MD1250N05 - PowMr 50A MPPT Solar & Generator DC Charge Controller
MD1250N05 - PowMr 50A MPPT Solar & Generator DC Charge Controller
Free Shipping: 9-15 days to arrive.
Express Delivery: 5-8 days to arrive.
Warehouse: China/USA/Europe, Can delivery to all countries, tax included.
Free shipping & User guarantee
Free shipping & User guarantee
- Free Shipping:Ships within 3days, arrives within 9-15 days
- Paid Express: Ships within 2days,arrives within 5-8 days
- Money back guarantee: Quality problems, return and exchange within 30 days
- 12-month warranty, long-term after-sales service
- No need to register account, Order tracking url will send to your email
- More FAQ:FAQ
PowMr 50A MPPT Parameters
Parameter | Value | ||
Model | MD1230N05 | MD1250N05 | |
Backup Battery System Voltage | 12V | ||
Backup Battery Voltage Range | 9~16V DC | ||
Backup Battery Type | Sealed Battery, Gel Battery, Vented Battery, Lithium Iron Phosphate Battery, User-defined Battery | ||
Rated Charging Current | 30A | 50A | |
Maximum PV Input Voltage | 55V DC | ||
Max. PowerPoint voltage range | 17~ 36V | ||
Maximum PV Input Current | 27A | 45A | |
Solar Panel Charging Mode | Buck MPPT | ||
MPPT Efficiency | > 99% | ||
PV input power is recommended | 400W | 700W | |
Generator (Starter Battery) System Voltage | 12/24V | ||
Starter Battery Type | Lead-acid Battery | ||
Maximum Generator Input Voltage | 32V DC | ||
Maximum Generator Input Current | 35A | 60A | |
Generator Voltage Range | Conventional Generator | 13.2~16V/26.4~32V DC | |
Intelligent (Euro 6 Standard) Generator | 12~ 16V/24~32V DC | ||
Generator charging mode | Buck, Boost, Buck-Boost | ||
Generator output power is recommended | 12V Backup Battery | 400W | 700W |
PV charges the starter battery | Charging Voltage | 13.8V | |
Charging Current | s15A | <25A | |
No-load loss | <0.6W | ||
Maximum Charging Conversion efficiency | 98% | ||
Temperature compensation factor | -3mV/ *C/2V ( Default value, the value of lead-acid batter can be set); No temperature compensation function for lithium battery | ||
Communication method | TTL | ||
Protection Function | Overcharging Protection, Overcurrent Protection Overtemperature Protection, Generator Reverse Connection Protection, Solar Panel Reverse Connection Protection, Backup battery Reverse connection protectin, Anti-reverse Charging Protection at night | ||
Operating temperature | - 35C ~65°C | ||
Altitude | ≤3000m | ||
Waterproof level | IP32 | ||
Product dimensions | 221*175.8*82.4mm |
Please read the specification carefully before install: PowMr 50A MPPT Manual MD1230N05
PowMr 50A MPPT Solar & Generator DC Charge Controller MD1250N05
Product Overview:
MD Series DC/DC MPPT solar charge controller is based on multi-phase synchronous rectifier technology and advanced MPPT control algorithm, adopting an all-digital intelligent design, which has fast response speed, high reliability, and high industrialized standard. Polyphase synchronous rectifier technology can ensure high conversion efficiency under any charging power, and greatly improve the energy utilization of the system; the industry-leading PowerCatcher MPPT technology realizes the maximum energy tracking of solar panels so that it can quickly and accurately track the maximum power point of solar panels in any environment and obtain the maximum energy of solar panels in real-time.
This Product is a DC/DC intelligent charger for a vehicle or ship system. Applied in the dual-battery system, the system integrates the respective merits of the generator's power generation and photovoltaic power generation, and a variety of charging methods are ingeniously designed and combined to effectively ensure that the power of the dual-battery system is sufficient all the time. Solar energy and generator can charge the backup battery simultaneously and can charge the backup battery independently. In addition, solar energy can charge the starting battery under specific conditions.
Product Features:
- PowerCatcher MPPT technology is still available for tracking the maximum power point of solar cells in a complex environment; and compared with conventional MPPT technology, PowerCatcher has a faster response speed and higher tracking efficiency, which can reach 99.9%.
- The design of the polyphase synchronous rectifier Buck-Boost circuit makes it have high DC/DC conversion efficiency of up to 98% in both high and low power ranges
- The backup battery supports a wide variety of batteries such as sealed, colloidal, open-type, lithium batteries, and custom batteries.
- Support a wide variety of generators such as intelligent generators and conventional generators, and automatically identify generator types through ignition signals.
- With a variety of charging modes, such as photovoltaic charging backup battery alone, generator charging backup battery alone, photovoltaic and generator's charging the backup battery at the same time, photovoltaic charging startup battery, and soon.
- The function of line loss compensation of backup battery charging voltage, which makes the battery charging voltage control more accurate.
- With a backup battery temperature sampling function, a lead-acid battery supports temperature compensation and effectively prolongs battery life.
- With automatic derating function for high-temperature charging.
- TTL communication can provide technical support for communication protocol to facilitate
- users' secondary development and application.
- Support external remote switch to control charging.
- Parameters can be monitored and set through mobile apps and PC monitoring and setting software.
- A high-quality aluminum radiator and high-temperature derating processing can ensure reliable
- and efficient operation in each work environment.
SN | Designation | SN | Designation |
1 | Display Screen (with backlight) | 10 | Backup battery temperature sampling interface |
2 | PV indicator | 11 | TTL Communication Interface |
3 | Generator indicator | 12 | Positive interface of solar cell |
4 | Backup battery indicator | 13 | Positive interface of the generator (starting battery) |
5 | Alarm indicator | 14 | Negative interface of solar cell |
6 | Operation key | 15 | Negative interface of the generator (starting battery) |
7 | Backup battery voltage compensation interface | 16 | Backup battery negative interface |
8 | Remote switch interface | 17 | Backup battery positive interface |
9 | Ignition signal interface | 18 | Grounding port |
1. The negative electrode of the solar cell, generator (starting battery), and backup battery are of common negative electrode design; 2. See below for indicator definition, interface definition, key function, and interface description. |