Customization: | Available |
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Type: | Remote Pressure Transmitter |
Structure Type: | Monocrystalline Silicon |
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Smart pressure/differential pressure transmitter, in the circuit design, the modular design with microprocessor as the core and advanced digital isolation technology is adopted and it makes the instrument have high anti-interference and stability. At the same time, the transmitter is compensated by the built-in temperature sensor, which improves the measurement accuracy and reduces the temperature drift. It has the characteristics of good long-term stability, high reliability, and strong self-diagnosis ability.In terms of structure, the user can easily calibrate, set and configure the transmitter through the HART communication handheld operator.
Range limit | |
Within the upper and lower limits of the range, it can be set arbitrarily ,Just make calibrate the range≥set range, It is recommended to select a range with the lowest possible turn down ratio to optimize performance. | |
Installation position influence | |
Changes in the installation position perpendicular to the diaphragm surface will not cause zero drift , If the installation position and the diaphragm surface change more than 90° , Null effects in the range < 0.4kPa will occur ,It can be corrected by zero adjustment, no span influence. | |
Output Signal | |
4~20mA+HART protocol digital signal | |
RS485 Serial signal | |
Alarm current | |
offline | 3.6mA |
online | 21mA |
failure warning | |
If a sensor or circuit fails ,Automatic diagnosis function automatic output 22.0mA | |
Response time | |
The damping constant of the amplifier part is 0. 1S,The sensor time constant is :(0.1~ 1.6)S,depends on turn down and turn down ratio.The additional adjustable time constant is:(0.1~60)S. The effect on non-linear output (such as a square root function) depends on the function,and can be calculated accordingly. | |
Preheat time |
Range limit | |
Within the upper and lower limits of the range, it can be set arbitrarily ,Just make calibrate the range≥set range, It is recommended to select a range with the lowest possible turn down ratio to optimize performance. | |
Installation position influence | |
Changes in the installation position perpendicular to the diaphragm surface will not cause zero drift , If the installation position and the diaphragm surface change more than 90° , Null effects in the range < 0.4kPa will occur ,It can be corrected by zero adjustment, no span influence. | |
Output Signal | |
4~20mA+HART protocol digital signal | |
RS485 Serial signal | |
Alarm current | |
offline | 3.6mA |
online | 21mA |
failure warning | |
If a sensor or circuit fails ,Automatic diagnosis function automatic output 22.0mA | |
Response time | |
The damping constant of the amplifier part is 0. 1S,The sensor time constant is :(0.1~ 1.6)S,depends on turn down and turn down ratio.The additional adjustable time constant is:(0.1~60)S. The effect on non-linear output (such as a square root function) depends on the function,and can be calculated accordingly. | |
Preheat time |
Range limit | |
Within the upper and lower limits of the range, it can be set arbitrarily ,Just make calibrate the range≥set range, It is recommended to select a range with the lowest possible turn down ratio to optimize performance. | |
Installation position influence | |
Changes in the installation position perpendicular to the diaphragm surface will not cause zero drift , If the installation position and the diaphragm surface change more than 90° , Null effects in the range < 0.4kPa will occur ,It can be corrected by zero adjustment, no span influence. | |
Output Signal | |
4~20mA+HART protocol digital signal | |
RS485 Serial signal | |
Alarm current | |
offline | 3.6mA |
online | 21mA |
failure warning | |
If a sensor or circuit fails ,Automatic diagnosis function automatic output 22.0mA | |
Response time | |
The damping constant of the amplifier part is 0. 1S,The sensor time constant is :(0.1~ 1.6)S,depends on turn down and turn down ratio.The additional adjustable time constant is:(0.1~60)S. The effect on non-linear output (such as a square root function) depends on the function,and can be calculated accordingly. | |
Preheat time |
FAQ