Product Specifications

© 2017 MORNINGSTAR CORPORATION
PRINTED IN USA 08/17.EN
www.morningstarcorp.com
WARRANTY: Five year warranty period. Contact Morningstar or your authorized
distributor for complete terms.
TECHNICAL SPECIFICATIONS
SUNSAVER MPPT
™
SOLAR CONTROLLER
MPPT Advantage
Voltage
Current
10
15V ~17V
WATTS
BATTERY
VOLTAGE
RANGE
Non-MPPT
Charging
MPPT
Charging
PV I-V
Curve
Output Power (Watts)
SS-MPPT Efficiency (12 Volts)
17 Vmp
98%
96%
94%
92%
90%
88%
86%
84%
82%
80%
0
Efficiency (%)
200175150125100755025
Battery Charging
• Battery Types Gel, Sealed, AGM, Flooded
• 4 Stage Charging
Bulk, absorption, float, equalize
(optional)
• Temperature Compensation
Coefficient –5mV/°C / cell (25°C ref)
Range –30°C to +60°C
Set points Absorption, float, equalize
Mechanical
• Dimensions 16.9h x 6.4w x 7.3d cm
6.6h x 2.5w x 2.9d in
• Weight 0.60 kg / 1.3 lbs
• Power Terminal 16 mm
2
/ #6 AWG
• Enclosure Die cast aluminum with plastic cover
Options
• Remote Meter
• Remote Temperature Sensor
• USB MeterBus Adapter (UMC-1)
• PC MeterBus Adapter for RS-232
• DIN Rail Mounting Clips
Certifications
• CE Compliant
• RoHS Compliant
• UL 1741 / CSA 107.1-01 recognized component
• Manufactured in a Certified ISO 9001 Facility
Electrical
• Peak Efficiency 97.5%
• Nominal Battery Voltage 12 or 24 volts
• Maximum Battery Charging Current 15 amps
• Battery Voltage Range 7-36 volts
• Nominal Maximum Operating Power*
12 volt battery 200 Watts
24 volt battery 400 Watts
• Maximum PV Open Circuit Voltage** 60 volts
• Rated Load Current 15 amps
• Self Consumption 35 milliamps
• Transient Surge Protection 4 x 1500 Watts
Environmental
• Operating Temperature –40°C to +60°C
• Storage Temperature –55°C to +100°C
• Humidity 100%, non-condensing
• Tropicalization
Epoxy encapsulation Conformal
coating Marine rated terminals
Electronic Protections
• PV: Overload, Short Circuit, High Voltage
• Load: Overload, Short Circuit
• Reverse Polarity: Battery, PV and Load
• Lightning and Transient Surges
• High Temperature
• Reverse Current at Night
**Exceeding Maximum PV Open Circuit Voltage may damage the controller.
*Input power can exceed Nominal Maximum Operating Power, but controller will
limit and provide its rated continuous maximum output current into batteries. This
will not harm the controller (reminder: do not exceed Voc).