TM-PRO is a state-of-the-art Active Heave Compensation (AHC) controller

With its advanced algorithms and intuitive interface, TM-PRO offers unmatched control over heave compensation, ensuring smooth and reliable operation in the most challenging conditions.

TM Pro AHC Controller

Features:

Field proven, trusted and reliable
Comprehensive Diagnostics and Data Logging
- Provides detailed monitoring and recording of system performance and fault conditions. This feature enables thorough analysis and troubleshooting by capturing extensive data logs of operational metrics and anomalies.
High Availability with Redundant Components
- Ensures system reliability and minimizes downtime by incorporating redundant components. In case of a failure in one component, the backup system takes over, maintaining continuous operation and reducing the risk of interruptions.
Multi-Platform and Diverse Equipment Compatibility
- Supports integration with various hardware and software platforms, allowing seamless operation across different types of equipment. This feature enhances flexibility and ensures that the system can be used in a wide range of applications.
Streamlined Configuration Tools
- Simplifies the setup and customization process through intuitive configuration tools. These tools make it easier to adjust settings, parameters, and preferences, reducing setup time and complexity.
Established Design with Proven Reliability
- Based on a tried-and-tested design that has demonstrated consistent performance and dependability. This feature underscores the robustness and trustworthiness of the system, backed by a history of successful deployments.
Low Cyclic Time and Multi-Device Control Capability
- Allows for the simultaneous management of multiple winches from a single interface with low cyclic time(less 100 millisecond ). This capability enhances operational efficiency by enabling centralized control and coordination of various components.
Self-Adjusting and Versatile Setup
- Automatically adjusts configurations and settings based on operational conditions and requirements. This versatility ensures optimal performance and adaptability to changing scenarios without manual intervention.
Adaptive and Predictive System Adjustment
- Utilizes advanced algorithms to anticipate wave and changes in operational conditions and proactively adjust system parameters. This feature enhances performance and efficiency by predicting and responding to potential issues before they arise.
Modular and Flexible Deployment Options
- Offers a modular design that allows for easy customization and scaling of the system. This flexibility supports a wide range of deployment scenarios, from small-scale to large-scale applications.
Extensive Operational Modes and Simulation Features
- Includes a variety of operational modes and simulation capabilities to test and optimize system performance. These features provide valuable insights and enable fine-tuning of the system under different conditions.
Robust Safety Features
- Incorporates advanced safety mechanisms to protect both the system and its operators. These features ensure safe operation by preventing hazards and minimizing risks associated with system failures.
Independent of Vessel or Machine Specifications
- Designed to operate independently of specific vessel or machine requirements. This feature ensures compatibility with a broad range of platforms and equipment, simplifying integration and deployment.