Overview

The Wärtsilä CCM-20 Control Module is a cylinder control module designed for integration into Wärtsilä’s advanced engine management systems. It provides precise monitoring and control of cylinder functions, ensuring optimal performance, fuel efficiency, and compliance with emission standards. Moreover, the CCM-20 is engineered for reliability in harsh marine environments, offering robust construction and long service life. In addition, its modular design allows easy replacement and integration into Wärtsilä X-series and DF-series engines. Therefore, the CCM-20 is trusted by ship operators and engineers who require dependable control solutions for modern marine propulsion systems.

Technical Data

Key Features

• Precise cylinder control: Ensures efficient combustion and optimized fuel usage.

• Modular design: Easy replacement and integration into Wärtsilä control systems.

• Marine-grade reliability: Built to withstand vibration, temperature extremes, and harsh operating conditions.

• Diagnostic capability: Supports real-time monitoring and fault detection.

• Compatibility: Designed for Wärtsilä X-series and DF-series engines.

Typical Applications

• Marine propulsion: Reliable cylinder control for cargo ships, tankers, and container vessels.

• Power generation: Integration into Wärtsilä engines used in power plants.

• Offshore operations: Dependable control for drilling rigs and offshore support vessels.

• Industrial engines: Supporting heavy-duty applications requiring precise cylinder management.

FAQ

Q1: What is the main advantage of the CCM-20 module?

A1: It provides precise cylinder control, improving efficiency and reducing emissions in Wärtsilä engines.

Q2: Is it compatible with multiple engine types?

A2: Yes, it is used in Wärtsilä X62, X72DF, and related series engines.

Q3: Can it be replaced easily?

A3: Yes, its modular design allows straightforward replacement and integration into existing systems.

Q4: Which industries benefit most from this module?

A4: Marine shipping, offshore operations, and power generation sectors rely on its durability and precision.