50Hz 400V 30kW/38kVA Soundproof Ricardo Diesel Generator
30kW Diesel Generator Powered by Ricardo Diesel Engine:
| Model | DE-W41 |
| Max. Power | kVA | 41 |
| kW | 33 |
| Rate Power | kVA | 38 |
| kW | 30 |
| Frequency | Hz | 50 |
| Rate Voltage | V | 400/230 |
| Rate Current | A | 68.56 |
Ricarod Diesel Engine:
| Engine Manufacturer | Kofo |
| Engine Brand | Ricardo |
| Engine Model | N4105DS-38 |
| No. of Cylinder | 4 Cylinder in line |
| Aspiration | Turbocharger and After-cooled |
| Governor | Mechanical |
| Engine Max. Output Power | kW | 38 |
| Displacement | L | 4.15 |
| Starting Voltage | V | 24 |
| Bore | mm | 105 |
| Stroke | mm | 120 |
| Compression Ratio | 16 : 1 |
| Intake Air Flow | M3/Min | N.A. |
Specification of Control Panel:
| Controller Brand | Smartgen |
| Controller Model | HGM6120N |
| Breaker Brand | Delixi |
| Breaker Capacity | A | 250 |
| Battery Charger | Smartgen Model BAC06A |
| Emergency Stop Button | Supply |
| Automatic Mains Fail (AMF) | Supply |
| Fuel Level | Supply |
| Automatic Transfer Switch | ATS as optional part |
| Mains Monitor | Supply with AMF Function |
| The control panel supply the full protection with alarm and shutdown of the diesel generator include Start-up fault (generator set shutdown), High coolant temperature (alarm and generator set shutdown), Low oil pressure (alarm and generator set shutdown), Low fuel level (alarm), Low cooling fluid level alarm (as optional), Overload (alarm and generator set shutdown), Battery voltage high (alarm). |
| Optional controller: Each model of Deepsea, Smartgen, ComAp brand controller. |
Ⅱ. Why Choose Us:
Ⅲ. QUALIFICATION CENTIFICATE:
Ⅳ. FACTORY INTERIOR:
Description
1: The diesel generator should be placed in a well ventilated area to ensure heat dissipation;
2: Diesel generators should regularly inspect and replace vulnerable parts such as engine oil and air filter elements to ensure their normal operation;
3: When running diesel generators, attention should be paid to the quality and storage method of fuel, to avoid using inferior fuel or improper storage that may cause malfunctions;
4: When using diesel generators, appropriate loads should be used according to requirements to avoid overload or underload leading to faults;
5: When diesel generators are not used for a long time, regular maintenance and inspection should be carried out to ensure their normal operation;
6: Diesel generators should use dry air to avoid malfunctions caused by high humidity;
7: Diesel generators should avoid long-term low load operation to avoid affecting the performance of the diesel engine;
8: Diesel generators should be avoided in high-altitude areas to avoid affecting the performance of the diesel engine;
9: Diesel generators should be avoided from being used in high-temperature environments to avoid affecting the performance of the diesel engine;
10: Diesel generators should be avoided in environments with high levels of dust to avoid affecting heat dissipation.
