Standby Power 80kVA Deutz Diesel Generator with BF4M2012C Diesel Engine For Hotel

The Deutz diesel generator set is developed for the industrial applications, it is easy to use and straightforward to maintain. The available features & options are designed to fully meet the requirements of all industrial applications. The generator set will automatically start on mains failure and cool down and stop as soon as the mains come back. The generator set also controls the load transfer between mains (utility) and generator set. It can also be start-up by means of an external signal. It’s your solution for Predictable Power.

Specification of 80kVA Deutz Diesel Generator:

Deutz Diesel Engine Feature:

• Deutz diesel 4 stroke engine with 4 Cylinders in line, with turbocharger , direct injection and engine regulation via mechanical management.
• Cooling of the sleeves using cooling fluid comprised of water and glycol at 50% in a closed circuit driven by the engine pump.
• Engine driven exhaust fan, radiator and expansion tank; original from the engine manufacturer.
• The circuit is completed with the cooling purge system towards the outside of the bedplate and protections of all running surfaces
• Gear pump lubrication system driven by the engine and with original engine manufacturer lubricant filtering system.

Specification of Deutz Diesel Engine:

Hosem Brushless Alternator Feature:

• Hosem brushless alternator with 4 poles, with a lifetime lasting greased bearing, H class insulation, without brushes, 2/3 coil and AVR (Automatic Voltage Regulator)
• Protection of all the windings by means of 2-part high quality polyester resin impregnation. The stator windings receive a double impregnation.
• Joining of engine and alternator through flexible disc coupling.
• Regulation: CEI 2-3, IEC 34-1, EN 60034-1, VDE 0530, BS 4999-5000, CAN/CSA-C22.2 No14-68-No100-95, ISO 8528:3

Specification of Hosem Brushless Alternator:

PROFORMANCE CLASS

Execution class in accordance with ISO 8528/5 (2005) taking into account the behaviour of the generator set in a permanent mode of operation with different load levels, as well as in a temporary mode of operation due to shocks in the load.