secondary voltage of 120 VOn/Off SwitchMagnetic contactor for a specific purpose with a fuseDigital configurable microprocessor Temperature control Unit (UT320 series)Electronic upper limit shutdown device with manual or automatic resetIndicator lights "System on", "Heating on", Upper temperature limit".

BSX self-regulating heating cables provide frost protection and process temperature maintenance for metal and non-metal pipelines, tanks and equipment. The output thermal power of the BSX cable varies according to environmental conditions along the entire length of the circuit. When the heat losses of the insulated pipeline, tanks or equipment increase (for example, due to a drop in ambient temperature), the output thermal power of the cable increases. Conversely, with a decrease in heat losses (due to an increase in temperature or product movement), the output thermal power of the cable decreases. The possibility of self-regulation of high-frequency cables allows you to avoid temperature damage to the cable in places of overlap. BSX cables are designed for use in ordinary (unclassified) areas and are certified according to the ATEX and TRTS standard for use in explosive areas of Category 2 and 3 (Zone 1 and 2).

The RSX 15-2 self-regulating heating cable is designed for use in situations where specific power requirements do not allow the use of standard heating cables. RSX 15-2 self-regulating heating cables provide frost protection and process temperature maintenance for metal and non-metal pipelines, tanks and equipment. The output thermal power of the RSX 15-2 cable varies according to environmental conditions along the entire length of the circuit. When the heat losses of the insulated pipeline, tanks or equipment increase (for example, due to a drop in ambient temperature), the output thermal power of the cable increases. Conversely, with a decrease in heat losses (due to an increase in temperature or product movement), the output thermal power of the cable decreases. The possibility of self-adjustment of RSX 15-2 cables allows you to avoid temperature damage to the cable in places of overlap. RSX 15-2 cables are designed for use in ordinary (unclassified) areas and are certified according to the ATEX and TRTS standard for use in explosive areas of Category 2 and 3 (Zone 1 and 2).

High-performance self-regulating heating cables LYCH are specially designed to protect against freezing at high heat losses and maintain the temperature of the process. The output thermal power of the cable varies according to environmental conditions along the entire length of the circuit. When the heat losses of the insulated pipeline, tanks or equipment increase (for example, due to a drop in ambient temperature), the output thermal power of the cable increases. Conversely, with a decrease in heat losses (due to an increase in temperature or product movement), the output thermal power of the cable decreases. The possibility of self-regulation of cables allows you to avoid temperature damage to the cable in places of overlap. The cables are designed for use in conventional (unclassified) and certified according to the standard, ATEX and TRTS for use in explosive areas of Category 2 and 3 (Zone 1 and 2) explosive zones.

HTSX high-performance self-regulating heating cables are designed specifically to protect against freezing at high heat losses and maintain the process temperature associated with steaming. The output thermal power of the cable varies according to environmental conditions along the entire length of the circuit. When the heat losses of the insulated pipeline, tanks or equipment increase (for example, due to a drop in ambient temperature), the output thermal power of the cable increases. Conversely, with a decrease in heat losses (due to an increase in temperature or product movement), the output thermal power of the cable decreases. The possibility of self-regulation of cables allows you to avoid temperature damage to the cable at the intersection points. The cables are designed for use in conventional (unclassified) and certified according to the standard, ATEX and TRTS for use in explosive areas of Category 2 and 3 (Zone 1 and 2) explosive zones.

VSX high-performance self-regulating heating cables are designed specifically to maintain process temperature and frost protection in environments where high temperatures are required. VSX cables are designed to work in an environment with a high exposure temperature associated with steaming.VSX high-performance self-regulating heating cables are designed specifically to maintain process temperature and frost protection in environments where high temperatures are required. VSX cables are designed to work in an environment with a high exposure temperature associated with steaming.

Parallel resistance heating cables of constant power FP provide frost protection and temperature maintenance in pipelines, tanks and equipment. The parallel resistance design allows you to cut the cable and make its end sealing directly at the installation site using easy-to-use Thermon kits supplied with cables.FP cables provide stable output power regardless of the length of the circuit. Since FP cables are not exposed to inrush current surges associated with self-regulating heating cables, there is no need to use power distribution equipment with increased rated characteristics.FP cables are certified for use in normal (not classified in any category) zones and in potentially explosive environments in accordance with ATEX, TRTS, RMRS and the IEC Ex certification system.

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.