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General| Brand | Magellan |
|---|---|
| Model | MCR-II SERIES |
| Category | Battery Charger |
| Language | English |
Overview of the MCRII Series three phase battery charger/DC power supply technology.
Details AC input voltage, frequency, and current requirements for the charger.
Details nominal, float, boost, output current, and ripple for DC output.
Specifies static load regulation based on load percentage and input variations.
Defines maximum operating temperature, storage temperature, and humidity limits.
Instructions for connecting AC input, battery, and load using specified terminals.
Essential safety guidelines and precautions during charger installation.
Describes the AC input transformer and the half-controlled thyristor bridge for power conversion.
Explains the function of interface and microcontroller boards in monitoring and control.
Step-by-step guide for safely starting the battery charger system.
Details the parameters displayed on the front panel LCD screens.
Explains manual and automatic boost charging modes and termination.
Describes two modes for testing battery performance and capacity.
How to reset alarms and mute audible alerts using front panel keys.
Instructions for setting up and performing constant current charging cycles.
Overview of optional communication methods like RS-232, RS-485, and Ethernet.
Details adjustable set points for Float, Boost, Alarms, and more.
Configuration of charger output voltage in float and boost modes.
Setting alarm voltages, trip levels, and delay times for various fault conditions.
Setting switch-in and switch-out voltages for optional diode droppers.
Programming manual and automatic battery test functions and parameters.
Configuring alarm latches and inhibiting specific alarm functions.
Selecting and setting parameters for constant current battery charging.
Matching controller settings to charger hardware, battery size, and type.
Calibrating LCD metering functions and charger voltage control output.
Setting parameters for charger communication with external systems.
Configuring the charger for self-diagnostic modes.
Setting maximum charger and battery current limits.
Verifying charger factory adjustments and loading setpoints.
Procedures for checking charger output voltage levels under various conditions.
How to measure and verify the charger's float voltage output.
How to measure and verify the charger's boost voltage output.
Testing and verifying the charger's battery current limit settings.
Testing and verifying the charger's own current limit settings.
Simulating mains failure to test the Mains Fail alarm functionality.
Testing the DC Low alarm by reducing float voltage and checking system response.
Testing the DC High alarm by increasing float voltage and checking system response.
Testing the Low Electrolyte alarm by removing the probe.
Testing the Battery Fail alarm by initiating a battery test.
Notes on the optional diode voltage droppers feature.
