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Price
(each)
AUD:
$495.00
Item Code: VAH-110
Specifications
Operating Voltage:
9.50 - 33.00 VDC
(Higher voltage versions available by special order)
Current Drain:
0.035 amps nominal
Display:
Large 4 digit LCD, 5 levels of backlighting with external backlight on/off control
Data:
Volts (for three batteries), Amps, Amp-Hours, percentage charge remaining for house bank
Ranges:
9.50 to 33.00 VDC, -450 to +450 Amps (in tenths below 20.0 amps, 0 to 3000 Amp-Hours, 0-100% charge remaining
Custom OEM versions available to 60 VDC
Battery Size:
100 to 3000 Amp-Hours, programmable
Data Ouput:
NMEA 0183 serial 4800 BAUD, $IIXDR,V; $IIXDR,A; $IIXDR,G
Programmable as an external alarm output
External charger control output- Programmable charger on/off control based on battery charge remaining
Alarms:
Built-in 85 dB audible alarm. Settable high and low voltage alarms and low charge alarm.
Size:
4.3" x 4.3" (110m x 110mm)
Mounting:
2-1/8" (54mm) round hole
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VAH110
The VAH110 Digital Battery Monitor provides accurate low cost digital instrumentation for three banks of batteries between 9.50 and 33.00 Volts. The VAH110 displays battery voltage for three banks and charging or discharge current and tells you how much battery capacity has been consumed and how much is remaining in your main house bank. It keeps track of all current entering and leaving the battery and applies the appropriate Peukert's and charge efficiency factors four times per second. You can set Low and High voltage alarms for each battery bank independently and a Low Amp-Hours Remaining alarm for your main house bank. When activated, the built-in 85 dB alarm will sound and the display will flash. Five levels of backlighting can be selected and all set-up, calibration constants and alarm values are saved to non-volatile memory. The VAH110 comes complete with a calibrated 450 Amp shunt to measure current.
All constants and calibrations are pre-set during manufacture but you may alter these settings to suit your particular needs. Calibrations can be altered using the front-panel switches for: Battery voltage (for each battery separately), battery current, charge efficiency, Peukert's exponent, battery bank capacity (in amp-hours), low and high voltage alarms and low amp hours remaining alarm value. Two auto-zero functions ( a one minute and/or a 24 hour measurement) are easily initiated from the front panel to zero the ammmeter for maximum long term accuracy.
With a press of the button you can display three different battery voltages (9.50 to 33.00 VDC each in hundreths of a volt), current being delivered to or draining from the main house bank (-450 to +450 Amps, in tenths of an amp below 20.0 amps), the number of amp-hours remaining in the house bank (0 to 3000 Amp-Hours) or the percentage charge remaining in the house bank (0 to 100%).
High volts, Low volts and Low Amp-Hours Remaining alarms can be independently set using the front panel switches and all alarms can be turned ON/OFF simultaneously with the press of a single key.
The VAH110 draws only 0.035 amps and is designed to be left on continuously. 5 levels of backlight (including OFF) can be selected from the front panel and is saved to non-volatile memory. An external backlight on/off control is provided to switch on backlights to multiple instruments simultaneously with one switch.
The VAH110 outputs Voltage (fopr all three battery banks), Amps and Amp-Hours Remaining on the standard NMEA 0183 serial data line at 4800 BAUD. This ASCII information can be used to log performance, repeat the display information at a remote location (see www.cruzpro.com/rp30.html ) or for use with the CruzPro SEAviz virtual instrumentation software running under Windows on your computer (see www.cruzpro.com/seaviz.html). If NMEA 0183 serial data is not required, then the output terminal can be programmed as an external alarm output pin.
A special output wire can be programmed to turn on a charge source such as a generator when the battery gets below a certain amount of charge and to turn the charge source off again at a different programmable level of charge.
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