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TERMAL LLC

Learn more about the companies and get more information about the characteristics and cost of goods you can through specialists of Omsk Region Export Support Center . We provide translation of all necessary information in different languages.
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Russian company specializing in the development, production and supply:

- devices and systems for contactless temperature control in the range from -30 to 2500 ° C
- video control systems for industrial enterprises adapted for use in tough industrial conditions.
Number of employees 5
Turnover from $2 mln. to $10 mln.
Competetive advantages
Our products are used in all industries. They can be adapted to any object and can replace imported ones.
The product design can be coordinated with the customer, and samples of products are provided to consumers for free testing 
Foreign trade experience Russian Federation, Kazakhstan, Ukraine
Interested in the folowing markets Belorussia, Europe, Kazakhstan, Russian Federation
Aim of cooperation
The company is looking for buyers / distributors in foreign countries and regions of the Russian Federation.
Description of potential partner
Companies are  engaged in any industry, interested in modernizing production
Innovative Company no

Lobov
Dmitriy Gennadievich

Director

Reference pyrometers PD-9-02

Field:

PD-9-02 are intended for high-precision temperature measurement in cavities of exemplary emitters in the form of black-body models (ACHT), ampoules of reference points, as well as verification of working pyrometric means.
Pyrometers PD-9-02 are designed for contactless measurement of the temperature of heated bodies by their thermal radiation. Pyrometers of this series are equipped with a six-point circular laser target designator, which greatly simplifies the process of pointing and focusing on the measurement object, highlighting the contour of the instrument's spot of sight.
The pyrometer has a sight of at least 1: 100, it corresponds to a spot of sight of 10 mm at a distance of 1000 mm from a controlled surface.
The microprocessor system of the signal processing unit allows:
- display the value of the measured temperature on the LCD with a resolution of 0.01 ° C
- adjust the emissivity with a resolution of 0.001
- to monitor and display on the screen of the personal computer monitor in graphical form the temperature value in real time, as well as save the results for further processing
- to carry out illumination with a laser target designator, showing the actual spot of control on the object
- perform automatic zero calibration
- tune digital filter and speed
- to select the mode of operation of the current output (0-5, 0-20, 4-20 mA) and set the dynamic range of the temperature (for example, 0-5 mA and a range of 500-700 ° C)
- to regulate temperature by two logical keys
- lock the control buttons from unauthorized access to the instrument settings using a password.
Pattern Approval Certificate for Measuring Instruments in the Russian Federation.
Reference Thermometer PD-4-06

Field:

PD-4-06 1 discharge designed for highly accurate measurement and temperature control in the cavities of exemplary emitters in the form of models of absolutely black body (APT), ampoules of reference points, as well as calibration of working pyrometric means in the range of 1200 2500С.
These pyrometers use special interference filters to ensure a narrow range of effective wavelengths of 656.310 nm.
The optical guidance system allows you to monitor the temperature measurement area against the background of the test object.
Pyrometers can be used to replace existing optical pyrometers of type EOP-66, EOP-93.
High temperatures up to 2500 degrees.
The basic reduced error of 0.2% of the range, not more.
High measurement stability.
Pyrometers are equipped with an optical viewfinder (sighting tube) and allow you to measure the temperature of objects with a diameter of 2 mm.
Due to the high optical resolution, pyrometers PD-4-06 provide the ability to measure the temperature of small objects (from 2 mm at a nominal working distance of 1 m), the high-speed processor allows processing and transferring to PC and current output up to 25 measurements per second.
Pattern Approval Certificate for Measuring Instruments in the Russian Federation.
Universal Precision Measures V7-99

Field:

V7-99 are intended for high-precision measurement and statistical processing of the values ​​of thermoelectric converters (TP) signals with NSH according to GOST R 8.585 and with individual calibration characteristics, signals of resistance thermometers (TS) according to GOST R 8.625-2006 and with individual calibration characteristics, as well as voltage, direct current and resistance.
The field of application is various branches of industry.
Measurements are made on two independent channels with the possibility of calculating the difference of values ​​in the case of measurements on two channels of homogeneous quantities.
2 independent measurement channels
- Measurement of voltage, resistance, amperage, signals of thermocouples, signals of resistance thermometers
- Liquid crystal display with backlight
- Mathematical functions
- Automatic temperature compensation of cold ends when measuring signals of thermo-electric converters
- Thermostatically controlled analog-to-digital converter for high-precision measurements.
Pattern Approval Certificate for Measuring Instruments in the Russian Federation
Precision millivoltmeter В2-99

Field:

B2-99 is designed to measure a constant voltage in the range up to 300 mV and statistical processing of measurement results.
The millivoltmeter can be used in the laboratories of state metrological services and the metrological services of legal entities to conduct accurate voltage measurements. The metrological characteristics of the millivoltmeter provide the possibility of carrying out the calibration and calibration of exemplary thermoelectric converters of the 2nd and 3rd series, all types of working thermoelectric converters and resistance thermometers as part of the calibration facilities.

Precision millivoltmeter can work under the control of a personal computer. Control is carried out via RS-232 interface. In remote control mode, the millivoltmeter performs all mode switching commands from a personal computer, and also transmits measurement results to a personal computer.
For these purposes, the software has been developed, which is included in the delivery package of the precision millivoltmeter.
 - DC voltage measurement
 - Liquid crystal indicator with glow
 - Mathematical functions
 - Thermostatically controlled analog-to-digital processor for high-precision measurements.
Pattern Approval Certificate for Measuring Instruments in the Russian Federation,
TS Declaration No. RU D-RU.ME72.B.00034 on compliance with the requirements of ТР ТС 004/2011 "On the safety of low-voltage equipment", ТР ТС 020/2011 "Electromagnetic compatibility of technical equipment"
.
Adjustable thermostat ТR-1М

Field:

TR-1M is designed for calibration and testing of temperature measurement instruments in laboratory conditions in the temperature range from 40 to 300 ° C.
Five versions of the thermostat are available that differ in the depth of immersion and the range of reproducible temperatures: TR-1M-300, TR-1M-500, TR-1M-B, TR-1M-U1 and TR-1M-U2.
The design of the thermostat of controlled TR-1M-B reproduces the temperature in the range from 150 to 300 ° C, while the entire oil range uses MC-52 cylinder oil GOST 6411-76 with a flashpoint not lower than 310 ° C.
In order to realize the range of 40 ... 300 ° C, when using one heat carrier, versions of TR-1M-U1 and TR-1M-U2 are produced. They use ULTRA-240 oil with a flashpoint not lower than 310 ° C, which has a low viscosity coefficient over the entire temperature range from 40 to 300 ° C, is transparent and evaporates less at 300 ° C as a heat carrier
The advantage of this thermostat is microprocessor control, which allows to obtain a high stability of temperature maintenance and low discreteness of the temperature setting. The thermostat is connected to the computer via RS-232 interface.
Pattern Approval Certificate for Measuring Instruments in the Russian Federation.
Adjustable thermostat TR-20

Field:

It is designed for temperature control of a set of reference electrical resistance coils of type R310, R321, R331 and normal elements of type X482 in laboratory conditions.
As a coolant, transformer oil is used that meets the requirements of GOST 982-80.
An adjustable thermostat allows you to select the desired electrical resistance coil or a normal element using a switch, while the current is applied to the IN + and IN - terminals, and the voltage is measured at the UN + and UN - terminals .
Temperature reproduction range 15 ... 30 ° С
Heat carrier transformer oil, 30 l
At the same time, coils and normal elements are thermostatically controlled up to 10 pcs.
Absolute error of representation of a given temperature in 30 minutes, ° C:
- for a given temperature of 20 ° C ± 0.05
- for the rest of the temperature range ± 0.2
Steam thermostat

Field:

TP-2 is designed for calibration of resistance thermocouples at the boiling point of water in laboratory conditions.
It has smaller weight-size parameters and during boiling an improved emergency shutdown system during boiling water.
The presence of TP-2 power control and an external radiator made it possible to achieve lower water consumption and steam outflow to the surrounding room.
Pattern Approval Certificate for Measuring Instruments in the Russian Federation, in the Republic of Kazakhstan.
TS Declaration No. RU D-RU.ME72.B.00020 on compliance with the requirements of ТR ТS 004/2011 "On safety of low-voltage equipment", ТR ТS 020/2011 "Electromagnetic compatibility of technical means".
Thermostat TN -3M

Field:

TH-3M is designed for thermostating the free ends of thermocouples.
Nominal temperature of the temperature-controlled area in the working chamber 0 ° С
Working environment - melting ice
The number of calibrated sensors - up to 13 pcs.
Nominal volume of the working chamber is 0,0049 m3
Maximum camera depth 195 mm
zero thermostats ТН-2М

Field:

TN-2M are designed to create a point of 0 ° C during  calibrating thermometers in laboratory and shop conditions.
Nominal temperature of the temperature-controlled medium in the working chamber 0 ° С
Working environment - melting ice
The number of calibrated sensors - up to 13 pcs.
Nominal volume of the working chamber is 0,0114м3
Maximum camera depth 460 mm.
Zero thermostats ТN-1М

Field:

TN-1M are designed to create a point of 0 ° C during calibrating thermometers in laboratory and shop conditions.
Nominal temperature of the temperature-controlled medium in the working chamber 0 ° С
Working environment - melting ice
The number of calibrated sensors - up to 13 pcs.
Nominal volume of the working chamber is 0,0236м3
Maximum camera depth 480 mm
Low-inertia tubular furnace with thermostat MTP-2MR

Field:

MTP-2MR is designed to heat temperature measurement tools in the range from 100 to 1200 ° C under laboratory conditions when they are calibrated, calibrated, and tested.
The low-inertia tubular furnace with a temperature regulator MTP-2MR consists of the furnace MTP-2M and the control unit (temperature regulator) BU-7-4.
Principle of operation - horizontal resistance furnace
Sizes of working space Ø50 (length 500mm) and Ø70 (length 1000mm)
Temperature gradient in the middle part of not more than 0.8 ° C / cm
The instability of maintaining the temperature regime of 0.1 ° C / min
Warming up time to the maximum temperature - no more than 90 min.
Type of climatic design according to GOST 15150-69 - UHL4.2
Pattern Approval Certificate for Measuring Instruments in the Russian Federation,
TS Declaration № RU D-RU.ME72.B.00019 on compliance with the requirements of ТР ТС 004/2011 "On the safety of low-voltage equipment", ТР ТС 020/2011 "Electromagnetic compatibility of technical means"
Low-voltage tube furnace MTP-1200-4

Field:

The main feature of the furnace is a low-voltage power supply for 36V heaters, which ensures high electrical safety and reliability. In addition, the furnace MTP 1200-4 contains three heaters, which allow to obtain a unique temperature gradient along the axis of the furnace, and the microprocessor control unit and modern service software provide convenient setting and operation with the furnace.
The nominal dimensions of the working space D = 50; Length 500 mm
The instability of maintaining a given temperature in the range of operating temperatures of the furnace is not more than 0.1 ° C / min.
The time for reaching the temperature mode is not more than 90 min.
Pattern Approval Certificate for Measuring Instruments in the Russian Federation.
Extended emitters PCHT -540/40/100

Field:

PCHT-540/40/100 is designed to check the measurement range and determine the error of thermal imaging devices in the temperature range from 30 to 95 ° C, and determine the angle of the field of view and the geometric parameters of the horizontal and vertical resolution of the thermal  imagers.
PCHT -540/40/100 has no Russian analogues.
For today -540/40/100 is the only instrument in Russia for checking  and calibrating thermal imagers and scanning pyrometers.

Pattern Approval Certificate for Measuring Instruments in the Russian Federation
Absolutely black body ACHT-30/90/2500

Field:

Absolutely black body ACHT -30/900/2500 is designed for calibration of temperature measuring instruments (pyrometers and pyrometric transducers of total radiation, partial radiation and spectral ratio) in the temperature range from 900 to 2500 ° C in laboratory conditions.
APT-30/900/2500 implements an “absolutely black body” model with automatic maintenance of the temperature of the radiating cavity and the atmosphere of inert gas (argon) inside. It is a reference measure of variable temperature in the range from 900 to 2500 ° C for contactless means of temperature measurement.
Emissivity - 0.99
Aperture (diameter of the outlet of the radiator cavity) - 30 mm, not less
2nd category
The confidence error of  a confidence probability of 0.95 of the set temperature is 0.3%
The error of maintaining the temperature in a stationary mode ± 0,5ºС
Absolutely black body ACHT-45/100/400

Field:

ACHT -45/100/100  are intended for calibration and calibration of pyrometers in the temperature range of 300 ... 1100 ° C in laboratory and shop conditions.
Emissivity 0.99
Aperture (diameter of the outlet of the radiator cavity) - not less than 165 mm
2nd category
The confidence error of temperature with a confidence level of 0.95, not more than 1 ° C ± 0.6% of the set temperature.
The error of maintaining the temperature in the stationary mode is ± 0.15 ° С, not more
Temperature drift (t) of the radiator in 15 minutes - not more than 0.5 ° С
The time for reaching the stationary mode and the time of transition from one stationary mode to another is not more than 120 minutes.

Pattern Approval Certificate for Measuring Instruments in the Russian Federation, in the Republic of Kazakhstan
Absolutely black body ACHT-70/40/80

Field:

It is intended for adjustment  and calibration of means of contactless temperature measurement (full and partial radiation pyrometers, scanning pyrometers and thermal imaging systems) in the temperature range from minus 40 to plus 80 ° C in laboratory and shop conditions.
Emissivity of the cavity, not less than 0,997
The diameter of the radiating cavity - 70 mm
The depth of the radiating cavity -270 mm
2nd category
The emitter output time from (20 ± 5) ºС to the specified stationary modes should be:
50 ° C; 80 ° C; minus 10 ° С - 35 minutes, not more than
minus 40 ºС - 90 min., no more
The radiation cavity has a cylindrical shape and a relief surface of the walls and bottom, which together with a special coating provides a high emissivity, not less than 0.997.
A quick access to the temperature mode (from plus 25 to minus 40 ° С - in 60 minutes), the transition time from one stationary mode to another is no more than 15 ... 25 minutes. Autonomy (connection is made only to the 220 V network.
Dry-well construction (no heat carrier is used)
Absolutely black body ACHT-165/40/100

Field:

ACHT-165/40/100are standard radiators (not lower than the 2nd category) and are intended for calibration and calibration of pyrometers in the temperature range of 40 ... 95 ° C in laboratory and shop conditions.
ACHT-165/40/100is intended for calibration and calibration of pyrometers in the temperature range + 40 ... + 100 ° C in laboratory and shop conditions.
The range of reproducible temperatures is 40 ... 95 ° C
Emissivity 0.99
Aperture (diameter of the outlet of the radiator cavity) - not less than 165 mm
2nd category
The confidence error of temperature with a confidence level of 0.95, is not more than 1 ° C ± 0.6% of the set temperature.
The error of maintaining the temperature in the stationary mode is ± 0.15 ° С, not more
PRT 600-1100

Field:

The PRT 600-1100 furnace is intended for the implementation of ITS-90 reference points in laboratory conditions in the temperature range (50 ... 700) ° C. The furnace PRT 600-1100 provides the temperature regimes of melting and solidification when implementing the reference points of indium, tin, zinc and aluminum.
The temperature difference at a distance of 300 mm from the bottom is not more than 0.6 ° C;
The instability of maintaining the temperature is not more than ± 0.3 ° C;
The diameter of the well under the ampoule is 54 mm.
Provides a long plateau;
High-precision and highly stable microprocessor control;

 
PRT 50-700

Field:

The PRT 50-700 furnace is intended for the implementation of ITS-90 reference points in laboratory conditions in the temperature range (50 ... 700) ° C. The furnace PRT 50-700 provides the temperature regimes of melting and solidification when implementing the reference points of indium, tin, zinc and aluminum.
The temperature difference at a distance of 300 mm from the bottom is not more than 0.6 ° C;
The instability of maintaining the temperature is not more than ± 0.3 ° C;
The diameter of the well under the ampoule is 54 mm.

Provides a long plateau;
High-precision and highly stable microprocessor control;
Thermoelectric converters

Field:

Thermoelectric converters are an integral part of measuring systems in technological processes of industrial enterprises of all industries.
Converters are designed to measure the temperature of gaseous, liquids and solids. They are generators of thermo-emf, the value of which depends on the temperature difference between the working (“hot”) junction  and the free (“cold”) ends.
Nominal static characteristics (NSH) of converters, and  the limits of permissible deviation from NSH are standardized, and Russian standards are in line with international standards.
The company produces thermocouples of the following types:
chromel-copel (L) - from -40 to +600 ° С;
chromel-alumel (K) - from -40 to + 1050 ° С;
platinum to platinum/rhodium thermocouple (S) - from 0 to + 1300 ° С;
platinum-rhodium (B) - from +300 to + 1600 ° С.
The company offers a wide range of t
hermoelectric converters (more than 4,000 modifications), differing in length and diameter of the mounting part, the material of protective valves, the method of connection to the process and other structural elements.
Resistive temperature detector

Field:

Resistive temperature detectors are an integral part of measuring systems in technological processes of industrial enterprises of all industries. Resistive temperature detectors are designed to measure the temperature of gaseous, liquids and solids. The principle of operation is based on the dependence of the electrical resistance of metals, on temperature.

The company produces platinum resistive temperature detectors (from -200 to + 600 ° C) of two standardized types of characteristics: R0 100П - α = 0.00391 (W100 = 1.3910) and R0 Pt100 - α = 0.00385 (W100 = 1.3850 ), and copper (from -50 to + 180 ° C) with NSH α = 0.00428 (W100 = 1.4280) .
In addition, the company manufactures Resistive temperature detectors with resistance R0 10, 50, 100, 500, 1000 Ohms and non-standard resistances for individual customer orders.
The company offers a large range of resistive temperature detectors (more than 4,000 modifications), differing in length and diameter of the mounting part, the material of protective valves, the method of connection to the process and other structural elements.
SVK - 2

Field:

The SVK-2 video monitoring system is designed to monitor the remote sites and objects in industry, what is more, it is possible to monitor high-temperature objects: the internal cavities of chemical reactors, firing furnaces, loading and unloading units, etc. The SVK-2 video control system includes from one to N specialized SV-201 video cameras and from one to M SS-201 control and switching devices to which the video cameras are connected. The number of cameras and switching devices may vary depending on the number of controlled objects.
ST- 1

Field:

The system of thermal imaging control ST - 1 is designed for remote visualization of thermal fields in real time, their registration and storage in the form of images, and the analysis of historical data.
 The system is adapted for visualization of the thermal field of the rotary furnace. The range of measured temperatures is 100 ... 600 ° C
 
The field of application:
  • electricity-producing industry
  • mechanical engineering
  • metallurgy of ferrous metals
  • non-ferrous metallurgy
  • chemical industry
  • food industry
  • production of building materials
  • rubber industry
  • textile industry
  • Cement factories
ST-201

Field:

Pyrometers of the ST-201 series are designed for use in metallurgy and mechanical engineering. Pyrometers are designed to measure the temperature of metals, solids, lining of high-temperature furnaces, temperature control of technological processes.
The range of measured temperatures is 300 ... 2300 ° C. Designed for harsh operating conditions in production. The design of the device allows you to isolate the optical components of the device from the effects of dust, vapor, smoke, and mechanical damage.
ST-301

Field:

The pyrometer ST-301 is designed for contactless temperature control.
It is used in various technological processes as sensors for continuous temperature control in measurement systems and control systems.