Continental Controls Corporation (CCC)
6 products found

Continental Controls Corporation (CCC) products

Gas Engine Products

CCC - Catalyst Monitor Used for Integrating Air Fuel Ratio Controls (AFRC) and Catalysts for Gas Engines

Integrating Air-Fuel Ratio (AFR) controls and Catalyst diagnostics for advanced natural gas engine emissions control and management. CCC technology is the key to integrating Air Fuel Ratio controls (AFR) and Catalyst diagnostics for advanced natural gas engine emissions control and management. The CCC Catalyst Monitor is the central communication hub for various engine inputs and outputs for NSCR and Oxidation catalysts that doubles assurance that these devices were working as designed. The CCC Catalyst Monitor provides this function and is available in two basic versions: Data Logging (CMI) and Emission Control System (CM2-Single/CM3 Dual). The Catalyst Monitor solutions provide a comprehensive and intelligent approach to optimize air-fuel ratio control, catalyst performance, and emission reduction in natural gas engines.

CCC - Model ECV5 - Air-Fuel Ratio and Emissions Control Valve

ECV5  is a reliable and efficient control valve designed for a variety of industrial and commercial applications. The ECV5 features an easy-to-use design and provides excellent accuracy, sensitivity, and repeatability. The ECV5 offers a variety of features that make it easy to use, including a single-seat design, adjustable orifices, and optional solenoid piloting. With its robust design and reliable performance, the ECV5 is the perfect choice for a wide range of industrial, and commercial applications.


CCC - Model ECVI - Emission Control Valve Interface System

The ECVI (Electronic Control Valve Interface) by Continental Controls Corporation is a state-of-the-art electronic valve control system designed to precisely control gas and liquid flow in engines and other industrial applications. It is compatible with a wide range of valve types and sizes, and can be easily integrated with existing engine control systems. The ECVI features advanced digital signal processing technology, robust construction, and reliable performance, making it an ideal choice for demanding applications in the oil and gas, power generation, and marine industries.

CCC - Model FM50 - Multifunctional Control Module for Gas Flow Measurement

The FM50 is a multifunctional control module designed for use in gas compressor applications. It provides control for gas fuel, air/fuel ratio, and speed for gas engines, as well as monitoring and protection features. The FM50 can communicate with other control systems and devices using various protocols and interfaces, including Modbus, CANbus, and Ethernet. Its modular design allows for easy customization and integration with different engine types and applications. The FM50 is designed to enhance the performance, efficiency, and reliability of gas compressor systems.

CCC - Model GSS - Gas Substitution System

Continental Controls Corporation`s Gas Substitution System (GSS) is an innovative product that allows diesel engines to operate on a combination of natural gas and other low-cost gases, such as biogas, landfill gas, or digester gas with traditional diesel fuel. The GSS system is designed to provide reliable and efficient combustion control for these blended gases while maximizing fuel savings and minimizing environmental impact. The GSS system features specialized control panels and software to monitor and automatically adjust the combustion process in real-time to ensure optimal performance and stability. The system is also equipped with advanced safety features, such as shutdown systems and flame detection to prevent any potential hazards.

Gas Turbine Products

CCC - Model FT50 - Gas Fuel Train Shutoff Valve

Continental Controls Corporation’s designed the FT50 pre-assembled with 2″ valves for hassle free installation. The FT50 is applicable with various engines and fuels such as natural gas and propane, etc. The fail safe rapid shutdown response stops gaseous fuel flowing through in less than 200 milliseconds. Its operation relies on a spring-loaded piston within the valve to be moved by the supply pressure. Energizing the valve opens the spring-loaded piston, allowing fuel to enter the turbine. When the electrical solenoid’s current signal is disrupted, the spring-loaded second-stage piston undergoes a change to allow for the release of primary control pressure. As a result, the fuel flow is brought to a halt due to the main spring forcing the primary piston to close. Additionally, the pneumatic valve, pilot valve for pneumatic, and ¼” vent valve are generally closed valves.