08-20-2025, 08:22 PM
Introduction
The Perkins 2200 Series is a line of powerful, reliable diesel engines designed primarily for high-capacity power generation and industrial applications. These engines are built for demanding work environments including construction, mining, and power plants. The series features turbocharged, aftercooled, six-cylinder engines delivering high-performance power combined with fuel efficiency and robust design.
Technical Specifications
The Perkins 2200 Series powers generator sets in industrial plants, construction sites, data centers, and as backup power for critical infrastructure. Its power density and reliability make it suited for continuous industrial use and emergency standby.
Terminology
Perkins has long been a leading diesel engine manufacturer, with the 2200 Series representing modern advances in power generation efficiency and emissions control. These models support a broad market demand, from small power units up to heavy industrial gensets, reflecting Perkins’ global service network and innovation leadership.
Conclusion
The Perkins 2200 Series diesel generators exemplify a balance of power, efficiency, and reliability essential for modern industrial power needs. From 350 kVA to over 2200 kVA, these engines deliver robust performance adaptable to diverse applications, supported by sophisticated electronics and durable construction, making them a preferred choice worldwide for critical and continuous power generation.
The Perkins 2200 Series is a line of powerful, reliable diesel engines designed primarily for high-capacity power generation and industrial applications. These engines are built for demanding work environments including construction, mining, and power plants. The series features turbocharged, aftercooled, six-cylinder engines delivering high-performance power combined with fuel efficiency and robust design.
Technical Specifications
- Engine Model Example: Perkins 4016TAG2A
- Engine Type: 4-stroke, turbocharged, aftercooled diesel
- Cylinder Arrangement: Inline 16-cylinder in some models; common is 6-cylinder inline for typical generators
- Displacement: Approximate 13 liters for 6-cylinder engines
- Power Output: Ranges between 385 to 520 hp (287 to 388 kW), with power options designed from about 350 kVA up to over 2200 kVA in generator configurations
- Speed: Rated speed typically 1500 rpm (50 Hz) or 1800 rpm (60 Hz) for generator sets
- Fuel Consumption: Around 326 liters per hour at 75% load for larger 16-cylinder setups
- Cooling System: Water-cooled with radiator or cooling package options
- Emission Standards: Designed to meet EU Stage V and US EPA Tier 4 Final standards, with electronic engine control systems for optimized emissions performance
- Power Ratings: Standby power typically up to 2200 kVA; prime power slightly lower, supporting continuous operation with some overload capacity
- Alternator: Brushless, self-excited, designed to provide consistent voltage and frequency under load
- Control Panels: Equipped with advanced electronic control units (e.g., Deep Sea DSE7320) for monitoring and managing engine and generator functions
- Fuel Tanks: Options for integrated or extended external tanks to prolong operation between refuels, up to thousands of liters
- Noise and Weather Protection: Configurations include both open sets and sound attenuated “silent” enclosures
The Perkins 2200 Series powers generator sets in industrial plants, construction sites, data centers, and as backup power for critical infrastructure. Its power density and reliability make it suited for continuous industrial use and emergency standby.
Terminology
- Prime Power: Continuous power available under variable load as required by demand.
- Standby Power: Maximum power available for limited time during power outage conditions.
- Turbocharged and Aftercooled: Forced induction and cooling system to enhance engine air intake density and efficiency.
- kVA: Kilovolt-ampere, a unit of apparent power in an electrical circuit.
- Electronic Engine Control: Computerized system to manage engine operation for efficiency and emissions compliance.
Perkins has long been a leading diesel engine manufacturer, with the 2200 Series representing modern advances in power generation efficiency and emissions control. These models support a broad market demand, from small power units up to heavy industrial gensets, reflecting Perkins’ global service network and innovation leadership.
Conclusion
The Perkins 2200 Series diesel generators exemplify a balance of power, efficiency, and reliability essential for modern industrial power needs. From 350 kVA to over 2200 kVA, these engines deliver robust performance adaptable to diverse applications, supported by sophisticated electronics and durable construction, making them a preferred choice worldwide for critical and continuous power generation.
