User Manual

01/09/08 35770-GB
Technical data GE 7000-7500 HSX
M
1.5
© MOSA REV.0-09/08
The generating set GE 7000-7500 is a unit which transforms the mechanical energy, generated by endothermic engine, into
electric energy, through an alternator.
Is meant for industrial and professional use, powered by an endothermic engine; it is composed of various main parts such as:
engine, alternator, electric and electronic controls, the fairing or a protective structure.
The assembling is made on a steel structure, on which are provided elastic support which must damp the vibrations and also
eliminate sounds which would produce noise.
Technical data GE 7000 HSX GE 7500 HSX
GENERATORE
Three-phase output max (stand-by) - 7.5 kVA (6 kW) / 400 V / 10.8 (8.7) A
Three-phase output continuous (P.R.P.) - 6.5 kVA (5.2 kW) / 400 V / 9.4 A
Single-phase output max (stand-by) 6.7 kVA (6 kW) / 230 V / 29.1 (26.1) A -
Single-phase output max (P.R.P.) 5.5 kVA (5 kW) / 230 V / 23.9 A 4 kVA (4 kW) / 230 V / 17.4 A
Frequency 50 Hz 50 Hz
Cos
ϕϕ
ϕϕ
ϕ 0.9 0.8
ALTERNATOR self-excited, self-regulated, brushless self-excited, self-regulated, with brush
Type synchronous, single-phase synchronous, three-phase
Insulating class HH
ENGINE
Mark / Model HONDA / GX 390
Type / Cooling system gasoline 4-Stroke/ air
Cylinders / Displacement 1 / 389 cm
3
Output max 7.7 kW (10.3 HP)
Speed 3000 rpm
Fuel consumption 2.5 l/h
Engine oil capacity 1.1 l
Starter Electric
GENERAL SPECIFICATIONS
Battery 12V - 12 Ah
Tank capacity 20 l
Running time (75%) 8 h
Protection IP 23
Dimensions max. on base Lxwxh (mm) * 1060x570x665
Weight (dry) * 155 Kg 165 Kg
Measured acoustic power 88 LWA (63 dB(A) - 7 m)
Guaranteed acoustic power 89 LWA (64 dB(A) - 7 m)
* Dimensions and weight are inclusive of all parts.
2000 / 14 / CE
2000/14/CE
OUTPUT
Declared power according to ISO 8528-1 (temperature 25°C, 30% relative humidity, altitude 100 m above sea level).
(*Stand-by) = maximum available power for use at variable loads for a yearly number of hours limited at 500 h. No overload is
admitted.
(**Prime power P.R.P.) = maximum available power for use at variable loads for a yearly illimited number of hours. The average
power to be taken during a period of 24 h must not be over 80% of the P.R.P.
It’s admitted overload of 10% each hour every 12 h.
In an approximative way one reduces: of 1% every 100 m altitude and of 2.5% for every 5°C above 25°C.
ACOUSTIC POWER LEVEL
ATTENTION: The concrete risk due to the machine depends on the conditions in which it is used. Therefore, it is up to the end-
user and under his direct responsibility to make a correct evaluation of the same risk and to adopt specific precautions (for
instance, adopting a I.P.D. -Individual Protection Device)
Acoustic Noise Level (LWA) - Measure Unit dB(A): it stands for acoustic noise released in a certain delay of time. This is not
submitted to the distance of measurement.
Acoustic Pressure (Lp) - Measure Unit dB(A): it measures the pressure originated by sound waves emission. Its value
changes in proportion to the distance of measurement.
The here below table shows examples of acoustic pressure (Lp) at different distances from a machine with Acoustic Noise
Level
(LWA) of 95 dB(A)
Lp a 1 meter = 95 dB(A) - 8 dB(A) = 87 dB(A) Lp a 7 meters = 95 dB(A) - 25 dB(A) = 70 dB(A)
Lp a 4 meters = 95 dB(A) - 20 dB(A) = 75 dB(A) Lp a 10 meters = 95 dB(A) - 28 dB(A) = 67 dB(A)
PLEASE NOTE: the symbol when with acoustic noise values, indicates that the device respects noise emission limits
according to 2000/14/CE directive.