China High Accuracy 0.075% Accuracy Customized Water Differential Pressure Transmitter, Find details about China Wastewater Treatment, 4-20mA Differential Silicon from High Accuracy 0.075% Accuracy Customized Water Differential Pressure Transmitter
Brief Introduction
1. Differential Pressure Transmitter (DP)
2. Measured media: Gas, steam, liquid
3. Measured range(with no shift): 0PA~100PA…3MPa
4. Basic error: ±0.075%
5. Diaphragm contacting with liquid: Stainless Steel 316L, Hast-alloy C
Features
1. The central sensing element of transmitter uses the world's leading high- Accuracy silicon sensor technology, Basic error is ±0.075%;
2. Working pressure of transmitter has three levels--16MPa, 25MPa and 40MPa, the highest one-way overpressure is 40MPa;
3. Excellent static pressure performance, optimal static pressure error ≤±0.1%/10MPa;
4. The inner of pressure sensor integrates high sensitive temperature sensor.
5. Excellent temperature performance, optimum≤± (0.20 ×TD+0.10)%×Span /-20ºC~65ºC;
6. All stainless steel 316L, silicone oil filling with welded sealing construction;
7. Low gauge /absolute pressure transmitter uses the world's leading die resistance to high overload protection. 6kPa: One-way overpressure and protection pressure is 300kPa; 40kPa: One-way overpressure and protection pressure is 1MPa. The max. Pressure is 50 times of full span pressure.
8. Stable and reliable, optimal long-term drift performance: ±0.1%/year, 5-year maintenance-free;
9. Wide measured range: 100PA~60MPa;
10. Max. 100: 1 pressure range proportion adjustable;
11. EMC conforms to GB/T 18268.1-2008 standard;
Working Principle
Main unit
Auxiliary unit
Main unit includes sensor and process connection, working principle as followed:
The sensor module uses whole welded technology, in which has a compact overload diaphragm, a differential pressure sensor and a temperature sensor. The temperature is taken as a reference for temperature compensation. The positive end of the differential pressure sensor is connected with high pressure chamber of sensor capsule; The negative end is connected with low pressure chamber of sensor capsule. Through the isolated diaphragm and filling liquid, the differential pressure is transmitted to silicon die in the inner of differential pressure sensor, which makes the resistor of sensor die change. So the detection system outputs different voltage. The output voltage is in proportion to the pressure variation, and then it is transmitted to standard output by adapter and amplifier.
NS---M3051DP Differential Pressure Transmitter is used for level, density, pressure and flow measurement of liquid, gas and steam. Then it will outputs 4mA~20mA DC HART signal and also it could be connected to RST375 hand communicator or RSM100 Modem to do the specification setting and process control.
NS-3051DP | Intelligent Differential Pressure Transmitter | |||||||||||||||||||||||||
Code | Output | |||||||||||||||||||||||||
H | 4mA~20mA DC with HART | |||||||||||||||||||||||||
N | 4mA~20mA DC analog output | |||||||||||||||||||||||||
Code | Pressure range | |||||||||||||||||||||||||
A | 0PA…100PA~1kPa(0mm…10mm~100 mm H2O)/(0mbar…1mbar ~10mbar) | |||||||||||||||||||||||||
B | 0PA…200PA~6kPa(0mm…20mm~600 mm H2O)/(0mbar…2mbar ~60mbar) | |||||||||||||||||||||||||
C | 0PA…400PA~40kPa(0mm…40mm~4000 mm H2O)/(0mbar…20mbar ~400mbar) | |||||||||||||||||||||||||
D | 0kPa…2.5kPa~250kPa(0m…0.25m~25 m H2O)/(0mbar…25mbar ~2500mbar) | |||||||||||||||||||||||||
F | 0kPa…30kPa~3MPa(0m…3m~300 m H2O)/ (0bar…0.3bar~30bar) | |||||||||||||||||||||||||
Code | Diaphragm material Filling | |||||||||||||||||||||||||
A | Stainless steel316L silicone oil | |||||||||||||||||||||||||
C | Hastelloy C silicone oil | |||||||||||||||||||||||||
Code | Rated working pressure | |||||||||||||||||||||||||
0 | 0.2MPa (only for range A) | |||||||||||||||||||||||||
7 | 7MPa (only for range A) | |||||||||||||||||||||||||
1 | 16MPa | |||||||||||||||||||||||||
2 | 25MPa | |||||||||||||||||||||||||
3 | 40MPa | |||||||||||||||||||||||||
Code | Process connection | |||||||||||||||||||||||||
N | 1/4 NPT and 7/16 UNF thread hole without release valve | |||||||||||||||||||||||||
B | 1/4 NPT and 7/16 UNF thread hole, release valve mounting in the end-face of flange back | |||||||||||||||||||||||||
U | 1/4 NPT and 7/16 UNF thread hole, release valve mounting in upper flange side | |||||||||||||||||||||||||
D | 1/4 NPT and 7/16 UNF thread hole, release valve mounting in lower flange side | |||||||||||||||||||||||||
Code | Sealing materials contacting with liquid | |||||||||||||||||||||||||
N | NBR | |||||||||||||||||||||||||
F | FKM | |||||||||||||||||||||||||
P | PTFE | |||||||||||||||||||||||||
Code | Additional function | |||||||||||||||||||||||||
N | None | |||||||||||||||||||||||||
F | Square root output | |||||||||||||||||||||||||
O | No oil processing(For oxygen measurement: Fluorocarbon oil filling, viton sealing ring, <6MPa, <60ºC) | |||||||||||||||||||||||||
Code | Mounting bracket | |||||||||||||||||||||||||
N | None | |||||||||||||||||||||||||
1 | Stainless steel | |||||||||||||||||||||||||
2 | Galvanized Carbon Steel | |||||||||||||||||||||||||
Code | Process connection parts | |||||||||||||||||||||||||
N | None | |||||||||||||||||||||||||
1 | 1/2 NPT Female with stainless steel oval flange | |||||||||||||||||||||||||
2 | M20X1.5 male with stainless steel T joint | |||||||||||||||||||||||||
3 | 1/2-14NPT guiding pressure transition joint and rear welding guiding Pressure tube (SS) | |||||||||||||||||||||||||
Code | Display | |||||||||||||||||||||||||
1 | LCD | |||||||||||||||||||||||||
2 | LCD with back-light | |||||||||||||||||||||||||
Code | Others | |||||||||||||||||||||||||
N | None | |||||||||||||||||||||||||
A | Intrinsic safe | |||||||||||||||||||||||||
D | Exd | |||||||||||||||||||||||||
E | Exd version with Explosion-proof cable joint | |||||||||||||||||||||||||
S | Stainless steel 316 plate | |||||||||||||||||||||||||
NS-3051-DP H C A 1 B N F 1 1 1 N The whole spec |