Audited Supplier
PB8600
Silicon Piezoresistive Type
Input-Based
Atmospheric pressure
0.25%F.S. 0.5%F.S.
IP68
CE/ISO/Sil
Customized
Carton Packing
China
Product Description
PB8600 series input hydrostatic liquid level transmitter is composed of sensor, air-conducting cable, stainless steel cylinder and so on. It tests the liquid level height by measuring the pressure at the position where the sensor is located, and converts the liquid level height into a standard electrical signal output. Stable performance, good reliability, long service life, internal circuit design in line with the requirements of intrinsic safety and explosion-proof, its excellent performance, can completely replace the imported input (or submerged) static liquid level transmitter, mainly used for measuring the height or depth of the liquid level of water, oil and so on.
Technical Parameter
| Accuracy | 0.5%F·S |
| Measuring range | 0…5m to 0…1500m |
| Linearity | superior to 0.2%F·S |
| Temperature drift | <superior to ±0.03%F·S/ºC |
| Stability | superior to 0.5%F·S for 1 year |
| Response time | 10mS |
| Power supply | 12 to 36VDC |
| Output | 4…20mADC |
| Load resistance | 0 ~600Ω |
| Liquid temp | -10…60ºC |
| Compensated temp | -10…60ºC |
| Storage temp | -45…125ºC |
| Installation position | direct into the bottom of the liquid |
| Housing material | 304 stainless steel or 316 stainless steel |
| Diaphragm material | 316L stainless steel |
| Breathing cable material | polythene or PTFE |
| Weight | Stainless steel pipe(G1): about 300g Breathing cable(G2): about 65g/m Junction box(G3):about 300g-700g |
| Gross weight(G) | G=G1+G2*length(m)+G3 |
| Power consume | <5W(24VDC) |
Product Features
Easy to use and flexible
Wide measuring range (liquid level above 1 meter can be measured)
Reverse polarity protection and current limiting protection.
Lightning protection, strong anti-interference ability
Wide application, easy installation
High precision, high stability, high reliability
Unique anti-condensation design, reliable waterproof design.
Selection Guide
