DR3419 Precision Pressure Transmitter
DR3419 Precision Pressure Transmitter
The pressure transmitters of the DR3419 series have been specifically designed for the high accuracy application requirements in critical conditions. it adopts high stability and precision pressure sensor, the accuracy is up to ±0.05%FS. Our advanced signal processing circuit amplifies the senosor signal and converts it into standard signal or digital signal, realizing accurate and stable pressure measurement.The rugged stainless steel packaging structure, and the internal circuit pouring sealing process make the precision pressure sensor anti-interference and stability.
Applications
- Measurement and test platform
- Calibration technology
- Laboratory
- Equipment manufacturing
- Machinery manufacturing
Features
- High accuracy up to ±0.05%FS
- RS485 or 4 ~ 20mADC two-wire current output
- Digital compensation and nonlinear correction technology
- Anti interference design and hardware watchdog
- Support networking applications
Technical Specs
| Measurement range | -1bar…0bar~0.1bar…1000bar | Zero thermal drift | ≤±0.03%FS/℃ (≤1bar); ≤±0.02%FS/℃ (>1bar) |
| Pressure type | gauge, absolute or sealed gauge pressure | Span thermal drift | ≤±0.03%FS/℃ (≤1bar); ≤±0.02%FS/℃ (>1bar) |
| Over pressure | 200%FS or 1100bar (min. value is valid) | Compensated Temp. | -10 ℃ ~ + 80 ℃ |
| Accuracy | ±0.05%FS / ± 0.2% FS / ± 0.5% FS | Working temp. | -30 ℃ ~ + 70 ℃ |
| Stability | ±0.1%FS(1 year) | Storage Temp. | -40℃～+70℃ |
| Output | 4mA~20mA DC(2-wire) or RS485 MODBUS | Pressure interface | NPT1/2 NPT1/4 G1/2 G1/4 M20 * 1.5 |
| Load | ≤(U-11)/0.02Ω(2-wire) | Insulation resistance | 500MΩ@500V DC |
| Housing | stainless steel 304 | Protection level | IP65 |
| Diaphragm | stainless steel 316L | Power supply | 5V~28VDC; |
| Sealing ring | Viton | Cable | Φ7.5mm Polyethylene Special Cable |
Ordering Guide
| DR3419 | Pressure Transmitter | |||||
| Range | -1bar…0bar~0.1bar…1000bar | |||||
| [0～X]bar | X: the actual measured pressure | |||||
| Code | Output signal | |||||
| R1 | 4mA～20mA DC | |||||
| R2 | RS485 | |||||
| Construction material | ||||||
| Code | Diaphragm | Pressure interface | Housing | |||
| M1 | SS 316L | SS 304 | SS 304 | |||
| M2 | SS 316L | SS 316L | SS 316L | |||
| Code | Notes | |||||
| B1 | 4-pin Plug connection | |||||
| B2 | Cable connection | |||||
| C1 | M20x1.5 male, face type seal | |||||
| C2 | M20×1.5 male, waterline seal | |||||
| C3 | G1/2 male | |||||
| C4 | G1/4 male | |||||
| C5 | G1/4 female | |||||
| C6 | NPT1/2 male | |||||
| C7 | NPT1/4 male | |||||
| G | Gauge | |||||
| A | Absolute | |||||
| S | Sealed gauge | |||||
| DR3419- | [0~1]bar | R1 | M1 | B1C5G | The whole spec |
Outline Construction (Unit: mm)
Electrical Connection
FAQ
What’s the precision pressure transmitter?
Precision pressure transmitters convert pressure into an analog or digital signal, which is proportional to the pressure measured. Precision pressure transmitters are used to monitor and or control sensitive pressure processes. They can also be used as high accuracy transfer standards or as a factory working standard, especially to test or calibrate a variety of pressure measuring instruments. With an accuracy as high as 0.05%FS, these pressure transmitters can be found in laboratories or in production environments where a high degree of precision and accuracy are required.
How to maintain a pressure transmitter?
Apply a calibration sticker on the pressure transmitter with the appropriate calibration due date, and calibrate the pressure transmitter regularly. Clean a transducer with cotton dipped in alcohol.
What is difference between the gauge pressure and absolute pressure?
Basically, gauge pressure is based on the pressure of the atmosphere where the sensor is placed as zero (reference), and absolute pressure is measured from absolute zero, the pressure in a vacuum (approx. 10 Pa or below).