Technical Data
6.1. Technical Specifications
| Parameter | Value |
|---|---|
| Input voltage range | 9-35V |
| Output voltage adjust range | 10-35V |
| Output voltage tolerance | +/- 0.25% (max) |
| Output voltage noise | 10mV rms |
| Input and output current setting range | 1-50A |
| Maximum constant short-circuit current | 50A |
| Continuous output power up to 40 °C 1) | 1400W 4) |
| Maximum efficiency | 98.5% |
| No-load current consumption | < 100mA |
| Standby current consumption | < 1.5mA |
| Can be used as power supply | Yes, output voltage can be set with VictronConnect App |
| Communication ports | |
| VictronConnect App / Bluetooth Smart | Yes |
| Bluetooth power and frequency | +4dBm | 2402 - 2480 MHz |
| VE.Smart Networking | Yes 2) |
| VE.Direct | Yes (including DVCC) 3) |
| Other | |
| Operating temperature range | -20 to +60 °C (derating 1.5% per °C above 40 °C) |
| Humidity | 95% non-condensing |
| Maximum altitude | 2000 m |
| Pollution degree | PD2 |
| Overvoltage category | OVC 1 |
| Protection category | IP65 |
| DC connection | Screw terminals |
| Maximum cable cross-section | 4AWG (21.2mm²) |
| Weight | 0.520 kg (1.14 lb) |
| Dimensions h x w x d | 138.1 x 124.4 x 53mm (5.44 x 4.9 x 2.1 inch) |
| Standards | |
| Safety | IEC 62477-1 |
| EMC | FCC 15B, ICES-003, EN 300 328 - pending, EN 301 489-1 - pending, EN 301 489-17 - pending |
| Automotive Directive | ECE R10-6 - pending |
1) This applies to optimal cooling where the product is mounted as indicated in the manual with sufficient free space. In case of limited cooling, e.g. due to insufficient airflow, the charging current will be regulated back sooner. With an improved airflow (e.g. forced airflow), derating will take place far above tamb 40°C.
2) VE.Smart Networking features will be receiving Vsense, Tsense and Isense data from the wireless network, for example from a SmartShunt, BMV or Smart Battery Sense. Synchronised charging is not supported.
3) DVCC compatibility requires Orion XS firmware v1.03 or later and Venus OS firmware v3.20 or later on the GX device.
4) This value represents the nominal power level at a typical voltage of 28V. Power is calculated as the product of the applied voltage and current (P = V × I). Examples: 12V x 50A = 600W, 14V x 50A = 700W, 28V x 50A = 1400W
