Independent B2B sourcing · One trading contactkunhuow@gmail.com ↗
FACTORY SOURCING HUBProduct sourcing for business buyers
Get a quote ↗
Home/Power & Agricultural Equipment/Engines, Generators, Pumps & Compact Farm Equipment Sourcing
ENGINES · GENERATORS · PUMPS · AGRICULTURAL EQUIPMENT

Match the power and the working task Engines, generating sets, pumps and farm equipment

Engines, Generators, Pumps & Compact Farm Equipment Sourcing

Independent sourcing for diesel and petrol engines, conventional and inverter generating sets, welding generators, pumps, pressure washers, walking tractors, cultivators, mowing and chipping equipment, with configuration-specific technical review.

  • Compare actual power, speed, fuel, cooling and operating-duty requirements
  • Keep rated/standby/maximum output and each selected configuration separate
  • Coordinate engine interfaces, implements, current documents, samples and export packing

Manufacturing, product documents and order conditions depend on the model and supply route selected for your project.

Category illustration of a generating set and compact agricultural equipment
Category illustration. Match electrical output, engine interfaces, working task and the selected machine configuration.

Start with a product reference, intended use and estimated quantity. We bring product selection, sample questions and quotation details into one conversation.

Email your reference image ↗
Power systemsDiesel and petrol engines; conventional, inverter and gas generating sets
Working equipmentPumps, washers, welding and compressed-air combinations
Farm rangeWalking tractors, cultivators, mowing, chipping and attachments
Quote basisTask, duty, interface, configuration, quantity and destination
Explore the product range

Build the range
your buyers need.

Choose a focused product or discuss a coordinated assortment. Each direction can be developed into a more specific model and packaging brief.

Horizontal diesel engines

Compare direct-injection and swirl-combustion, evaporative-cooling and hand-start directions with article-specific geometry and output.

Enquire about this range ↗

Multi-cylinder diesel engines

Match displacement, power/speed range, flywheel housing, mounting, cooling and electrical connection to the application.

Enquire about this range ↗

Vertical single-cylinder diesel engines

Compare separate 3000/3600 rpm references, recoil/electric start, oil capacity, mounting and cooling.

Enquire about this range ↗

Twin-cylinder and V-twin diesel engines

Keep in-line and V-twin structures separate; water or air cooling, speed and output depend on the actual article.

Enquire about this range ↗

Petrol engines

Single-cylinder OHV and V-twin directions cover different mounting, torque and driven-load requirements.

Enquire about this range ↗

Compact and open-frame petrol generators

Compare capacitor regulation and AVR constructions, rated versus maximum output, voltage, frequency, starting and outlets.

Enquire about this range ↗

Enclosed petrol generators

Define the actual load, installation and acoustic requirements alongside the selected enclosed version.

Enquire about this range ↗

Inverter generators

Compare open and enclosed formats, rated/maximum power, waveform requirements, starting and fuel-tank references.

Enquire about this range ↗

LPG and natural-gas generators

Match the actual fuel, regulator and inlet requirements to a confirmed electrical configuration.

Enquire about this range ↗

Open and enclosed diesel generators

Keep phase, frequency, power factor, speed, starting, tank, enclosure and packing tied to the selected configuration.

Enquire about this range ↗

Water-cooled generating sets

Rated and standby kW/kVA, radiator, control and enclosure selection are separate parts of the power-system brief.

Enquire about this range ↗

Welding generators

Petrol and diesel welding directions require current duty-cycle, current, electrode and auxiliary-output specifications.

Enquire about this range ↗

Generator/welder/compressor combination

Confirm how the three functions share engine capacity, simultaneous-use limits and the required air-delivery conditions.

Enquire about this range ↗

Water and high-head pumps

Petrol and diesel directions have distinct connections, flow/head curves, suction conditions and liquid restrictions.

Enquire about this range ↗

Pressure washers

Match actual operating pressure and flow, inlet-water temperature, pump, gun, hose, wheel and nozzle pack.

Enquire about this range ↗

Walking tractors and cultivators

Compare chassis, tread, tyres, ground clearance, engine, drive, rotary speed and the required implement.

Enquire about this range ↗

Mowing and branch chipping

Select guarded working assemblies and define plant material, feed conditions, duty and operating instructions.

Enquire about this range ↗

Farm attachments and supporting parts

Coordinate ploughing, ditching, ridging, planting, harvesting, trailer and other compact-farm enquiries with current interfaces and drawings.

Enquire about this range ↗
Reference product directions

Start with a product.
Define the details.

Use these options to describe what you are buying. The public references identify your enquiry; the final model and specification are confirmed before an order.

Multi-cylinder diesel engine · configuration 01 sourcing illustration
REFERENCE 0293-01

Multi-cylinder diesel engine · configuration 01

Compare the selected rated speed and power, cooling arrangement, flywheel housing, shaft connection and mounting drawing. Confirm the application and current engine specification.

Cylinder bore (mm)
100
Piston stroke (mm)
112
Displacement (L)
3.52
Rated speed (rpm)
2200–2400
Rated power (kW)
33.1–36.8
Rated power (PS)
45–50
Net mass (kg)
360±10
Discuss this option ↗
Multi-cylinder diesel engine · configuration 02 sourcing illustration
REFERENCE 0293-02

Multi-cylinder diesel engine · configuration 02

Compare the selected rated speed and power, cooling arrangement, flywheel housing, shaft connection and mounting drawing. Confirm the application and current engine specification.

Cylinder bore (mm)
102
Piston stroke (mm)
112
Displacement (L)
3.62
Rated speed (rpm)
2200–2400
Rated power (kW)
36.8–44.1
Rated power (PS)
50–60
Net mass (kg)
365±10
Discuss this option ↗
Multi-cylinder diesel engine · configuration 03 sourcing illustration
REFERENCE 0293-03

Multi-cylinder diesel engine · configuration 03

Compare the selected rated speed and power, cooling arrangement, flywheel housing, shaft connection and mounting drawing. Confirm the application and current engine specification.

Cylinder bore (mm)
110
Piston stroke (mm)
118
Displacement (L)
2.24
Rated speed (rpm)
2200–2400
Rated power (kW)
18.4–25.7
Rated power (PS)
25–35
Net mass (kg)
257±5
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 01 sourcing illustration
REFERENCE 0293-04

Horizontal single-cylinder diesel engine · configuration 01

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Compression ratio
17:1
Maximum engine power (hp / rpm)
35/2200
Net mass (kg)
250
Construction
single-cylinder horizontal four-cycle
Combustion
direct injection
Cooling
evaporative
Lubrication
combined pressure and splash
Starting
hand cranking
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 02 sourcing illustration
REFERENCE 0293-05

Horizontal single-cylinder diesel engine · configuration 02

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Compression ratio
18:1
Maximum engine power (hp / rpm)
36/2200
Net mass (kg)
268
Construction
single-cylinder horizontal four-cycle
Combustion
direct injection
Cooling
evaporative
Lubrication
combined pressure and splash
Starting
hand cranking
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 03 sourcing illustration
REFERENCE 0293-06

Horizontal single-cylinder diesel engine · configuration 03

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
142.5×135
Displacement (L)
2.153
Compression ratio
17:1
Maximum engine power (hp / rpm)
40/2200
Net mass (kg)
280
Construction
single-cylinder horizontal four-cycle
Combustion
direct injection
Cooling
evaporative
Lubrication
combined pressure and splash
Starting
hand cranking
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 04 sourcing illustration
REFERENCE 0293-07

Horizontal single-cylinder diesel engine · configuration 04

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
145×135
Displacement (L)
2.229
Compression ratio
17:1
Maximum engine power (hp / rpm)
45/2200
Net mass (kg)
285
Construction
single-cylinder horizontal four-cycle
Combustion
direct injection
Cooling
evaporative
Lubrication
combined pressure and splash
Starting
hand cranking
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 05 sourcing illustration
REFERENCE 0293-08

Horizontal single-cylinder diesel engine · configuration 05

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
130×120
Displacement (L)
1.593
Compression ratio
17:1
Maximum engine power (hp / rpm)
30/2200
Net mass (kg)
212
Construction
single-cylinder horizontal four-cycle
Combustion
direct injection
Cooling
evaporative
Lubrication
combined pressure and splash
Starting
hand cranking
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 06 sourcing illustration
REFERENCE 0293-09

Horizontal single-cylinder diesel engine · configuration 06

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
132.5×125
Displacement (L)
1.724
Compression ratio
17:1
Maximum engine power (hp / rpm)
33/2200
Net mass (kg)
217
Construction
single-cylinder horizontal four-cycle
Combustion
direct injection
Cooling
evaporative
Lubrication
combined pressure and splash
Starting
hand cranking
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 07 sourcing illustration
REFERENCE 0293-10

Horizontal single-cylinder diesel engine · configuration 07

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
125×120
Displacement (L)
1.473
Compression ratio
17.6:1
Maximum engine power (hp / rpm)
28/2200
Net mass (kg)
196
Construction
single-cylinder horizontal four-cycle
Combustion
direct injection
Cooling
evaporative
Lubrication
combined pressure and splash
Starting
hand cranking
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 08 sourcing illustration
REFERENCE 0293-11

Horizontal single-cylinder diesel engine · configuration 08

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
115×115
Displacement (L)
1.194
Compression ratio
17:1
Maximum engine power (hp / rpm)
24/2200
Net mass (kg)
179
Construction
single-cylinder horizontal four-cycle
Combustion
direct injection
Cooling
evaporative
Lubrication
combined pressure and splash
Starting
hand cranking
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 09 sourcing illustration
REFERENCE 0293-12

Horizontal single-cylinder diesel engine · configuration 09

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
115×120
Displacement (L)
1.246
Compression ratio
17:1
Maximum engine power (hp / rpm)
25/2200
Net mass (kg)
179
Construction
single-cylinder horizontal four-cycle
Combustion
direct injection
Cooling
evaporative
Lubrication
combined pressure and splash
Starting
hand cranking
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 10 sourcing illustration
REFERENCE 0293-13

Horizontal single-cylinder diesel engine · configuration 10

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Compression ratio
17:1
Maximum engine power (hp / rpm)
27/2200
Net mass (kg)
185
Construction
single-cylinder horizontal four-cycle
Combustion
direct injection
Cooling
evaporative
Lubrication
combined pressure and splash
Starting
hand cranking
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 11 sourcing illustration
REFERENCE 0293-14

Horizontal single-cylinder diesel engine · configuration 11

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Compression ratio
17:1
Maximum engine power (hp / rpm)
30/2200
Net mass (kg)
220
Construction
single-cylinder horizontal four-cycle
Combustion
direct injection
Cooling
evaporative
Lubrication
combined pressure and splash
Starting
hand cranking
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 12 sourcing illustration
REFERENCE 0293-15

Horizontal single-cylinder diesel engine · configuration 12

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
85×90
Displacement (L)
0.511
Maximum engine power (hp / rpm)
8.8/2200
Net mass (kg)
105
Construction
single-cylinder horizontal four-cycle
Combustion
swirl
Cooling
evaporative
Lubrication
combined pressure and splash
Starting
hand cranking
Compression ratio
21:1
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 13 sourcing illustration
REFERENCE 0293-16

Horizontal single-cylinder diesel engine · configuration 13

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
90×90
Displacement (L)
0.573
Maximum engine power (hp / rpm)
10.5/2300
Net mass (kg)
107
Construction
single-cylinder horizontal four-cycle
Combustion
swirl
Cooling
evaporative
Lubrication
combined pressure and splash
Starting
hand cranking
Compression ratio
21:1
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 14 sourcing illustration
REFERENCE 0293-17

Horizontal single-cylinder diesel engine · configuration 14

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
95×90
Displacement (L)
0.638
Maximum engine power (hp / rpm)
12.5/2400
Net mass (kg)
109
Construction
single-cylinder horizontal four-cycle
Combustion
swirl
Cooling
evaporative
Lubrication
combined pressure and splash
Starting
hand cranking
Compression ratio
21:1
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 15 sourcing illustration
REFERENCE 0293-18

Horizontal single-cylinder diesel engine · configuration 15

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
75×80
Displacement (L)
0.353
Compression ratio
22:1
Maximum engine power (hp / rpm)
6.6/2600
Net mass (kg)
73
Construction
single-cylinder horizontal four-cycle
Combustion
swirl
Cooling
evaporative
Lubrication
combined pressure and splash
Starting
hand cranking
Discuss this option ↗
Water-cooled generating set · configuration 01 sourcing illustration
REFERENCE 0293-19

Water-cooled generating set · configuration 01

Water-radiator cooling, electric start, brushless excitation and AVR directions. Rated and standby figures remain separate; confirm phase, voltage connection and the rating at the selected frequency. Listed enclosed-set mass is gross shipping mass.

Rated power (kW / kVA)
80/100
Standby power (kW / kVA)
88/110
Overall dimensions (mm)
2800×1050×1600
Gross mass (kg)
2050
Electrical configuration
220/380 V; 50 or 60 Hz; 1500/1800 rpm alternatives, selected rating and connection to confirm
Configuration direction
Water radiator; electric start; AVR; brushless; power factor 0.8
Cooling
radiator water-cooled
Starting
electric
Discuss this option ↗
Water-cooled generating set · configuration 02 sourcing illustration
REFERENCE 0293-20

Water-cooled generating set · configuration 02

Water-radiator cooling, electric start, brushless excitation and AVR directions. Rated and standby figures remain separate; confirm phase, voltage connection and the rating at the selected frequency. Listed enclosed-set mass is gross shipping mass.

Rated power (kW / kVA)
108/135
Standby power (kW / kVA)
120/150
Overall dimensions (mm)
2900×1050×1700
Gross mass (kg)
2480
Electrical configuration
220/380 V; 50 or 60 Hz; 1500/1800 rpm alternatives, selected rating and connection to confirm
Configuration direction
Water radiator; electric start; AVR; brushless; power factor 0.8
Cooling
radiator water-cooled
Starting
electric
Discuss this option ↗
Water-cooled generating set · configuration 03 sourcing illustration
REFERENCE 0293-21

Water-cooled generating set · configuration 03

Water-radiator cooling, electric start, brushless excitation and AVR directions. Rated and standby figures remain separate; confirm phase, voltage connection and the rating at the selected frequency. Listed enclosed-set mass is gross shipping mass.

Rated power (kW / kVA)
136/170
Standby power (kW / kVA)
145/180
Overall dimensions (mm)
2950×1050×1800
Gross mass (kg)
2710
Electrical configuration
220/380 V; 50 or 60 Hz; 1500/1800 rpm alternatives, selected rating and connection to confirm
Configuration direction
Water radiator; electric start; AVR; brushless; power factor 0.8
Cooling
radiator water-cooled
Starting
electric
Discuss this option ↗
Water-cooled generating set · configuration 04 sourcing illustration
REFERENCE 0293-22

Water-cooled generating set · configuration 04

Water-radiator cooling, electric start, brushless excitation and AVR directions. Rated and standby figures remain separate; confirm phase, voltage connection and the rating at the selected frequency. Listed enclosed-set mass is gross shipping mass.

Rated power (kW / kVA)
180/225
Standby power (kW / kVA)
200/250
Overall dimensions (mm)
3200×1150×1900
Gross mass (kg)
3120
Electrical configuration
220/380 V; 50 or 60 Hz; 1500/1800 rpm alternatives, selected rating and connection to confirm
Configuration direction
Water radiator; electric start; AVR; brushless; power factor 0.8
Cooling
radiator water-cooled
Starting
electric
Discuss this option ↗
Water-cooled generating set · configuration 05 sourcing illustration
REFERENCE 0293-23

Water-cooled generating set · configuration 05

Water-radiator cooling, electric start, brushless excitation and AVR directions. Rated and standby figures remain separate; confirm phase, voltage connection and the rating at the selected frequency. Listed enclosed-set mass is gross shipping mass.

Rated power (kW / kVA)
240/300
Standby power (kW / kVA)
264/330
Overall dimensions (mm)
3600×1300×2000
Gross mass (kg)
3700
Electrical configuration
220/380 V; 50 or 60 Hz; 1500/1800 rpm alternatives, selected rating and connection to confirm
Configuration direction
Water radiator; electric start; AVR; brushless; power factor 0.8
Cooling
radiator water-cooled
Starting
electric
Discuss this option ↗
Water-cooled generating set · configuration 06 sourcing illustration
REFERENCE 0293-24

Water-cooled generating set · configuration 06

Water-radiator cooling, electric start, brushless excitation and AVR directions. Rated and standby figures remain separate; confirm phase, voltage connection and the rating at the selected frequency. Listed enclosed-set mass is gross shipping mass.

Rated power (kW / kVA)
304/380
Standby power (kW / kVA)
320/400
Overall dimensions (mm)
3600×1300×2000
Gross mass (kg)
4100
Electrical configuration
220/380 V; 50 or 60 Hz; 1500/1800 rpm alternatives, selected rating and connection to confirm
Configuration direction
Water radiator; electric start; AVR; brushless; power factor 0.8
Cooling
radiator water-cooled
Starting
electric
Discuss this option ↗
Water-cooled generating set · configuration 07 sourcing illustration
REFERENCE 0293-25

Water-cooled generating set · configuration 07

Water-radiator cooling, electric start, brushless excitation and AVR directions. Rated and standby figures remain separate; confirm phase, voltage connection and the rating at the selected frequency. Listed enclosed-set mass is gross shipping mass.

Rated power (kW / kVA)
18/22.5
Standby power (kW / kVA)
20/25
Overall dimensions (mm)
2100×950×1150
Gross mass (kg)
950
Electrical configuration
220/380 V; 50 or 60 Hz; 1500/1800 rpm alternatives, selected rating and connection to confirm
Configuration direction
Water radiator; electric start; AVR; brushless; power factor 0.8
Cooling
radiator water-cooled
Starting
electric
Discuss this option ↗
Water-cooled generating set · configuration 08 sourcing illustration
REFERENCE 0293-26

Water-cooled generating set · configuration 08

Water-radiator cooling, electric start, brushless excitation and AVR directions. Rated and standby figures remain separate; confirm phase, voltage connection and the rating at the selected frequency. Listed enclosed-set mass is gross shipping mass.

Rated power (kW / kVA)
22/27.5
Standby power (kW / kVA)
24/30
Overall dimensions (mm)
2100×950×1150
Gross mass (kg)
980
Electrical configuration
220/380 V; 50 or 60 Hz; 1500/1800 rpm alternatives, selected rating and connection to confirm
Configuration direction
Water radiator; electric start; AVR; brushless; power factor 0.8
Cooling
radiator water-cooled
Starting
electric
Discuss this option ↗
Water-cooled generating set · configuration 09 sourcing illustration
REFERENCE 0293-27

Water-cooled generating set · configuration 09

Water-radiator cooling, electric start, brushless excitation and AVR directions. Rated and standby figures remain separate; confirm phase, voltage connection and the rating at the selected frequency. Listed enclosed-set mass is gross shipping mass.

Rated power (kW / kVA)
30/38
Standby power (kW / kVA)
32/40
Gross mass (kg)
1030
Electrical configuration
220/380 V; 50 or 60 Hz; 1500/1800 rpm alternatives, selected rating and connection to confirm
Configuration direction
Water radiator; electric start; AVR; brushless; power factor 0.8
Cooling
radiator water-cooled
Starting
electric
Discuss this option ↗
Water-cooled generating set · configuration 10 sourcing illustration
REFERENCE 0293-28

Water-cooled generating set · configuration 10

Water-radiator cooling, electric start, brushless excitation and AVR directions. Rated and standby figures remain separate; confirm phase, voltage connection and the rating at the selected frequency. Listed enclosed-set mass is gross shipping mass.

Rated power (kW / kVA)
48/60
Overall dimensions (mm)
2350×1050×1300
Gross mass (kg)
1300
Electrical configuration
220/380 V; 50 or 60 Hz; 1500/1800 rpm alternatives, selected rating and connection to confirm
Configuration direction
Water radiator; electric start; AVR; brushless; power factor 0.8
Cooling
radiator water-cooled
Starting
electric
Discuss this option ↗
Water-cooled generating set · configuration 11 sourcing illustration
REFERENCE 0293-29

Water-cooled generating set · configuration 11

Water-radiator cooling, electric start, brushless excitation and AVR directions. Rated and standby figures remain separate; confirm phase, voltage connection and the rating at the selected frequency. Listed enclosed-set mass is gross shipping mass.

Rated power (kW / kVA)
58/72.5
Standby power (kW / kVA)
64/80
Overall dimensions (mm)
2100×1050×1300
Gross mass (kg)
1680
Electrical configuration
220/380 V; 50 or 60 Hz; 1500/1800 rpm alternatives, selected rating and connection to confirm
Configuration direction
Water radiator; electric start; AVR; brushless; power factor 0.8
Cooling
radiator water-cooled
Starting
electric
Discuss this option ↗
High-head diesel pump · configuration 01 sourcing illustration
REFERENCE 0293-30

High-head diesel pump · configuration 01

Compare pump connection, head and flow at the required duty point. Published maxima do not describe simultaneous delivery; confirm liquid, suction conditions and the current curve.

Inlet / outlet connection (mm / inch)
40 (1.5 inch)
Maximum head (m)
55
Maximum suction head (m)
7
Maximum flow (m³/h)
30
Displacement (cc)
211
Maximum engine power (hp / rpm)
4.0/3600
Oil capacity (L)
0.75
Fuel-tank capacity (L)
3.5
Net mass (kg)
50
Overall dimensions (mm)
510×430×540
Discuss this option ↗
High-head diesel pump · configuration 02 sourcing illustration
REFERENCE 0293-31

High-head diesel pump · configuration 02

Compare pump connection, head and flow at the required duty point. Published maxima do not describe simultaneous delivery; confirm liquid, suction conditions and the current curve.

Inlet / outlet connection (mm / inch)
50 (2 inch)
Maximum head (m)
55
Maximum suction head (m)
6
Maximum flow (m³/h)
25
Displacement (cc)
296
Maximum engine power (hp / rpm)
6.0/3600
Oil capacity (L)
1.1
Fuel-tank capacity (L)
3.5
Net mass (kg)
50
Overall dimensions (mm)
580×470×570
Discuss this option ↗
High-head diesel pump · configuration 03 sourcing illustration
REFERENCE 0293-32

High-head diesel pump · configuration 03

Compare pump connection, head and flow at the required duty point. Published maxima do not describe simultaneous delivery; confirm liquid, suction conditions and the current curve.

Inlet / outlet connection (mm / inch)
80 (3 inch)
Maximum head (m)
70
Maximum suction head (m)
4
Maximum flow (m³/h)
50
Displacement (cc)
418
Maximum engine power (hp / rpm)
10.0/3600
Oil capacity (L)
1.65
Fuel-tank capacity (L)
5.5
Net mass (kg)
70
Overall dimensions (mm)
665×490×620
Discuss this option ↗
Petrol branch chipper · configuration 01 sourcing illustration
REFERENCE 0293-33

Petrol branch chipper · configuration 01

Twin reversible-blade direction. Wood diameter, feed width and throughput depend on material and operating conditions; confirm guards, feeding instructions, engine version and current machine drawing.

Starting direction
recoil
Engine power alternatives
6.5 / 7; four-stroke petrol
Throughput reference (m³/h)
3–5
Wood-diameter reference (mm)
100
Permitted feed-width reference (mm)
150
Blade direction
reversible pair
Tyre reference
4.10/3.5-4
Height / length / width (mm)
870 / 555 / 850
Maximum drum speed (rpm)
2400
Discuss this option ↗
Petrol branch chipper · configuration 02 sourcing illustration
REFERENCE 0293-34

Petrol branch chipper · configuration 02

Twin reversible-blade direction. Wood diameter, feed width and throughput depend on material and operating conditions; confirm guards, feeding instructions, engine version and current machine drawing.

Starting direction
recoil
Engine power alternatives
7 / 9; four-stroke petrol
Throughput reference (m³/h)
4–6
Wood-diameter reference (mm)
120
Permitted feed-width reference (mm)
310
Blade direction
reversible pair
Tyre alternatives
6.5-8 /4.0-8 /4.8-8; configuration pairing to confirm
Height / length / width (mm)
1150 /1800 /800
Machine mass (kg)
185
Maximum drum speed (rpm)
2000
Discuss this option ↗
Petrol branch chipper · configuration 03 sourcing illustration
REFERENCE 0293-35

Petrol branch chipper · configuration 03

Twin reversible-blade direction. Wood diameter, feed width and throughput depend on material and operating conditions; confirm guards, feeding instructions, engine version and current machine drawing.

Starting direction
electric
Engine power alternatives
13 /15;four-stroke petrol
Throughput reference (m³/h)
4–6
Wood-diameter reference (mm)
120
Permitted feed-width reference (mm)
310
Blade direction
reversible pair
Tyre alternatives
6.5-8 /4.0-8 /4.8-8; configuration pairing to confirm
Height / length / width (mm)
1150 /1800 /800
Machine mass (kg)
190
Maximum drum speed (rpm)
2000
Discuss this option ↗
Belt-drive mowing equipment · configuration 01 sourcing illustration
REFERENCE 0293-36

Belt-drive mowing equipment · configuration 01

Single-axle wheeled construction with left/right and up/down handle adjustment, belt drive, a normally open tension-pulley clutch, recoil petrol engine and 36 manganese-steel blades. Confirm the application and guarded blade assembly.

Overall dimensions (mm)
1680×650×780
Machine mass (kg)
91
Rated power (kW)
4.0
Working width (mm)
500
Engine / blade direction
3600 rpm; 36 manganese-steel blades; current guarded construction to approve
Discuss this option ↗
Belt-drive mowing equipment · configuration 02 sourcing illustration
REFERENCE 0293-37

Belt-drive mowing equipment · configuration 02

Single-axle wheeled construction with left/right and up/down handle adjustment, belt drive, a normally open tension-pulley clutch, recoil petrol engine and 36 manganese-steel blades. Confirm the application and guarded blade assembly.

Overall dimensions (mm)
1660×800×780
Machine mass (kg)
103
Rated power (kW)
4.8
Working width (mm)
650
Engine / blade direction
3600 rpm; 36 manganese-steel blades; current guarded construction to approve
Discuss this option ↗
Compact petrol cultivator · configuration 01 sourcing illustration
REFERENCE 0293-38

Compact petrol cultivator · configuration 01

Belt-and-chain drive, a four-stroke OHV single-cylinder forced-air-cooled engine, manual start and oil-bath air-filter direction. Working width and depth are reference ranges subject to the selected tool and soil conditions.

Overall dimensions (mm)
1380×650×970
Net / gross mass (kg)
70/77
Tilling-width reference (mm)
500–1000
Working depth reference (mm)
150–250
Fuel-tank capacity (L)
3.6
Engine direction
212 cc; 70 × 55 mm; compression 8.5:1; maximum 7 hp / 3600 rpm; rated 5.7 hp / 3600 rpm; torque 12 N·m / 2500 rpm
Starting
manual
Compression ratio
8.5:1
Discuss this option ↗
Compact petrol cultivator · configuration 02 sourcing illustration
REFERENCE 0293-39

Compact petrol cultivator · configuration 02

Belt-and-chain drive, a four-stroke OHV single-cylinder forced-air-cooled engine, manual start and oil-bath air-filter direction. Working width and depth are reference ranges subject to the selected tool and soil conditions.

Overall dimensions (mm)
1390×800×1070
Net / gross mass (kg)
75/87
Tilling-width reference (mm)
800–1000
Working depth reference (mm)
150–300
Fuel-tank capacity (L)
6
Engine direction
212 cc; 70 × 55 mm; compression 8.5:1; maximum 7 hp / 3600 rpm; rated 5.7 hp / 3600 rpm; torque 12 N·m / 2500 rpm
Starting
manual
Compression ratio
8.5:1
Discuss this option ↗
Petrol pressure washer · configuration 01 sourcing illustration
REFERENCE 0293-40

Petrol pressure washer · configuration 01

A single-cylinder air-cooled four-stroke OHV drive direction. Confirm pressure and flow at the same operating point, pump construction, gun, hose, inlet conditions and the supplied nozzle set. GPM convention must be specified before conversion.

Rated pressure reference (psi)
3400
Rated flow reference (GPM; convention to confirm)
2.8
Maximum inlet-water temperature (°C)
60
Rated engine power (hp / rpm)
6.5/3600
Displacement (cc)
208
Fuel-tank capacity (L)
3.6
Net / gross mass (kg)
31.9/38
Packing L × W × H (mm)
732×573×590
Pump and wheel configuration
Published language versions differ in pump-head material and wheel construction; select and approve the actual current assembly
Gun / nozzles
Metal gun direction; exact hose, couplings and included nozzle set to approve
Discuss this option ↗
Petrol pressure washer · configuration 02 sourcing illustration
REFERENCE 0293-41

Petrol pressure washer · configuration 02

A single-cylinder air-cooled four-stroke OHV drive direction. Confirm pressure and flow at the same operating point, pump construction, gun, hose, inlet conditions and the supplied nozzle set. GPM convention must be specified before conversion.

Rated pressure reference (psi)
3200
Flow reference (GPM; convention to confirm)
2.5
Maximum inlet-water temperature (°C)
60
Engine displacement (cc)
208
Published engine power (hp / rpm)
6.5/3600
Fuel-tank capacity (L)
3.6
Net mass (kg)
35.9
Gross mass (kg)
37.3
Packing dimensions (mm)
572×450×630
Pump direction
Cam type; aluminium-alloy head
Wheel direction
10-inch plastic wheel
Nozzle reference
0°, 15°, 40° and soap directions; supplied parts to confirm
Gun / nozzles
Metal gun direction; exact hose, couplings and included nozzle set to approve
Discuss this option ↗
Petrol water pump · configuration 01 sourcing illustration
REFERENCE 0293-42

Petrol water pump · configuration 01

A four-stroke single-cylinder air-cooled drive direction with recoil or electric-start options. Confirm the actual pump curve, liquid suitability, suction conditions, connections and starting configuration.

Inlet / outlet diameter (mm)
50
Published head reference (m)
26
Suction reference (m)
8
Flow reference (L/min)
550
Engine displacement (cc)
163
Published engine power (hp / rpm)
5.5/3600
Fuel-tank capacity (L)
3.6
Net mass (kg)
27
Discuss this option ↗
Petrol water pump · configuration 02 sourcing illustration
REFERENCE 0293-43

Petrol water pump · configuration 02

A four-stroke single-cylinder air-cooled drive direction with recoil or electric-start options. Confirm the actual pump curve, liquid suitability, suction conditions, connections and starting configuration.

Inlet / outlet diameter (mm)
80
Published head reference (m)
28
Suction reference (m)
8
Flow reference (L/min)
1000
Engine displacement (cc)
196
Published engine power (hp / rpm)
6.5/3600
Fuel-tank capacity (L)
3.6
Net mass (kg)
30
Discuss this option ↗
Petrol water pump · configuration 03 sourcing illustration
REFERENCE 0293-44

Petrol water pump · configuration 03

A four-stroke single-cylinder air-cooled drive direction with recoil or electric-start options. Confirm the actual pump curve, liquid suitability, suction conditions, connections and starting configuration.

Inlet / outlet diameter (mm)
100
Published head reference (m)
16
Suction reference (m)
8
Flow reference (L/min)
1300
Engine displacement (cc)
242
Published engine power (hp / rpm)
8.0/3600
Fuel-tank capacity (L)
6
Net mass (kg)
47
Discuss this option ↗
Petrol water pump · configuration 04 sourcing illustration
REFERENCE 0293-45

Petrol water pump · configuration 04

A four-stroke single-cylinder air-cooled drive direction with recoil or electric-start options. Confirm the actual pump curve, liquid suitability, suction conditions, connections and starting configuration.

Published head reference (m)
71
Suction reference (m)
6
Flow reference (L/min)
430
Engine displacement (cc)
163
Published engine power (hp / rpm)
5.5/3600
Fuel-tank capacity (L)
3.6
Net mass (kg)
29
Discuss this option ↗
Petrol water pump · configuration 05 sourcing illustration
REFERENCE 0293-46

Petrol water pump · configuration 05

A four-stroke single-cylinder air-cooled drive direction with recoil or electric-start options. Confirm the actual pump curve, liquid suitability, suction conditions, connections and starting configuration.

Published head reference (m)
55
Suction reference (m)
3
Flow reference (L/min)
480
Engine displacement (cc)
196
Published engine power (hp / rpm)
6.5/3600
Fuel-tank capacity (L)
3.6
Net mass (kg)
31
Discuss this option ↗
LPG or natural-gas generating set · configuration 01 sourcing illustration
REFERENCE 0293-47

LPG or natural-gas generating set · configuration 01

Single-phase brushless AVR direction with recoil starting. Catalogue fuel-inlet pressure is 2–3 kPa; confirm the actual fuel, regulator, connection, safe installation requirements and electrical rating before selection.

Rated AC output (kVA)
1.5/1.8
Maximum AC output (kVA)
1.7/2.0
Engine displacement (cc)
163
Bore × stroke (mm)
68×45
Published engine power (hp / rpm)
5.0/3600
Runtime catalogue reference (h; load and conditions to confirm)
13
Noise at 7 m reference (dB(A); load and method to confirm)
67
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Fuel / pressure direction
LPG or natural gas; 2–3 kPa published inlet reference; regulator and actual fuel configuration to approve
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Discuss this option ↗
LPG or natural-gas generating set · configuration 02 sourcing illustration
REFERENCE 0293-48

LPG or natural-gas generating set · configuration 02

Single-phase brushless AVR direction with recoil starting. Catalogue fuel-inlet pressure is 2–3 kPa; confirm the actual fuel, regulator, connection, safe installation requirements and electrical rating before selection.

Rated AC output (kVA)
2.2/2.5
Maximum AC output (kVA)
2.5/3.0
Engine displacement (cc)
196
Bore × stroke (mm)
68×54
Published engine power (hp / rpm)
6.0/3600
Runtime catalogue reference (h; load and conditions to confirm)
11
Noise at 7 m reference (dB(A); load and method to confirm)
67
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Fuel / pressure direction
LPG or natural gas; 2–3 kPa published inlet reference; regulator and actual fuel configuration to approve
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Discuss this option ↗
LPG or natural-gas generating set · configuration 03 sourcing illustration
REFERENCE 0293-49

LPG or natural-gas generating set · configuration 03

Single-phase brushless AVR direction with recoil starting. Catalogue fuel-inlet pressure is 2–3 kPa; confirm the actual fuel, regulator, connection, safe installation requirements and electrical rating before selection.

Rated AC output (kVA)
2.8/3.0
Maximum AC output (kVA)
3.2/3.5
Published engine power (hp / rpm)
7.0/3600
Runtime catalogue reference (h; load and conditions to confirm)
9
Noise at 7 m reference (dB(A); load and method to confirm)
72
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Fuel / pressure direction
LPG or natural gas; 2–3 kPa published inlet reference; regulator and actual fuel configuration to approve
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Geometry approval
Published bore/stroke and displacement declarations disagree; current engine drawing and displacement to confirm
Discuss this option ↗
LPG or natural-gas generating set · configuration 04 sourcing illustration
REFERENCE 0293-50

LPG or natural-gas generating set · configuration 04

Single-phase brushless AVR direction with recoil starting. Catalogue fuel-inlet pressure is 2–3 kPa; confirm the actual fuel, regulator, connection, safe installation requirements and electrical rating before selection.

Rated AC output (kVA)
3.2/3.5
Maximum AC output (kVA)
3.5/4.0
Engine displacement (cc)
270
Bore × stroke (mm)
77×58
Published engine power (hp / rpm)
8.0/3600
Runtime catalogue reference (h; load and conditions to confirm)
8
Noise at 7 m reference (dB(A); load and method to confirm)
72
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Fuel / pressure direction
LPG or natural gas; 2–3 kPa published inlet reference; regulator and actual fuel configuration to approve
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Discuss this option ↗
LPG or natural-gas generating set · configuration 05 sourcing illustration
REFERENCE 0293-51

LPG or natural-gas generating set · configuration 05

Single-phase brushless AVR direction with recoil starting. Catalogue fuel-inlet pressure is 2–3 kPa; confirm the actual fuel, regulator, connection, safe installation requirements and electrical rating before selection.

Rated AC output (kVA)
3.5/4.0
Maximum AC output (kVA)
4.0/4.5
Engine displacement (cc)
337
Bore × stroke (mm)
82×64
Published engine power (hp / rpm)
10.0/3600
Runtime catalogue reference (h; load and conditions to confirm)
7
Noise at 7 m reference (dB(A); load and method to confirm)
72
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Fuel / pressure direction
LPG or natural gas; 2–3 kPa published inlet reference; regulator and actual fuel configuration to approve
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Discuss this option ↗
LPG or natural-gas generating set · configuration 06 sourcing illustration
REFERENCE 0293-52

LPG or natural-gas generating set · configuration 06

Single-phase brushless AVR direction with recoil starting. Catalogue fuel-inlet pressure is 2–3 kPa; confirm the actual fuel, regulator, connection, safe installation requirements and electrical rating before selection.

Rated AC output (kVA)
4.5/5.0
Maximum AC output (kVA)
5.5/6.0
Engine displacement (cc)
389
Bore × stroke (mm)
88×64
Published engine power (hp / rpm)
12.0/3600
Runtime catalogue reference (h; load and conditions to confirm)
5.5
Noise at 7 m reference (dB(A); load and method to confirm)
72
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Fuel / pressure direction
LPG or natural gas; 2–3 kPa published inlet reference; regulator and actual fuel configuration to approve
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Discuss this option ↗
Generator, welder and compressor · configuration 01 sourcing illustration
REFERENCE 0293-53

Generator, welder and compressor · configuration 01

Combine the requested electrical, welding and compressed-air requirements in one configuration brief. Confirm simultaneous-use limits, welding duty conditions, air delivery basis and the selected operating instructions.

Generator rated AC output (kVA)
4
Generator maximum AC output (kVA)
4.2
Generator voltage (V)
220
Generator frequency (Hz)
50
Power factor
1
Welding-current range (A)
50–180
Open-circuit voltage (V)
60–80
Electrode diameter (mm)
2.6–4.0
Air-tank capacity (L)
18
Air delivery at 40 psi (CFM; test basis to approve)
5.2
Air delivery at 90 psi (CFM; test basis to approve)
4.2
Maximum compressor pressure (psi)
115
Engine displacement (cc)
420
Maximum engine power (hp / rpm)
15/3600
Fuel-tank capacity (L)
25
Oil capacity (L)
1.1
Starting direction
electric
Fuel direction
unleaded petrol
Ignition direction
TCI
Runtime catalogue reference (h; load and conditions to confirm)
8
Noise reference (dB(A); distance, load and method to confirm)
72
Discuss this option ↗
Higher-output petrol generator · configuration 01 sourcing illustration
REFERENCE 0293-54

Higher-output petrol generator · configuration 01

Single-phase brushless AVR direction with recoil/electric-start alternatives. Confirm the selected frequency, voltage, power basis, outlets and operating load.

Rated AC output (kVA)
8.5/10
Maximum AC output (kVA)
10/12
Engine displacement (cc)
614
Bore × stroke (mm)
77×66
Maximum engine power (hp / rpm)
18/3600
Fuel-tank capacity (L)
33
Runtime catalogue reference (h; load and conditions to confirm)
12.5
Noise at 7 m reference (dB(A); load and method to confirm)
72
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Discuss this option ↗
Petrol welding generator · configuration 01 sourcing illustration
REFERENCE 0293-55

Petrol welding generator · configuration 01

A single-phase brushless AVR generator with welding-current adjustment. Confirm duty cycle at the specified current and temperature, electrode requirements and available generator output during welding.

Rated AC output (kVA)
2
Maximum AC output (kVA)
2.2
Voltage (V)
220
Frequency (Hz)
50
Engine displacement (cc)
389
Bore × stroke (mm)
88×64
Maximum engine power (hp / rpm)
13/3600
Fuel-tank capacity (L)
25
Welding-current range (A)
50–190
Welding work voltage (V)
24–30
Open-circuit welding voltage (V)
60–80
Electrode diameter (mm)
2.6–4.0
Runtime catalogue reference (h; load and conditions to confirm)
9
Noise at 7 m reference (dB(A); load and method to confirm)
72
Discuss this option ↗
Enclosed petrol generator · configuration 01 sourcing illustration
REFERENCE 0293-56

Enclosed petrol generator · configuration 01

Single-phase brushless AVR construction with recoil/electric-start alternatives. Confirm the selected voltage and frequency, load, ventilation and current acoustic test conditions.

Rated AC output (kVA)
2.0/2.5
Maximum AC output (kVA)
2.5/3.0
Engine displacement (cc)
196
Bore × stroke (mm)
68×54
Maximum engine power (hp / rpm)
6.5/3600
Fuel-tank capacity (L)
15
Runtime catalogue reference (h; load and conditions to confirm)
7.5
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Noise reference
65 dB(A) at 7 m; actual load, method and assembled version to confirm
Discuss this option ↗
Enclosed petrol generator · configuration 02 sourcing illustration
REFERENCE 0293-57

Enclosed petrol generator · configuration 02

Single-phase brushless AVR construction with recoil/electric-start alternatives. Confirm the selected voltage and frequency, load, ventilation and current acoustic test conditions.

Rated AC output (kVA)
2.8/3.5
Maximum AC output (kVA)
3.1/3.8
Engine displacement (cc)
270
Bore × stroke (mm)
77×58
Maximum engine power (hp / rpm)
9/3600
Fuel-tank capacity (L)
15
Runtime catalogue reference (h; load and conditions to confirm)
12.5
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Noise reference
65 dB(A) at 7 m; actual load, method and assembled version to confirm
Discuss this option ↗
Enclosed petrol generator · configuration 03 sourcing illustration
REFERENCE 0293-58

Enclosed petrol generator · configuration 03

Single-phase brushless AVR construction with recoil/electric-start alternatives. Confirm the selected voltage and frequency, load, ventilation and current acoustic test conditions.

Rated AC output (kVA)
3.8/4.5
Maximum AC output (kVA)
4.2/5.0
Engine displacement (cc)
389
Bore × stroke (mm)
88×64
Maximum engine power (hp / rpm)
13/3600
Fuel-tank capacity (L)
25
Runtime catalogue reference (h; load and conditions to confirm)
10
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Noise reference
65 dB(A) at 7 m; actual load, method and assembled version to confirm
Discuss this option ↗
Enclosed petrol generator · configuration 04 sourcing illustration
REFERENCE 0293-59

Enclosed petrol generator · configuration 04

Single-phase brushless AVR construction with recoil/electric-start alternatives. Confirm the selected voltage and frequency, load, ventilation and current acoustic test conditions.

Rated AC output (kVA)
4.8/5.5
Maximum AC output (kVA)
5.3/6.0
Engine displacement (cc)
389
Bore × stroke (mm)
88×64
Maximum engine power (hp / rpm)
13/3600
Fuel-tank capacity (L)
25
Runtime catalogue reference (h; load and conditions to confirm)
9
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Noise reference
65 dB(A) at 7 m; actual load, method and assembled version to confirm
Discuss this option ↗
Enclosed petrol generator · configuration 05 sourcing illustration
REFERENCE 0293-60

Enclosed petrol generator · configuration 05

Single-phase brushless AVR construction with recoil/electric-start alternatives. Confirm the selected voltage and frequency, load, ventilation and current acoustic test conditions.

Rated AC output (kVA)
5.7/6.5
Maximum AC output (kVA)
6.2/7.0
Engine displacement (cc)
420
Bore × stroke (mm)
90×66
Maximum engine power (hp / rpm)
15/3600
Fuel-tank capacity (L)
25
Runtime catalogue reference (h; load and conditions to confirm)
9
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Noise reference
65 dB(A) at 7 m; actual load, method and assembled version to confirm
Discuss this option ↗
Open-frame inverter generator · configuration 01 sourcing illustration
REFERENCE 0293-61

Open-frame inverter generator · configuration 01

Compare rated and maximum output separately. Select the actual voltage/frequency configuration and starting system; confirm waveform distortion, runtime and noise under the specified test conditions.

Rated power (kW)
6
Maximum output (kW)
6.5
Engine displacement (cc)
305
Fuel-tank capacity (L)
17.5
Oil capacity (L)
0.8
Noise at 25% load reference (dB(A); distance/method to confirm)
74
Runtime at 50% load reference (h)
8.8
Net mass (kg)
43
Machine dimensions (mm)
657×601×551
Electrical / waveform reference
120/240 V; 50/60 Hz alternatives; ≤3% THD reference, method and actual configuration to confirm
Starting alternatives
Recoil / electric, subject to selected version
Packing approval
Machine and catalogue packing dimensions conflict; current drawing and packing plan required
Discuss this option ↗
Open-frame inverter generator · configuration 02 sourcing illustration
REFERENCE 0293-62

Open-frame inverter generator · configuration 02

Compare rated and maximum output separately. Select the actual voltage/frequency configuration and starting system; confirm waveform distortion, runtime and noise under the specified test conditions.

Rated power (kW)
7.2
Maximum output (kW)
7.7
Engine displacement (cc)
458
Fuel-tank capacity (L)
25
Oil capacity (L)
1.1
Noise at 25% load reference (dB(A); distance/method to confirm)
75
Runtime at 50% load reference (h)
10.5
Net mass (kg)
62
Machine dimensions (mm)
690×650×610
Electrical / waveform reference
120/240 V; 50/60 Hz alternatives; ≤3% THD reference, method and actual configuration to confirm
Starting alternatives
Recoil / electric, subject to selected version
Packing approval
Machine and catalogue packing dimensions conflict; current drawing and packing plan required
Discuss this option ↗
Open-frame inverter generator · configuration 03 sourcing illustration
REFERENCE 0293-63

Open-frame inverter generator · configuration 03

Compare rated and maximum output separately. Select the actual voltage/frequency configuration and starting system; confirm waveform distortion, runtime and noise under the specified test conditions.

Rated power (kW)
8
Maximum output (kW)
8.5
Engine displacement (cc)
458
Fuel-tank capacity (L)
25
Oil capacity (L)
1.1
Noise at 25% load reference (dB(A); distance/method to confirm)
77
Runtime at 50% load reference (h)
9.8
Net mass (kg)
63
Machine dimensions (mm)
690×650×610
Electrical / waveform reference
120/240 V; 50/60 Hz alternatives; ≤3% THD reference, method and actual configuration to confirm
Starting alternatives
Recoil / electric, subject to selected version
Packing approval
Machine and catalogue packing dimensions conflict; current drawing and packing plan required
Discuss this option ↗
Open-frame inverter generator · configuration 04 sourcing illustration
REFERENCE 0293-64

Open-frame inverter generator · configuration 04

Compare rated and maximum output separately. Select the actual voltage/frequency configuration and starting system; confirm waveform distortion, runtime and noise under the specified test conditions.

Rated power (kW)
2.8
Maximum output (kW)
3
Engine displacement (cc)
208
Fuel-tank capacity (L)
5
Oil capacity (L)
0.6
Noise at 25% load reference (dB(A); distance/method to confirm)
75
Runtime at 50% load reference (h)
2.5
Net mass (kg)
23.5
Machine dimensions (mm)
485×385×495
Packing dimensions (mm)
505×405×520
20GP / 40GP / 40HQ catalogue loading reference (current packing plan to approve)
256/532/665
Electrical / waveform reference
120/240 V; 50/60 Hz alternatives; ≤3% THD reference, method and actual configuration to confirm
Discuss this option ↗
Open-frame inverter generator · configuration 05 sourcing illustration
REFERENCE 0293-65

Open-frame inverter generator · configuration 05

Compare rated and maximum output separately. Select the actual voltage/frequency configuration and starting system; confirm waveform distortion, runtime and noise under the specified test conditions.

Rated power (kW)
3.2
Maximum output (kW)
3.5
Engine displacement (cc)
208
Fuel-tank capacity (L)
7.5
Oil capacity (L)
0.6
Noise at 25% load reference (dB(A); distance/method to confirm)
72
Runtime at 50% load reference (h)
7
Net mass (kg)
25.5
Machine dimensions (mm)
433×380×448
Packing dimensions (mm)
465×395×485
20GP / 40GP / 40HQ catalogue loading reference (current packing plan to approve)
280/600/750
Electrical / waveform reference
120/240 V; 50/60 Hz alternatives; ≤3% THD reference, method and actual configuration to confirm
Discuss this option ↗
Open-frame inverter generator · configuration 06 sourcing illustration
REFERENCE 0293-66

Open-frame inverter generator · configuration 06

Compare rated and maximum output separately. Select the actual voltage/frequency configuration and starting system; confirm waveform distortion, runtime and noise under the specified test conditions.

Rated power (kW)
3.5
Maximum output (kW)
3.8
Engine displacement (cc)
223
Fuel-tank capacity (L)
7.5
Oil capacity (L)
0.6
Noise at 25% load reference (dB(A); distance/method to confirm)
73
Runtime at 50% load reference (h)
5.5
Net mass (kg)
26.5
Machine dimensions (mm)
433×380×448
Packing dimensions (mm)
465×395×485
20GP / 40GP / 40HQ catalogue loading reference (current packing plan to approve)
280/600/750
Electrical / waveform reference
120/240 V; 50/60 Hz alternatives; ≤3% THD reference, method and actual configuration to confirm
Discuss this option ↗
Open-frame inverter generator · configuration 07 sourcing illustration
REFERENCE 0293-67

Open-frame inverter generator · configuration 07

Compare rated and maximum output separately. Select the actual voltage/frequency configuration and starting system; confirm waveform distortion, runtime and noise under the specified test conditions.

Rated power (kW)
4.2
Maximum output (kW)
4.5
Engine displacement (cc)
223
Fuel-tank capacity (L)
11.5
Oil capacity (L)
0.6
Noise at 25% load reference (dB(A); distance/method to confirm)
69
Runtime at 50% load reference (h)
9
Net mass (kg)
33
Machine dimensions (mm)
475×440×480
Packing dimensions (mm)
505×456×525
20GP / 40GP / 40HQ catalogue loading reference (current packing plan to approve)
220/460/585
Electrical / waveform reference
120/240 V; 50/60 Hz alternatives; ≤3% THD reference, method and actual configuration to confirm
Discuss this option ↗
Multi-cylinder diesel engine · configuration 04 sourcing illustration
REFERENCE 0293-68

Multi-cylinder diesel engine · configuration 04

Compare the selected rated speed and power, cooling arrangement, flywheel housing, shaft connection and mounting drawing. Confirm the application and current engine specification.

Cylinder bore (mm)
102
Piston stroke (mm)
112
Displacement (L)
1.83
Rated speed (rpm)
2200–2400
Rated power (kW)
14.7–22.1
Net mass (kg)
245±5
Discuss this option ↗
Multi-cylinder diesel engine · configuration 05 sourcing illustration
REFERENCE 0293-69

Multi-cylinder diesel engine · configuration 05

Compare the selected rated speed and power, cooling arrangement, flywheel housing, shaft connection and mounting drawing. Confirm the application and current engine specification.

Cylinder bore (mm)
90
Piston stroke (mm)
95
Displacement (L)
1.81
Rated speed (rpm)
2200–2400
Rated power (kW)
18.4–23.5
Net mass (kg)
230±10
Discuss this option ↗
Multi-cylinder diesel engine · configuration 06 sourcing illustration
REFERENCE 0293-70

Multi-cylinder diesel engine · configuration 06

Compare the selected rated speed and power, cooling arrangement, flywheel housing, shaft connection and mounting drawing. Confirm the application and current engine specification.

Cylinder bore (mm)
90
Piston stroke (mm)
100
Displacement (L)
2.54
Rated speed (rpm)
2200–2400
Rated power (kW)
25.8–33.0
Net mass (kg)
280±10
Discuss this option ↗
High-head diesel pump · configuration 04 sourcing illustration
REFERENCE 0293-71

High-head diesel pump · configuration 04

Compare pump connection, head and flow at the required duty point. Published maxima do not describe simultaneous delivery; confirm liquid, suction conditions and the current curve.

Inlet / outlet diameter (mm)
50
Maximum head (m)
65
Maximum suction head (m)
7
Maximum flow (m³/h)
30
Engine displacement (cc)
296
Maximum engine power (hp / rpm)
6/3600
Oil capacity (L)
1.1
Fuel-tank capacity (L)
3.5
Net mass (kg)
52
Dimensions (mm)
510×430×540
Discuss this option ↗
High-head diesel pump · configuration 05 sourcing illustration
REFERENCE 0293-72

High-head diesel pump · configuration 05

Compare pump connection, head and flow at the required duty point. Published maxima do not describe simultaneous delivery; confirm liquid, suction conditions and the current curve.

Inlet / outlet diameter (mm)
80
Maximum head (m)
75
Maximum suction head (m)
7
Maximum flow (m³/h)
47
Engine displacement (cc)
418
Maximum engine power (hp / rpm)
10/3600
Oil capacity (L)
1.65
Fuel-tank capacity (L)
5.5
Net mass (kg)
75
Dimensions (mm)
565×490×655
Discuss this option ↗
High-head diesel pump · configuration 06 sourcing illustration
REFERENCE 0293-73

High-head diesel pump · configuration 06

Compare pump connection, head and flow at the required duty point. Published maxima do not describe simultaneous delivery; confirm liquid, suction conditions and the current curve.

Inlet / outlet diameter (mm)
100
Maximum head (m)
50
Maximum suction head (m)
7
Maximum flow (m³/h)
115
Engine displacement (cc)
498
Maximum engine power (hp / rpm)
12/3600
Oil capacity (L)
1.65
Fuel-tank capacity (L)
5.5
Net mass (kg)
80
Dimensions (mm)
645×490×655
Discuss this option ↗
High-head diesel pump · configuration 07 sourcing illustration
REFERENCE 0293-74

High-head diesel pump · configuration 07

Compare pump connection, head and flow at the required duty point. Published maxima do not describe simultaneous delivery; confirm liquid, suction conditions and the current curve.

Inlet / outlet diameter (mm)
150
Maximum head (m)
25
Maximum suction head (m)
7
Maximum flow (m³/h)
195
Engine displacement (cc)
531
Maximum engine power (hp / rpm)
13/3600
Oil capacity (L)
2
Fuel-tank capacity (L)
5.5
Net mass (kg)
120
Dimensions (mm)
700×600×730
Discuss this option ↗
Diesel pump · configuration 01 sourcing illustration
REFERENCE 0293-75

Diesel pump · configuration 01

Specify liquid, required operating flow and head, suction conditions and pipe connections. Maximum flow, head and suction references are separate limits; select the actual duty point from a current curve.

Inlet / outlet diameter (mm)
50
Maximum head (m)
32
Maximum suction head (m)
7
Maximum flow (m³/h)
32
Engine displacement (cc)
211
Maximum engine power (hp / rpm)
4/3600
Oil capacity (L)
0.75
Fuel-tank capacity (L)
2.5
Net mass (kg)
37
Dimensions (mm)
510×430×540
Discuss this option ↗
Diesel pump · configuration 02 sourcing illustration
REFERENCE 0293-76

Diesel pump · configuration 02

Specify liquid, required operating flow and head, suction conditions and pipe connections. Maximum flow, head and suction references are separate limits; select the actual duty point from a current curve.

Inlet / outlet diameter (mm)
80
Maximum head (m)
30
Maximum suction head (m)
7
Maximum flow (m³/h)
56
Engine displacement (cc)
296
Maximum engine power (hp / rpm)
6/3600
Oil capacity (L)
1.1
Fuel-tank capacity (L)
3.5
Net mass (kg)
47
Dimensions (mm)
580×470×570
Discuss this option ↗
Diesel pump · configuration 03 sourcing illustration
REFERENCE 0293-77

Diesel pump · configuration 03

Specify liquid, required operating flow and head, suction conditions and pipe connections. Maximum flow, head and suction references are separate limits; select the actual duty point from a current curve.

Inlet / outlet diameter (mm)
100
Maximum head (m)
30
Maximum suction head (m)
7
Maximum flow (m³/h)
93
Engine displacement (cc)
418
Maximum engine power (hp / rpm)
10/3600
Oil capacity (L)
1.65
Fuel-tank capacity (L)
5.5
Net mass (kg)
69
Dimensions (mm)
665×490×620
Discuss this option ↗
Diesel pump · configuration 04 sourcing illustration
REFERENCE 0293-78

Diesel pump · configuration 04

Specify liquid, required operating flow and head, suction conditions and pipe connections. Maximum flow, head and suction references are separate limits; select the actual duty point from a current curve.

Inlet / outlet diameter (mm)
150
Maximum head (m)
25
Maximum suction head (m)
6
Maximum flow (m³/h)
200
Engine displacement (cc)
498
Maximum engine power (hp / rpm)
12/3600
Oil capacity (L)
1.65
Fuel-tank capacity (L)
15
Net mass (kg)
120
Dimensions (mm)
800×600×810
Discuss this option ↗
Diesel welding generator · configuration 01 sourcing illustration
REFERENCE 0293-79

Diesel welding generator · configuration 01

Open-frame single-phase brushed-AVR direction, recoil/electric start and low-oil warning. Catalogue welding continuous ratio is 40%; confirm the applicable current, duty period and temperature before use as an acceptance requirement.

Voltage (V)
220
Rated welding DC current (A)
160
Welding-current adjustment (A)
50–190
Continuous AC output (kW)
4
Maximum AC output (kW)
4.5
Engine displacement (cc)
418
Net mass (kg)
115
Gross mass (kg)
118
Welding / electrical direction
50 Hz / 3000 rpm; 25–32 V welding-work reference; 40% continuous-ratio reference subject to current duty conditions; DC 12 V / 8.3 A; power factor 1
Discuss this option ↗
Diesel welding generator · configuration 02 sourcing illustration
REFERENCE 0293-80

Diesel welding generator · configuration 02

Open-frame single-phase brushed-AVR direction, recoil/electric start and low-oil warning. Catalogue welding continuous ratio is 40%; confirm the applicable current, duty period and temperature before use as an acceptance requirement.

Voltage (V)
230
Rated welding DC current (A)
200
Welding-current adjustment (A)
50–220
Continuous AC output (kW)
2
Maximum AC output (kW)
2.5
Engine displacement (cc)
498
Net mass (kg)
120
Gross mass (kg)
125
Welding / electrical direction
50 Hz / 3000 rpm; 25–32 V welding-work reference; 40% continuous-ratio reference subject to current duty conditions; DC 12 V / 8.3 A; power factor 1
Discuss this option ↗
Compact higher-output diesel generator · configuration 01 sourcing illustration
REFERENCE 0293-81

Compact higher-output diesel generator · configuration 01

Electric-start open or enclosed configurations vary by article. Confirm the cooling system, single- or three-phase connection, output and packing for the selected version.

Rated power (kW)
9.5
Maximum output (kW)
10
Engine displacement (cc)
794
Cooling direction
water
Fuel-tank capacity (L)
25
Enclosed-version net mass (kg)
285
Enclosed-version dimensions (mm)
1230×685×770
Electrical direction
50 Hz / 3000 rpm; 220 V or 220/380 V; single- or three-phase alternative to confirm
Auxiliary DC output reference
12 V / 8.3 A
Starting / protection direction
Electric start; low-oil warning
Compression ratio
20:1
Battery reference
12 V / 36 Ah; actual supplied assembly to approve
Noise reference at 7 m
72/75 dB; selected enclosed version and test conditions to confirm
Control options enquiry
Hour counter, remote control, ATS, digital panel or preheater; confirm compatible selected configuration
Discuss this option ↗
Compact higher-output diesel generator · configuration 02 sourcing illustration
REFERENCE 0293-82

Compact higher-output diesel generator · configuration 02

Electric-start open or enclosed configurations vary by article. Confirm the cooling system, single- or three-phase connection, output and packing for the selected version.

Rated power (kW)
11.5
Maximum output (kW)
12
Engine displacement (cc)
997
Cooling direction
air
Fuel-tank capacity (L)
30/25
Open-version net mass (kg)
230
Enclosed-version net mass (kg)
320
Open-version dimensions (mm)
930×660×910
Enclosed-version dimensions (mm)
1250×650×910
Electrical direction
50 Hz / 3000 rpm; 220 V or 220/380 V; single- or three-phase alternative to confirm
Auxiliary DC output reference
12 V / 8.3 A
Starting / protection direction
Electric start; low-oil warning
Compression ratio
20:1
Battery reference
12 V / 36 Ah; actual supplied assembly to approve
Noise reference at 7 m
90/75 dB; selected open/enclosed version and test conditions to confirm
Control options enquiry
Hour counter, remote control, ATS, digital panel or preheater; confirm compatible selected configuration
Discuss this option ↗
Compact higher-output diesel generator · configuration 03 sourcing illustration
REFERENCE 0293-83

Compact higher-output diesel generator · configuration 03

Electric-start open or enclosed configurations vary by article. Confirm the cooling system, single- or three-phase connection, output and packing for the selected version.

Rated power (kW)
14
Maximum output (kW)
15
Engine displacement (cc)
1063
Cooling direction
air
Fuel-tank capacity (L)
30/25
Open-version net mass (kg)
230
Enclosed-version net mass (kg)
320
Open-version dimensions (mm)
930×660×910
Enclosed-version dimensions (mm)
1250×650×910
Electrical direction
50 Hz / 3000 rpm; 220 V or 220/380 V; single- or three-phase alternative to confirm
Auxiliary DC output reference
12 V / 8.3 A
Starting / protection direction
Electric start; low-oil warning
Compression ratio
20:1
Battery reference
12 V / 36 Ah; actual supplied assembly to approve
Noise reference at 7 m
90/75 dB; selected open/enclosed version and test conditions to confirm
Control options enquiry
Hour counter, remote control, ATS, digital panel or preheater; confirm compatible selected configuration
Discuss this option ↗
Enclosed diesel generator · configuration 01 sourcing illustration
REFERENCE 0293-84

Enclosed diesel generator · configuration 01

Electric-start enclosed construction with brushless or brushed-AVR options and a low-oil warning direction. The paired 50/60 Hz output references require the corresponding 3000/3600 rpm configuration.

Rated output at 50 Hz (kW)
2.8
Rated output at 60 Hz (kW)
3
Engine displacement (cc)
296
Compression ratio
20:1
Machine dimensions (mm)
950×570×770
Net mass (kg)
140
Gross mass (kg)
145
Operating-speed pairing
50 Hz / 3000 rpm; 60 Hz / 3600 rpm
Phase / regulation options
Single- or three-phase; power factor 1.0 / 0.8; brushless or brushed AVR, actual selected version to confirm
Auxiliary DC output reference
12 V / 8.3 A
Noise reference
72–74 dB at 7 m; actual operating/test conditions to confirm
Battery direction
30 Ah; voltage and selected battery to approve
Discuss this option ↗
Enclosed diesel generator · configuration 02 sourcing illustration
REFERENCE 0293-85

Enclosed diesel generator · configuration 02

Electric-start enclosed construction with brushless or brushed-AVR options and a low-oil warning direction. The paired 50/60 Hz output references require the corresponding 3000/3600 rpm configuration.

Rated output at 50 Hz (kW)
4.5
Rated output at 60 Hz (kW)
5
Engine displacement (cc)
418
Compression ratio
19:1
Machine dimensions (mm)
950×570×770
Net mass (kg)
155
Gross mass (kg)
160
Operating-speed pairing
50 Hz / 3000 rpm; 60 Hz / 3600 rpm
Phase / regulation options
Single- or three-phase; power factor 1.0 / 0.8; brushless or brushed AVR, actual selected version to confirm
Auxiliary DC output reference
12 V / 8.3 A
Noise reference
72–74 dB at 7 m; actual operating/test conditions to confirm
Battery direction
30 Ah; voltage and selected battery to approve
Discuss this option ↗
Enclosed diesel generator · configuration 03 sourcing illustration
REFERENCE 0293-86

Enclosed diesel generator · configuration 03

Electric-start enclosed construction with brushless or brushed-AVR options and a low-oil warning direction. The paired 50/60 Hz output references require the corresponding 3000/3600 rpm configuration.

Rated output at 50 Hz (kW)
5.5
Rated output at 60 Hz (kW)
5.8
Engine displacement (cc)
456
Compression ratio
19:1
Machine dimensions (mm)
950×570×770
Net mass (kg)
160
Gross mass (kg)
165
Operating-speed pairing
50 Hz / 3000 rpm; 60 Hz / 3600 rpm
Phase / regulation options
Single- or three-phase; power factor 1.0 / 0.8; brushless or brushed AVR, actual selected version to confirm
Auxiliary DC output reference
12 V / 8.3 A
Noise reference
72–74 dB at 7 m; actual operating/test conditions to confirm
Battery direction
30 Ah; voltage and selected battery to approve
Discuss this option ↗
Enclosed diesel generator · configuration 04 sourcing illustration
REFERENCE 0293-87

Enclosed diesel generator · configuration 04

Electric-start enclosed construction with brushless or brushed-AVR options and a low-oil warning direction. The paired 50/60 Hz output references require the corresponding 3000/3600 rpm configuration.

Rated output at 50 Hz (kW)
5.8
Rated output at 60 Hz (kW)
6
Engine displacement (cc)
477
Compression ratio
19:1
Machine dimensions (mm)
950×570×770
Net mass (kg)
165
Gross mass (kg)
170
Operating-speed pairing
50 Hz / 3000 rpm; 60 Hz / 3600 rpm
Phase / regulation options
Single- or three-phase; power factor 1.0 / 0.8; brushless or brushed AVR, actual selected version to confirm
Auxiliary DC output reference
12 V / 8.3 A
Noise reference
72–74 dB at 7 m; actual operating/test conditions to confirm
Battery direction
30 Ah; voltage and selected battery to approve
Discuss this option ↗
Enclosed diesel generator · configuration 05 sourcing illustration
REFERENCE 0293-88

Enclosed diesel generator · configuration 05

Electric-start enclosed construction with brushless or brushed-AVR options and a low-oil warning direction. The paired 50/60 Hz output references require the corresponding 3000/3600 rpm configuration.

Rated output at 50 Hz (kW)
6
Rated output at 60 Hz (kW)
6.5
Engine displacement (cc)
498
Compression ratio
19:1
Machine dimensions (mm)
950×570×770
Net mass (kg)
170
Gross mass (kg)
175
Operating-speed pairing
50 Hz / 3000 rpm; 60 Hz / 3600 rpm
Phase / regulation options
Single- or three-phase; power factor 1.0 / 0.8; brushless or brushed AVR, actual selected version to confirm
Auxiliary DC output reference
12 V / 8.3 A
Noise reference
72–74 dB at 7 m; actual operating/test conditions to confirm
Battery direction
36 Ah; voltage and selected battery to approve
Discuss this option ↗
Enclosed diesel generator · configuration 06 sourcing illustration
REFERENCE 0293-89

Enclosed diesel generator · configuration 06

Electric-start enclosed construction with brushless or brushed-AVR options and a low-oil warning direction. The paired 50/60 Hz output references require the corresponding 3000/3600 rpm configuration.

Rated output at 50 Hz (kW)
7
Rated output at 60 Hz (kW)
7.5
Engine displacement (cc)
531
Compression ratio
19:1
Machine dimensions (mm)
950×570×770
Net mass (kg)
175
Gross mass (kg)
180
Operating-speed pairing
50 Hz / 3000 rpm; 60 Hz / 3600 rpm
Phase / regulation options
Single- or three-phase; power factor 1.0 / 0.8; brushless or brushed AVR, actual selected version to confirm
Auxiliary DC output reference
12 V / 8.3 A
Noise reference
72–74 dB at 7 m; actual operating/test conditions to confirm
Battery direction
36 Ah; voltage and selected battery to approve
Discuss this option ↗
Enclosed diesel generator · configuration 07 sourcing illustration
REFERENCE 0293-90

Enclosed diesel generator · configuration 07

Electric-start enclosed construction with brushless or brushed-AVR options and a low-oil warning direction. The paired 50/60 Hz output references require the corresponding 3000/3600 rpm configuration.

Rated output at 50 Hz (kW)
8
Rated output at 60 Hz (kW)
8.5
Engine displacement (cc)
667
Compression ratio
19:1
Machine dimensions (mm)
1130×640×850
Net mass (kg)
195
Gross mass (kg)
210
Operating-speed pairing
50 Hz / 3000 rpm; 60 Hz / 3600 rpm
Phase / regulation options
Single- or three-phase; power factor 1.0 / 0.8; brushless or brushed AVR, actual selected version to confirm
Auxiliary DC output reference
12 V / 8.3 A
Noise reference
72–74 dB at 7 m; actual operating/test conditions to confirm
Battery direction
36 Ah; voltage and selected battery to approve
Discuss this option ↗
Enclosed diesel generator · configuration 08 sourcing illustration
REFERENCE 0293-91

Enclosed diesel generator · configuration 08

Electric-start enclosed construction with brushless or brushed-AVR options and a low-oil warning direction. The paired 50/60 Hz output references require the corresponding 3000/3600 rpm configuration.

Rated output at 50 Hz (kW)
9
Rated output at 60 Hz (kW)
9.5
Engine displacement (cc)
736
Compression ratio
19:1
Machine dimensions (mm)
1130×620×860
Net mass (kg)
200
Gross mass (kg)
215
Operating-speed pairing
50 Hz / 3000 rpm; 60 Hz / 3600 rpm
Phase / regulation options
Single- or three-phase; power factor 1.0 / 0.8; brushless or brushed AVR, actual selected version to confirm
Auxiliary DC output reference
12 V / 8.3 A
Noise reference
72–74 dB at 7 m; actual operating/test conditions to confirm
Battery direction
36 Ah; voltage and selected battery to approve
Discuss this option ↗
Single-cylinder petrol engine · configuration 01 sourcing illustration
REFERENCE 0293-92

Single-cylinder petrol engine · configuration 01

OHV four-stroke, 25-degree inclined, single-cylinder air-cooled direction with transistor ignition and recoil/electric-start options. Match the actual shaft, rotation, mounting and driven load.

Bore × stroke (mm)
68×45
Engine displacement (cc)
163
Compression ratio
8.5:1
Maximum engine power at 3600 rpm (hp)
5.5
Maximum torque at 2500 rpm (N·m)
10.8
Fuel-tank capacity (L)
3.6
Oil capacity (L)
0.6
Dimensions (mm)
387×330×360
Net mass (kg)
13
Ignition
Transistor controlled ignition
Starting alternatives
Recoil / electric, selected version to approve
Discuss this option ↗
Single-cylinder petrol engine · configuration 02 sourcing illustration
REFERENCE 0293-93

Single-cylinder petrol engine · configuration 02

OHV four-stroke, 25-degree inclined, single-cylinder air-cooled direction with transistor ignition and recoil/electric-start options. Match the actual shaft, rotation, mounting and driven load.

Bore × stroke (mm)
68×54
Engine displacement (cc)
196
Compression ratio
8.5:1
Maximum engine power at 3600 rpm (hp)
6.5
Maximum torque at 2500 rpm (N·m)
13
Fuel-tank capacity (L)
3.6
Oil capacity (L)
0.6
Dimensions (mm)
387×330×360
Net mass (kg)
14
Ignition
Transistor controlled ignition
Starting alternatives
Recoil / electric, selected version to approve
Discuss this option ↗
Single-cylinder petrol engine · configuration 03 sourcing illustration
REFERENCE 0293-94

Single-cylinder petrol engine · configuration 03

OHV four-stroke, 25-degree inclined, single-cylinder air-cooled direction with transistor ignition and recoil/electric-start options. Match the actual shaft, rotation, mounting and driven load.

Bore × stroke (mm)
73×58
Engine displacement (cc)
242
Compression ratio
8.2:1
Maximum engine power at 3600 rpm (hp)
8
Maximum torque at 2500 rpm (N·m)
16.7
Fuel-tank capacity (L)
5.3
Oil capacity (L)
1.1
Dimensions (mm)
465×330×450
Net mass (kg)
25
Ignition
Transistor controlled ignition
Starting alternatives
Recoil / electric, selected version to approve
Discuss this option ↗
Single-cylinder petrol engine · configuration 04 sourcing illustration
REFERENCE 0293-95

Single-cylinder petrol engine · configuration 04

OHV four-stroke, 25-degree inclined, single-cylinder air-cooled direction with transistor ignition and recoil/electric-start options. Match the actual shaft, rotation, mounting and driven load.

Bore × stroke (mm)
77×58
Engine displacement (cc)
270
Compression ratio
8:1
Maximum engine power at 3600 rpm (hp)
9
Maximum torque at 2500 rpm (N·m)
19
Fuel-tank capacity (L)
5.3
Oil capacity (L)
1.1
Dimensions (mm)
365×330×450
Net mass (kg)
25
Ignition
Transistor controlled ignition
Starting alternatives
Recoil / electric, selected version to approve
Discuss this option ↗
Single-cylinder petrol engine · configuration 05 sourcing illustration
REFERENCE 0293-96

Single-cylinder petrol engine · configuration 05

OHV four-stroke, 25-degree inclined, single-cylinder air-cooled direction with transistor ignition and recoil/electric-start options. Match the actual shaft, rotation, mounting and driven load.

Bore × stroke (mm)
82×64
Engine displacement (cc)
337
Compression ratio
8:1
Maximum engine power at 3600 rpm (hp)
11
Maximum torque at 2500 rpm (N·m)
23.5
Fuel-tank capacity (L)
6.5
Oil capacity (L)
1.1
Dimensions (mm)
555×430×510
Net mass (kg)
35
Ignition
Transistor controlled ignition
Starting alternatives
Recoil / electric, selected version to approve
Discuss this option ↗
Single-cylinder petrol engine · configuration 06 sourcing illustration
REFERENCE 0293-97

Single-cylinder petrol engine · configuration 06

OHV four-stroke, 25-degree inclined, single-cylinder air-cooled direction with transistor ignition and recoil/electric-start options. Match the actual shaft, rotation, mounting and driven load.

Bore × stroke (mm)
88×64
Engine displacement (cc)
389
Compression ratio
8:1
Maximum engine power at 3600 rpm (hp)
13
Maximum torque at 2500 rpm (N·m)
26.4
Fuel-tank capacity (L)
6.5
Oil capacity (L)
1.1
Dimensions (mm)
555×430×510
Net mass (kg)
36.5
Ignition
Transistor controlled ignition
Starting alternatives
Recoil / electric, selected version to approve
Discuss this option ↗
Single-cylinder petrol engine · configuration 07 sourcing illustration
REFERENCE 0293-98

Single-cylinder petrol engine · configuration 07

OHV four-stroke, 25-degree inclined, single-cylinder air-cooled direction with transistor ignition and recoil/electric-start options. Match the actual shaft, rotation, mounting and driven load.

Compression ratio
8:1
Maximum engine power at 3600 rpm (hp)
15
Maximum torque at 2500 rpm (N·m)
28
Fuel-tank capacity (L)
6.5
Oil capacity (L)
1.1
Dimensions (mm)
555×430×510
Net mass (kg)
38
Ignition
Transistor controlled ignition
Starting alternatives
Recoil / electric, selected version to approve
Geometry approval
Published bore/stroke and displacement declarations disagree; current engine drawing and displacement to confirm
Discuss this option ↗
V-twin petrol engine · configuration 01 sourcing illustration
REFERENCE 0293-99

V-twin petrol engine · configuration 01

Four-stroke air-cooled OHV 90-degree V-twin direction with a flat crank arrangement, transistor ignition and electric start. Approve the shaft and mounting interface for the intended equipment.

Construction direction
Four-stroke, air-cooled OHV, 90-degree V-twin, flat-crank direction
Bore × stroke (mm)
77×66
Displacement (cc)
614
Compression ratio
8.3:1
Maximum engine power (hp / rpm)
20/3600
Maximum torque (N·m / rpm)
40/2500
Oil capacity (L)
1.5
Dimensions (mm)
605×550×545
Net mass (kg)
45
Starting direction
electric
Ignition direction
TCI
Ignition
Transistor controlled ignition
Discuss this option ↗
Compact capacitor-regulated generator · configuration 01 sourcing illustration
REFERENCE 0293-100

Compact capacitor-regulated generator · configuration 01

Brushless single-phase capacitor-regulated direction with recoil starting. Confirm the selected voltage, frequency, fuel instructions, outlet and actual continuous-load requirement.

Rated AC output (kVA)
.45/.55
Maximum AC output (kVA)
.5/.65
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Engine reference
62.8 cc; 45 × 40 mm; maximum 1.8 hp / 3600 rpm
Fuel / runtime reference
Unleaded petrol; 4 L tank; 13.5 h catalogue runtime, load and conditions to confirm
Noise reference
68 dB(A) at 7 m; load and method to confirm
Starting
Recoil
Discuss this option ↗
Compact capacitor-regulated generator · configuration 02 sourcing illustration
REFERENCE 0293-101

Compact capacitor-regulated generator · configuration 02

Brushless single-phase capacitor-regulated direction with recoil starting. Confirm the selected voltage, frequency, fuel instructions, outlet and actual continuous-load requirement.

Rated AC output (kVA)
.65/.8
Maximum AC output (kVA)
.7/.95
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Engine reference
62.8 cc; 45 × 40 mm; maximum 1.8 hp / 3600 rpm
Fuel / runtime reference
Unleaded petrol; 4 L tank; 13.5 h catalogue runtime, load and conditions to confirm
Noise reference
68 dB(A) at 7 m; load and method to confirm
Starting
Recoil
Discuss this option ↗
Compact capacitor-regulated generator · configuration 03 sourcing illustration
REFERENCE 0293-102

Compact capacitor-regulated generator · configuration 03

Brushless single-phase capacitor-regulated direction with recoil starting. Confirm the selected voltage, frequency, fuel instructions, outlet and actual continuous-load requirement.

Rated AC output (kVA)
.85/.9
Maximum AC output (kVA)
1.1/1.2
Bore × stroke (mm)
54×38
Engine displacement (cc)
86.5
Maximum engine power at 3600 rpm (hp)
2.4
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Fuel / runtime reference
Unleaded petrol; 5 L tank; 15 h catalogue runtime, load and conditions to confirm
Noise reference
68 dB(A) at 7 m; load and method to confirm
Starting
Recoil
Discuss this option ↗
Compact capacitor-regulated generator · configuration 04 sourcing illustration
REFERENCE 0293-103

Compact capacitor-regulated generator · configuration 04

Brushless single-phase capacitor-regulated direction with recoil starting. Confirm the selected voltage, frequency, fuel instructions, outlet and actual continuous-load requirement.

Rated AC output (kVA)
1/1.2
Maximum AC output (kVA)
1.3/1.5
Bore × stroke (mm)
56×40
Engine displacement (cc)
98.5
Maximum engine power at 3600 rpm (hp)
3
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Fuel / runtime reference
Unleaded petrol; 5 L tank; 15 h catalogue runtime, load and conditions to confirm
Noise reference
68 dB(A) at 7 m; load and method to confirm
Starting
Recoil
Discuss this option ↗
Open-frame petrol generator · configuration 01 sourcing illustration
REFERENCE 0293-104

Open-frame petrol generator · configuration 01

Single-phase brushless AVR direction. The source starting description is recoil; confirm any requested electric-start version separately. Select the actual frequency, voltage, outlets and continuous duty.

Rated AC output (kVA)
1.5/1.8
Maximum AC output (kVA)
1.7/2.0
Bore × stroke (mm)
68×45
Displacement (cc)
163
Maximum engine power at 3600 rpm (hp)
5.5
Fuel-tank capacity (L)
15
Runtime catalogue reference (h; load and conditions to confirm)
13
Noise at 7 m reference (dB(A); load and method to confirm)
67
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Discuss this option ↗
Open-frame petrol generator · configuration 02 sourcing illustration
REFERENCE 0293-105

Open-frame petrol generator · configuration 02

Single-phase brushless AVR direction. The source starting description is recoil; confirm any requested electric-start version separately. Select the actual frequency, voltage, outlets and continuous duty.

Rated AC output (kVA)
2.5/2.8
Maximum AC output (kVA)
2.8/3.0
Bore × stroke (mm)
68×54
Displacement (cc)
196
Maximum engine power at 3600 rpm (hp)
6.5
Fuel-tank capacity (L)
15
Runtime catalogue reference (h; load and conditions to confirm)
11
Noise at 7 m reference (dB(A); load and method to confirm)
67
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Discuss this option ↗
Open-frame petrol generator · configuration 03 sourcing illustration
REFERENCE 0293-106

Open-frame petrol generator · configuration 03

Single-phase brushless AVR direction. The source starting description is recoil; confirm any requested electric-start version separately. Select the actual frequency, voltage, outlets and continuous duty.

Rated AC output (kVA)
3/3.5
Maximum AC output (kVA)
3.3/3.8
Maximum engine power at 3600 rpm (hp)
8
Fuel-tank capacity (L)
25
Runtime catalogue reference (h; load and conditions to confirm)
12.5
Noise at 7 m reference (dB(A); load and method to confirm)
72
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Geometry approval
Published bore/stroke and displacement declarations disagree; current engine drawing and displacement to confirm
Discuss this option ↗
Open-frame petrol generator · configuration 04 sourcing illustration
REFERENCE 0293-107

Open-frame petrol generator · configuration 04

Single-phase brushless AVR direction. The source starting description is recoil; confirm any requested electric-start version separately. Select the actual frequency, voltage, outlets and continuous duty.

Rated AC output (kVA)
3.5/3.7
Maximum AC output (kVA)
3.7/4
Bore × stroke (mm)
77×58
Displacement (cc)
270
Maximum engine power at 3600 rpm (hp)
9
Fuel-tank capacity (L)
25
Runtime catalogue reference (h; load and conditions to confirm)
17
Noise at 7 m reference (dB(A); load and method to confirm)
72
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Discuss this option ↗
Open-frame petrol generator · configuration 05 sourcing illustration
REFERENCE 0293-108

Open-frame petrol generator · configuration 05

Single-phase brushless AVR direction. The source starting description is recoil; confirm any requested electric-start version separately. Select the actual frequency, voltage, outlets and continuous duty.

Rated AC output (kVA)
4/4.5
Maximum AC output (kVA)
4.5/5
Bore × stroke (mm)
82×64
Displacement (cc)
337
Maximum engine power at 3600 rpm (hp)
11
Fuel-tank capacity (L)
25
Runtime catalogue reference (h; load and conditions to confirm)
10
Noise at 7 m reference (dB(A); load and method to confirm)
72
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Discuss this option ↗
Open-frame petrol generator · configuration 06 sourcing illustration
REFERENCE 0293-109

Open-frame petrol generator · configuration 06

Single-phase brushless AVR direction. The source starting description is recoil; confirm any requested electric-start version separately. Select the actual frequency, voltage, outlets and continuous duty.

Rated AC output (kVA)
5/5.5
Maximum AC output (kVA)
5.5/6
Bore × stroke (mm)
88×64
Displacement (cc)
389
Maximum engine power at 3600 rpm (hp)
13
Fuel-tank capacity (L)
25
Runtime catalogue reference (h; load and conditions to confirm)
9
Noise at 7 m reference (dB(A); load and method to confirm)
72
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Discuss this option ↗
Open-frame petrol generator · configuration 07 sourcing illustration
REFERENCE 0293-110

Open-frame petrol generator · configuration 07

Single-phase brushless AVR direction. The source starting description is recoil; confirm any requested electric-start version separately. Select the actual frequency, voltage, outlets and continuous duty.

Rated AC output (kVA)
6/7.2
Maximum AC output (kVA)
6.5/7.5
Bore × stroke (mm)
90×66
Displacement (cc)
420
Maximum engine power at 3600 rpm (hp)
15
Fuel-tank capacity (L)
25
Runtime catalogue reference (h; load and conditions to confirm)
8
Noise at 7 m reference (dB(A); load and method to confirm)
72
Electrical selection
50/60 Hz; actual voltage, connection and each slash-separated power rating to confirm
Voltage alternatives
110 / 120 / 220 / 230 / 240 V; confirm the selected winding and outlet
Discuss this option ↗
Enclosed inverter generator · configuration 01 sourcing illustration
REFERENCE 0293-111

Enclosed inverter generator · configuration 01

Match rated versus maximum power, starting arrangement, voltage/frequency and outlets. Runtime and noise references use different stated loads; confirm distance, method and the current configuration.

Rated power (kW)
1.8
Maximum output (kW)
2
Displacement (cc)
79
Fuel-tank capacity (L)
5.5
Oil capacity (L)
0.35
Noise at 50% load reference (dB(A); distance/method to confirm)
59
Runtime at 25% load reference (h)
8.5
Net mass (kg)
18
Starting direction
recoil
Electrical / waveform reference
120–240 V alternatives; 50/60 Hz alternatives; ≤3% THD reference, method and actual configuration to confirm
Machine dimensions (mm)
490 × 285 × 470
Packing dimensions (mm)
530 × 330 × 550
20GP / 40GP / 40HQ loading reference
308 / 624 / 652; actual packing plan to approve
Discuss this option ↗
Enclosed inverter generator · configuration 02 sourcing illustration
REFERENCE 0293-112

Enclosed inverter generator · configuration 02

Match rated versus maximum power, starting arrangement, voltage/frequency and outlets. Runtime and noise references use different stated loads; confirm distance, method and the current configuration.

Rated power (kW)
2.2
Maximum output (kW)
2.4
Displacement (cc)
98
Fuel-tank capacity (L)
5.5
Oil capacity (L)
0.35
Noise at 50% load reference (dB(A); distance/method to confirm)
61
Runtime at 25% load reference (h)
6.3
Net mass (kg)
18.5
Starting direction
recoil
Electrical / waveform reference
120–240 V alternatives; 50/60 Hz alternatives; ≤3% THD reference, method and actual configuration to confirm
Machine dimensions (mm)
490 × 285 × 470
Packing dimensions (mm)
530 × 330 × 550
20GP / 40GP / 40HQ loading reference
308 / 624 / 652; actual packing plan to approve
Discuss this option ↗
Enclosed inverter generator · configuration 03 sourcing illustration
REFERENCE 0293-113

Enclosed inverter generator · configuration 03

Match rated versus maximum power, starting arrangement, voltage/frequency and outlets. Runtime and noise references use different stated loads; confirm distance, method and the current configuration.

Rated power (kW)
2.5
Maximum output (kW)
2.8
Displacement (cc)
122
Fuel-tank capacity (L)
5.5
Oil capacity (L)
0.5
Noise at 50% load reference (dB(A); distance/method to confirm)
65
Runtime at 25% load reference (h)
6.3
Net mass (kg)
20
Starting direction
recoil/electric
Electrical / waveform reference
120–240 V alternatives; 50/60 Hz alternatives; ≤3% THD reference, method and actual configuration to confirm
Machine dimensions (mm)
490 × 285 × 470
Packing dimensions (mm)
530 × 330 × 550
20GP / 40GP / 40HQ loading reference
308 / 624 / 652; actual packing plan to approve
Discuss this option ↗
Enclosed inverter generator · configuration 04 sourcing illustration
REFERENCE 0293-114

Enclosed inverter generator · configuration 04

Match rated versus maximum power, starting arrangement, voltage/frequency and outlets. Runtime and noise references use different stated loads; confirm distance, method and the current configuration.

Rated power (kW)
3
Maximum output (kW)
3.3
Displacement (cc)
143
Fuel-tank capacity (L)
5.5
Oil capacity (L)
0.5
Noise at 50% load reference (dB(A); distance/method to confirm)
66
Runtime at 25% load reference (h)
5
Net mass (kg)
21
Starting direction
recoil/electric
Electrical / waveform reference
120–240 V alternatives; 50/60 Hz alternatives; ≤3% THD reference, method and actual configuration to confirm
Machine dimensions (mm)
490 × 285 × 470
Packing dimensions (mm)
530 × 330 × 550
20GP / 40GP / 40HQ loading reference
308 / 624 / 652; actual packing plan to approve
Discuss this option ↗
Enclosed inverter generator · configuration 05 sourcing illustration
REFERENCE 0293-115

Enclosed inverter generator · configuration 05

Match rated versus maximum power, starting arrangement, voltage/frequency and outlets. Runtime and noise references use different stated loads; confirm distance, method and the current configuration.

Rated power (kW)
3.5
Maximum output (kW)
3.8
Displacement (cc)
174
Fuel-tank capacity (L)
9
Oil capacity (L)
0.6
Noise at 25% load reference (dB(A); distance/method to confirm)
70.3
Runtime at 50% load reference (h)
7.8
Net mass (kg)
28
Dimensions (mm)
535×335×530
Packing dimensions (mm)
610×380×605
Starting direction
recoil/electric
20GP / 40GP / 40HQ catalogue loading reference (current packing plan to approve)
168/345/464
Electrical / waveform reference
120–240 V alternatives; 50/60 Hz alternatives; ≤3% THD reference, method and actual configuration to confirm
Discuss this option ↗
Enclosed inverter generator · configuration 06 sourcing illustration
REFERENCE 0293-116

Enclosed inverter generator · configuration 06

Match rated versus maximum power, starting arrangement, voltage/frequency and outlets. Runtime and noise references use different stated loads; confirm distance, method and the current configuration.

Rated power (kW)
3.8
Maximum output (kW)
4
Displacement (cc)
223
Fuel-tank capacity (L)
12
Oil capacity (L)
0.6
Noise at 25% load reference (dB(A); distance/method to confirm)
63
Runtime at 50% load reference (h)
7.5
Net mass (kg)
40
Dimensions (mm)
595×440×510
Packing dimensions (mm)
645×490×595
Starting direction
recoil/electric/remote
20GP / 40GP / 40HQ catalogue loading reference (current packing plan to approve)
156/328/328
Electrical / waveform reference
120–240 V alternatives; 50/60 Hz alternatives; ≤3% THD reference, method and actual configuration to confirm
Discuss this option ↗
Enclosed inverter generator · configuration 07 sourcing illustration
REFERENCE 0293-117

Enclosed inverter generator · configuration 07

Match rated versus maximum power, starting arrangement, voltage/frequency and outlets. Runtime and noise references use different stated loads; confirm distance, method and the current configuration.

Rated power (kW)
5
Maximum output (kW)
5.5
Displacement (cc)
223
Fuel-tank capacity (L)
13
Oil capacity (L)
0.7
Noise at 25% load reference (dB(A); distance/method to confirm)
68
Runtime at 50% load reference (h)
7.8
Net mass (kg)
43
Dimensions (mm)
605×430×560
Packing dimensions (mm)
635×440×620
Starting direction
recoil/electric/remote
20GP / 40GP / 40HQ catalogue loading reference (current packing plan to approve)
120/246/328
Electrical / waveform reference
120–240 V alternatives; 50/60 Hz alternatives; ≤3% THD reference, method and actual configuration to confirm
Discuss this option ↗
Enclosed inverter generator · configuration 08 sourcing illustration
REFERENCE 0293-118

Enclosed inverter generator · configuration 08

Match rated versus maximum power, starting arrangement, voltage/frequency and outlets. Runtime and noise references use different stated loads; confirm distance, method and the current configuration.

Rated power (kW)
8
Maximum output (kW)
9
Displacement (cc)
438
Fuel-tank capacity (L)
30
Oil capacity (L)
1.2
Noise at 25% load reference (dB(A); distance/method to confirm)
74
Runtime at 50% load reference (h)
10.5
Net mass (kg)
86
Dimensions (mm)
765×625×700
Packing dimensions (mm)
865×715×925
20GP / 40GP / 40HQ catalogue loading reference (current packing plan to approve)
40/84/126
Electrical / waveform reference
120–240 V alternatives; 50/60 Hz alternatives; ≤3% THD reference, method and actual configuration to confirm
Starting alternatives
Recoil / electric / remote; select the actual configuration
Discuss this option ↗
Enclosed inverter generator · configuration 09 sourcing illustration
REFERENCE 0293-119

Enclosed inverter generator · configuration 09

Match rated versus maximum power, starting arrangement, voltage/frequency and outlets. Runtime and noise references use different stated loads; confirm distance, method and the current configuration.

Rated power (kW)
9
Maximum output (kW)
9.5
Displacement (cc)
438
Fuel-tank capacity (L)
30
Oil capacity (L)
1.2
Noise at 25% load reference (dB(A); distance/method to confirm)
74
Runtime at 50% load reference (h)
10
Net mass (kg)
86
Dimensions (mm)
765×625×700
Packing dimensions (mm)
865×715×925
20GP / 40GP / 40HQ catalogue loading reference (current packing plan to approve)
40/84/126
Electrical / waveform reference
120–240 V alternatives; 50/60 Hz alternatives; ≤3% THD reference, method and actual configuration to confirm
Starting alternatives
Recoil / electric / remote; select the actual configuration
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 16 sourcing illustration
REFERENCE 0293-120

Horizontal single-cylinder diesel engine · configuration 16

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
125×120
Displacement (L)
1.472
Compression ratio
17:1
Maximum engine power (hp / rpm)
30/2200
Net mass (kg)
282
Construction / operation
Horizontal single-cylinder four-stroke; evaporative cooling; combined pressure/splash lubrication; hand cranking
Combustion
Direct injection
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 17 sourcing illustration
REFERENCE 0293-121

Horizontal single-cylinder diesel engine · configuration 17

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
130×120
Displacement (L)
1.593
Compression ratio
17:1
Maximum engine power (hp / rpm)
33/2200
Net mass (kg)
278
Construction / operation
Horizontal single-cylinder four-stroke; evaporative cooling; combined pressure/splash lubrication; hand cranking
Combustion
Direct injection
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 18 sourcing illustration
REFERENCE 0293-122

Horizontal single-cylinder diesel engine · configuration 18

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
135×135
Displacement (L)
1.931
Compression ratio
17:1
Maximum engine power (hp / rpm)
35/2200
Net mass (kg)
289
Construction / operation
Horizontal single-cylinder four-stroke; evaporative cooling; combined pressure/splash lubrication; hand cranking
Combustion
Direct injection
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 19 sourcing illustration
REFERENCE 0293-123

Horizontal single-cylinder diesel engine · configuration 19

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
105×115
Displacement (L)
0.996
Compression ratio
17:1
Maximum engine power (hp / rpm)
18/2200
Net mass (kg)
166
Construction / operation
Horizontal single-cylinder four-stroke; evaporative cooling; combined pressure/splash lubrication; hand cranking
Combustion
Direct injection
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 20 sourcing illustration
REFERENCE 0293-124

Horizontal single-cylinder diesel engine · configuration 20

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
110×115
Displacement (L)
1.093
Compression ratio
17:1
Maximum engine power (hp / rpm)
22/2200
Net mass (kg)
175
Construction / operation
Horizontal single-cylinder four-stroke; evaporative cooling; combined pressure/splash lubrication; hand cranking
Combustion
Direct injection
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 21 sourcing illustration
REFERENCE 0293-125

Horizontal single-cylinder diesel engine · configuration 21

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
115×115
Displacement (L)
1.194
Compression ratio
17:1
Maximum engine power (hp / rpm)
24/2200
Net mass (kg)
175
Construction / operation
Horizontal single-cylinder four-stroke; evaporative cooling; combined pressure/splash lubrication; hand cranking
Combustion
Direct injection
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 22 sourcing illustration
REFERENCE 0293-126

Horizontal single-cylinder diesel engine · configuration 22

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Combustion direction
swirl
Bore × stroke (mm)
95×115
Displacement (L)
0.815
Compression ratio
20:1
Maximum engine power (hp / rpm)
14/2000
Net mass (kg)
155
Construction / operation
Horizontal single-cylinder four-stroke; evaporative cooling; combined pressure/splash lubrication; hand cranking
Combustion
Confirm selected engine
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 23 sourcing illustration
REFERENCE 0293-127

Horizontal single-cylinder diesel engine · configuration 23

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Combustion direction
swirl
Bore × stroke (mm)
100×115
Displacement (L)
0.903
Compression ratio
20:1
Maximum engine power (hp / rpm)
16/2200
Net mass (kg)
156
Construction / operation
Horizontal single-cylinder four-stroke; evaporative cooling; combined pressure/splash lubrication; hand cranking
Combustion
Confirm selected engine
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 24 sourcing illustration
REFERENCE 0293-128

Horizontal single-cylinder diesel engine · configuration 24

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Combustion direction
direct injection
Bore × stroke (mm)
100×115
Displacement (L)
0.903
Compression ratio
20:1
Maximum engine power (hp / rpm)
16/2200
Net mass (kg)
156
Construction / operation
Horizontal single-cylinder four-stroke; evaporative cooling; combined pressure/splash lubrication; hand cranking
Combustion
Confirm selected engine
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 25 sourcing illustration
REFERENCE 0293-129

Horizontal single-cylinder diesel engine · configuration 25

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
70×65
Displacement (L)
0.25
Compression ratio
22:1
Maximum engine power (hp / rpm)
4.4/2600
Net mass (kg)
51
Construction / operation
Horizontal single-cylinder four-stroke; evaporative cooling; combined pressure/splash lubrication; hand cranking
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 26 sourcing illustration
REFERENCE 0293-130

Horizontal single-cylinder diesel engine · configuration 26

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
80×80
Displacement (L)
0.402
Compression ratio
22:1
Maximum engine power (hp / rpm)
7.7/2600
Net mass (kg)
80
Construction / operation
Horizontal single-cylinder four-stroke; evaporative cooling; combined pressure/splash lubrication; hand cranking
Combustion
Swirl
Discuss this option ↗
Horizontal single-cylinder diesel engine · configuration 27 sourcing illustration
REFERENCE 0293-131

Horizontal single-cylinder diesel engine · configuration 27

A horizontal four-stroke development reference. Confirm the combustion and cooling arrangement, shaft connection, starting method and lubrication requirements against the selected engine.

Bore × stroke (mm)
110×115
Displacement (L)
1.093
Compression ratio
17:1
Maximum engine power (hp / rpm)
22/2200
Net mass (kg)
177
Construction / operation
Horizontal single-cylinder four-stroke; evaporative cooling; combined pressure/splash lubrication; hand cranking
Combustion
Direct injection
Discuss this option ↗
Walking tractor · configuration 01 sourcing illustration
REFERENCE 0293-132

Walking tractor · configuration 01

Compare chassis, wheel tread, tyre, clearance, construction mass, rotary speed and matching engine. Chain-case, transmission gears and shafts are configuration details for current drawing and sample review.

Dimensions (mm)
2180×890×1250
Wheel tread (mm)
650/730
Tyre reference
5.0-12 or6.0-12
Ground clearance (mm)
204/234
Construction mass (kg)
155
Rotary tiller speed, high (rpm)
293
Rotary tiller speed, low (rpm)
293
Rated engine reference
5.88 kW / 2600 rpm; exact engine and gear table to approve
Discuss this option ↗
Walking tractor · configuration 02 sourcing illustration
REFERENCE 0293-133

Walking tractor · configuration 02

Compare chassis, wheel tread, tyre, clearance, construction mass, rotary speed and matching engine. Chain-case, transmission gears and shafts are configuration details for current drawing and sample review.

Dimensions (mm)
2680×960×1250
Wheel tread (mm)
580/640/740/800
Tyre reference
6.0-12
Ground clearance (mm)
182
Construction mass (kg)
350/360
Rotary tiller speed, high (rpm)
256
Rotary tiller speed, low (rpm)
188
Forward speeds (km/h)
1.4/2.5/4.1/5.3/9/15.3
Reverse speeds (km/h)
1.0/3.8
Rated engine reference
8.82 kW / 2000 rpm
Discuss this option ↗
Walking tractor · configuration 03 sourcing illustration
REFERENCE 0293-134

Walking tractor · configuration 03

Compare chassis, wheel tread, tyre, clearance, construction mass, rotary speed and matching engine. Chain-case, transmission gears and shafts are configuration details for current drawing and sample review.

Dimensions (mm)
2680×960×1250
Wheel tread (mm)
580/640/740/800
Tyre reference
6.0-12
Ground clearance (mm)
182
Construction mass (kg)
350
Rotary tiller speed, high (rpm)
275
Rotary tiller speed, low (rpm)
219
Forward speeds (km/h)
1.54/2.75/4.51/5.83/10.34/16.83
Reverse speeds (km/h)
1.2/4.18
Rated engine reference
11.76 kW / 2200 rpm
Discuss this option ↗
Walking tractor · configuration 04 sourcing illustration
REFERENCE 0293-135

Walking tractor · configuration 04

Compare chassis, wheel tread, tyre, clearance, construction mass, rotary speed and matching engine. Chain-case, transmission gears and shafts are configuration details for current drawing and sample review.

Dimensions (mm)
2680×960×1250
Wheel tread (mm)
580/640/740/800
Tyre reference
6.0-12
Ground clearance (mm)
182
Construction mass (kg)
375
Rotary tiller speed, high (rpm)
275
Rotary tiller speed, low (rpm)
219
Forward speeds (km/h)
1.54/2.75/4.51/5.83/10.34/16.83
Reverse speeds (km/h)
1.2/4.18
Rated engine reference
13.24 kW / 2200 rpm
Discuss this option ↗
Walking tractor with implement options · configuration 01 sourcing illustration
REFERENCE 0293-136

Walking tractor with implement options · configuration 01

Single-furrow, double-furrow and disc-plough directions are shown. Confirm the actual hitch, implement, ballast, working conditions and approved operating instructions for the selected chassis.

Construction mass (kg)
467
Reverse-gear speeds (km/h)
1.10/4.10
Rotary tiller speed, high (rpm)
250
Rotary tiller speed, low (rpm)
199
Rated engine power (kW / rpm)
8.8/2000
Overall dimensions (mm)
2950 × 980 × 1240
Wheel tread (mm)
570–810
Tyres
6.00-12
Ground clearance (mm)
210
Discuss this option ↗
Walking tractor with implement options · configuration 02 sourcing illustration
REFERENCE 0293-137

Walking tractor with implement options · configuration 02

Single-furrow, double-furrow and disc-plough directions are shown. Confirm the actual hitch, implement, ballast, working conditions and approved operating instructions for the selected chassis.

Construction mass (kg)
472
Forward-gear speeds (km/h)
1.53/2.72/4.57/5.65/10.03/16.83
Reverse-gear speeds (km/h)
1.21/4.51
Rotary tiller speed, high (rpm)
275
Rotary tiller speed, low (rpm)
219
Rated engine power (kW / rpm)
11/2200
Overall dimensions (mm)
2950 × 980 × 1240
Wheel tread (mm)
570–810
Tyres
6.00-12
Ground clearance (mm)
210
Discuss this option ↗
Walking tractor with implement options · configuration 03 sourcing illustration
REFERENCE 0293-138

Walking tractor with implement options · configuration 03

Single-furrow, double-furrow and disc-plough directions are shown. Confirm the actual hitch, implement, ballast, working conditions and approved operating instructions for the selected chassis.

Construction mass (kg)
575
Forward-gear speeds (km/h)
2.19/3.13/4.71/9.55/13.65/20.56
Reverse-gear speeds (km/h)
1.64/7.15
Rotary tiller speed, high (rpm)
275
Rotary tiller speed, low (rpm)
219
Rated engine power (kW / rpm)
14/2200
Overall dimensions (mm)
2950 × 980 × 1240
Wheel tread (mm)
570–810
Tyres
6.00-12
Ground clearance (mm)
210
Discuss this option ↗
Vertical single-cylinder diesel engine · configuration 01 sourcing illustration
REFERENCE 0293-139

Vertical single-cylinder diesel engine · configuration 01

Four-stroke direct-injection air-cooled construction, clockwise flywheel rotation and recoil/electric-start directions. The 3000/3600 rpm ratings refer to distinct operating speeds.

Bore × stroke (mm)
70×55
Displacement (cc)
211
Rated power at 3000 rpm (kW)
2.5
Rated power at 3600 rpm (kW)
2.8
Maximum power at 3000 rpm (kW)
2.8
Maximum power at 3600 rpm (kW)
3.1
Fuel-tank capacity (L)
2.5
Oil capacity (L)
0.75
Compression ratio
20:1
Net mass (kg)
28
Gross mass (kg)
30
Dimensions (mm)
420×380×470
Rotation / operation
Clockwise flywheel; four-stroke; actual shaft/mounting and current oil/fuel instructions to approve
Discuss this option ↗
Vertical single-cylinder diesel engine · configuration 02 sourcing illustration
REFERENCE 0293-140

Vertical single-cylinder diesel engine · configuration 02

Four-stroke direct-injection air-cooled construction, clockwise flywheel rotation and recoil/electric-start directions. The 3000/3600 rpm ratings refer to distinct operating speeds.

Bore × stroke (mm)
73×59
Displacement (cc)
247
Rated power at 3000 rpm (kW)
3.2
Rated power at 3600 rpm (kW)
3.6
Maximum power at 3000 rpm (kW)
3.5
Maximum power at 3600 rpm (kW)
4
Fuel-tank capacity (L)
2.5
Oil capacity (L)
0.75
Compression ratio
20:1
Net mass (kg)
28
Gross mass (kg)
30
Dimensions (mm)
420×380×470
Rotation / operation
Clockwise flywheel; four-stroke; actual shaft/mounting and current oil/fuel instructions to approve
Discuss this option ↗
Vertical single-cylinder diesel engine · configuration 03 sourcing illustration
REFERENCE 0293-141

Vertical single-cylinder diesel engine · configuration 03

Four-stroke direct-injection air-cooled construction, clockwise flywheel rotation and recoil/electric-start directions. The 3000/3600 rpm ratings refer to distinct operating speeds.

Bore × stroke (mm)
78×62
Displacement (cc)
296
Rated power at 3000 rpm (kW)
3.7
Rated power at 3600 rpm (kW)
4
Maximum power at 3000 rpm (kW)
4.1
Maximum power at 3600 rpm (kW)
4.4
Fuel-tank capacity (L)
3.5
Oil capacity (L)
1.1
Compression ratio
20:1
Net mass (kg)
33
Gross mass (kg)
35
Dimensions (mm)
480×460×520
Rotation / operation
Clockwise flywheel; four-stroke; actual shaft/mounting and current oil/fuel instructions to approve
Discuss this option ↗
Vertical single-cylinder diesel engine · configuration 04 sourcing illustration
REFERENCE 0293-142

Vertical single-cylinder diesel engine · configuration 04

Four-stroke direct-injection air-cooled construction, clockwise flywheel rotation and recoil/electric-start directions. The 3000/3600 rpm ratings refer to distinct operating speeds.

Bore × stroke (mm)
86×72
Displacement (cc)
418
Rated power at 3000 rpm (kW)
5.8
Rated power at 3600 rpm (kW)
6.6
Maximum power at 3000 rpm (kW)
6.4
Maximum power at 3600 rpm (kW)
7.3
Fuel-tank capacity (L)
5.5
Oil capacity (L)
1.65
Compression ratio
19:1
Net mass (kg)
52
Gross mass (kg)
54
Dimensions (mm)
500×455×545
Rotation / operation
Clockwise flywheel; four-stroke; actual shaft/mounting and current oil/fuel instructions to approve
Discuss this option ↗
Vertical single-cylinder diesel engine · configuration 05 sourcing illustration
REFERENCE 0293-143

Vertical single-cylinder diesel engine · configuration 05

Four-stroke direct-injection air-cooled construction, clockwise flywheel rotation and recoil/electric-start directions. The 3000/3600 rpm ratings refer to distinct operating speeds.

Bore × stroke (mm)
88×75
Displacement (cc)
456
Rated power at 3000 rpm (kW)
6.6
Rated power at 3600 rpm (kW)
6.9
Maximum power at 3000 rpm (kW)
7.3
Maximum power at 3600 rpm (kW)
7.6
Fuel-tank capacity (L)
5.5
Oil capacity (L)
1.65
Compression ratio
19:1
Net mass (kg)
52
Gross mass (kg)
54
Dimensions (mm)
500×455×545
Rotation / operation
Clockwise flywheel; four-stroke; actual shaft/mounting and current oil/fuel instructions to approve
Discuss this option ↗
Vertical single-cylinder diesel engine · configuration 06 sourcing illustration
REFERENCE 0293-144

Vertical single-cylinder diesel engine · configuration 06

Four-stroke direct-injection air-cooled construction, clockwise flywheel rotation and recoil/electric-start directions. The 3000/3600 rpm ratings refer to distinct operating speeds.

Bore × stroke (mm)
92×75
Displacement (cc)
498
Rated power at 3000 rpm (kW)
7.6
Rated power at 3600 rpm (kW)
8.5
Maximum power at 3000 rpm (kW)
8.4
Maximum power at 3600 rpm (kW)
9.4
Fuel-tank capacity (L)
5.5
Oil capacity (L)
1.65
Compression ratio
19:1
Net mass (kg)
54
Gross mass (kg)
56
Dimensions (mm)
500×465×555
Rotation / operation
Clockwise flywheel; four-stroke; actual shaft/mounting and current oil/fuel instructions to approve
Discuss this option ↗
Vertical single-cylinder diesel engine · configuration 07 sourcing illustration
REFERENCE 0293-145

Vertical single-cylinder diesel engine · configuration 07

Four-stroke direct-injection air-cooled construction, clockwise flywheel rotation and recoil/electric-start directions. The 3000/3600 rpm ratings refer to distinct operating speeds.

Rated power at 3000 rpm (kW)
8.1
Rated power at 3600 rpm (kW)
9.2
Maximum power at 3000 rpm (kW)
8.9
Maximum power at 3600 rpm (kW)
10.1
Fuel-tank capacity (L)
5.5
Oil capacity (L)
2
Compression ratio
19:1
Net mass (kg)
57
Gross mass (kg)
59
Dimensions (mm)
500×465×555
Rotation / operation
Clockwise flywheel; four-stroke; actual shaft/mounting and current oil/fuel instructions to approve
Geometry approval
Published bore/stroke and displacement declarations disagree; current engine drawing and displacement to confirm
Discuss this option ↗
Vertical single-cylinder diesel engine · configuration 08 sourcing illustration
REFERENCE 0293-146

Vertical single-cylinder diesel engine · configuration 08

Four-stroke direct-injection air-cooled construction, clockwise flywheel rotation and recoil/electric-start directions. The 3000/3600 rpm ratings refer to distinct operating speeds.

Bore × stroke (mm)
100×85
Displacement (cc)
667
Rated power at 3000 rpm (kW)
9.5
Rated power at 3600 rpm (kW)
10
Maximum power at 3000 rpm (kW)
10
Maximum power at 3600 rpm (kW)
10.5
Fuel-tank capacity (L)
5.5
Oil capacity (L)
2
Compression ratio
20:1
Net mass (kg)
60
Gross mass (kg)
62
Dimensions (mm)
560×510×600
Rotation / operation
Clockwise flywheel; four-stroke; actual shaft/mounting and current oil/fuel instructions to approve
Discuss this option ↗
Vertical single-cylinder diesel engine · configuration 09 sourcing illustration
REFERENCE 0293-147

Vertical single-cylinder diesel engine · configuration 09

Four-stroke direct-injection air-cooled construction, clockwise flywheel rotation and recoil/electric-start directions. The 3000/3600 rpm ratings refer to distinct operating speeds.

Bore × stroke (mm)
105×85
Displacement (cc)
736
Rated power at 3000 rpm (kW)
10.5
Rated power at 3600 rpm (kW)
11
Maximum power at 3000 rpm (kW)
11
Maximum power at 3600 rpm (kW)
12
Fuel-tank capacity (L)
5.5
Oil capacity (L)
2.5
Compression ratio
20:1
Net mass (kg)
60
Gross mass (kg)
62
Dimensions (mm)
500×465×555
Rotation / operation
Clockwise flywheel; four-stroke; actual shaft/mounting and current oil/fuel instructions to approve
Discuss this option ↗
V-twin diesel engine · configuration 01 sourcing illustration
REFERENCE 0293-148

V-twin diesel engine · configuration 01

Four-stroke V-twin diesel construction with article-specific water or air cooling and electric start. Confirm the selected 3000/3600 rpm rating, installation, shaft and cooling requirements.

Cooling direction
water
Bore × stroke (mm)
2×80×79
Displacement (cc)
794
Rated power at 3000 rpm (kW)
12
Rated power at 3600 rpm (kW)
14
Maximum power at 3000 rpm (kW)
13.2
Maximum power at 3600 rpm (kW)
15.4
Oil capacity (L)
2.3
Net mass (kg)
58
Gross mass (kg)
60
Dimensions (mm)
616×486×528
Rotation / operation
Clockwise flywheel; four-stroke; actual shaft/mounting and current oil/fuel instructions to approve
Starting
Electric
Compression ratio
20:1
Discuss this option ↗
V-twin diesel engine · configuration 02 sourcing illustration
REFERENCE 0293-149

V-twin diesel engine · configuration 02

Four-stroke V-twin diesel construction with article-specific water or air cooling and electric start. Confirm the selected 3000/3600 rpm rating, installation, shaft and cooling requirements.

Cooling direction
air
Bore × stroke (mm)
2×92×75
Displacement (cc)
997
Rated power at 3000 rpm (kW)
14.8
Rated power at 3600 rpm (kW)
16
Maximum power at 3000 rpm (kW)
16
Maximum power at 3600 rpm (kW)
17
Oil capacity (L)
2.5
Net mass (kg)
80
Gross mass (kg)
87
Dimensions (mm)
590×540×700
Rotation / operation
Clockwise flywheel; four-stroke; actual shaft/mounting and current oil/fuel instructions to approve
Starting
Electric
Compression ratio
20:1
Discuss this option ↗
V-twin diesel engine · configuration 03 sourcing illustration
REFERENCE 0293-150

V-twin diesel engine · configuration 03

Four-stroke V-twin diesel construction with article-specific water or air cooling and electric start. Confirm the selected 3000/3600 rpm rating, installation, shaft and cooling requirements.

Cooling direction
air
Rated power at 3000 rpm (kW)
18
Rated power at 3600 rpm (kW)
19
Maximum power at 3000 rpm (kW)
20
Maximum power at 3600 rpm (kW)
21
Oil capacity (L)
2.3
Net mass (kg)
87
Gross mass (kg)
92
Dimensions (mm)
616×486×528
Rotation / operation
Clockwise flywheel; four-stroke; actual shaft/mounting and current oil/fuel instructions to approve
Starting
Electric
Compression ratio
20:1
Geometry approval
Published bore/stroke and displacement declarations disagree; current engine drawing and displacement to confirm
Discuss this option ↗
Vertical twin-cylinder diesel engine · configuration 01 sourcing illustration
REFERENCE 0293-151

Vertical twin-cylinder diesel engine · configuration 01

Four-stroke direct-injection air-cooled twin-cylinder direction with electric start and clockwise flywheel rotation. Keep the two speed ratings and installation drawings article-specific.

Bore × stroke (mm)
2×92×75
Displacement (cc)
997
Rated power at 3000 rpm (kW)
13
Rated power at 3600 rpm (kW)
14
Maximum power at 3000 rpm (kW)
14.5
Maximum power at 3600 rpm (kW)
15.5
Oil capacity (L)
2.5
Net mass (kg)
78
Gross mass (kg)
85
Dimensions (mm)
590×540×700
Rotation / operation
Clockwise flywheel; four-stroke; actual shaft/mounting and current oil/fuel instructions to approve
Starting
Electric
Compression ratio
20:1
Discuss this option ↗
Vertical twin-cylinder diesel engine · configuration 02 sourcing illustration
REFERENCE 0293-152

Vertical twin-cylinder diesel engine · configuration 02

Four-stroke direct-injection air-cooled twin-cylinder direction with electric start and clockwise flywheel rotation. Keep the two speed ratings and installation drawings article-specific.

Bore × stroke (mm)
2×95×78
Displacement (cc)
1105
Rated power at 3000 rpm (kW)
15.8
Rated power at 3600 rpm (kW)
16
Maximum power at 3000 rpm (kW)
16.8
Maximum power at 3600 rpm (kW)
17
Oil capacity (L)
2.3
Net mass (kg)
85
Gross mass (kg)
90
Dimensions (mm)
616×486×528
Rotation / operation
Clockwise flywheel; four-stroke; actual shaft/mounting and current oil/fuel instructions to approve
Starting
Electric
Compression ratio
20:1
Discuss this option ↗
Open-frame diesel generator · configuration 01 sourcing illustration
REFERENCE 0293-153

Open-frame diesel generator · configuration 01

Recoil/electric-start and brushless/brushed-AVR directions with low-oil warning. Confirm the actual phase and connection: a catalogue voltage list and power-factor options do not establish every combination.

Rated output at 50 Hz (kW)
1.7
Rated output at 60 Hz (kW)
2
Displacement (cc)
211
Net mass (kg)
58
Gross mass (kg)
61
Dimensions (mm)
660×505×540
Operating-speed pairing
50 Hz / 3000 rpm; 60 Hz / 3600 rpm
Auxiliary DC output reference
12 V / 8.3 A
Phase / winding approval
Single-phase source description conflicts with broader voltage/power-factor options; confirm selected connection and rating
Discuss this option ↗
Open-frame diesel generator · configuration 02 sourcing illustration
REFERENCE 0293-154

Open-frame diesel generator · configuration 02

Recoil/electric-start and brushless/brushed-AVR directions with low-oil warning. Confirm the actual phase and connection: a catalogue voltage list and power-factor options do not establish every combination.

Rated output at 60 Hz (kW)
3
Displacement (cc)
296
Net mass (kg)
73
Gross mass (kg)
75
Dimensions (mm)
670×515×590
Operating-speed pairing
50 Hz / 3000 rpm; 60 Hz / 3600 rpm
Auxiliary DC output reference
12 V / 8.3 A
Phase / winding approval
Single-phase source description conflicts with broader voltage/power-factor options; confirm selected connection and rating
Discuss this option ↗
Open-frame diesel generator · configuration 03 sourcing illustration
REFERENCE 0293-155

Open-frame diesel generator · configuration 03

Recoil/electric-start and brushless/brushed-AVR directions with low-oil warning. Confirm the actual phase and connection: a catalogue voltage list and power-factor options do not establish every combination.

Rated output at 50 Hz (kW)
4.5
Rated output at 60 Hz (kW)
5
Displacement (cc)
418
Net mass (kg)
100
Gross mass (kg)
103
Dimensions (mm)
740×500×670
Operating-speed pairing
50 Hz / 3000 rpm; 60 Hz / 3600 rpm
Auxiliary DC output reference
12 V / 8.3 A
Phase / winding approval
Single-phase source description conflicts with broader voltage/power-factor options; confirm selected connection and rating
Discuss this option ↗
Open-frame diesel generator · configuration 04 sourcing illustration
REFERENCE 0293-156

Open-frame diesel generator · configuration 04

Recoil/electric-start and brushless/brushed-AVR directions with low-oil warning. Confirm the actual phase and connection: a catalogue voltage list and power-factor options do not establish every combination.

Rated output at 50 Hz (kW)
5.5
Rated output at 60 Hz (kW)
5.8
Displacement (cc)
456
Net mass (kg)
102
Gross mass (kg)
105
Dimensions (mm)
740×500×670
Operating-speed pairing
50 Hz / 3000 rpm; 60 Hz / 3600 rpm
Auxiliary DC output reference
12 V / 8.3 A
Phase / winding approval
Single-phase source description conflicts with broader voltage/power-factor options; confirm selected connection and rating
Discuss this option ↗
Open-frame diesel generator · configuration 05 sourcing illustration
REFERENCE 0293-157

Open-frame diesel generator · configuration 05

Recoil/electric-start and brushless/brushed-AVR directions with low-oil warning. Confirm the actual phase and connection: a catalogue voltage list and power-factor options do not establish every combination.

Rated output at 50 Hz (kW)
6
Rated output at 60 Hz (kW)
6.5
Displacement (cc)
498
Net mass (kg)
105
Gross mass (kg)
108
Dimensions (mm)
740×500×670
Operating-speed pairing
50 Hz / 3000 rpm; 60 Hz / 3600 rpm
Auxiliary DC output reference
12 V / 8.3 A
Phase / winding approval
Single-phase source description conflicts with broader voltage/power-factor options; confirm selected connection and rating
Discuss this option ↗
Open-frame diesel generator · configuration 06 sourcing illustration
REFERENCE 0293-158

Open-frame diesel generator · configuration 06

Recoil/electric-start and brushless/brushed-AVR directions with low-oil warning. Confirm the actual phase and connection: a catalogue voltage list and power-factor options do not establish every combination.

Rated output at 50 Hz (kW)
7
Rated output at 60 Hz (kW)
7.5
Displacement (cc)
531
Net mass (kg)
115
Gross mass (kg)
120
Dimensions (mm)
740×500×670
Operating-speed pairing
50 Hz / 3000 rpm; 60 Hz / 3600 rpm
Auxiliary DC output reference
12 V / 8.3 A
Phase / winding approval
Single-phase source description conflicts with broader voltage/power-factor options; confirm selected connection and rating
Discuss this option ↗
Open-frame diesel generator · configuration 07 sourcing illustration
REFERENCE 0293-159

Open-frame diesel generator · configuration 07

Recoil/electric-start and brushless/brushed-AVR directions with low-oil warning. Confirm the actual phase and connection: a catalogue voltage list and power-factor options do not establish every combination.

Rated output at 50 Hz (kW)
8
Rated output at 60 Hz (kW)
8.5
Displacement (cc)
667
Net mass (kg)
140
Gross mass (kg)
145
Dimensions (mm)
800×530×730
Operating-speed pairing
50 Hz / 3000 rpm; 60 Hz / 3600 rpm
Auxiliary DC output reference
12 V / 8.3 A
Phase / winding approval
Single-phase source description conflicts with broader voltage/power-factor options; confirm selected connection and rating
Discuss this option ↗
Open-frame diesel generator · configuration 08 sourcing illustration
REFERENCE 0293-160

Open-frame diesel generator · configuration 08

Recoil/electric-start and brushless/brushed-AVR directions with low-oil warning. Confirm the actual phase and connection: a catalogue voltage list and power-factor options do not establish every combination.

Rated output at 50 Hz (kW)
9.3
Rated output at 60 Hz (kW)
9.5
Displacement (cc)
736
Net mass (kg)
138
Gross mass (kg)
148
Dimensions (mm)
800×605×725
Operating-speed pairing
50 Hz / 3000 rpm; 60 Hz / 3600 rpm
Auxiliary DC output reference
12 V / 8.3 A
Phase / winding approval
Single-phase source description conflicts with broader voltage/power-factor options; confirm selected connection and rating
Discuss this option ↗
Cultivation and ditching attachments sourcing illustration
REFERENCE 0293-161

Cultivation and ditching attachments

Discuss rotary-tiller, ridger, ditching and fertiliser/backfill directions. Confirm the actual tool drawing, mounting, drive interface, working width and soil conditions.

Quote basis
Intended task, current drawing, compatible carrier/engine, quantity and destination
Discuss this option ↗
Ploughs, trailers and reaping attachments sourcing illustration
REFERENCE 0293-162

Ploughs, trailers and reaping attachments

Single-furrow, double-furrow and disc-plough constructions, trailers and reaper directions require separate hitch, load, drive and guarding approval.

Quote basis
Intended task, current drawing, compatible carrier/engine, quantity and destination
Discuss this option ↗
Crop-specific farm equipment sourcing illustration
REFERENCE 0293-163

Crop-specific farm equipment

Strawberry ditching, grape-burying, potato and peanut harvesting, hand seeding and wheat/corn/peanut planting directions can be assessed from a current application and attachment drawing.

Quote basis
Intended task, current drawing, compatible carrier/engine, quantity and destination
Discuss this option ↗
Other compact farm implements sourcing illustration
REFERENCE 0293-164

Other compact farm implements

Auger, cutting, mowing, pump, sprayer and wheel-related enquiries require a current construction drawing. Some historical illustration captions are mismatched, so no specific capacity or compatibility is inferred.

Quote basis
Intended task, current drawing, compatible carrier/engine, quantity and destination
Discuss this option ↗

Catalogue references support selection and current technical review. Slash-separated ratings and voltage/frequency alternatives do not establish every combination. Maximum power is not continuous power; pump maxima are not simultaneous duty points. Noise, runtime and throughput require their stated loads and test conditions. Unitless or contradictory fields have not been silently repaired. Current drawings, manuals and approved specifications define the order. Some historical machine/packing dimensions and construction descriptions conflict; those disputed combinations require current drawings before approval.

What matters for this category

A better brief.
A clearer comparison.

Focus the sourcing conversation on the features, materials and production details that make a difference to your product range.

01

Coordinate the engine with the driven task

Bring shaft, mounting, speed, torque, cooling, load and starting requirements into one sourcing brief so equipment and power-unit selection can be reviewed together.

02

Compare useful technical differences

Evaluate conventional versus inverter regulation, open versus enclosed frames, fuel and cooling directions, pump curves, welding duty and farm-tool interfaces without mixing unrelated variants.

03

Prepare a practical purchasing specification

Use a target article, operating conditions, test requirements and packing plan to request samples, confirm current documents and obtain an article-specific quotation.

Branding, configuration & packaging

Make the product
fit your programme.

Bring artwork, reference samples and a target cost. The available process, minimum quantity, sample charges and development scope are reviewed for the chosen option.

01

Power and installation configuration

Specify fuel, continuous/startup load, voltage, frequency, phase, speed, cooling, starting, outlets, shaft and mounting. AVR, control, remote/automatic start or transfer-related options require a selected compatible configuration.

02

Task and attachment selection

Provide pump duty/medium, washer pressure-flow requirement, welding current/electrode/duty, air requirement or farm task/soil/crop. Confirm the machine, accessory, guard and interface as an assembly.

03

Presentation, spare parts and terms

Request the selected colour/artwork, instructions, labels, supplied tools, consumables, spares and packing. MOQ, sample charges, lead time and support terms require a current quotation.

Quality & product evidence

Turn requirements
into checks.

Agree which product characteristics need testing and how the approved sample relates to the bulk order.

01

Approve the measured operating point

Agree methods for rated output, speed/torque, transient loading, voltage regulation, waveform, pump performance or the equipment’s actual working task. An isolated maximum is insufficient to specify a system.

02

Review the actual construction

Check mounting/shaft and connections, cooling/ventilation, fuel and oil requirements, controls, guards, retention, pipes/hoses and included accessories against approved drawings and samples.

03

Inspect and trace the ordered configuration

Agree component list, serial/lot identification, functional checks, finish, packing and pre-shipment inspection records. Current emission, electrical, acoustic and machinery documents must cover the actual article and destination.

Test capability is a starting point for the inspection plan. Request the method, applicable model and results needed for your order.

Documents matched to the order

Ask for evidence
that fits the product.

Request current article-specific files. A catalogue standard name, historical test or group affiliation does not establish current approval for an anonymous sourcing service.

State the sales market, intended users and required files in your first enquiry. Current validity and scope are checked for the selected supplier and product; a category description does not certify every item.

Share your document requirements ↗
Technical and installation package
Request the approved rating sheet, performance curve where applicable, dimensions, shaft/hitch/mounting drawings, electrical/fuel connection details and operating/maintenance instructions.
Destination and test evidence
Identify applicable emissions, electrical, machinery safety, noise, battery/transport and other product requirements. Confirm report holder, exact model/version, scope and validity before using any compliance claim.
Packing, components and shipment approval
Approve included accessories, spare-parts list, labels, instructions, machine and packing dimensions, net/gross mass, handling and export documents. Container quantities require the actual packing/loading plan.
Built around how you sell

Different buyers.
Different specifications.

Your sales channel changes the assortment, packaging and quality priorities. Tell us the intended use as well as the product name.

01

Power-equipment distributors and assemblers

Build an engine or generating-set brief around the installed load, starting demand, electrical arrangement, mounting and current destination documents.

02

Water transfer, cleaning and site equipment

Select a pump, washer, welding generator or combined unit against the actual working conditions and complete accessory specification.

03

Compact agricultural and grounds-care programmes

Coordinate walking tractors, cultivators, cutting/chipping and farm attachments with the crop, soil, user, drive interface and operating requirements.

From first brief to a defined order

One contact.
A practical next step.

Samples, commercial terms and responsibilities are agreed for the project. Use the same product and packing specification when comparing quotations.

01

Share the requirement

Product, reference image, quantity, sales market and timing.

02

Compare suitable options

Review configuration, materials, sample scope and relevant documents.

03

Approve the specification

Agree artwork, packaging, sample, testing and inspection criteria.

04

Confirm the order plan

Set price, payment, production, delivery and defect remedies in writing.

Buyer questions

Before you send
your first enquiry.

Practical answers about this sourcing direction, customization and the reference options. Your agreed specification and written quotation determine the actual order.

How do I specify a generator?

Provide continuous and starting loads, voltage, frequency, phase, fuel, site/ambient conditions, duty, outlets, starting/control requirements, destination and quantity. Confirm the selected rating and configuration in a current technical proposal.

Are maximum, rated and standby power interchangeable?

No. They describe different declared operating bases. Confirm the applicable continuous duty, permitted duration, load, power factor, ambient conditions and test method for the actual set.

Can every listed voltage work with every output?

No. Voltage, frequency, speed, phase, winding and regulation are configuration-specific. Slash-separated catalogue alternatives must be mapped to the selected version before ordering.

How should I compare inverter-generator runtime and noise?

Keep the stated load with each reference. Runtime at 25% load is different from runtime at 50% load; noise also requires distance, method and operating conditions. Confirm the current assembled version.

Do catalogue compliance labels establish current certification?

No. Request current files covering the exact engine, alternator, controls, enclosure and destination. Verify their holder, scope, dates and relationship to the quoted article.

What is needed to match an engine?

Provide the driven load, torque/speed requirement, fuel, shaft and keyway, mounting, flywheel housing, rotation, cooling, starting, electrical needs and duty. A displacement or advertised horsepower alone does not establish fit.

Can a pump deliver its maximum flow at maximum head?

Not by assumption. Request the actual performance curve and specify the required operating flow/head, suction conditions, medium, temperature and pipe connections.

How are pressure-washer variants selected?

Confirm operating pressure and flow at the same duty point, inlet conditions, pump-head construction, engine, gun, hose, nozzles and wheel format. Clarify GPM convention rather than using an unsupported unit conversion.

What should I confirm for a welding generator?

Specify current, electrode, work, duty period and ambient conditions. Confirm the actual duty-cycle evidence, adjustment range and available auxiliary output during welding; a mismatched catalogue percentage is not an operating instruction.

Can the combined generator, welder and compressor run everything at once?

Confirm the actual simultaneous-use limits and engine-load allocation. Provide required electrical output, welding duty and air delivery/pressure so the correct assembly can be assessed.

Are farm attachments universally compatible?

No. Supply carrier and hitch/drive drawings, engine/chassis details, crop/soil task and working conditions. Approve the selected implement, guards and instructions as a complete configuration.

What should I send for samples and a quotation?

Send the equipment list, task and duty, current target drawing or sample reference, configuration, test/document requirements, quantity, packing, destination and delivery target. Sample costs and commercial terms are quoted for the actual selection.

Who handles my enquiry?

Factory Sourcing Hub handles this enquiry as an independent sourcing and trading service. The product route, supplier suitability, sample scope and order responsibilities are agreed for the actual project.

How do I get a price and order minimum?

Send the product reference, quantities per variation, customization and packaging. Prices, minimums, sample charges and delivery dates are confirmed in a current quotation; the page is not a live inventory or price feed.

Can I discuss samples and inspection before ordering?

Yes. State whether you need a reference sample, a customized sample or development work. Agree the sample cost and shipping, approval specification, inspection plan and remedy for non-conforming goods before the bulk order.

What should I attach to my email?

Reference images, drawings, logo artwork and a product list are useful. Include quantities, the intended users and sales market, packaging, required documents and timing. After submitting the form, email attachments to kunhuow@gmail.com with your enquiry reference.

Tell us what you are planning

Your next order
starts with a brief.

A reference picture or a short description is enough to begin. Add the details you already know; the optional fields help make the follow-up more useful.

  • Equipment or engine list, intended task, operating conditions and continuous duty
  • Power/flow/pressure/current requirements and exact interface/voltage/frequency/phase/fuel
  • Accessories, implements, controls, packing, instructions and required current documents
  • Quantity by configuration, destination, sampling and delivery target
kunhuow@gmail.com

Download the enquiry checklist ↓

Independent sourcing and trading service. Supplier choice, service costs and order conditions are discussed for your project.

Discuss your requirements.

Product selection, customization, samples and quotation enquiries.

Add product, quantity or customization details (optional)

Submit your enquiry directly. We use your details to respond to your sourcing request. For attachments, email kunhuow@gmail.com with your enquiry reference. Enquiry data use.

Information basis: published product information reviewed . Reference details support a sourcing discussion. Current supply, samples and product-specific documents are confirmed for the selected item.

Have a product in mind?
Share your sourcing brief.
Send an enquiry ↗