9/25/2023 0 Comments Conext battery monitor manual![]() ![]() Does not tell you a lot other than to take a closer look and see what is wrong. ![]() Think of it like a Check Engine Light in your car. It is basically a Lazy Man way to get out of measuring Specific Gravity and individual battery voltage so frequently. Ideally it should be 0-Volts if every battery voltage is equal. The V1 - V2 voltage can be used to determine battery health or Balance. Only a hydrometer can do that on a working system. Your Monitor will then use that voltage to determine State of Charge. Batteries are Balanced or at least leads us to believe they are.Ģ7.2 + 27.2 = 54.4 volts. Now you do some simple math in the Black Box Monitor:Ģ7.2 - 27.2 = 0 volts. In a perfect world both V1 and V2 are equal. It also measure the voltage of batteries 5 to 8 and call it V2. OK your Monitor takes two voltage readings: 1 is the voltage of batteries 1 to 4 and let's call it V1. We connect the Monitor to Battery #1 Negative post, Mid Point on the Inter-Cell Connector between Battery #4 and $5, and last connection to the Positive post on battery #8. The Negative Output is battery #1, and Positive Output is battery #8. We put Number Stickers on them from 1 to 8. OK you have 8 6-Volt batteries wired in series to make a 48 volt battery. Does this midpoint monitoring do anything for me and if so how? I have eight batteries in series making a single 325ah 48v bank. What would I possibly gain by knowing midpoint voltages in my single string of batteries? The manual though shows an illustration for installing the midpoint battery leads in both parallel strings and just one string. Obviously this is a great feature for parallel strings of batteries. This battery monitor has leads for midpoint voltages. ![]() With the latest firmware does the battery monitor take over the charging parameters of the CC and control when it goes to float? For example, can I configure it to put back say 110% of the amp hours removed from the previous charge cycle? To do this currently (using my Bogart battery monitor) I have to set the CC float voltage to the same as my absorb voltage (during the summer I use a lower voltage than absorb). I will continue to use my MPPT-60-150 charge controller. Schneider is sending me their Monitor to install with my new XW system. Conext BM 00 : Basic F2 Main Battery Properties Capacity Conext SCP Battery Monitor menu F3 Battery Shunt mV 31.7A 75% Self Disch [3.Looking for a couple tidbits of info from anyone using the Conext Battery Monitor with their Schneider charge controller. I M Function Menu Tree MAIN MAIN MAIN MAIN F1 System Properties Configuration using the Conext System Control Panel The Conext System Control Panel (SCP) provides remote configuration and monitoring capability for the Battery Monitor and all other Xanbus-enabled devices in the network. ![]() Choose a location that is near the battery and easily accessible.Ĭonext™ Battery Monitor 865-1080-01 F G Cable Connections SYNCHRONIZE Battery shunt To auxiliary battery Twisted pair Pre-scaler board A l– (Violet wire) B I+ (Blue wire) Hold the and To inverter/charger SYSTEM BATTERY Synchronize buttons until SYNCHRONIZE flashes on the display screen. It features a local display to selectively show the voltage, current, consumed amp-hours, remaining capacity and remaining hours.ĭ1 D2 Panel Mounting Conext™ Battery Monitor 865-1080-01 Wall Mounting 60mm 3.3mm D3 DIN Rail Mounting E1 Pre-Scaler Board Mounting Install the Pre-Scaler board onto a wall with two screws (not included), as shown below. Conext™ Battery Monitor Quick Start Guide 865-1080-01 A Introduction B D Inside the Box 90mm 3.54” 82mm 3.23” The Conext Battery Monitor is a meter for 24 V & 48 V batteries designed for use in off-grid power systems as a wall/panel/DIN-rail mount device. ![]()
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