November 15, 2019

What do each of the values correspond to under the “load disconnect settings due to low battery SOC” indicate?

This section controls load behavior, such as low voltage disconnects and dimming percentage. A low voltage disconnect is imperative to not permanently damage your batteries. “LVD load 1 offset” controls LVD relative to voltage or SOC.If you do not have a CIS-N-2L, you only can operate one load per controller.

November 15, 2019

What values correspond to the individual values in the section “Battery charge regime settings” (only available if the “EXPERT MODE ENABLED” is activated)? What does the terminology mean exactly?

Custom settings are disabled in this section “EXPERT MODE DISABLED” as our engineers have determined that these default settings are best suited to extend the life of lead-acid batteries. Depending on the type of battery selected, these values will change for different lead acid chemistries (liquid or sealed).  Equalize voltage

November 15, 2019

How are dimming settings controlled?

Dimming is controlled through battery SOC or through dawn to dusk/middle of night settings. These settings are compatible with one another, so you can dim your load with SOC/battery voltage and with dawn to dusk/middle of night mode. This dimming combination can make your lighting system even more energy efficient.

November 15, 2019

What’s the default load programming setting?

The night light function is inactive and the light/load behavior for CISCOM is set to a charge level (SOC) of 4, whereby the load/light goes out at SOC level 4. This is typically between 11.9 V (small load) and 11.4 V (maximum load) for a 12V battery. 

November 15, 2019

My MXI-IR cable is not reading or sending the settings from the controller. What should I do?

Ensure that the drivers for the MXI-IR are installed properly on your computer. If you have done this and still need help, please contact our Technical Department for assistance.

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