Diesel Generating Sets
Durable, reliable and efficient, IMPAC generators are built strong to meet the demanding needs of mission critical industries like telecom, aviation and hospitals.
About Our Generators
IMPAC Diesel Generators have been designed and manufactured specifically to cater to industries that demand high quality and reliability. The grueling conditions in which IMPAC Generators are deployed range from -30C to +55C, and up to 4,000 meters above sea level and are perfectly suitable where power uptime is essential.
Product Gallery
Technical Specifications
| IMPAC Model | Engine Model | Alternator Model | kVA (Prime) Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions. | kW (Prime) Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions. | kVA (Stand-by) The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off. | kW (Stand-by) Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency. |
|---|---|---|---|---|---|---|
| QC2R9PL | 403D-11G | LSA40VS2 | 9 | 7.20 | 9.50 | 7.60 |
| QC2R13L | 403D-15G | LSA40VS2 | 13 | 10.40 | 14.00 | 11.20 |
| QC2R17L | 404D-22G | LSA404S | 17 | 13.60 | 18.00 | 14.40 |
| QC2R20L | 404D-22TG | LSA404S | 20 | 16.00 | 21.50 | 17.20 |
| QC2R27L | 1103A-33G | LSA42.2M7 | 27 | 21.60 | 30.00 | 24.00 |
| QC2R30L | 1103A-33G | LSA42.2M7 | 30 | 24.00 | 33.00 | 26.40 |
| QC2R35L | 1103A-33TG1 | LSA43.2S25 | 35 | 28.00 | 39.00 | 31.20 |
| QC2R40L | 1103A-33TG2 | LSA43.2M45 | 40 | 32.00 | 44.00 | 35.20 |
| QC2R60L | 1103A-33TG2 | LSA43.2M45 | 60 | 48.00 | 63.00 | 50.40 |
| QC2R80L | 1104A-44TG2 | LSA44.2VS45 | 80 | 64.00 | 88.00 | 70.40 |
| QC2R100L | 1104A-44TAG2 | LSA44.2VS45 | 100 | 80.00 | 110.00 | 88.00 |
| Cylinder | Engine Power kWm/Net | Compression Ratio | Bore & Stroke (mm) | Displacement (Ltrs) | Lube Oil Capacity (Ltrs) | Coolant Capacity (Ltrs) | Fuel Consumption at 50% (Ltrs/hr) | Fuel Consumption at 100% (Ltrs/hr) | Air Effeciency (%) |
|---|---|---|---|---|---|---|---|---|---|
| 3 | 8.40 | 23:1 | 77 x 81 | 1.13 | 4.90 | 5.20 | 1.70 | 3.00 | 82.70 |
| 3 | 12.00 | 22.5:1 | 84 x 90 | 1.50 | 6.00 | 6.98 | 2.00 | 3.60 | 87.50 |
| 4 | 18.40 | 23.3:1 | 84 x 100 | 2.20 | 6.98 | 6.98 | 2.90 | 5.40 | 87.90 |
| 4 | 18.40 | 23.3:1 | 84 x 100 | 2.20 | 6.98 | 6.98 | 2.90 | 5.40 | 87.10 |
| 3 | 27.70 | 19.25:1 | 105 x 127 | 3.30 | 7.90 | 10.20 | 3.90 | 7.10 | 88.90 |
| 3 | 27.70 | 19.25:1 | 105 x 127 | 3.30 | 7.90 | 10.20 | 3.90 | 7.10 | 89.00 |
| 3 | 41.30 | 17.25:1 | 105 x 127 | 3.30 | 7.90 | 10.20 | 5.70 | 10.70 | 87.90 |
| 3 | 41.30 | 17.25:1 | 105 x 127 | 3.30 | 7.90 | 10.20 | 5.70 | 10.70 | 89.00 |
| 3 | 53.80 | 17.25:1 | 105 x 127 | 3.30 | 10.00 | 12.00 | 7.70 | 13.70 | 89.00 |
| 4 | 71.90 | 17.25:1 | 105 x 127 | 4.40 | 13.20 | 16.00 | 9.20 | 18.00 | 90.50 |
| 4 | 89.00 | 18.2:1 | 105 x 127 | 4.41 | 8.00 | 12.60 | 11.20 | 22.60 | 90.80 |
| 3 | 8.40 | 23:1 | 77 x 81 | 1.13 | 4.90 | 5.20 | 1.70 | 3.00 | 82.70 |
IMPAC Model
QC2R9PL
Engine Model
403D-11G
Alternator Model
LSA40VS2
kVA (Prime)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
9
kW (Prime)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
7.20
kVA (Stand-by)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
9.50
kW (Stand-by)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
7.60
IMPAC Model
QC2R13L
Engine Model
403D-15G
Alternator Model
LSA40VS2
kVA (Prime)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
13
kW (Prime)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
10.40
kVA (Stand-by)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
14.00
kW (Stand-by)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
11.20
IMPAC Model
QC2R17L
Engine Model
404D-22G
Alternator Model
LSA404S
kVA (Prime)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
17
kW (Prime)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
13.60
kVA (Stand-by)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
18.00
kW (Stand-by)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
14.40
IMPAC Model
QC2R20L
Engine Model
404D-22TG
Alternator Model
LSA404S
kVA (Prime)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
20
kW (Prime)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
16.00
kVA (Stand-by)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
21.50
kW (Stand-by)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
17.20
IMPAC Model
QC2R27L
Engine Model
1103A-33G
Alternator Model
LSA42.2M7
kVA (Prime)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
27
kW (Prime)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
21.60
kVA (Stand-by)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
30.00
kW (Stand-by)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
24.00
IMPAC Model
QC2R30L
Engine Model
1103A-33G
Alternator Model
LSA42.2M7
kVA (Prime)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
30
kW (Prime)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
24.00
kVA (Stand-by)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
33.00
kW (Stand-by)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
26.40
IMPAC Model
QC2R35L
Engine Model
1103A-33TG1
Alternator Model
LSA43.2S25
kVA (Prime)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
35
kW (Prime)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
28.00
kVA (Stand-by)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
39.00
kW (Stand-by)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
31.20
IMPAC Model
QC2R40L
Engine Model
1103A-33TG2
Alternator Model
LSA43.2M45
kVA (Prime)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
40
kW (Prime)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
32.00
kVA (Stand-by)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
44.00
kW (Stand-by)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
35.20
IMPAC Model
QC2R60L
Engine Model
1103A-33TG2
Alternator Model
LSA43.2M45
kVA (Prime)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
60
kW (Prime)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
48.00
kVA (Stand-by)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
63.00
kW (Stand-by)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
50.40
IMPAC Model
QC2R80L
Engine Model
1104A-44TG2
Alternator Model
LSA44.2VS45
kVA (Prime)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
80
kW (Prime)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
64.00
kVA (Stand-by)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
88.00
kW (Stand-by)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
70.40
IMPAC Model
QC2R100L
Engine Model
1104A-44TAG2
Alternator Model
LSA44.2VS45
kVA (Prime)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
100
kW (Prime)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
80.00
kVA (Stand-by)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
110.00
kW (Stand-by)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
88.00
Cylinder
3
Engine Power kWm/Net
8.40
Compression Ratio
23:1
Bore & Stroke (mm)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
77 x 81
Displacement (Ltrs)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
1.13
Lube Oil Capacity (Ltrs)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
4.90
Coolant Capacity (Ltrs)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
5.20
Fuel Consumption at 50% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
1.70
Fuel Consumption at 100% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
3.00
Air Effeciency (%)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
82.70
Cylinder
3
Engine Power kWm/Net
12.00
Compression Ratio
22.5:1
Bore & Stroke (mm)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
84 x 90
Displacement (Ltrs)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
1.50
Lube Oil Capacity (Ltrs)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
6.00
Coolant Capacity (Ltrs)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
6.98
Fuel Consumption at 50% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
2.00
Fuel Consumption at 100% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
3.60
Air Effeciency (%)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
87.50
Cylinder
4
Engine Power kWm/Net
18.40
Compression Ratio
23.3:1
Bore & Stroke (mm)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
84 x 100
Displacement (Ltrs)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
2.20
Lube Oil Capacity (Ltrs)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
6.98
Coolant Capacity (Ltrs)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
6.98
Fuel Consumption at 50% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
2.90
Fuel Consumption at 100% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
5.40
Air Effeciency (%)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
87.90
Cylinder
4
Engine Power kWm/Net
18.40
Compression Ratio
23.3:1
Bore & Stroke (mm)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
84 x 100
Displacement (Ltrs)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
2.20
Lube Oil Capacity (Ltrs)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
6.98
Coolant Capacity (Ltrs)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
6.98
Fuel Consumption at 50% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
2.90
Fuel Consumption at 100% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
5.40
Air Effeciency (%)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
87.10
Cylinder
3
Engine Power kWm/Net
27.70
Compression Ratio
19.25:1
Bore & Stroke (mm)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
105 x 127
Displacement (Ltrs)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
3.30
Lube Oil Capacity (Ltrs)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
7.90
Coolant Capacity (Ltrs)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
10.20
Fuel Consumption at 50% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
3.90
Fuel Consumption at 100% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
7.10
Air Effeciency (%)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
88.90
Cylinder
3
Engine Power kWm/Net
27.70
Compression Ratio
19.25:1
Bore & Stroke (mm)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
105 x 127
Displacement (Ltrs)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
3.30
Lube Oil Capacity (Ltrs)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
7.90
Coolant Capacity (Ltrs)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
10.20
Fuel Consumption at 50% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
3.90
Fuel Consumption at 100% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
7.10
Air Effeciency (%)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
89.00
Cylinder
3
Engine Power kWm/Net
41.30
Compression Ratio
17.25:1
Bore & Stroke (mm)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
105 x 127
Displacement (Ltrs)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
3.30
Lube Oil Capacity (Ltrs)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
7.90
Coolant Capacity (Ltrs)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
10.20
Fuel Consumption at 50% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
5.70
Fuel Consumption at 100% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
10.70
Air Effeciency (%)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
87.90
Cylinder
3
Engine Power kWm/Net
41.30
Compression Ratio
17.25:1
Bore & Stroke (mm)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
105 x 127
Displacement (Ltrs)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
3.30
Lube Oil Capacity (Ltrs)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
7.90
Coolant Capacity (Ltrs)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
10.20
Fuel Consumption at 50% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
5.70
Fuel Consumption at 100% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
10.70
Air Effeciency (%)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
89.00
Cylinder
3
Engine Power kWm/Net
53.80
Compression Ratio
17.25:1
Bore & Stroke (mm)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
105 x 127
Displacement (Ltrs)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
3.30
Lube Oil Capacity (Ltrs)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
10.00
Coolant Capacity (Ltrs)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
12.00
Fuel Consumption at 50% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
7.70
Fuel Consumption at 100% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
13.70
Air Effeciency (%)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
89.00
Cylinder
4
Engine Power kWm/Net
71.90
Compression Ratio
17.25:1
Bore & Stroke (mm)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
105 x 127
Displacement (Ltrs)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
4.40
Lube Oil Capacity (Ltrs)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
13.20
Coolant Capacity (Ltrs)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
16.00
Fuel Consumption at 50% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
9.20
Fuel Consumption at 100% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
18.00
Air Effeciency (%)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
90.50
Cylinder
4
Engine Power kWm/Net
89.00
Compression Ratio
18.2:1
Bore & Stroke (mm)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
105 x 127
Displacement (Ltrs)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
4.41
Lube Oil Capacity (Ltrs)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
8.00
Coolant Capacity (Ltrs)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
12.60
Fuel Consumption at 50% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
11.20
Fuel Consumption at 100% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
22.60
Air Effeciency (%)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
90.80
Cylinder
3
Engine Power kWm/Net
8.40
Compression Ratio
23:1
Bore & Stroke (mm)
Represents the maximum power output in kilovolt-amperes that a generator can continuously supply under normal operating conditions.
77 x 81
Displacement (Ltrs)
Indicates the maximum kilowatts of real power that a generator can deliver continuously under standard conditions.
1.13
Lube Oil Capacity (Ltrs)
The maximum kilovolt-amperes a generator can provide for short periods when there is a main power failure or when the main power is off.
4.90
Coolant Capacity (Ltrs)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
5.20
Fuel Consumption at 50% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
1.70
Fuel Consumption at 100% (Ltrs/hr)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
3.00
Air Effeciency (%)
Specifies the peak kilowatts of real power a generator can supply temporarily during a power outage or similar emergency.
82.70
Frequently Asked Questions
What is the difference between kW and kVa?
kW (kilowatts) measures actual power output, while kVA (kilovolt-amperes) measures apparent power, including power lost due to inefficiency. The ratio of kW to kVA is called the power factor.
What is the difference between standby, continuous, and prime power ratings?
Standby: Used for emergency power during utility outages, not designed for continuous use.
Continuous: Can run indefinitely at a constant load.
Prime: Suitable for continuous operation but with variable loads up to a defined maximum.
If I am interested in a generator that is not the voltage I need, can the voltage be changed?
Yes, many generators can be reconfigured or equipped with additional components to adjust their output voltage.
What does an Automatic Transfer Switch do?
An Automatic Transfer Switch (ATS) automatically switches the power source from the utility to the generator during a power outage, ensuring continuous power supply.
Can a generator I am looking at parallel with one I already own?
Paralleling is possible if both generators have compatible control systems and specifications. It's advisable to check with the manufacturer for compatibility.
Can you convert a 60 Hz generator to 50 Hz?
Some generators are capable of operating at either 60 Hz or 50 Hz. Whether a specific model can be converted depends on its design; consult the manufacturer for details.
How do I determine what size generator I need?
Calculate the total power requirements by adding up the wattage of all devices that need power. Consider both running and starting power needs, especially for equipment with motors or compressors, to determine the appropriate generator size.
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