Basic instructions for Operating Level L1 2. Overview of TM-2025-RV or -A battery system monitor 2. The label colors are more subdued than the TM-2025: beige and black. Battery system monitors Model TM-2025-RV and TM-2025-A INSTALLERS: See separate TriMetric TM-2025 installation instructions revised June, 2011 Essential information for users: read pages 2-4 1. TM-2025 RV version is a little less wide than the TM-2025A and has surface mounted enclosure. Flush mount or use wiremold box to mount. The positive lead to the TriMetric should be fused with a 1-amp fuse. Allows for a maximum battery bank size of 2500 amp-hours. The 1000A/100mV shunt has the same resistance as the 500A/50mV shunt and may be used interchangeably. Use a 1000-amp 100mV shunt for systems with stacked XW inverters or where continuous current is over 300 amps. Use the 500-amp shunt if you have a 12V inverter larger than 800 watts or a 24V inverter larger than 1600 watts. I am thinking of installing a Trimetric 2025-RV battery monitor in the very near future, but I have a question on how this monitor works. The TriMetric can be located hundreds of feet away from batteries using inexpensive 4-conductor twisted-pair meter wire. It also records min and max voltage, days since batteries were last charged, days since equalized, and total lifetime amp-hours withdrawn from the batteries. Another LED flashes when batteries should be recharged, equalized, and during low battery voltage. Amp-hours can be displayed in actual amp-hour numbers or as "% full." An LED lights when the battery is charging and flashes when the battery has been fully charged. The Bogart Engineering TriMetric Battery Monitor uses accurate current and voltage measurements to calculate and display the current state of battery charge. It reads volts, amps and amp-hours on an LED display. This updated version of the 2025 amp-hour meter operates on 12, 24 or 48 volts.
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