!!!
DISCONTINUED !!!
Please see the Power Analyzer
II or Power Analyzer Pro
Medusa Research has developed the Power Analyzer Plus
to simplify improving the performance of your model's
electrical system. The Power Analyzer Plus is a precision
measurement instrument that allows you to accurately measure
and calculate all the performance information you need
to get the most from your electric model. It measures
five different parameters real-time including voltage
(4.5 - 60 volts), current (0 - 100 amps), power (0 - 6000
watts), amp-hours (0 - 150.000), and watt-hours (0 - 9999.9).
The current mode is auto-ranging to accommodate both high
and low currents so it is just as useful on your parkflier
as on your hotliner. The Medusa Research Power Analyzer
Plus comes calibrated from the factory so there is no
startup calibration sequence. Included with the Power
Analyzer Plus is a serial port cable to allow you to connect
it to any Windows 98 or later PC equipped with a serial
Com port and PowerPLUSview software. The
supplied PowerPLUSview software enables
you to record, plot, track, and save all of the parameters
that the Power Analyzer Plus can display. The Medusa Research
Power Analyzer Plus allows you to accurately predict flight
time, determine battery health, and measure the performance
of different motor and propeller combinations.
 |
V1.18
 |
Expands amp-hour
range from 4 digits to 6, with a maximum reading
of 150.000 |
 |
Expands watt-hour range
from 4 digits to 5, with a maximum reading
of 9,999.9 |
 |
Corrects watt-hour decimal
point placement for some earlier firmware
versions |
|
 |
 |
V1.03
 |
Adds user-definable
delimiters for exporting to spreadsheet programs |
 |
Improved graph drawing
speed |
|
| 4.5 Volts |
60 Volts |
| 0 Amps |
100 Amps |
| 0 Watts |
6000 Watts |
60
Volts |
100
Amps |
6000
Watts |
150.000
AH |
9999.9
WH |
0.10
V |
0.05
A |
0.10
A |
1
W |
0.001
AH |
0.1
WH |
Windows
98, 98SE, ME, 2000, or XP |
One
D-sub 9 (DB-9) COM Port |
This page last updated on
Monday, June 18, 2007
Copyright © 2002 - 2008 Medusa Research. All rights
reserved.
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