HK ICM
Inline Contamination MonitorProduct image
Properties
Application |
for direct mounting in systems and applications for ongoing measurement also in limited space applications |
Scope of supply |
with LPA-View software |
Operating voltage |
9 - 36 V DC |
Operating temperature |
-25 °C bis +80 °C |
Flow rate |
20 - 400 ml/min |
Power input |
max. 2,2 W |
Additional feature |
Suitable for hydraulic oils having a viscosity up to 1000 mm2/s Purity classes conforming to ISO and SAE or NAS Integrated AquaSensor for measuring moisture and temperature |
Description
Optical particle sensor with LED-counter
for mounting in pressure line or return line
8-channel contamination measurement
& display
Measures and displays according ISO 4406:1999, NAS 1638, AS 4059E and ISO 11218
Data logging and 4000 test result memory
Measuring accuracy: ±1/2 code for 4,6,14 μm(c); ±1 code for larger particles;
±3% for moisture and temperature
Test time adjustable 10 - 3600 sec. (factory setting 120 sec.), free programmable test intervals
Previous ten result viewing capability
Power supply by USB-interface HK ICM USB I
Version R with Multicolour LED and remote alarm signaling
Robust die-cast aluminium housing
Protection class IP 65
Item
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Identification | Connections | Max. working pressure (bar) |
Weight (kg) |
---|---|---|---|
HK ICM WMKR G1 | Minimess M16x2 | 400 | 1,2 |
Accessories
- HK ICM USB
- USB adapter
Disclaimer
Despite careful checking, we cannot guarantee the accuracy of all information included on this site, and we accept no liability.
All data and information in our online catalogue are based on currently valid standards and the regulations from the employer's liability insurance association. Product safety can only be guaranteed when our assembly instructions are carefully observed. Non-adherence to these regulations can affect product operation and functioning and result in a loss of warranty. Our warranty is only valid for HANSA-FLEX products. Our products are constantly subject to further development and technical changes are therefore possible.