■ ■ requirements. Defence Standard conformity The icountACM202024 is in conformity with the test requirements of the following (UK Ministry of Defence) Defence Standard 91–91, Issue 6: Turbine Fuel, Aviation Kerosine Type, Jet A-1. NATO Code: F-35, Joint Service Designation: ■...
Introduction ................4 Features ....................4 Benefits .....................5 Kit contents ....................5 Fuel cleanliness and contamination ............6 Powering the icountACM202024 ............10 Installing paper and ribbon into the printer ..........12 Preparation and guidelines for testing ..........14 Setting the time and date ...............16 Screen adjustments ................17 Operation ..................18...
System 20 Sensors ensure sealed fluid extraction and no contamination ingress Certification This product complies with all relevant EC declarations of conformity. Fail-safe features Special diagnostics are incorporated into the icountACM202024 microprocessor control to ensure effective testing. Circuitry Incorporates an internal diagnostic programme to ensure integrity of results Adequate flow...
■ ■ Automatic reminder for recalibration. ■ ■ In accordance with the test method IP 564, the icountACM202024 has been included in ■ ■ DEF STAN 91-91 Jet Fuel Specification as a ‘report only’ test, together with the current Gravimetric test method (IP 423 or ASTM D5452) and the Clear and Bright Visual test method (IP 216 or ASTM D2276).
4µm(c) (i.e. scale number 20). Between 1,300 and 2,500 particles per millilitre larger ■ than 6µm(c) (i.e. scale number 18). Between 40 and 80 particles per millilitre larger than ■ 14µm(c) (i.e. scale number 13). Parker Hannifin icountACM202024...
Page 7
IntroDUCtIon icountACM202024 – front view Printer cover Main Unit On/Off switch Main Control Limit Switch socket valve Main Unit Input Hose Handset (see page 9) Battery module Parker Hannifin icountACM202024...
Page 8
IntroDUCtIon icountACM202024 – rear view Transfer Pump Flush button Transfer Pump On/Off switch Link Hose (fitted to dummy connectors for storage) Sample Hose Inlet and Outlet Transfer Pump housing Hose Tidy clips Input Power Socket (note that you may have to remove the plastic dust cap to access the 12Vdc power socket).
Page 9
IntroDUCtIon Handset Liquid crystal display Micron sizes ISO Code Count Paper feed Average 3Test Change mode feature Print result Alphanumeric keys Set display Parker Hannifin icountACM202024...
IntroDUCtIon Powering the icountACM202024 The icountACM202024 may be powered via: the re-chargeable battery pack. This is supplied as an accessory with its battery charger – ■ ■ see page 31. the replaceable battery pack. The battery compartment requires six LR20 ALKALINE ■...
Page 11
(i.e. the polarity of the batteries) Insert a complete set of fresh batteries in the sequence shown. The first two batteries are facing down: the next four batteries face up. Replace the battery compartment Parker Hannifin icountACM202024...
Place the new or replacement ribbon cassette in the printer. Press down until the cassette is sitting squarely, checking that the ribbon is not twisted. Feed the end of the paper reel under the printer cassette and printer roller. Parker Hannifin icountACM202024...
Page 13
Feed the paper through the the paper slot in the cover (using the paper feed button on the hand-held unit). Refit the cover to the icountACM202024 by fastening the two screws. Parker Hannifin icountACM202024...
It is important to be aware of differences that can arise from these two sampling methods General guidelines The following guidelines summarise best practice in order to guarantee accurate, repeatable results, and should be adhered to for all fluid sampling using the icountACM202024. Handle the icountACM202024 with care; it is a precise instrumentation product. ■...
Page 15
This is best done by slowly tumbling the bottle end over end at a tilted angle for about 60 seconds, as shown below. DO NOT SHAKE the fluid sample at this stage as this will introduce air in the fluid and lead to poor results. A gentle tumbling action is required. Parker Hannifin icountACM202024...
IntroDUCtIon Setting the time and date Before running any tests, you should make sure that the icountACM202024 has the correct time and date set. This allows any Automatic tests to be started at the correct time, and ensures that printouts have the correct time and date of testing as part of the record.
NOTE: When the icountACM202024 is switched off the backlight and contrast functions are reset. Therefore if the backlight is still required when the icountACM202024 is switched back on, the backlight will then need to be reactivated. This is to preserve battery life.
Once the icountACM202024 has been set up, it is ready to check fluid cleanliness levels. NOTE: The icountACM202024 contains aviation fuel and may need to be flushed prior to use. Connecting sampling hoses Connect the sample hoses to the ‘INLET’ and ‘OUTLET’ connections. These are push-fit connections.
Place the inlet pipe in the fluid to be sampled, and place the outlet pipe into a suitable waste container. Switch on the icountACM202024 and switch on the transfer pump.. Wait until the fluid has been drawn through the icountACM202024 and starts coming out of the outlet pipe. MANUAL FLOW TEST Press and hold the key for two seconds to start the flow test.
Page 20
Entering a Serial number (‘ID code’) for the test NOTE: The units are pre-configured with a test ID of ‘icountACM202024 Unit Serial Number’. Any change to the ID applies from the next test onwards. A 32-character reference (ID) can be stored with each test. To enter this reference:...
The graph shown above, and below (left) is typical of a normal fluid with some level of solid contamination. If the fluid is non-homogenous e.g. there is water or air present in solution, then the graph will show a ‘kick’ at the tail end, as shown on the right. Parker Hannifin icountACM202024...
Page 22
MODE To exit the result retrieval facility, press – The following message appears: To view and print more results, select ‘ ’. To return to the standby screen select ‘ ’. Parker Hannifin icountACM202024...
Page 23
The feature is useful if you need to check the repeatability of results taken from the same fuel sample. Note that there must be at least three tests in the icountACM202024’s memory for the 3Test feature to work.
Page 24
Step MODE Press and hold – for five seconds. The following message appears: Selecting ‘ ’ clears all test results from the memory. Selecting ‘ ’ (the default) proceeds to the time/date setting – see pages 16–17. Parker Hannifin icountACM202024...
MODE Testing starts at the each chosen time. Pressing – ends the automatic test sequence and returns the icountACM202024 to its idle state. The test chamber is flushed before the first test starts. Counting starts, with interim counts displayed. The user is notified when all the tests are complete.
Alarm facility and limit levels ALArM LEVELS The icountACM202024 has the facility to trigger an alarm if the sample tested exceeds preset limits. NOTE: Limit levels are set at 99 (maximum) at the factory. Step Press for two seconds.
Page 27
MODE Press to select , then press – to confirm. Selecting ‘ ’ manually energises the level testing relay module (i.e. makes contact between pin 1 and 2 of the level testing relay module). Parker Hannifin icountACM202024...
■ ■ hoses are correctly stowed to avoid fuel spillage ■ ■ icountACM202024 is handled with care – it is an instrumentation product ■ ■ that you keep a good stock of spares, and reorder in advance ■ ■...
MAIntEnAnCE Maintenance Cleaning/flushing the transfer pump After using the icountACM202024 and pump have been used with thick fluids, you should flush the pump through with an alcohol-based product. This will prevent the pump from seizing next time it is used.
Error codes/messages The following table details error codes that may be seen and outlines the checks to carry out. For anything not covered here, or if the checks listed do not solve the problem, contact Parker. Code reason...
Page 31
Hannifin. condition. Unit trying to reset from last error DIAgNOSTIC 7 AND These are faults which can only be rectified by Parker Hannifin and are normally software ABOVE related. Displayed if the monitor block Remove icountACM202024 from system connections. has reached a temperature Allow to cool down.
Fast charge: 10 to 45°C Other charge: 0 to 45°C Life expectancy >500 cycles (IEC standard) before a gradual loss of capacity. It is recommended that the battery undergoes a full discharge/charge cycle every three months. Shelf life Three years Parker Hannifin icountACM202024...
�� � � � � � � � A. Lift Pump Unit Sample Pipe Inlet Sample Pipe Outlet B. Main Unit Monitor block Laser Diode Optical Scanner Main Control Valve Dual Direction Syringe Pump Flow Probe Device Parker Hannifin icountACM202024...
Each channel within the instrument is adjusted to read the number of particles in a prescribed size range as specified in ISO procedures, thus guaranteeing calibration accuracy. rEPEAtABILIty The icountACM202024 measures and quantifies individual particles using advanced electronics and laser technology to ensure a high degree of repeatability. Repeatability is typically better than 5%.
Fluid compatibility Aviation fuel. For other fluids consult Parker Fuse 1.25A fast blow fuse included for overload protection Return icountACM202024 to Parker Hannifin if the fuse is blown icountACM202024 technology Microprocessor controlled laser optical scanning system Repeatability/Accuracy Better than 5% (typical) Fuel viscosity range 2–100 centistokes...
Need help?
Do you have a question about the icountACM202024 and is the answer not in the manual?
Questions and answers