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Type | Alternator Regulator |
---|---|
Input Voltage | 12V / 24V |
Battery Types | Flooded, AGM, Gel |
Alternator Compatibility | Compatible with most alternators |
Regulation Type | Multi-stage |
Temperature Compensation | Yes |
Features | Battery temperature sensing |
Weight | 0.5 lbs |
Programming | Advanced programming via programming cable and software |
Dimensions | 4.5" x 3.5" x 1.5" (approximate) |
Operating Temperature | -40°C to 60°C |
Lists the contents of the MC-618 regulator kit, including the regulator, harness, and other accessories.
Provides guidelines for choosing a mounting location, considering distance, RF noise, airflow, and maximum temperature.
Describes the standard wiring harness connections using a Ford-style plug for power, ground, ignition, and field wires.
Details connecting the black ground wire for the regulator and ensuring a proper system ground connection.
Explains connecting the red power wire, its 15-amp fuse, and connection points for diode-type isolators.
Covers connecting the brown ignition wire for ON/OFF voltage control and its connection to the ignition switch or oil pressure switch.
Describes connecting the blue field wire to control alternator output and its connection to the alternator's field terminal.
Explains installing the optional MC-TS-A/MC-TS-A80 sensor for monitoring alternator temperature and limiting output.
Details connecting the fused positive voltage sense wire to the regulator and the importance of placement.
Details connecting the optional MC-TS-B sensor to monitor battery temperature and adjust charging.
Explains connecting the white stator wire for tachometer signal or alternator failure detection.
Covers connecting a secondary battery temperature sensor to monitor a different battery bank.
Explains connecting a visual indicator to the Aux #1 terminal for full field or small engine mode status.
Details connecting a visual/audible alert to the Dash Lamp terminal for various error conditions.
Describes connecting the MC-618 to a SmartLink network using the SG2-0404 adapter.
Checks voltage readings at regulator terminals with the engine and ignition turned off.
Checks voltage readings at regulator terminals with the engine and ignition turned on.
Explains how to perform basic programming using the SG200 Color Display connected via SmartLink.
Details using the Bluetooth Gateway and Balmar App for basic and advanced programming.
Lists and explains system advisory codes (E codes) to identify possible system errors or operational modes.
Explains how to adjust the regulator display between short and long modes using the dSP selector.
Details enabling/disabling stator monitoring for alternator failure advisory using the bdL mode.
Guides on how to enter the advanced programming mode using the magnetic reed switch and screen prompts.
Explains how to adjust time, voltage, and temperature settings in advanced programming mode.
Explains how to reduce field output by 50% for propulsion power using a switched connection.
Describes the Dash Lamp circuit providing alerts for low/high voltage, temperature, or alternator failure.
Details the Auxiliary Lamp circuit for signaling Small Engine Mode or full field status.
Explains how to force the regulator into the Calculated Float stage by shorting specific battery temp sensor terminals.
Lists initial checks for charging difficulties, focusing on connections, fuses, batteries, and belts.
Provides step-by-step tests using a voltmeter to check voltage at regulator terminals under different conditions.
Details tests to isolate alternator issues, including magnetic field checks and full field testing.
Outlines the terms and duration of the Balmar Limited Warranty for products.
Describes the process for resolving warranty claims, including repair or replacement procedures.
Lists conditions and causes that are excluded from Balmar's warranty coverage.
States that Balmar's warranty is governed by Alabama law and outlines consumer rights.
Provides step-by-step instructions for returning a product for warranty service.