H2OIL WATER IN OIL MONITOR

H2OIL WATER IN OIL MONITOR
10/09/03
4:34 pm
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H2Oil
Fluid Condition Monitoring
Water in Oil Monitor
Brochure: CM016GB1
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H2OIL WATER IN OIL MONITOR
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H2Oil
Water in Oil Monitor
TYPICAL APPLICATIONS
Off-shore & Power Generation
Marine
Construction Machinery
Paper Mills
Hydraulic Equipment & System Manufacturers
Research & Testing Institutes
Military Equipment Application
The H2Oil is a two channel non-dispersive absorption
spectrometer, designed to measure the level of water
content polluting the oil, reducing system efficiency,
promoting wear and affecting safety.
The H2Oil makes it possible for an end user or service
engineer to carry out quick, accurate measurements,
taken in the field instead of remote laboratory analysis.
With its secured hoses the H2Oil connects to an in-line
System 20 Sensor or Single Point Sampler and features
a re-chargeable 12Vdc power pack, diagnostic computer
and on-board printer for effective logging and retrieval
of data.
TYPICAL APPLICATIONS
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H2Oil
Water in Oil Monitor
HOW THE H2OIL WORKS
On-line testing allows a mixed and flowing sample of oil and water to pass through the infrared measuring cell. A series of
measurements can be taken and the average given as a result. With this method a representative oil sample is seen, unlike the
usual reservoir samples sent for analysis. Also, by taking the test at working temperature and pressure, a true water content is
taken, as both affect the way water is absorbed in oil.
The flowing sample passes through a special “water free” optical cell.
The infrared detector monitors two narrow band pass filters, one of which matches the spectral width of the water attenuation
band. The second narrow wave band selected is unaffected by water and serves as a reference. By taking the transmission
ratio between the two points an effective measurement of water can be made.
BENEFITS
Routine water monitoring of oil systems with H2Oil saves time and money, promoting oil longevity.
Water monitoring is now possible while machinery is working – H2Oil saves on production downtime.
Samples are truly representative of water in the system. The analysis is carried out before sample
hydrodynamics change.
Totally portable, can be used easily in the field without the need for mains power, as well as in the laboratory.
Data entry facility enabling user to store unique data test log details with every test carried out.
User friendly instructions giving familiarity and awareness of
service and maintenance personnel.
Instant, accurate results available on the display or the
built-in printer ensuring maintenance decisions can be made
immediately.
Computer interface available for downloading data through the
RS232 serial port.
Internal diagnostics features ensure H2Oil will work accurately
and reliably.
Supplied in a robust aluminium carrying case.
Optional oil delivery kit for customer offline sampling (see Fig.1)
Fig.1
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H2Oil
Water in Oil Monitor
CORE TECHNOLOGY
True infrared analysis technique.
Compounds absorb at different wavelengths in the IR spectrum.
Principle used in all spectrometers.
H2Oil classified as two channel non-dispersive absorption spectrometer.
Water absorbs very strongly at 3µ (3333cm-1).
Channel one (2.6µ) is reference, channel two (3µ) is H2O.
IR “looks” at chemical bonding.
IR source is tungsten halogen.
WHY SPECIFY H2OIL?
When machinery is operating in a dirty environment it is almost impossible to keep contamination out.
Particle or water ingress is inevitable especially if a dirty environment or working condition is unavoidable. So when
there is a tough job to do, a reliable, robust instrument is essential, durability trials and field tests have proved
Parker Fluid Condition Monitoring equipment is up to it every time.
H2Oil is an essential part of an expanding family of fluid condition monitoring products.
Fluid purity must be an objective in terms of monitoring contamination, water content, viscosity index and system
condition, to ensure machinery life expectancy is extended to the maximum.
In developing the H2Oil and future innovations in Fluid Technology the aim is clear - to provide customers with both
products and services that will help ensure that demand for maximum machine life and low costs are met.
Loss of bearing life ( see Fig. 2 - a
typical example of the effects of water on
gear operational life) due to water can be
prevented by keeping the water from
entering the system. Such efforts must
be supported by introducing a regular
water content monitoring function into the
programme of planned equipment
maintenance
Fig.2
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H2Oil
Water in Oil Monitor
SPECIFICATION
Construction:
Power:
Commissioning Kit:
Case-Noryl structural foam and ABS
printer cover. Key pad silicone rubber
Re-chargeable battery pack (12Vdc
trickle charger supplied)
Mechanical Composition:
Fuse:
Includes 2 re-chargeable battery packs
(1 fitted to monitor), 2 x thermal printer
rolls, spare fuse,screwdriver, 12Vdc
trickle charger and user manual
Brass, plated steel, stainless steel
5.0 amp fast blow fuse included for
overload protection
Data Entry:
H2Oil Technology:
24 character two line back lit dot matrix
LCD. Full alpha numeric keypad
Seals:
Viton
Infrared absorption spectroscopy
Hoses:
Nylon (Kevlar braided microbore)
Data Retrieval:
Measurement and Range:
Memory access gives test search facility
PPM (0-3000) or % content
Hose Length:
Monitor Carry Case:
Max Operating Temperature:
+5°C to 80°C (+41°F to 176°C)
Robust padlockable aluminium
presentation case
Flow Rate:
Environmental Temperature:
Re-Chargeable Battery:
Up to 400 l/min (100 US GPM)
+5°C to 40°C (+41°F to 104°F)
Standard
(System 20 Sensors). Higher flows with
SPS
Test Completion Time:
Datum:
90 seconds
Condition monitoring data software pack
plus cable.Included in commissioning kit
Max. Working Pressure:
Up to 420 Bar (6000 psi)
Fluid Compatibility:
Mineral oil and petroleum based fluids.
For other fluids i.e., Phosphate Esters
consult Parker
Memory Store:
500 TEST (scrolling memory) capacity
Repeatability/Accuracy:
Better than 5% (typical)
Printer Facility:
Integral 16 column thermal printer for
hard copy data.
2-100 cSt (9-460 SSU). 500cSt with
SPS
318mm (12.51”)
Computer Interface RS232
Viscosity Range:
235mm (9.25”)
Part Number
WOM.9100
B.91.701
S.840134
B.84.779
B.91.706
20mm
(0.79”)
346mm (13.62”) Handle Raised
Fluid connection hose 1.2 metre (3.9
feet)
130mm
(5.12”)
180mm (7.09”)
Description
H2Oil (incl. aluminium case and kit)
Printer paper (5 rolls)
Oil delivery unit
Datum software
Cable and adaptor
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