MRC-86A
2-BAY XX90
The MRC-86A is a self-contained battery charger/conditioner mounted in a ruggedized environmentally resistant case, which provides a reliable and consistent recharge of one or two batteries simultaneously. The MRC-86A auto senses battery type to assure proper charge profile.
| Part No | MRC-86A |
|---|---|
| NSN | 6130-01-566-9962 |
| AC Input | 95-260VAC, 50-60Hz |
| DC Input | 12-36VDC |
| Charge Rate | 1.0A per string |
| Battery Types | Any combination of the following batteries: |
| User Interface | Battery type, charging, discharge, 90% charged |
| Size | 35.6cm (14in) x 30.5cm (12in) x 15.2cm (6in) |
| Weight | 5.44kg (12lbs) without batteries |
| Charging Temperature | 0°C to 45°C (32°F to 113°F) |
| Storage Temperature | -50°C to 65°C (-58°F to 149°F) |
| Operating Altitude | 55,000 ft. (16,764m) |
| Storage Altitude | 27,000 ft. (8,229.6m) |
| Humidity | 95% relative |
| Accessories Included | Line Cord - UL/CSA 3 prong (North America), length 1.83m (6ft) |
| Accessories Optional | Line cords: |
The MRC-86A is a self-contained battery charger/conditioner mounted in a ruggedized environmentally resistant case, which provides a reliable and consistent recharge of one or two batteries simultaneously. The MRC-86A auto senses battery type to assure proper charge profile.
Unattended Charging
• Smart charge modules that detect open or shorted cells. If a defective cell is detected the MRC-86A will not start charge cycle
• No programming or special instruction set to achieve safe and complete recharge of battery
• In no event will a battery be overcharged using the smart charging techniques of the MRC-86A
Wide Range Input Voltage
• Allows operation from nearly any AC or DC power source likely to be encountered worldwide
Conditioning Cycle
• Automatic discharge/recharge function included. The conditioning cycle can be activated individually per battery at operator’s option
Recharge Each String of Cells
• To assure a positive recharge of the battery each individual string of cells in the battery is recharged independently


UBBL02
UBBL06
UBBL08
CH0017