Product code: KD123
Available quantity Delivery time 3-10 working days
| Parameter | Specification |
|---|---|
| Model | KD123 |
| Generator type | Diesel |
| Phases | 1 |
| Voltage | 230 V AC / 12 V DC |
| Frequency | 50/60 Hz |
| Rated generator power | 6.5 kW |
| Maximum generator power | 7.0 kW |
| Stated engine power | 7500 W |
| Engine | Air-cooled diesel |
| Starting system | Electric / manual |
| ATS | Yes |
| AVR voltage regulation | Yes |
| AC sockets | 3 × 230 V |
| DC output | 12 V / 8.3 A |
| Fuel tank capacity | 10 L |
| Stated fuel consumption | approx. 0.98 L/h |
| Display | Digital |
| Additional protection | C25 short-circuit protection |
| Grounding terminal | Yes |
| Dimensions | 920 × 550 × 680 mm |
| Weight | 165 kg |
Fuel consumption varies depending on generator load and operating conditions.
| Manufacturer: | Kraftdele |
KRAFT&DELE KD123 is a single-phase diesel generator delivering 6.5 kW rated power and up to 7 kW maximum power. It is designed for backup power applications in homes, workshops, farms, construction sites, warehouses and commercial premises.
The generator features an ATS automatic start system, allowing it to be integrated into a properly designed backup power system. It also features AVR voltage regulation, electric and manual starting and a digital operating parameter display.
The unit provides 3 × 230 V AC sockets and a 12 V / 8.3 A DC output. Transport wheels and a handle make it easier to move the 165 kg generator.
The ATS system is designed to automate generator starting when the mains power supply fails and manage its operation when mains power is restored.
Important: connection of the generator and ATS to a building electrical installation must be designed and carried out by a qualified electrician. Proper isolation between the generator and the utility grid must be ensured.
KD123 is not an inverter generator. AVR regulates output voltage, but this is not equivalent to an inverter power generation system. Before powering sensitive electronic equipment, check the electrical supply requirements of the connected device.
