304SS Submersible Water Level Sensor For Circulation Fluid Monitoring
Submersible pressure transducer PL301 Submersible level transmitter
Feature of PL301 Submersible level transmitter
● Wide range application
● Long service life
● Diffused silicon oil-filed sensor cell
● CE certificate
● Reinforcement cables optional
● Intrinsically sate ,explosion proof
Specifications of PL301 Submersible level transmitter
| ssure medium | liquid compatible stainless steel |
| pressure ranges | 0~1 m H2O...300 m H2O |
| overload pressure | 150%FS |
| output signal | 4~20mA, 0.4 ~4.5V, 0~5V, RS485, RS232, 868 Mhz 4~20mA+Hart |
| accuracy | 0.1%FS,0.25%FS,0.5%FS (standard) |
| load resistance | RL = (U-10)/0.02(Ω) (4~20mA current output), ＞20KΩ (voltage output) |
| long term stability | 0.2%FS/year |
| supply voltage | 10~36VDC |
| compensated temperature range | -10~70°c |
| operating temperature range | -20~85°c |
| storage temperature range | -40~125°c |
| temperature coefficient of zero | ±0.015%FS/°c@25°c |
| temperature coefficient of span | ±0.02%FS/°c@25°c |
| insulation resistance | 100MΩ@ 250VDC 100MΩ@ 500VDC |
| Pressure connection | screw thread, throw-in type |
| Protection grade | IP68 |
| material of wetted part and housing | 304SS or 316L |
| material of pressure membrane | 316L |
| Response time | 1ms |
Applications PL301 Submersible level sensor
● Hydraulic monitoring
● Frequency water supply
● Liquid measuring for petroleum ,metallurgy
● City water supply
● Sewage treatment
● Tank level monitoringT
● Water-saving irrigation
● Circulation fluid monitoring
Description PL301 Submersible level transmitter
Submersible pressure transducers or transmitters are primarily used to measure the hydrostatic head of a liquid. In order to counteract the atmospheric pressure component, that is, the pressure acting on the liquid at the top of an exhaust tank or open storage tank, exhaust is required on the opposite side of the sensing diagram. If certain precautions are not taken, vents can easily lead to premature failure of submersible pressure sensors.
One of the main causes of failure of submersible pressure sensors is condensation or damage caused by water vapor flowing down the exhaust pipe or between power lines. Condensation is caused by the temperature difference between the cable end temperature and the liquid temperature. In general, the liquid is cooler, especially in summer, and if the relative humidity is high enough, it will condense on cooler surfaces.
The STANDARD temperature range of the PL301 submersible temperature sensor is 0 to +85°C, and additional calibration ranges are available upon request. It has a compact 27mm diameter and is designed for long and permanent inundation in liquids.
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.