Specifications
- Micronics ‘Ultraflo’ U1000MKII-HM Fixed Ultrasonic Clamp-On Energy Meter
- Up to 6” pipe size – 125-180mm OD / 105-165mm ID
- Comes with PT100 temperature sensors
- Heat/Energy calculation is designed to comply with EN1434 section 6
- View measurements on LCD display (energy rate / totalised energy / installation and service info)
- Easy installation
- Cost effective alternative to traditional in-line meters
- Includes pulse output (optional Modbus OR M-Bus outputs can be selected)
- Standalone instrument or as part of an integrated management system
- Temp range: -0°C to +85°C
- Flow range: 0.1m/s to 10m/s (0.3ft/s to 32ft/s)
- Accuracy: ±1% to ±3% (for 0.3m/s/ 1ft/s)
- Temperature resolution: 0.1°C
125-180mm Micronics U1000MKII-HM Fixed Ultrasonic Clamp-On Energy Meter
This Micronics ‘Ultraflo’ U1000MKII-HM Fixed Ultrasonic Clamp-On Energy Meter ((up to 6” pipe size – 125-180mm OD / 105-165mm ID) is designed to comply with EN1434 section 6 and is a great value alternative to traditional inline heat / flow meters, for use in energy management and billing applications in domestic and commercial, district or shared heating / cooling systems. The U1000MKII-HM uses ultrasound to measure flow rate and PT100 temperature sensors to measure flow and return temperatures. This clamp-on energy meter also displays energy rate and totalised energy with pulse output and communication options so it can be used as a standalone flow meter or as an integral part of Automatic Monitoring and Targeting (aM&T) and BEM systems. Furthermore, the U1000MKII-HM fixed ultrasonic flow meter is easy to install and no specialist skills or tools are required. Simply connect the power and enter the pipe inside diameter, adjust the sensors then clamp-on to the pipe.
Package contents
This fixed ultrasonic clamp-on flow meter includes adjustable transducer guide rail and all mounting hardware, banding and acoustic interface gel. A 24V DC external power supply, 3m PT100 Temperature sensors (pair) and volume pulse output are standard unless other selections are made below:
