Datasheet: Marine Generator - Panda 30 IC PMS

A - General technical data Marine Generator - Panda 30 IC PMS
Model.:	Panda 30 IC PMS
Area of Application.:	M (Marine Generator)
Generator Version.:	PMS
Generator Type	PSA - Premium Line - Panda Standard Asynchronous
Frequency	50	[Hz]
Nominal Speed	3000	[rpm]
Alternator Standard Version.:	HP1
Nominal Performance	27.00	[kW]
Nominal Performance	31.8	[kVA]
Continuous Performance	24.3	[kW]
Continuous Performance	28.6	[kVA]
B - Alternator General Data
Power rating factor Cos Pi	0.85
Voltage Regulation	VCS
Voltage Tolerance with VCS (up to 80% Performance	± 3	[Volt]
Generator manufacturer	FISCHER PANDA
Shielded to prevent radio interference	accordance with VDE 0875
Isolation class of windings	F
Excitation by	MKP Capacitors

C - Performance Data for electrical Generator (Alternator)
Daten HP1 Coil (Single Phase Version) - Standard version
Alternator Type "HP1" (High Performance 1 phase Winding), 230 V only.
Alternator Type	HP1
Nominal Voltage in Volt	230	[Volt]
Nominal Performance in kW	27.00	[kW]
Nominal Performance in kVA	31.8	[kVA]
Continuous Performance in kW	24.3	[kW]
Continuous Performance in kVA	28.6	[kVA]
Number of Phases	1
Rated current each Phase in Ampere	138.3	[A]
Continuous current each Phase in Ampere	124.3	[A]
Frequency in Hertz	50	[Hz]

Daten HP3 Coil (Three Phase Version) - Optional - This version available on request
Alternator Type "HP3" (High Performance 3 phase winding). Produces 3-phase current (400 V), but 230 V single phase is included, but must be distributed to 3 phases.
Alternator Type	HP3
Nominal Voltage in Volt	3x400+N	[Volt]
Nominal Performance in kW	27.00	[kW]
Nominal Performance in kVA	31.8	[kVA]
Continuous Performance in kW	24.3	[kW]
Continuous Performance in kVA	28.6	[kVA]
Number of Phases	3
Rated current each Phase in Ampere	46.0	[A]
Continuous current each Phase in Ampere	41.3	[A]
Frequency in Hertz	50	[Hz]

Daten DVS Coil (3 phase + 1 phase Version) - Optional - This version available on request
The Alternator Type "DVS" (Dual Voltage System) comprises of two seperate windings (1-phase and 3-phase) within the stator. The alternator comprises a 3-phase (400V) winding and a 1-phase (230V) winding. The windings are electrically isolated within same stator. This alternator type has a 12% reduction in performance, compared to the HP1 resp. HP3 winding type because the cross-section of the windings are reduced in order to fit both windings within the housing.
DVS Winding - 1 phase
Alternator Type	DVS
Nominal Voltage in in Volt	230	[Volt]
Nominal Performance (P) in kW	23.8	[kW]
Nominal Performance (S) in kVA	28.0	[kVA]
Continuous Performance in kW	21.4	[kW]
Continuous Performance in kVA	25.2	[kVA]
Number of Phases	1
Rated current each Phase in Ampere	121.7	[A]
Continuous current each Phase in Ampere	109.6	[A]
Frequency	50	[Hz]
DVS Winding - 3 phase
Alternator Type	DVS
Nominal Voltage in Volt	3x400+N	[Volt]
Nominal Performance (P) in kW	23.8	[kW]
Nominal Performance (S) in kVA	28.0	[kVA]
Continuous Performance in kW	21.4	[kW]
Continuous Performance in kVA	25.2	[kVA]
Number of Phases	3
Rated current each Phase in Ampere	40.5	[A]
Continuous current each Phase in Ampere	36.4	[A]
Frequency in Hertz	50	[Hz]


D - Sound Insulation Cover (generator housing)

Capsule GFK 3D - Standard Sound Insulation Capsule
Description	GFK 3D
Material	GFK (Glass fibre reinforced polyester)
Sound Insulation Material	3 layers with a total thickness of 30 mm
Dimensions Housing L x W x H ^*)	Request - Please contact us
Total Weight of Generator with Capsule	Request - Please contact us
) The dimensions are for the sound insulation housing ONLY and do not include additional parts or fittings such as fasteners, closures or mounting brackets etc. Therefore please Note* You must consider the additional space will need to be calculated for the installation. This is of importance when planning the installation with respect of cables, hoses and mounting feet.

E - Engine Data
Engine Manufacturer	Kubota (KU)
Engine Type	V 1505 T IC
No. Cylinders	4
Bore and Displacment	1498	[ccm]

F - Downloads

All technical data and specifications including dimensions, performance data, weight and material specifications are only valid when they are explicitly expressed in writing. All data should be considered only for approximation purposes because the data from these sources is gathered from current and previous models. As a result of continual product improvement and modification, the validity of technical data from these sources cannot be guaranteed. 3D-models are only provided on special request. It is the responsibility of the customer to ensure in all cases when ordering that technical data is valid and that the specifications meet his/her requirements.