High Reliability
Mature combustion design, strengthened components and project-matched auxiliaries support durable continuous operation.
Gas Generator Sets
CAMDA KDGC600-G Gas Generator Set is retained as one product page with 1 brochure-published fuel and rating configuration. Use the configuration table to compare published data, then confirm fuel quality, site conditions and balance-of-plant scope with CAMDA.
CAMDA KDGC600-G Gas Generator Set is retained as one product page with 1 brochure-published fuel and rating configuration. Use the configuration table to compare published data, then confirm fuel quality, site conditions and balance-of-plant scope with CAMDA.
Published product information is reviewed together with load, site, fuel and interface requirements before final configuration.
Gas Application On-site generation for continuous process loads, efficiency objectives and plant energy resilience.
Gas Application Project power for upstream, midstream and associated-gas applications under demanding site conditions.
Gas Application Recovered-gas generation for landfill, wastewater, food waste and agricultural feedstocks.
Gas Application Local electricity and optional heat recovery for campuses, factories and utility-scale distributed energy.
Model configuration data
One model page contains every published engine and power configuration. Select the configuration that matches the project duty, frequency and fuel requirements.
| Parameter | Published value |
|---|---|
| Cylinder count | 12 |
| Bore | 159 mm |
| Stroke | 159 mm |
| Compression ratio | 11. 5 : 1 |
| Rated speed | 1500/1800 rpm |
| Net weight | 8710 kg |
| Length | 5300 mm |
| Width | 2000 mm |
| Height | 2450 mm |
Structured published data for CAMDA KDGC600-G Gas Generator Set. Final performance depends on the confirmed project configuration.
| Parameter | Published value | Parameter | Published value |
|---|---|---|---|
| Fuel | Natural gas | Rated speed | 1,500 / 1,800 rpm |
| Cooling system | Water-cooled, project-matched heat rejection | Starting method | 24 V DC electric start |
| Controller | CAMDA integrated genset controller | Communications | CAN · RS485 · Ethernet · Modbus |
| Applicable standard | ISO 3046 / project requirements | Ambient / altitude review | Temperature and altitude derating reviewed per project |
| Insulation class | Class H | Voltage regulation | Digital AVR, project configured |
| Engine / platform brand | Cummins |
| Parameter | Published value | Parameter | Published value |
|---|---|---|---|
| Fuel | Natural gas |
| Parameter | Published value | Parameter | Published value |
|---|---|---|---|
| Engine / platform brand | Cummins |
| Parameter | Published value | Parameter | Published value |
|---|---|---|---|
| Rated speed | 1,500 / 1,800 rpm |
| Parameter | Published value | Parameter | Published value |
|---|---|---|---|
| Insulation class | Class H | Voltage regulation | Digital AVR, project configured |
| Parameter | Published value | Parameter | Published value |
|---|---|---|---|
| Controller | CAMDA integrated genset controller | Communications | CAN · RS485 · Ethernet · Modbus |
| Parameter | Published value | Parameter | Published value |
|---|---|---|---|
| Cooling system | Water-cooled, project-matched heat rejection | Starting method | 24 V DC electric start |
| Ambient / altitude review | Temperature and altitude derating reviewed per project | Applicable standard | ISO 3046 / project requirements |
Published engineering strengths for this product family and delivery scope.
Mature combustion design, strengthened components and project-matched auxiliaries support durable continuous operation.
Lean combustion, high-energy ignition and optimized air-fuel control support efficient and cleaner gas utilization.
Independent controls, cylinder monitoring, protection logic and explosion-protection measures support safe operation.
Long service intervals, service-friendly parts and mature platforms reduce maintenance effort and lifecycle cost.
Matched alternator, excitation and AVR performance support parallel operation and dynamic load response.
Load sharing, protection, communications and remote visibility are configured with the plant operating mode.
Available options remain subject to project and product-series confirmation.
Current published documents are delivered through their approved access rules.
A practical sequence for defining fuel, electrical duty, site, balance-of-plant, heat use and lifecycle responsibilities before a gas-power proposal.
The gas composition, pressure, contaminants and variability data needed to select a generator and define preprocessing safely.
PDF · 2025.1
Project records shown here come from the current CMS publication set.
An 18 MW kitchen-waste biogas project equipped with twelve Jenbacher J420 generator sets.
An 18 MW industrial wastewater biogas project equipped with six Jenbacher J620 generator sets.
A 10 MW kitchen-waste biogas project using four Jenbacher J320 and two J620 generator sets.
From selection and configuration to installation and commissioning.