Pramac GDW 165 P (B20) FS3A 400V diesel generator

The Pramac GDW 165 P 400/230 V Stage IIIA is a powerful three-phase diesel generator designed for sites requiring a reliable power source with high endurance and stable performance under heavy-duty conditions. The model delivers 132.0 kW of maximum power and 120.0 kW of rated power, making it well-suited for industrial sites, warehouse complexes, technical infrastructure, service centres and backup power for large commercial facilities.

This version is fitted with a Perkins 1106D-E70TAG2 turbocharged diesel engine with a displacement of 7,010 cm³. The six-cylinder in-line design provides ample torque and allows the generator to operate reliably under heavy loads. An additional advantage is the electronic speed governor, which helps maintain operating parameters more accurately, whilst liquid cooling ensures stable, long-term operation.

The model is equipped with an electric start and a 12 V battery system, which simplifies starting and makes the generator suitable for backup systems where rapid readiness for operation is essential. This configuration is particularly useful for sites where power needs to be supplied quickly to critical equipment without additional action from staff.

The generator operates at 400/230 V, 50 Hz and is three-phase. The model uses a Mecc Alte ECP34 1L4 C brushless alternator with insulation class H and protection rating IP23. The maximum current is 238 A, and fuel consumption at 100% load is 34.86 l/h. This makes the unit suitable for powering high-power three-phase systems, industrial equipment, pumping stations, ventilation and other critical infrastructure.

In the Canopy version, the generator has an internal fuel tank with a capacity of 600 litres, dimensions of 3702×1200×2050 mm, a weight of 2238 kg and a noise level of 68/97 dB. Thanks to the combination of high power, a Perkins Stage IIIA engine, electronic speed control and an enlarged fuel tank, the Pramac GDW 165 P 400/230 V Stage IIIA is a practical solution for facilities with high demands on autonomous power supply.