Generator Set Structure

Standard

◆ Engine: 4-stroke/intercooling/turbocharging diesel engine

◆ Generator: AC Alternator

◆ Control system: easy-to-use control system with reliable performance

◆ Cooling system: closed water cool, allowing ambient temperature to reach 40°C.

◆ Start up System: 24V DC startup/air startup.

◆ Seat: shockproof system for installation of alternator, engine.

◆ Accessories: exhaust silencer, corrugated pipe and elbow joint

Optional

◆ Automatic transfer switch

◆ Automatic battery charger

◆ Base diesel tank

◆ Diesel oil and coolant heater

◆ Soundproof canopy

◆ Startup battery and battery cord

◆ Synchronous panel

Physical Features

◆ 100% tested to fully conform to GB/T2820-97 China National Standard.

◆ Engine is designed and manufactured by Cummins and alternator by Stamford, Siemens and Marathon.

◆ Alternator exciter system enables the generator set to handle any frequency decrease in case of transient loading.

◆ The low reactant design of the alternator enables non-linear wave distortion to be minimized, also offering satisfactory startup capability.

◆ PT fuel system developed by Cummins operates stably with full combustion, being highly efficient with good emissions.

Electric Performances

◆ 230/400V, 50HZ, 0.8PF (lagging) 3P4W output

◆ Voltage adjusting rate: >10%

◆ Frequency adjusting range: 0 - 5%

◆ Stable voltage adjusting rate: 1%

◆ Transient voltage fluctuation range: (-15%, +20%)

◆ Stable frequency fluctuation range: <±0.25%)

◆ Transient frequency adjusting range: (-7%, +10%)

◆ Voltage distortion rate: <5%

◆ Voltage recovery time: (±3%)<1S

Protective Functions

◆ High water temperature alarm and shutdown

◆ Low oil level alarm and shutdown

◆ Overspeed alarm and shutdown

◆ Over current protection

◆ Over voltage protection

◆ Over power protection

Operation Environment

◆ The ideal operation environment for generator set is in an ambient temperature of below 40°C and below an altitude of 1525M.

◆ With every 300M increase of altitude beyond 1525M, output power will decrease by 4%.

◆ With every 11°C increase of temperature above 40°C, output power will decrease by 2%.