1. Introduction
PTFE anti-corrosion type liquid level transmitter, all the level sensor wetted parts are made of PTFE material, have characters of high temperature resistance, corrosion resistance and anti clogging. And it is widely used in any liquid level measurement of atmospheric pressure (except for material corrode PTFE).
UI-JYF type liquid level transmitter using 2-wire 4 ~ 20 mA output, 24 VDC power supply, into liquid can be used directly.
2. level sensor Characteristics
Ø Good stability, high precision, high temperature resistant, corrosion resistant, anti clogging.
Ø Directly input to the measured medium, installation and usage are very convenient.
Ø Compact structure, no moving parts, high reliability, long service life.
Ø It is widely used in any liquid level measurement (except for material corrode PTFE).
Ø Can measure from the water, oil, acid, alkali, salt to larger paste viscosity fluid with high precision measurement, and are affected by foaming of the measured medium, deposition, the influence of the electric property.
Ø Have reverse polarity power supply and overload current protection function.
3. PTFE Cable level sensor Technical Parameters
Ø Measuring range: 0 ~ 30 meters.
Ø Output signal: 4 ~ 20 mA/DC.
Ø Power supply: 24V+- 5 VDC.
Ø Accurate rating: 0.5%FS.
Ø Long term stability: Plus or minus 0.2% FS/year
Ø Medium temperature: - 50 ~ 100º C( state of not clotting)
Ø High temperature type: -50~200~300º C( state of not clotting)
PTFE anti-corrosion type liquid level transmitter, all the level sensor wetted parts are made of PTFE material, have characters of high temperature resistance, corrosion resistance and anti clogging. And it is widely used in any liquid level measurement of atmospheric pressure (except for material corrode PTFE).
UI-JYF type liquid level transmitter using 2-wire 4 ~ 20 mA output, 24 VDC power supply, into liquid can be used directly.
2. level sensor Characteristics
Ø Good stability, high precision, high temperature resistant, corrosion resistant, anti clogging.
Ø Directly input to the measured medium, installation and usage are very convenient.
Ø Compact structure, no moving parts, high reliability, long service life.
Ø It is widely used in any liquid level measurement (except for material corrode PTFE).
Ø Can measure from the water, oil, acid, alkali, salt to larger paste viscosity fluid with high precision measurement, and are affected by foaming of the measured medium, deposition, the influence of the electric property.
Ø Have reverse polarity power supply and overload current protection function.
3. PTFE Cable level sensor Technical Parameters
Ø Measuring range: 0 ~ 30 meters.
Ø Output signal: 4 ~ 20 mA/DC.
Ø Power supply: 24V+- 5 VDC.
Ø Accurate rating: 0.5%FS.
Ø Long term stability: Plus or minus 0.2% FS/year
Ø Medium temperature: - 50 ~ 100º C( state of not clotting)
Ø High temperature type: -50~200~300º C( state of not clotting)
| 1. Model Selection: | ||||||||
| XKA-EACD Drop-in type hydrostatic pressure level transmitter | ||||||||
| / | Drop-in type level transmitter ( measure range and cable length) , example 5m/8m | |||||||
| Structure | ||||||||
| 1. Integrated type without Junction box; 2. Split type with Junction box. 3. Flange type input level sensor; 4. Anticorrosive type level sensor; PTFE material 5. High temperature type level sensor. -50~200~300ºC | ||||||||
| E | Output signal | |||||||
| 1, two-wire(4~20)mA((the default); 2. 3-wire (0~5)VDC; 3. 3-wire (1~5)VDC; 4, 3-wire (0~10)V 5. 3-wire (0~10)V ; 6. With Modbus RTU communication (Modbus Serial RS485); 7. 4~20mA+Hart | ||||||||
| A | Accuracy | |||||||
| 1)0.1 2)0.2 3)0.5 | ||||||||
| C | Sensor probe type | |||||||
| 1. SS316L; 2. PTFE | ||||||||
| D | Display type(only the spit type with Junction box | |||||||
| 1, No display (the default) | ||||||||
| 2, 0~100%linear display | ||||||||
| 3, LCD digit display | ||||||||
| 4, LCD 0~100% digit display | ||||||||
| 5, LED 0~100% digit display | ||||||||
| I | Installation | |||||||
| 1. screwed | ||||||||
| 2. flanged | ||||||||
| F | Explosion proof | |||||||
| 1. standard (safety environment) 2. intrinsic safety 3. explosion-proof | ||||||||