![]() ![]() Only load amp-hours, by wiring the shunt in the desired current path.ĭays ago since batteries were last fully charged: It is also possible for this display to measure only total amp-hours produced by an energy source, such as solar array, or A flashing decimal point reminds you to multiply the reading by 1000 when the Amp-hour number exceeds 999. The display may be turned off (to darken display and for lowest current draw of 16 milliamps.)Īmp Hours from “full”: Shows actual “net” amp-hours removed from the battery from ☐.01 to☘0,000 amp-hours. The assumed BATTERY CAPACITY, upon which this display is based, can be programmed from 10-10,000 amp-hours. This is more accurate than other methods which do not use amp-hours to compute battery energy content (for example less expensive monitors which rely only on battery voltage to estimate energy content). This number is based on net-amp hour reading divided by the user programmable value of battery capacity. Speed of response: 1 second time constant. With 500A/50mV shunt measures from 0.1 to over 400 amps. With the 100A/100 mV shunt: measures 0.01 to over 70 amps. Resolution and maximum amps depends on choice of required shunt. Or the meter may be set up to measure only incoming energy from solar array or other energy source, or only load amps or watts if desired. ![]() Amps are accurate to ☑% ☑ least significant digit. You can choose to use either “amps” or “watts” to register the energy going in our out of the battery. Volts (only) can be read for optional second battery.īattery amps (or watts) on main batteries: For battery systems with nominal volts from 12 to 48V. Reads Battery volts 10.0-65.0V accurate to ± 0.2% ☑ least significant digit. Push SELECT to cycle through these: Battery volts of main and secondary batteries:
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