Specifications
Water contamination in fluids can cause numerous problems such as addtive depletion, oil oxidation, corrosion, reduced lubricating film thickness, accelerated acomponent wear rates, micro biological growth, reduction of dielectric strength, loss of power as an example. these problems can be prevented by monitoring, so that problems can be averted in time.
Some applications
-hydraulic fluids
-Lubricating fluids
-Jet fuel
-Fuel oil
-Diesel
Benefits
-Total water measurement
-Immediate response to a change of state
-Temperature compensation
-Excellent long term stability and drift free
-Recalibrate on site if necessary
-Easy to install
-No maintenance needed
-Loop Powered (2 wire) or 24 vdc (other options available)
-Analog and RS 232 full duplex Output as standard
-User re-configurable range 0-10000ppm, 0-1%,0-3%,0-10% and 0-25%
-Lightweight and Robust
-Encapsulated Electronics
-RS-485 option allows up to 30 units to be connected in series
-ptional HART protocol on request
-Fully CE Compliant
Water in oil Range |
0 to 1000ppm, 0 to 1%, 0 to 3%, 0 to 10%, 0 to 25% |
Recommended flow range |
5 to 150 LPM |
Resolution |
±35ppm |
Temperature compensation |
Built in temperature compensation |
Temperature range |
0 to 150°C or 300°F |
Shipping weight |
Approx. 1Kg/3lbs |
Cell construction material |
316L |
Pipe connection |
1 inch NPT thread (other threads/size available) |
Maximum Temperature |
150 °C/300 °F (higher temp version available) |
Pressure rating |
16 Bar /230 psi (higher pressure consult factory) |
Power requirements |
Loop Power or 24 vdc |
Electronic protection |
IP 65 |
Operating Temperature |
-40 °F -185 °F (-40 °C to 85 °C) |
Enclosure |
Anodized Aluminium Epoxy Coated |
Outputs |
4-20 mA DC , RS232 Full Duplex ,Optional RS485 |
Options |
Remote readout/display |