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Fusion4 MSC-L

Fusion4 MSC-L by Maxima Automation is an advanced multi-stream controller that manages up to 24 loading streams for custody transfer, blending, and additive injection

Overview :

Fusion4 MSC-L is the world’s most advanced multi-stream controller for loading operations, enabling custody-transfer-approved loading for up to 24 meter streams simultaneously in road, rail, marine, and tank farm operations.

What Is It?

Fusion4 MSC-L is a cutting-edge multi-stream preset controller designed for the safe, reliable, and accurate custody transfer of petroleum products in bulk liquid storage terminals.

With quick startup times, calibration wizards, diagnostic dashboards, and on-field upgrade capabilities, it functions as a complete loading bay operator station.

The modular design features expandable I/O, an extensive selection of protocol libraries, and high communication networking capabilities, ensuring seamless and cost-effective integration into any Terminal Automation System.

Key Features:

How Does It Work?

Fusion4 MSC-L is designed for intuitive operation, similar to a smartphone app. Self-explanatory graphical icons ensure easy access to all functions, reducing training requirements and operational delays.

Its menu-driven interface simplifies the process of user identification, product and recipe entry, and transaction control.

The large 8-inch color display provides real-time dynamic monitoring of all loading operations. Fusion4 MSC-L is not just a controller—it serves as a complete hazardous area operating station.

Additionally, it offers seamless plug-and-play connectivity to Honeywell terminal automation solutions, load computers, and Fusion4 Portal software, as well as third-party systems via protocols like Modbus TCP/IP.

What Problems Does It Solve?

Fusion4 MSC-L reduces training costs, eliminates delays at the load rack, and minimizes errors for safer operations.

With weights and measures-approved control, advanced blending, and additive management for multiple streams, it enables efficient scaling of loading operations using fewer, more powerful devices.