Panda 5000i.Neo PMS
Compact Generator. Smart Energy Management. Future-Proof.
Experience uncompromising quality, advanced energy efficiency and modular system compatibility.
The Panda 5000i Neo delivers compact, ultra-quiet hybrid power for leisure boats and yachts.
Designed for efficient operation even at low load, it combines variable engine speed with an external PMG inverter to provide clean AC power, reduced fuel consumption and seamless integration into modern onboard energy systems.
Applications
Leisure boats & yachts – reliable energy away from shorepower
Hybrid DC-AC systems – engineered for advanced energy architectures
| Model | Panda 5000i.Neo PMS |
| Generator Type | iSeries - Perfect power |
| Generator Family | 5000i.Neo |
| Generator Version | PMS |
| Article Number | 0037950 |
| Area of Application | Marine (M) |
| Frequency [Hz] | 50 |
| Generator Manufacturer | Fischer Panda GmbH |
| Isolation Class of Windings | H |
| Nominal Speed (rpm) | 2500 - 3250 |
| Voltage Regulation | iControl |
| Voltage Tolerance | ±3% |
| Cos Phi | 0.80 |
| Engine Speed [rpm] | 2500 - 3250 |
| Nominal Voltage in Volt | 230 |
| Frequency [Hz] | 50 |
| Number of Phases | 1 |
| Nominal Performance [kW] | 4.0 |
| Nominal Performance [kVA] | 5.0 |
| Engine Manufacturer | Fischer Panda GmbH |
| Engine Type | FPE320 |
| No. Cylinders | 1-Cylinder Diesel |
| Displacement | 309 |
| Starter System | 12 V |
| IMO MARPOL 73/78 | x |
| US 40CFR 1042 (EPA Marine) | - |
| EU 2016/1628 | - |
| China 20891-2014 | - |
| Version | GFK 3D |
| Article Number | 0013348 |
| Sound Cover Type | GFK |
| Sound Insulation Material | 3D |
| Dimension Housing L x W x H [mm] | 434 x 456 x 519 |
| Total Weight of Generator with capsule [kg] | 67 + Inverter 9.5 |
| Sound levels [dbA] 7m / 5m /1m | 54 / 64 / 68 |
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The technical parameters and performance data are subject to variation depending on the generator type as well as the emission standards applicable in different countries.
All performance specifications are based on generator operation at 100 m above sea level and an ambient temperature of 20 °C.
Derating may occur when operating at higher altitudes.