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Differential pressure transmitter EMIS-BAR
High-accuracy differential pressure measurement
- Product description
- Documentation and software
- Technical parameters
- Certificates
- Presentations
Download data sheet configuration
Differential Pressure Transmitter EMIS-BAR
The transmitter principle of operation is to measure pressure difference between positive and negative sensor cavities. The device can measure the flow using reducers. Reducer creates the obstacle for the liquid or gas flow. While passing through this section, the flow changes its nature. Negative pressure transmitter measures the difference of pressure before and after the reducer. The bigger the difference is, the higher the flow rate is in the pipe.
Differential Pressure Transmitter EMIS-BAR modifications:
- 143 Traditional-mount;
- 153 Traditional-mount High Static Differential Pressure transmitter;
- 183 with Remote Diaphragm seal;
- 184 with Remote Extended Diaphragm Seal;
- 185 with one Remote Diaphragm seal and one Remote Extended Diaphragm Seal;
- 193 Traditional-mount Micro Differential Pressure transmitter.
To order products, please, call: +7 (351) 729-99-13 or fill in a questionnaire with a description of the process. Our specialists provide you a detailed technical and commercial offer.
| Parameter | Description |
| Medium |
Liquid; steam; gas |
| Measured pressure range (min, max), MPa | -0,5..14 |
| Supply voltage, V | 10,5...45, for Exia and Exdia up to 28 V |
| Explosion protection |
0 Ex ia IIB/IIC T6…T4 Ga X; 1 Exd IIC T6…T4 Gb X; 1 Exd ia IIC T6…T4 Gb X; Ex ia IIIC T85 / T100 / T135ºC Da; Ex ia IIIB T80 / T95 / T135ºC Da; Ex tb IIIC T85 / T100 / T135ºC Db; PO Ex ia I Ma X; PB Ex d I Mb X; PB Exd ia I Mb X. |
| Accuracy, % |
±0,04;±0,065;±0,1; ±0,2; ±0,5; ±1,0 |
| Stability | Less than 0,1% within 5years (or 0,02% within 1 year) |
| Operation temperature, °С* | -40...+120 |
| Ambient temperature (including explosion-proof transmitters),°С | -60...+85 |
| Ambient temperature for LCD indication, °С** | -42...+85 |
| Range Adjustment | 100:1 |
| Diaphragm material | Stainless steel 316L, Hastelloy HC-276, Tantalum, Monel, 316L gold-plated |
| Filling liquid | Silicon oil, Inert oil |
| Transmitter material | Aluminum, Aluminum with a protective layer, Stainless steel |
| Calibration interval | 5 years |
| Software | Branded Software EMIS-Integrator |
| Ingress protection | (IP65, IP68)*** |
| Output signals | 4-20мА + HART with DD, FDT/DTM |
| Proccess connection | In-Line Mount, Traditional-mount, with Remote Diaphragm seal, with Remote Extended Diaphragm Seal |
* Operating temperature of medium at the sensor, can be higher at the source
** LCD display does not get damaged under temperatures below the minimum, indication will resume once the temperature rises above minimum threshold
*** Depends on the cablegland
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Certificate of Conformity for Electromagnetic compatibility EMC Directive 2014/30/EU
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Certificate of Conformity for use in potentially explosive atmospheres Directive 2014/34/EU (Ex i)
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Certificate of Conformity for use in potentially explosive atmospheres Directive 2014/34/EU (Ex d)
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ATEX production quality assurance notification
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Type approval certificate. EMIS-BAR
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Certificate of Conformity TR CU 032 “On safety of equipment operating under excessive pressure”. EMIS-BAR
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Type Description. EMIS-BAR
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The Customs Union Certificate of Conformity ТR CU 012/2011 “On the safety of equipment applied in hazardous area”. EMIS-BAR
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Declaration of Conformity TR CU 032 “On safety of equipment operating under excessive pressure”. EMIS-BAR
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Expert findings on the results of the sanitary-epidemiological examination. EMIS-BAR
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Certificate of vibration resistance. EMIS-BAR
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Electromagnetic compatibility of technical equipment. EMIS-BAR
