CBRO Make Electromagnetic BTU Meter [BTU-250] is engineered for precise measurement of thermal energy (heating or cooling) in water-based systems. It is ideal for HVAC and district energy applications, especially in Gulf countries where high temperature, reliability, and accuracy are critical.
The system consists of three main components:
- Electromagnetic Flow Sensor
- Pair of High-Precision Temperature Sensors
- Intelligent Main Unit (Calculator)
The main unit integrates accurate flow measurement, temperature sensing, and BTU calculation to determine thermal energy consumption and power required to maintain desired temperature levels.
It provides:
- 9-digit display for total energy consumption
- 4-digit display for instantaneous power reading
User-selectable engineering units:
Key Features
- Designed for export markets and Gulf region conditions
- High-accuracy electromagnetic flow measurement (unaffected by pressure, temperature variations, or impurities)
- Precise thermal energy and power calculation
- User-selectable measurement units (kW/kWh or BTU/hr & BTU)
- No moving parts – ensures long life and low maintenance
- Stable performance in continuous industrial operations
- Suitable for both heating and cooling systems
Applications
Widely used across commercial, industrial, and infrastructure sectors:
- Chilled Water HVAC Systems
- Hot Water HVAC Systems
- Condensate & Heating Water Circuits
- Boiler Feed Water Systems
- Thermal Storage & Geothermal Systems
- Solar Hot Water Systems
- District Cooling / Energy Management & Billing
- Commercial Tenant Billing (Malls, Offices, Complexes)
- LEED / Green Building Verification & Energy Audits
- Power Plant Efficiency Monitoring
- Facility Management in:
- Shopping Malls
- Industrial Parks
- Hospitals
- Airports
- Government Buildings
- Large Commercial Complexes
Why Choose This Meter
- Reliable performance in high-temperature Gulf environments
- High measurement accuracy for billing and energy management
- Durable construction for long-term industrial use
- Compatible with modern energy monitoring systems