Fast Start & Load Acceptance
Rapid start, stable load acceptance and coordinated controls support standby and prime-power duties.
Diesel Generator Sets
CD450E 450 kVA Diesel Generator Selection
Selection page grouping four CAMDA brochure-published 50 Hz configurations with a 450 kVA standby rating across Cummins and SDEC platforms. Compare the source models and confirm project duty, voltage, enclosure and final equipment code in the quotation.
Diesel Fuel
Standby / prime Rated mode
Project configured Voltage
CAMDA Engine / platform brand
Fast Start & Load Acceptance Low Fuel Consumption Stable Voltage & Frequency
Reliable Power When It Matters Most
Selection page grouping four CAMDA brochure-published 50 Hz configurations with a 450 kVA standby rating across Cummins and SDEC platforms. Compare the source models and confirm project duty, voltage, enclosure and final equipment code in the quotation.
Published product information is reviewed together with load, site, fuel and interface requirements before final configuration.
Related solutions
Applicable industries
Diesel Application Data Centers
Standby and prime-power packages configured for critical loads, redundancy and maintainable operation.
Diesel Application Manufacturing
Reliable local power for production continuity, process loads and planned operating duties.
Diesel Application Mining & Construction
Rugged open, enclosed or containerized packages for remote sites, equipment and temporary power.
Diesel Application Hospitals & Infrastructure
Mission-critical standby power for healthcare, transport and public infrastructure.
Model configuration data
Available Configurations for CD450E 450 kVA Diesel Generator Selection
One model page contains every published engine and power configuration. Select the configuration that matches the project duty, frequency and fuel requirements.
4 Published configurations
01 KDGC360SQ · QSZ13-G7 · Diesel · 50 Hz QSZ13-G7 / 450 kVA / 50 Hz Primary
- Engine brand
- Cummins
- Engine model
- QSZ13-G7
- Fuel
- Diesel
- Frequency
- 50 Hz
- Standby power
- 450 kVA
- Prime power
- 400 kVA
| Parameter | Published value |
|---|---|
| Diesel consumption | 90 L/h |
| Lube oil consumption | ≤0.23 g/kWh |
| Noise | ≤105 dBA |
| Cylinder configuration | L6 |
| Bore | 130 mm |
| Stroke | 163 mm |
| Displacement | 13 L |
| Compression ratio | 17 :1 |
| Governor type | Electronic |
| Aspiration method | Turbocharged |
| Lube oil capacity | 45 L |
| Coolant capacity | 68 L |
| Net weight | 3050 kg |
| Length | 3000 mm |
| Width | 1360 mm |
| Height | 1885 mm |
Source CAMDA 2026 selection mapping for CD450E; source model KDGC360SQ. 2026英文画册.pdf, page 7, DCEC 50 Hz technical specifications, row 31
02 KDGC360S · NTAA855-G7A · Diesel · 50 Hz NTAA855-G7A / 450 kVA / 50 Hz
- Engine brand
- Cummins
- Engine model
- NTAA855-G7A
- Fuel
- Diesel
- Frequency
- 50 Hz
- Standby power
- 450 kVA
- Prime power
- 412.5 kVA
| Parameter | Published value |
|---|---|
| Diesel consumption | 90.8 L/h |
| Lube oil consumption | ≤0.23 g/kWh |
| Noise | ≤105 dBA |
| Cylinder configuration | L6 |
| Bore | 140 mm |
| Stroke | 152 mm |
| Displacement | 14 L |
| Compression ratio | 14:1 |
| Governor type | Electronic |
| Aspiration method | Turbocharged |
| Lube oil capacity | 39 L |
| Coolant capacity | 63 L |
| Net weight | 3200 kg |
| Length | 3250 mm |
| Width | 1120 mm |
| Height | 1700 mm |
Source CAMDA 2026 selection mapping for CD450E; source model KDGC360S. 2026英文画册.pdf, page 8, DCEC 50 Hz technical specifications, row 9
03 KDGC360SQ · QSNT-G3 · Diesel · 50 Hz QSNT-G3 / 450 kVA / 50 Hz
- Engine brand
- Cummins
- Engine model
- QSNT-G3
- Fuel
- Diesel
- Frequency
- 50 Hz
- Standby power
- 450 kVA
- Prime power
- 400 kVA
| Parameter | Published value |
|---|---|
| Diesel consumption | 86 L/h |
| Lube oil consumption | ≤0.23 g/kWh |
| Noise | ≤105 dBA |
| Cylinder configuration | L6 |
| Bore | 140 mm |
| Stroke | 152 mm |
| Displacement | 14 L |
| Compression ratio | 16.7: 1 |
| Governor type | Electronic |
| Aspiration method | Turbocharged |
| Lube oil capacity | 39 L |
| Coolant capacity | 65 L |
| Net weight | 3350 kg |
| Length | 3250 mm |
| Width | 1130 mm |
| Height | 1770 mm |
Source CAMDA 2026 selection mapping for CD450E; source model KDGC360SQ. 2026英文画册.pdf, page 9, CCEC 50 Hz technical specifications, row 15
04 KDGS360S · 6ETAA12.8-G32 · Diesel · 50 Hz 6ETAA12.8-G32 / 450 kVA / 50 Hz
- Engine brand
- SDEC
- Engine model
- 6ETAA12.8-G32
- Fuel
- Diesel
- Frequency
- 50 Hz
- Standby power
- 450 kVA
- Prime power
- 400 kVA
| Parameter | Published value |
|---|---|
| Diesel consumption | 96.1 L/h |
| Lube oil consumption | ≤0.2 g/kWh |
| Noise | ≤97 dBA |
| Cylinder configuration | L6 |
| Bore | 130 mm |
| Stroke | 161 mm |
| Displacement | 13 L |
| Compression ratio | 17.0:1 |
| Governor type | Electronic |
| Aspiration method | Turbocharged |
| Lube oil capacity | 36 L |
| Coolant capacity | 51 L |
| Net weight | 2700 kg |
| Length | 3100 mm |
| Width | 1150 mm |
| Height | 1620 mm |
Source CAMDA 2026 selection mapping for CD450E; source model KDGS360S. 2026英文画册.pdf, page 15, SDEC 50 Hz technical specifications, row 16
Technical Specifications
Structured published data for CD450E 450 kVA Diesel Generator Selection. Final performance depends on the confirmed project configuration.
Generator Set
| Parameter | Published value | Parameter | Published value |
|---|---|---|---|
| Rated mode | Standby / prime | Fuel | Diesel |
| Voltage | Project configured | 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 8528 / project requirements | Ambient / altitude review | Temperature and altitude derating reviewed per project |
| Engine / platform | Final-approved diesel range | Insulation class | Class H |
Electrical performance
| Parameter | Published value | Parameter | Published value |
|---|---|---|---|
| Fuel | Diesel | Voltage | Project configured |
Application and configuration
| Parameter | Published value | Parameter | Published value |
|---|---|---|---|
| Rated mode | Standby / prime | Engine / platform brand | CAMDA |
| Primary application | Infrastructure | Package / environment | Open / containerized |
Diesel Engine
| Parameter | Published value | Parameter | Published value |
|---|---|---|---|
| Engine / platform | Final-approved diesel range | Rated speed | 1,500 / 1,800 rpm |
Alternator
| Parameter | Published value | Parameter | Published value |
|---|---|---|---|
| Insulation class | Class H | Voltage regulation | Digital AVR, project configured |
Control System
| Parameter | Published value | Parameter | Published value |
|---|---|---|---|
| Controller | CAMDA integrated genset controller | Communications | CAN · RS485 · Ethernet · Modbus |
Operating Conditions
| 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 8528 / project requirements |
Performance & Reliability
Published engineering strengths for this product family and delivery scope.
Low Fuel Consumption
Engine and system matching are configured to reduce fuel use and operating cost for the defined duty.
Stable Voltage & Frequency
Electronic speed regulation, AVR and coordinated protection maintain dependable electrical output under changing loads.
Heavy-Duty Durability
Industrial components, protected packaging and controlled production support demanding environments and long service life.
Remote Monitoring
Controller and optional HMI or SCADA interfaces provide alarms, operating visibility and remote support paths.
Easy Maintenance
Service access, common parts, planned maintenance and lifecycle support simplify upkeep and reduce downtime.
Configurations & Options
Available options remain subject to project and product-series confirmation.
Technical Downloads
Current published documents are delivered through their approved access rules.
Generator Selection: Gas, Diesel and Integrated Systems
A structured comparison of diesel, gas and integrated generator systems based on duty, fuel, load behavior, site constraints and lifecycle needs.
How to Size a Generator Set for Critical Loads
A reviewed guide to load definition, starting behavior, operating duty, site conditions and resilience inputs for critical-load generator selection.
CAMDA Diesel Power Solution
PDF · 2025.1
Related Projects
Project records shown here come from the current CMS publication set.
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Build the Right Diesel Power System for Your Project
From selection and configuration to installation and commissioning.