TI RecRead_e_12.07.pdf - AIC Systems
TI RecRead_e_12.07.pdf - AIC Systems
TI RecRead_e_12.07.pdf - AIC Systems
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Technical Information<br />
<strong>TI</strong> <strong>RecRead</strong>_e_12.07<br />
888<br />
Instruktor<br />
900<br />
Veritas<br />
1000<br />
4000<br />
Veritas<br />
5000<br />
Fuel flow<br />
Master<br />
6000<br />
Swissline<br />
FS<br />
Board<br />
Computer<br />
+<br />
Totalizer<br />
Data<br />
Logger<br />
and<br />
Software<br />
SOFTWARE<br />
<strong>RecRead</strong><br />
Record and Visualise with your<br />
computer your engine or vehicle<br />
testing<br />
<strong>RecRead</strong> Software has been developed<br />
to be a simple to use software. You will<br />
be able to visualise and record live your<br />
fuel consumption related to the vehicle<br />
speed and distance.<br />
This Windows based software can be<br />
installed on any computer or laptop.<br />
A USB serial input connected to the<br />
DL4044 Light gives you the link to the<br />
software and the configuration menu.<br />
Application<br />
• Specifically made for testing<br />
application for the automotive<br />
industry.<br />
SYSTEMS AG<br />
Automotive Information and Control <strong>Systems</strong><br />
Switzerland
Features<br />
Software description<br />
Instantaneous fuel<br />
consumption<br />
Resetable totalizer for<br />
fuel consumed<br />
Temporarily stops<br />
the fuel and<br />
distance totalizer<br />
Average fuel<br />
consumed<br />
(constantly updated)<br />
Overall fuel totalizer<br />
Software configuration<br />
Connection<br />
A complete measuring system<br />
consists of :<br />
• Data Logger DL4044 Light +<br />
cables<br />
• <strong>RecRead</strong> Software<br />
• PC or Laptop<br />
System and Units setting<br />
Green live line for test<br />
running proof<br />
Configure your system language.<br />
FR for French (metric system)<br />
DE for German (metric system)<br />
GB for English (metric system)<br />
US for English (US system MPG)<br />
IMPORTANT: after changing unit and / or language it is<br />
necessary to re-start the program.<br />
Configure as per your best computer settings the serial<br />
communication port.<br />
Options:<br />
Serial Port: select between 1 to 12 the connected one<br />
Baud rate: select between 300 to 19200<br />
Select your data bit, stop bit or Parity further settings.<br />
2<br />
<strong>AIC</strong> <strong>RecRead</strong><br />
Software<br />
Scope of supply of <strong>RecRead</strong> Software<br />
Instantaneous<br />
speed<br />
Resetable totalizer<br />
for distance driven<br />
Reset to zero the both fuel<br />
and distance totalizers<br />
Average speed<br />
(constantly updated)<br />
Overall fuel totalizer
Software configuration (continuing)<br />
How to calibrate your distance factor ?<br />
Data export<br />
Sensor administration<br />
Configure as per your <strong>AIC</strong> fuel flow meter the pulse rate<br />
Exp. <strong>AIC</strong> 4008 VERITAS will be 800 ppl<br />
Configure as per your vehicle odometer specification or<br />
calibrate yourself the exact distance driven. (see hereafter<br />
how to do this specific calibration)<br />
Transfer the factors settings to the Data Logger i.e.<br />
DL4044 Light.<br />
Eventually reset completely the memory of the fuel and/or<br />
the distance totalizer.<br />
Choose your drive and directory where the CSV data shall<br />
be stored.<br />
Furthermore, choose your posting time period, between 1<br />
and 60 sec.<br />
Your data is ready to be read and stored into your<br />
computer.<br />
First find a street or highway section where the distance between two points is well known:<br />
i.e. 10,0 km<br />
Set a figure into the distance factor field: i.e. 10000 ppk (pulses per kilometre).<br />
Reset the distance totalizer to zero.<br />
Drive your 10,0 km point to point exactly. Important try to drive this distance to a reasonable speed and constantly (i.e. 50 km/h).<br />
Stop and read the distance driven: i.e. 9,876 km, and correct the initial factor to 10124 ppk and restart your test distance to the same speed.<br />
After testing a second time you shall be knowing now what the exact ppk your odometer is giving.<br />
Notice also that if car or truck tires are worn after 20’000 km or if you change tires, start the distance calibration procedure to compensate the wheel diameter change.<br />
Visualisation of results<br />
The basic documents are created under a .csv (Comma Separated Value) and can be opened with any<br />
spreadsheet software. By using the designated software you can create and display as per your demand the<br />
document you like to have.<br />
MS Excel Spreadsheet and drawing sample<br />
Test realised on August 2007—Car BMW 330 d<br />
3
PC minimal configuration<br />
• Windows 98, 2…, XP<br />
• Intel Pentium 1GHz<br />
• 256 Mo RAM<br />
• No specific graphic card required<br />
• 4 Mb available for Software installation<br />
• CD / DVD drive<br />
• 1 free USB Serial input (USB 1.0 or USB 2.0)<br />
Remark:<br />
storing data on your computer for a long test run many days, can require a large CSV file (several Mb).<br />
Allow on your PC a minimum of 10 Mb available room for data storage.<br />
Ordering structure<br />
Model Type<br />
Data logging Software<br />
<strong>RecRead</strong> software<br />
Accessories<br />
DL4044 Light<br />
Extension USB cable<br />
Power supply adapter<br />
RS232 - USB cable<br />
Document ref. <strong>TI</strong> <strong>RecRead</strong>_e_12.07<br />
Designation<br />
Software for live data recording of your tests in your vehicle or<br />
at your laboratory.<br />
Data Logger box for real time fuel consumption and distance -<br />
speed.<br />
Includes:<br />
- Power supply cable (2.5m)<br />
- RS232 - USB connection cable (0.3m) + Software<br />
1 m extension connection<br />
12 VDC, with cigarette lighter car connector<br />
Vout : 15 - 24 VDC<br />
Pmax = 120 W<br />
RS232 - USB adapting cable + Software<br />
4<br />
Order code<br />
SRS.00<br />
S4044L.00<br />
5550.01<br />
1421.0<br />
5550.00<br />
<strong>AIC</strong> SYSTEMS Ltd.<br />
P.O. Box 341<br />
Ringstrasse 9,<br />
CH - 4123 Allschwil<br />
Switzerland<br />
T +41 61 481 84 39<br />
F +41 61 481 84 40<br />
M +41 79 212 28 31<br />
www.flowmeter-aic.com<br />
aic@bluewin.ch<br />
SYSTEMS AG<br />
Automotive Information and Control <strong>Systems</strong><br />
Switzerland