Teplopribor group of companies (GC) (Teplopribor, Prompribor, Teplokontrol, etc.)- these are devices and automation for measuring, controlling and regulating the parameters of technological processes (flow metering, heat control, heat accounting, control of pressure, level, properties and concentration, etc.).
At the price of the manufacturer, products are shipped both of our own production and of our partners - leading factories - manufacturers of instrumentation and automation, control equipment, systems and equipment for managing technological processes - process control systems (much is available in stock or can be manufactured and shipped as soon as possible) .
KM-5 electromagnetic heat meters and flow meters
Price: from 27380 rubles.
Availability in stock: On order*
* In a warehouse in Moscow, electromagnetic heat meters are available in a standard (basic) version and configuration; in the absence of special designs in stock, the planned production time will be 15-20 working days, or inexpensive analogues available in stock can be offered.
Delivery time: 10-15 working days days
All prices for electromagnetic heat meters are indicated in rubles (see the general price list) excluding VAT, additional costs. options and equipment, CMC, packaging, shipping and / or delivery costs, based on a small wholesale order (for large wholesale lots and for project orders, the price is formed individually, based on the lot size, agreements reached and the address of the object).
ATTENTION! Be careful when choosing a supplier - on the Russian heat metering market there are cheap low-quality copies of electromagnetic heat meters: analogues, fakes and illiquid assets, devoid of proper service, guarantees, with shorter or expiring verification periods, not included in the database, without additional options, mounting and connecting parts ; therefore, perhaps even having a lower price.
KM-5 heat meters are designed to measure and account for thermal energy, volumetric and mass flow, volume, mass and parameters of the coolant in open, closed and dead-end water heating systems (hereinafter, respectively, OVST, ZVST and TVST), as well as in circulation and dead-end hot water systems. and cold water supply (hereinafter referred to as hot water and cold water, respectively).
Scope of the KM 5 meter: commercial and technological accounting, dispatching, technological and technical control at sources of thermal energy and at consumers for pipelines with an internal diameter of not more than 300 mm.
Heat meter KM 5KM 5 electromagnetic heat meters calculate thermal power and thermal energy based on data on volumetric flow and volume of the heat carrier, temperatures on the direct and return pipelines, taking into account changes in the heat capacity of the heat carrier when the temperature difference at the inlet and outlet changes.
Operating principle: electromagnetic.
Flow transducer sizes: from DN=15 mm to DN=300 mm. Application area: for measuring, recording and recording the amount of heat, as well as volume, mass, volume and mass flow and other parameters of the coolant in one or more controlled systems simultaneously.
Device features:
- Wide dynamic range of flow measurement: Gmax/Gmin=1000.
- Short length of straight sections of pipelines (3DN-1DN).
- Standard sizes of primary flow converters from DN=15 mm to DN=300 mm.
- The KM-5 heat meter has an empty pipe sensor, thanks to which, in the absence of coolant in the pipeline, the current result of flow measurement is reset to zero.
- Measurement of reverse flows in automatic mode.
- Outdoor temperature control.
- The software of heat meters and flowmeters has an auto-calibration procedure, which allows maintaining metrological characteristics throughout the calibration interval equal to 4 years.
- Devices, regardless of the accuracy class, meet the requirements of the best classes: 1st according to the recommendation of the International Organization of Legal Metrology (MP75) and class C according to GOST 51649-2000. Heat meters KM-5 meet the requirements of Russian and international standards according to the norms of flow measurement error.
- KM 5 heat meters and flow meters are equipped with RS-232, RS-485 interfaces for outputting information to a printer, modem, Personal Computer or other devices.
- The archiving depth of average hourly parameters is 42 days, and average daily parameters - 12 months, which allows, in case of disputes between the supplier and consumer of energy resources, to have objective information about the characteristics of the heat and water supply system.
The KM-5 meter includes regular flow and (or) volume converters, thermometers (temperature sensors) and (or) their sets of approved types (Table 7) and computing devices. As part of KM-5, pressure sensors and volume converters with a pulsed output signal can also be used, the types of which are indicated in Table 7. These measuring instruments are connected to the electronic blocks of the PRE.
For measurements in OVST, ZVST, TVST, having pipelines with nominal bore no more than DN 300, seven full bore modifications are used: KM-5-1 ... KM-5-7, made on the basis of PRE. Modification KM-5-1 is intended for measurements in closed and dead-end VST at sources and consumers of thermal energy. Modification KM-5-2 is intended for closed VST at consumers.
Modifications KM-5-3 and KM-5-7 are designed for open VST at thermal energy sources. Modifications KM-5-4 and KM-5-5 are intended for open VST at consumers. Modification KM-5-6 is a universal (configurable) modification designed to measure thermal energy in both closed and open VSTs, or in two independent VSTs of various types (i.e. one VST can be open and the other closed) .
KM-5 provide display of measuring information and parameters of its state on the display of a computing device or on the display of an auxiliary component of a peripheral device - an adapter of the AP-5 periphery.
The following data is displayed on the alphanumeric display of the VU:
- thermal energy Q, Gcal and MWh for one or two (Q, Q2) thermal systems;
- volume V, m 3 and mass M, t of coolant in the supply and / or return (feed) pipeline;
- volume V, m 3 , the current value of the volume flow Gv, m 3 /h in the DHW (cold water) pipeline, on which the software is installed.
PECULIARITIES
The above information can be transmitted via the RS-485 interface. KM-5 provide on request the conversion of volumetric flow (volume) values into standard output signals: current (from 4 to 20 mA) and/or frequency (from 10 to 5000 Hz) using stand-alone ATCHV units connected to a computing device.
KM-5 provides archiving in non-volatile memory (EEPROM) for each serviced pipeline and in total for all pipelines of the following information:
- hourly, daily and monthly values of thermal energy and operating time (cumulatively), annual values of thermal energy (for each year) for one or two (Q, Q2) heat supply systems and operating time (for each year);
- average hourly, average daily, average monthly and average annual values of network water temperature (hot or cold) in the supply and return (feed) pipelines, temperatures in pipelines on which an additional TP or PTS is installed (weighted average temperatures for the corresponding period are archived), and temperatures outdoor air;
- average hourly, average daily, average monthly and average annual pressure values of the measured medium in pipelines where pressure transducers (sensors) are installed.
- hourly, daily, monthly and yearly volume values (progressive total);
- hourly, daily and monthly volume and mass (on a cumulative total), annual volume and mass (for each year) of the coolant that has passed through the supply and / or return (make-up) pipeline and through pipelines on which additional PRE and / or software are installed;
- average hourly, average daily, average monthly and average annual values of outdoor air temperature;
- information about erroneous situations during measurements and various abnormal events that occur during the operation of KM-5.
The depth of archives in KM-5 is not less than:
- 42 days - for hourly archive;
- 12 months - for daily archive;
- 5 years - for a monthly archive;
- 32 years - for the annual archive;
- 4096 entries with information - for the archive of errors and events.
Recording to all archives is organized in a closed ring - after filling the entire depth of the archive, a new record will be made in the place of the very first record in the archive, the next new one will be in place of the second record, and so on.
When the mains power is turned off, all KM-5 data archives are stored in non-volatile memory for at least 10 years. If the KM-5 is equipped with uninterruptible power supplies, in case of a single power outage, the KM-5-1 modifications continue to work for 24 hours, and the KM-5-2, KM-5-3, KM-5-4, KM-5 modifications -5 and KM-5-6 - within 14 hours. The time for full recovery of the battery charge is 12 hours.
| Modification | The number of SI in the basic composition of the KM-5 | The largest number of additional SI (pcs.) | ||||
|---|---|---|---|---|---|---|
| PRE (pcs.) | KTP (pcs.) | TP (pcs.) | BP 1 (pcs.) | ON | PD | |
| KM-5-1 | 1 | 1 2 | - | 1 | 1 | 2 |
| KM-5-2 | 2 | 1 | - | 2 | 1 | 2 |
| KM-5-3 | 2 | 2 | - | 2 | 1 | 3 |
| KM-5-4 | 2 | 1 | - | 2 | 1 | 2 |
| KM-5-5 | 2 | 1 | 1 | 2 | 1 | 3 |
| KM-5-6 | 2 | 1 | 1 | 2 | 1 | 3 |
| KM-5-7 | 2 | 2 | - | 2 | 1 | 3 |
Note:
1 When using BPi3V or similar.
2 Modification KM-5-1 can also be used for measuring thermal energy and/or the amount of hot water in TVST or dead-end hot water supply at the source and at consumers of thermal energy, in which the set of thermal converters is replaced by a single thermal converter.
| Types of measuring instruments used in KM-5 and their numbers in the State Register | ||
|---|---|---|
| Volume transducers with pulse signal | Sets of platinum thermal converters | Platinum thermal converters and pressure sensors |
Omega-R (23463-07) PREM (17858-06) TEM (24357-08) VSHd (23649-07) VSGd (23648-07) VST (23647-07) MTW, MTH (13668-06) AC-001 (22354-08) UFM-005 (16882-97) SVM (22484-02) | KTPTR-01 (14638-05) CTSP-N (38878-08) TSP-1098-K1, K2 (19099-04) CTSP-R (22556-02) KTS-B (43096-15) | TPT-1 (14640-05) TSP-N (38959-08) TSP-1098 (19099-04) TSP-R (22557-04) TS-B-R (43287-09) Corundum DI-001 (14446-05) |
Designation when ordering
Positions 1–12 should indicate the characteristics of the KM-5 and the components included in its composition.
1 - modification number KM-5-1, KM-5-2 ... KM-5-7;
2 - class KM-5, for ZVST: C, B, A according to GOST R61549; or classes 1, 2, 3 according to EN 1434-1; for modifications KM-5-1 and KM-5-2; for OVST, i.e. modifications KM-5-3 .... KM-5-7 class KM-5 is not indicated, a dash is put;
3 - abbreviated notation of the conditional passage (without DN designation) of primary flow converters on the supply pipeline;
4 - conditional passage (without DN designation) of primary flow converters for the return pipeline (or make-up for KM-5-3). For TVST put 0 in the middle;
5 - accuracy class of flow transducers A1, B1, etc. according to the manufacturer's classification;
6 - design number: 1 or 3 (versions 2 and 4 KM-5 are not used for modifications KM-5-1 ... KM-5-7);
7 - connection of flow sensors to pipelines: Fl - flanged or Rz - threaded;
8 - the number of sets of thermal converters included in KM-5 (if there are none, set to 0);
9 - the number of single thermal converters included in KM-5 (excluding those included in the kits), if they are not, set to 0;
10 – number of pressure sensors; if there are none, 0 is set;
11 - the possibility of measuring the flow and quantity in flows flowing in the opposite (reverse) direction: yes - 1, no - 0;
12 - the presence of a front panel on the KM electronic unit with a display and a keyboard: 1 - yes; 0 - no.
Order Entry Example
The consumer of thermal energy must have the KM-5-2 modification, which has class C in accordance with GOST R 51649, standard flow converters PRE must have a conditional passage of DN 100 on the supply pipeline and DN 80 on the return pipeline, the accuracy class of the PRE must be B1 (according to classification of the manufacturer), PRE must have a design of 1, the connection of PRE flow sensors to the pipeline must be flanged.
The KM-5-2 should include one set of thermal converters, one single thermal converter and three pressure transducers (sensors), measurements during reverse (reverse) flow should not be carried out, the front panel with a display and a keyboard on the KM EB should be.
The record of such an order should look like this:
KM-5 - 2 - S - PRE * 100/ 80 - V1 - ISP 1 - Fl - 1*Kt - 1*t - 3*R - 0 - 1
For measurements in OVST, ZVST, TVST, having pipelines with nominal bore no more than DN 300, seven full bore modifications are used: KM-5-1 ... KM-5-7, made on the basis of PRE. Modification KM-5-1 is intended for measurements in closed and dead-end VST at sources and consumers of thermal energy. Modification KM-5-2 is intended for closed VST at consumers.
Modifications KM-5-3 and KM-5-7 are designed for open VST at thermal energy sources. Modifications KM-5-4 and KM-5-5 are intended for open VST at consumers. Modification KM-5-6 is a universal (configurable) modification designed to measure thermal energy in both closed and open VSTs, or in two independent VSTs of various types (i.e. one VST can be open and the other closed) .
KM-5 provide display of measuring information and parameters of its state on the display of a computing device or on the display of an auxiliary component of a peripheral device - an adapter of the AP-5 periphery.
The following data is displayed on the alphanumeric display of the VU:
- thermal energy Q, Gcal and MWh for one or two (Q, Q2) thermal systems;
- volume V, m 3 and mass M, t of coolant in the supply and / or return (feed) pipeline;
- volume V, m 3 , the current value of the volume flow Gv, m 3 /h in the DHW (cold water) pipeline, on which the software is installed.
PECULIARITIES
The above information can be transmitted via the RS-485 interface. KM-5 provide on request the conversion of volumetric flow (volume) values into standard output signals: current (from 4 to 20 mA) and/or frequency (from 10 to 5000 Hz) using stand-alone ATCHV units connected to a computing device.
KM-5 provides archiving in non-volatile memory (EEPROM) for each serviced pipeline and in total for all pipelines of the following information:
- hourly, daily and monthly values of thermal energy and operating time (cumulatively), annual values of thermal energy (for each year) for one or two (Q, Q2) heat supply systems and operating time (for each year);
- average hourly, average daily, average monthly and average annual values of network water temperature (hot or cold) in the supply and return (feed) pipelines, temperatures in pipelines on which an additional TP or PTS is installed (weighted average temperatures for the corresponding period are archived), and temperatures outdoor air;
- average hourly, average daily, average monthly and average annual pressure values of the measured medium in pipelines where pressure transducers (sensors) are installed.
- hourly, daily, monthly and yearly volume values (progressive total);
- hourly, daily and monthly volume and mass (on a cumulative total), annual volume and mass (for each year) of the coolant that has passed through the supply and / or return (make-up) pipeline and through pipelines on which additional PRE and / or software are installed;
- average hourly, average daily, average monthly and average annual values of outdoor air temperature;
- information about erroneous situations during measurements and various abnormal events that occur during the operation of KM-5.
The depth of archives in KM-5 is not less than:
- 42 days - for hourly archive;
- 12 months - for daily archive;
- 5 years - for a monthly archive;
- 32 years - for the annual archive;
- 4096 entries with information - for the archive of errors and events.
Recording to all archives is organized in a closed ring - after filling the entire depth of the archive, a new record will be made in the place of the very first record in the archive, the next new one will be in place of the second record, and so on.
When the mains power is turned off, all KM-5 data archives are stored in non-volatile memory for at least 10 years. If the KM-5 is equipped with uninterruptible power supplies, in case of a single power outage, the KM-5-1 modifications continue to work for 24 hours, and the KM-5-2, KM-5-3, KM-5-4, KM-5 modifications -5 and KM-5-6 - within 14 hours. The time for full recovery of the battery charge is 12 hours.
| Modification | The number of SI in the basic composition of the KM-5 | The largest number of additional SI (pcs.) | ||||
|---|---|---|---|---|---|---|
| PRE (pcs.) | KTP (pcs.) | TP (pcs.) | BP 1 (pcs.) | ON | PD | |
| KM-5-1 | 1 | 1 2 | - | 1 | 1 | 2 |
| KM-5-2 | 2 | 1 | - | 2 | 1 | 2 |
| KM-5-3 | 2 | 2 | - | 2 | 1 | 3 |
| KM-5-4 | 2 | 1 | - | 2 | 1 | 2 |
| KM-5-5 | 2 | 1 | 1 | 2 | 1 | 3 |
| KM-5-6 | 2 | 1 | 1 | 2 | 1 | 3 |
| KM-5-7 | 2 | 2 | - | 2 | 1 | 3 |
Note:
1 When using BPi3V or similar.
2 Modification KM-5-1 can also be used for measuring thermal energy and/or the amount of hot water in TVST or dead-end hot water supply at the source and at consumers of thermal energy, in which the set of thermal converters is replaced by a single thermal converter.
| Types of measuring instruments used in KM-5 and their numbers in the State Register | ||
|---|---|---|
| Volume transducers with pulse signal | Sets of platinum thermal converters | Platinum thermal converters and pressure sensors |
|
Omega-R (23463-07) PREM (17858-06) TEM (24357-08) VSHd (23649-07) VSGd (23648-07) VST (23647-07) MTW, MTH (13668-06) AC-001 (22354-08) UFM-005 (16882-97) SVM (22484-02) |
KTPTR-01 (14638-05) CTSP-N (38878-08) TSP-1098-K1, K2 (19099-04) CTSP-R (22556-02) KTS-B (43096-15) |
TPT-1 (14640-05) TSP-N (38959-08) TSP-1098 (19099-04) TSP-R (22557-04) TS-B-R (43287-09) Corundum DI-001 (14446-05) |
Designation when ordering
Positions 1–12 should indicate the characteristics of the KM-5 and the components included in its composition.
1 - modification number KM-5-1, KM-5-2 ... KM-5-7;
2 - class KM-5, for ZVST: C, B, A according to GOST R61549; or classes 1, 2, 3 according to EN 1434-1; for modifications KM-5-1 and KM-5-2; for OVST, i.e. modifications KM-5-3 .... KM-5-7 class KM-5 is not indicated, a dash is put;
3 - abbreviated notation of the conditional passage (without DN designation) of primary flow converters on the supply pipeline;
4 - conditional passage (without DN designation) of primary flow converters for the return pipeline (or make-up for KM-5-3). For TVST put 0 in the middle;
5 - accuracy class of flow transducers A1, B1, etc. according to the manufacturer's classification;
6 - design number: 1 or 3 (versions 2 and 4 KM-5 are not used for modifications KM-5-1 ... KM-5-7);
7 - connection of flow sensors to pipelines: Fl - flanged or Rz - threaded;
8 - the number of sets of thermal converters included in KM-5 (if there are none, set to 0);
9 - the number of single thermal converters included in KM-5 (excluding those included in the kits), if they are not, set to 0;
10 – number of pressure sensors; if there are none, 0 is set;
11 - the possibility of measuring the flow and quantity in flows flowing in the opposite (reverse) direction: yes - 1, no - 0;
12 - the presence of a front panel on the KM electronic unit with a display and a keyboard: 1 - yes; 0 - no.
Order Entry Example
The consumer of thermal energy must have the KM-5-2 modification, which has class C in accordance with GOST R 51649, standard flow converters PRE must have a conditional passage of DN 100 on the supply pipeline and DN 80 on the return pipeline, the accuracy class of the PRE must be B1 (according to classification of the manufacturer), PRE must have a design of 1, the connection of PRE flow sensors to the pipeline must be flanged.
The KM-5-2 should include one set of thermal converters, one single thermal converter and three pressure transducers (sensors), measurements during reverse (reverse) flow should not be carried out, the front panel with a display and a keyboard on the KM EB should be.
The record of such an order should look like this:
KM-5 - 2 - S - PRE * 100/ 80 - V1 - ISP 1 - Fl - 1*Kt - 1*t - 3*R - 0 - 1
Features of the KM-5 heat meter:
- Wide dynamic measurement range G max /G min =1000;
- Short length of straight sections of pipelines (3Du-1Du);
- Standard sizes of primary flow converters from DN=15 mm to DN=300 mm;
- The KM-5 heat meter has an empty pipe sensor, due to which, in the absence of coolant in the pipeline, the current result of flow measurement is reset to zero;
- Measurement of reverse flows in automatic mode;
- Outdoor air temperature control;
- The software of heat meters and flow meters has an auto-calibration procedure, which allows maintaining metrological characteristics throughout the calibration interval equal to 4 years;
- Devices, regardless of the accuracy class, meet the requirements of the best classes: 1st according to the recommendation of the International Organization of Legal Metrology (MP75) and class C according to GOST 51649-2000. Heat meters KM-5 meet the requirements of Russian and international standards according to the norms of flow measurement error.
- Heat meters and flow meters are equipped with RS-232, RS-485 interfaces for outputting information to a printer, modem, personal computer or other devices;
- The archiving depth of average hourly parameters is 42 days, and average daily parameters - 12 months, which allows, in case of disputes between the supplier and consumer of energy resources, to have objective information about the characteristics of the heat and water supply system.
|
Nominal diameter Du, mm |
Volume flow measurement limits, m3/h |
|
|---|---|---|
|
Minimum (Gmin) |
Maximum (Gmax) |
|
| 15(r) * | 0.0025 | 2.5 |
| 15 | 0.006 | 6 |
| 25(r) * | 0.009 | 9 |
| 25 | 0.016 | 16 |
| 32 | 0.03 | 30 |
| 40 | 0.04 | 40 |
| 50 | 0.06 | 60 |
| 65 | 0.10 | 100 |
| 80 | 0.16 | 160 |
| 100 | 0.25 | 250 |
| 150 | 0.6 | 600 |
| 200 | 1.0 | 1000 |
| 300 | 2.5 | 2500 |
The electronic unit (heat calculator) of the KM-5 heat meter is an industrial controller with resident software. EB KM-5 is structurally made in a dust and moisture-proof housing, placed directly on the primary flow converter. 1 PRE, 2 thermal converters, 1 thermal converter for measuring the ambient air temperature and up to 2 pressure sensors are connected to the EB KM. The electronic unit performs the measurement, digitization and subsequent processing of the output signals of the flow, temperature and pressure sensors of the coolant.
Calculated coolant parameters can be transferred in units of measure (t/h, kPa, °C...) to a PC or to an information network via RS-485 interface. EB KM-5 is also designed to form the supply voltage of the excitation coils of the electromagnetic flow converter, the stabilized current for the PT and the supply voltage of the pressure sensors.
On the front panel of the electronic unit there is an indicator and four control buttons (see photo above).
To organize flow metering through the second pipeline and thermal metering in open heat supply systems at the consumer and at the heat source, a modification of the electronic unit is provided, which works in conjunction with the KM EB in the primary signal converter (PPS) mode. PPP performs measurement, digitization and pre-processing flow sensor signals, up to 2 pressure sensors and 2 coolant temperature sensors. Calculated values and service messages (information about errors, failures, emergency situations etc.) are transferred to the CM CU via the RS-485 interface.
In heat meters KM-5-2, KM-5-3, KM-5-4, KM-5-5 and KM-5-6, one of the electronic units is made in the PPS modification.
The heat meter does not require special maintenance.
The heat meter (TS) put into operation requires periodic inspection in order to:
- compliance with the operating conditions of the vehicle;
- absence of external damage to the components of the vehicle;
- checking the reliability of electrical and mechanical connections;
- checking the presence of seals on the components of the vehicle;
- checking the presence of supply voltage;
- checking the functionality of the vehicle.
Periodically (the period depends on the temperature in the pipeline and is determined experimentally), it is necessary to check the presence of oil in the protective sleeves of thermal converters and replenish its losses from drying.
In the case of the use of TS in conditions of heat carriers with a physical and chemical composition that differs from the requirements of regulatory documents, it is necessary to periodically flush the flow part of the PRE without the use of abrasive materials.
Flushing should be carried out regularly in the service mode, avoiding metrological failure. The frequency of flushing the flow part of the PRE depends on the specific operating conditions.
To reduce the effect of ferromagnetic inclusions contained in the coolant, it is recommended to use magnetic-mechanical filters.
During the operation and maintenance of the heat meter, it is necessary to comply with the "Rules for the operation of electrical installations by the consumer" and the "Intersectoral rules for labor protection (safety rules) for the operation of electrical installations".
It is FORBIDDEN to eliminate defects in the primary converter without making sure that there is no pressure in the line.
The heat meter is subject to mandatory primary verification, as well as periodic verification at least once every three years or in the case when its readings raise doubts about the correct operation of the heat meter itself.
The verification of heat meters is carried out according to the MP 42968951-2001 method.
Documents for download
