Dual Independent DC Circuits Monitoring For Twin EV Charger&Battery Voltage Input:DC 0~1000V Current Input (by Shunt): 0~75mV Current Input (by Hall Sensor): 0~5V, 0~10V, 0~20mA, 4~20mA | |
Built-in Bipolar Power Source Range: DC -12V ~ DC +12V | |
Optional Dual RS485 Communication 1 RS485 (standard) | |
DO/DI Function 2 DO (2A/30V DC; 2A/250V AC) 2 DI (dry contact) |
Technical parameters |
| Indicators | |
Input | Nominal value | Voltage input range | Current input |
DC 0-1000V See the physical wiring diagram | Shunt:0-75mV; Hall sensor:0-20mA,4-20mA,0-5V,0-10V and so on. | ||
Overload | 1.2 times rated (continuous); 2 times rated/1 second; | ||
Power consumption | Voltage: ≤0.2VA, current ≤0.1VA | ||
Accuracy class | Class 1 | ||
Function | Display | 8-bit segment LCD screen (LCD) | |
Communication Interface | RS485, infrared | ||
Communication protocol | Modbus-RTU,DL/T 645-2007 | ||
Switch | Switch output | 2 Relay outputs, 2A/30VDC or 2A/250VA | |
Switch input | 2 dry contact inputs | ||
Pulse output | A second pulse output, a energy pulse output | ||
See the SYS->PLUS display in the meter menu setting For example: The meter displays 100, which is 100imp/kWH | |||
Power Supply | Voltage range | AC/DC 85-265V or DC24V(±10%) or DC48V(±10%) | |
Power consumption | ≤ 3W | ||
Power frequency withstand voltage | Power supply // Voltage input // Current input // Relay output and switch input // Communication interface / / Pulse output 3kV/1minPower supply // Relay output // Voltage input // Current input 3kV/1minPulse output // Communication interface // Switch input 2kV/1min | ||
Insulation resistance | ≥ 40M Ω | ||
Average barrier-free working hours | ≥50000h | ||
Environment | Temperature | Normal operating temperature: -25 °C ~ +65 °C; Limit working temperature: -40 °C ~ +70 °C; Storage temperature: -40ºC~+80ºC | |
Humidity | ≤93%RH, no condensation, no corrosive gas | ||
Altitude | ≤2500m |
Wiring with Shunt | Wiring with Hall Sensor |
Practical Application in Solar PV with Energy Storage Inverter | Practical Application in Solar PV with on-grid Inverter |