single phase meters with MID from YTL
DEM1A Series,
| Type | ||||
| Software Version | V101 | V101 | V101 | V101 |
| CRC | 5A8E | B6C9 | 6B8D | 6B8D |
| Impulse Constant | 1000imp/kWh | 1000imp/kWh | 1000imp/kWh | 1000imp/kWh |
| Communication | N/A | RS485 Modbus/DLT645 | RS485 Modbus/DLT645 | Bluetooth |
| Baud rate | N/A | 9600\19200\38400\115200 | 9600\19200\38400\115200 | / |
| SO output | SO1 is SO output for kWh(default) or Active/reactive forward kWh optional with variable constant 100-2500imp/kWh Divisible by 10000 | N/A | N/A | N/A |
| SO2 is SO output for kvarh (default) or Active/reactive reverse kWh optional with variable constant 100-2500imp/kvarh Divisible by 10000 | ||||
| Pulse width | SO:100-1000:100ms SO:1250-2500:30ms | N/A | N/A | N/A |
| Backlight | Blue | Blue | Blue | Blue |
| Li-Battery | N/A | N/A | YES | YES |
| Multi-tariff | N/A | N/A | YES | YES |
| Measurement Mode | 1-total =forward 2-Total=reverse 3-Total =forward +reverse (default) 4-Total=Forward-Reverse | 1-total =forward 2-Total=reverse 3-Total =forward +reverse (default) 4-Total=Forward-Reverse | 1-total =forward 2-Total=reverse 3-Total =forward +reverse (default) 4-Total=Forward-Reverse | 1-total =forward 2-Total=reverse 3-Total =forward +reverse (default) 4-Total=Forward-Reverse |
| Button | Touch button | Touch button | Touch button | Touch button |
| Button function | Page turning, setting, information display | Page turning, setting, information display | Page turning, setting, information display | Page turning, setting, information display |
| Default setting | 1000imp/kWh,100ms 1000imp/kvarh,100ms | 9600/NONE /8/1 | 9600/NONE /8/1 | / |
| Measurement Mode setting | Button | RS485 or Button | RS485 or Button | Bluetooth |
DDS353 Series,
| Meter Type | Measurement |
| kWh Total =Forward energy+Reverse energy | |
| KWh Total=Forward energy only | |
| 1 = kWh total ( forward + reverse) 2 = kWh (forward energy [import]) 3 = kWh (reverse energy [export]) | |
| 1 = kWh total (calculated by forward – reverse) 2 = V (Voltage) 3 = A (Ampere – current load) 4 = W (Watt – current active power) 5 = Hz (Frequency) 6 = PF (power factor) | |
| 1 = kWh total ( forward + reverse) 2 = V (Voltage) 3 = A (Ampere – current load) 4 = W (Watt – current active power) 5 = Hz (Frequency) 6 = PF (power factor) | |
| 1=Forward energy only 2= V (Voltage) 3= A (Ampere – current load) 4= W (Watt – current active power) 5= Hz (Frequency) 6 = PF (power factor) | |
| 1 = kWh total ( forward +reverse) 2 = kWh (forward energy [import]) 3 = kWh (reverse energy [export]) 4 = V (Voltage) 5 = A (Ampere – current load) 6 = W (Watt – current active power) 7 = Hz (Frequency) 8 = PF (power factor) | |
| 1 = Total Kwh(Forward – Reverse) 2 = Forwarder energy display 3 = reverse energy display 4 = V (Voltage) 5 = A (Ampere – current load) 6 = W (Watt – current active power) 7 = Hz (Frequency) 8 = PF (power factor) |

