CEM and CTAP: New Solutions for Fuel Control and Fleet Productivity

Realizado Por Control IMS LLC

Introduction: when fuel and engine hours define operational profitability

Achieving maximum fuel efficiency is a critical objective for any organization operating combustion-engine equipment. More working hours, longer distances, and extended equipment lifespan are only possible with accurate measurement, automation, and reliable operational data.

However, many companies still face challenges such as lack of visibility into real engine hours, inefficient fuel usage, and limited insight into actual equipment and fleet performance.

With more than 12 years of experience working alongside sugar mills, construction companies, mining operations, ports, and industrial enterprises, Control IMS continues to innovate by developing new solutions that address these challenges: CEM and CTAP, two modules designed to strengthen fuel control, productivity, and operational efficiency.

CEM and CTAP: new solutions for fuel control

The CEM (Control Engine Module) and CTAP (Control Truck Access Point) expand the Control IMS technology ecosystem by enabling the capture of critical engine and vehicle data, even in operations where direct ECM connectivity is not available.

These solutions are ideal for companies seeking:

• Greater control over engine hours

• Automated operational data capture

• Reliable information for maintenance planning

• Integration with fuel control and fuel management systems

What is the CEM (Control Engine Module)?

CEM for fuel control and engine hour monitoring

The CEM (Control Engine Module) is a device designed to verify engine hours on machinery that does not have an ECM data interface. It communicates via WiFi, enabling automatic transmission of key operational data.

This module provides real visibility into fleet productivity and equipment performance, even for assets that previously could not be monitored digitally.

What data does the CEM capture?

The CEM is capable of:

• Detecting whether the engine is on or off

• Recording accumulated engine hours

• Identifying ignition cycle counts

• Generating valuable data for usage and wear analysis

CEM and predictive maintenance

One of the key advantages of the CEM is its contribution to predictive and preventive maintenance strategies. With accurate engine-hour data, companies can:

• Schedule maintenance more precisely

• Reduce unexpected failures

• Extend engine and equipment lifespan

CEM integration with Control IMS solutions

The CEM integrates seamlessly with other Control IMS solutions for automated capture of working hours, as well as fuel control systems for fixed or mobile tanks.

Optionally, it can be combined with capacitive fuel level sensors, allowing companies to correlate engine hours with actual fuel consumption.

What is the CTAP (Control Truck Access Point)?

CTAP for fuel control and vehicle performance analysis

The CTAP (Control Truck Access Point) is a module designed to capture data directly from the vehicle’s ECM, as well as information related to fleet driving behavior.

It automatically records:

• Engine hours

• Odometer readings

• Vehicle operational data

All captured data is integrated into the Control IMS ecosystem for analysis of productivity, efficiency, and fleet optimization.

CTAP and driver behavior evaluation

One of CTAP’s main benefits is its ability to evaluate driver performance, helping companies identify:

• Abnormal vehicle behavior

• Inefficient driving patterns

• Practices that negatively impact fuel consumption

This information supports data-driven improvement programs and cost-reduction strategies.

CTAP compatibility

The CTAP is capable of capturing ECM data from heavy-duty vehicles using J1708 or J1939 communication interfaces, making it a versatile solution for industrial and transportation fleets.

Clear technical explanation: how CEM and CTAP strengthen fuel control

CEM and CTAP function as reliable operational data sources that integrate with Control IMS solutions to:

• Automate engine-hour data collection

• Correlate fuel consumption with real operating time

• Eliminate manual records

• Generate automated productivity reports

• Improve decision-making through accurate data

The result is more precise, efficient, and transparent fuel control, aligned with real operational conditions.

Practical example: fuel control and engine-hour monitoring in an industrial fleet

An industrial company operating machinery without ECM connectivity needed to accurately track engine hours to justify fuel consumption and optimize maintenance schedules.

By implementing the CEM, the company was able to:

• Automate engine-hour recording

• Correlate fuel usage with real operating time

• Reduce corrective maintenance events

At the same time, the transportation fleet deployed CTAP, enabling:

• Direct ECM data capture

• Driver behavior evaluation

• Improved overall fleet efficiency

Who are CEM and CTAP ideal for?

These solutions are ideal for:

• Sugar mills and agroindustry

• Construction and civil works

• Mining operations

• Ports and logistics companies

• Organizations operating heavy equipment and vehicle fleets

Conclusion: more data, more control, better results

With CEM and CTAP, Control IMS strengthens its portfolio of solutions for automated fuel management and fleet operations.

Access to accurate data on engine hours, fuel consumption, and operational behavior enables companies to reduce costs, increase productivity, and make strategic decisions with confidence.