PowerPro serves as a remote-controlled main switch and as a second protective measure if the MOSFET switch fails. Alternatively, it can also be used purely for disconnection in the event of cell overvoltage or deep discharge. The desired operating mode can be set using a rotary coding switch. PowerPro can be flange-mounted to the side of the battery pack just as easily as the SmartPro module. The module also provides a simple connection for displays (data bus feed). Two galvanically isolated electronic relay outputs provide signals for charge and load control. This makes it possible to control combination devices such as Victron Multiplus directly. When switched off, the power consumption of the battery is reduced to almost zero.
Main functions:- Main fuse
- Control fuses
- Remote-controlled main switch
- Secondary protection
- Data bus feed for display: greenView
- Spare part for our complete Supremo battery
- Construction of own battery systems
Application:- Traffic control technology
- Off-grid monitoring functions (power supply for level measurement stations)
- Emergency power supply for water infrastructure
- Robot vehicles
- Boats
- Power supply for special vehicles
- and much more
Product features and advantages- Bistable relay for low power consumption
- High level of safety as mechanical relay is used as a second protective measure
- Fuse from Adler Elektrotechnik with > 20 kA breaking capacity
- Microprocessor controlled
- Alarm signaling device
- Quick and easy installation on the side of the battery on the existing threaded rods
- Simple high-current wiring with cell connector possible
- Connection option for compensation cables of active balancers (LiPro 1.6 Active)
- Versions available for 12, 24 and 48 V battery systems
- Can be perfectly combined with SmartPro and LiPro
- Main switch operation: Remote or local control possible
- Integrated fuse protection for display devices and balancer compensation cables
You can select the fuse above under rated current; a maximum rated fuse current of 150A is permitted for this circuit board. If you require higher currents, you can use other models. A smaller fuse is useful if you want to reduce the conductor cross-sections or if the load is small and you also want to protect it.
Recommendation Fuse by cell:
Cell | Fuse | Rated continuous current |
Winston 50AHA | <= 100 A | <= 75 A |
Winston 60 AHA | <= 125 A | <= 100 A |
This version of the module is designed for cells with a total width of max. 115mm. For example for
- Winston 50AHA cells
- Winston 60AHA cells
The module has extensive overvoltage protection elements that protect your devices from inductive voltage peaks when switching off and from indirect lightning strikes. Technical data | PowerPro 12-115 | PowerPro 24-115 | PowerPro 48-115 | Einheit |
---|
| Electrical data |
Max. Continuous power | 1500 | 3000 | 6000 | W |
Max. Continuous current | 125 | 125 | 125 | A |
Max. Fuse protection | 150 | 150 | 150 | A |
Switch-on resistance typ. (measured with 150A fuse) | 1,16 | mΩ |
Switch-on resistance max. (measured with 150A fuse) | 1,25 | mΩ |
Nominal system voltage | 12 | 24 | 48 | V |
Maximum operating voltage | 15 | 30 | 60 | V |
Overvoltage Peak voltage (Absolute maximum of the control electronics before damage) | 100 | V |
| Overvoltage protection |
Breakdown voltage | 17,5 | 35 | 70 | V |
Total power Surge protection (Pppm) (Peak pulse power dissipation with a 10/1000 μs waveform). | 10 | 20 | 40 | kW |
| Control system |
Control voltage LVP, OVP | 4,7 -60 | V |
Power consumption typ. | < 30 | mW |
Storage time example: 60 Ah / 12 V / Winston cells | > 1 | Jahre |
| Mechanische Daten |
Dimensions (LxWxH) without plug | 160 mm x 146 mm x 45 mm Slotted holes for M8 Threaded rod Distance: 123 mm for cell widths up to max. 115 mm | mm |
Weight | 600 | g |
High-current connection terminals | M6 Distance: 62 mm | mm |
Protection class | IP00 | |
| | |
Manufacturer: | ECS | |
Country of origin | Germany | |
Warranty | 5 years | |
Note:
If you use a controllable load (digital inputs) such as Victron Multipplus, you can control it via the two potential-free SSRs.
In this case, you no longer need a SmartPro (provided you can do without the other features of the SmartPro)