Remote Differential Pressure Transmitter
●Have strong self-diagnostic capability;
●Wide ranges from 0~100Pa to 42MPa;
●Accuracy better than 0.1%FS or 0.2%FS, rangeability 15:1;
●Zero and span adjustment without mutual influence;
●Have prefect remote setting, local setting as well as adjustment function;
●2-wire system, Hart Protocol;
●Use digital compensation technology to compensate for temperature and system pressure error;
●Good stability, high accuracy, adjustable damping, strong unidirectional overload capacity;
●Optional of diaphragm material (contact medium), explosion-proof.
Remote Differential Pressure Transmitter
Description of remote differential pressure transmitter
UIB3351 series remote differential pressure transmitters are suitable for the measurement of flow, level and pressure This product has strong adaptability and high reliability, and also has good anti-interference ability and zero stability. Its accuracy reaches 0.1%FS. UIB3351 can be made with HART Protocol communication, can be communicated with many hand-held communicator like HK- 375 & Rosemount 275 etc.
UIB3351 remote pressure transmitter is composed of pressure sensor and PCB. The pressure sensor includes sensing element, EEPROM and other parts; PCB includes micro processor, digital/analogue converter, digital communication and memory EEPROM etc, to complete the conversion from pressure signal to 4~20mA DC signal.
Features of capacitive differential pressure transmitter
●Have strong self-diagnostic capability
●Wide ranges from 0~100Pa to 42MPa
●Accuracy better than 0.1%FS or 0.2%FS, rangeability 15:1
●Zero and span adjustment without mutual influence
●Have prefect remote setting, local setting as well as adjustment function
●2-wire system, Hart Protocol
●Use digital compensation technology to compensate for temperature and system pressure error
●Good stability, high accuracy, adjustable damping, strong unidirectional overload capacity
●Optional of diaphragm material (contact medium), explosion-proof
Specifications of capacitive differential pressure transmitter
| Application | measurement of gas , liquid or steam |
| Pressure range | 0~0.1kPa...40MPa |
| Accuracy | 0.1%FS,0.2%FS |
| Output | 2 - wire 4~20mA, and superimposes conforms to HART Protocol |
| Power supply | 12~45V DC, standard 24VDC |
Load resistance | The max. allowed load resistance on circuit is determined by power supply; For HART, 250Ω≤load resistance ≤ 1100Ω |
| Indicator | 0~100 linear meter or digital indicator |
| Temperature effect | <0.03%FS/10 for GP DP transmitter |
System pressure effect | ±0.25%FS/10MPa for DP type(can be revised in pipeline pressure); ±0.2%FS/32MPa for HP type,(can be revised in pipeline pressure) |
| EMI / RFI interference effect | 20~1000MHz, output drift less than 0.01%FS if field intensity reach 30V/m |
Mounting position effect | Max. 0.24kPa. When liquid membrane is mounted horizontally, zero drift at most 1.25kPa. Zero drift can be modified and without any influence for range |
Temperature range | 1. ambient temperature:-40~+85℃,-20℃ ~+65( for indicator) 2. medium temperature range: -40~+120℃ 3. storge temperature range: -40~+105℃ |
| Relative humidity | 0~100%RH |
Weight | 3.5kg( standard configuration without mounting kits,height: 190mm ) Electrical connection: M20x1.5 or NPT1/2 |
| Process Connection | 1. 1/4NPT Femal 2. connector |
| Diaphragm material | 316L, hastelloy-C276, or monel |
| Vent/drain value | 316L,hastello-C276,or monel |
| O-ring materials | nitrile rubber, fluorine rubber, Teflon, metal sealing ring |
| Electronic shell and coating | low copper alloy, anodic oxidation, spraying polyurethane |
| Sensor filling liquid | silicone, fluorosilicone oil |
| Meter cover and display box | 10mm toughened glass, nitrile rubber seal |
| Protection | IP67 |
| Explosion-proof | Intrinsic safety: Exia II Ct6; flame proof：Exd II CT6 |
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