The Calor 38 MID Heat Meter is a high-precision energy measurement solution designed for invoicing and monitoring heat consumption in modern industrial and commercial heating systems. Built using electromagnetic measurement technology, this meter delivers highly accurate readings for heat transfer within water-based heating and cooling networks.
Engineered for energy utilities, building management systems, district heating operators, and industrial facilities, the meter ensures reliable measurement of thermal energy flow while supporting automated billing processes. With MID certification, it meets strict metrological standards required for official energy invoicing and consumption monitoring.
Key Features
The Calor 38 MID meter is designed to provide accurate thermal energy measurement in demanding operational environments.
Key capabilities include:
- MID certified energy measurement for billing applications
- High-accuracy measurement across a wide flow range
- Stable metrological performance for long-term operation
- Digital communication interfaces for system integration
- Backlit display for real-time monitoring
- Archive storage for historical consumption data
- Reliable performance in industrial heating systems
These capabilities ensure consistent energy monitoring and cost allocation across district heating systems, industrial plants, and building energy networks.
Design & Functionality
The meter operates using the electromagnetic induction principle to measure flow within conductive liquids such as water. As fluid passes through the magnetic field inside the sensor, a voltage is induced and detected by electrodes. This signal is processed alongside temperature data from paired temperature sensors installed on supply and return pipes.
The integrated electronic unit calculates heat energy by combining flow rate with temperature difference values. The system continuously records parameters such as:
- Thermal energy delivered
- Instantaneous flow rate
- Temperature levels
- Thermal power
- Total volume of fluid
A digital display allows operators to monitor system performance while communication interfaces enable integration with remote monitoring platforms and building automation systems.
Total Crossed Beams
The measurement system ensures precise detection of flow variations across the full operational range. The sensor technology maintains consistent accuracy even under changing flow conditions, allowing accurate monitoring in district heating pipelines, industrial heat transfer loops, and energy distribution systems.
Beam Pitch Options
Multiple pipe diameter options allow the heat meter to be deployed across a wide range of pipeline configurations. Available sizes support both compact building installations and large industrial networks, making the device adaptable to diverse energy distribution infrastructures.
Intrinsic Synchronism
Integrated electronic processing ensures synchronized measurement of temperature and flow parameters. This synchronization guarantees precise energy calculations and stable metrological performance required for energy billing and compliance with international measurement standards.
Operational Advantages
Industrial energy systems require dependable measurement equipment capable of operating continuously in demanding environments. The Calor 38 MID heat meter provides long-term reliability, minimal maintenance requirements, and excellent resistance to operational wear.
Operational benefits include:
- No moving mechanical parts
- Minimal pressure loss in pipelines
- Reliable measurement stability
- Remote monitoring capability
- Efficient integration with energy management systems
These advantages make the device ideal for heating plants, district energy networks, commercial buildings, and industrial process heating applications.
