Hotline 
+48 34 39 30 015 or +48 601 913 288 
sklep@termipol.pl
+48 34 39 30 015 or +48 601 913 288 sklep@termipol.pl
Hydrostatic level sensor, designed for fuels (ON, gasoline, etc.) and for liquids with high temperatures up to 400°C. Range 0~1m. Made of stainless steel.
Exists
Payment on delivery, Traditional Bank Transfer (Pro forma), Fast online payments
The product is shipped within 24 hours.
We complete the order within 24 hours.
The product is covered by a one-year warranty.
You can return the product within 14 days.
| Power supply: | 12 - 24 VDC |
| Output: | 4-20 mA |
| Range: | 0 ~ 1m |
| Sensor wire: | Stalowy |
| Material of execution: | Stainless Steel |
| Mounting: | Brak |
| Assembly: | External thread 1'' Inch |
| Measurement: | Fuel, Level, Water |
| Sensor: | Hydrostatic |
| Degree of Protection: | IP 68 |
| Wire lengh: | 3 m |
| Working Conditions: | 0 ~ 400°C |
Submersible pressure water sensor. The pressure exerted by the water on the sensor is transmitted in the form of a voltage signal (4 ~ 20 mA). Hydrostatic pressure is directly proportional to immersion. The sensor is designed for use in fuels (diesel, gasoline) as well as in water and high temperature liquids (up to 400°C). The sensor's capillary is made of stainless steel SS 316L. The signal of the measured liquid pressure is transmitted through a tube to the sensor, which is located in an external, hermetic housing. This avoids contact with the measured liquid, allowing it to be used in liquids at high temperatures and fuels.
Dedicated meters for sensors are: meter/regulator MG14 with four alarm relays and a large display and panel meter/regulator SD8V with two alarm outputs from Termipol. Thanks to the connection of the measuring result display devices and the sensor, continuous level control is possible using one sensor. The sensor can be used in tanks for fuel, oil or high temperature liquids.
Example of application with pressure sensor and MG14 meter.
Step 1
Set the input signal type Sn = 22 (4-20mA) → see instruction point 3.
Step 2
Set the minimum display value for the minimum input signal value PUL (we will set the display value for 0 mA e.g. 0).
Set the maximum display value for the maximum input signal value PUH (we will set the display value for 20 mA e.g. 200).
Example of application with a pressure sensor and an SD8V meter.
Step 1
Set the type of input signal 1nP = 4_20 (4-20 mA) → see instruction point 1.
Step 2
Set the minimum display value for the minimum input signal value FL = 0 (we will set the displayed value for 0 mA e.g. 0).
Set the maximum display value for the maximum input signal value FH = 3000 (we will set the displayed value for 20 mA e.g. 3000).
