These Micronics ultrasonic clamp-on thermal, heat/energy meters use ultrasound to measure flow rate and PT100 temperature sensors to
measure flow and return temperatures. They display energy
rate and totalised energy with pulse output and communication options, so
they can be used as a standalone meter or as an integral part of an aM&T or
BEM's system.
A cost-effective alternative to traditional in-line meter installation, plus dry
servicing, providing minimum downtime and maximum availability! Compact, rugged, and reliable, and designed to
provide sustained performance in industrial environments.
Simple to install - connect power and enter the pipe inside diameter, adjust
the sensors, and clamp on the pipe - no specialist skills or tools required!
Features
Clamp-on pipe-mounted sensors with Wall Mounted keypad and display for wall or panel mounting
Larger pipe range available in 2 options. 22mm - 115mm OD and 125mm - 225mm OD
Optional Modbus RTU slave, RS485 serial, and M-Bus communication
Ultrasonic, cross-correlation transit time method for flow measurement
1Mhz transducers to get through poor/old thick wall pipes and larger pipework
Water/Glycol option
Connect power and enter the pipe inside diameter, adjust the sensors, and clamp on the pipe, no specialist skills or tools are required
A clamp-on non-invasive alternative heat/energy meter to traditional in-line meter installation, plus dry servicing, providing minimum downtime and maximum availability
LCD with backlight - install & service information
Integrated pulse output for Volume flow and Energy in kWh(BTU). - aM&T & BEM's compatible with Modbus
Product Range
Micronics 904-20001400 U1000MKII WM-HM Pulse Only, up to 4" pipe Fixed Ultrasonic Clamp-on Heat Meter
Micronics 904-20001401 U1000MKII WM-HM Pulse & 4-20mA, up to 4' Fixed Ultrasonic Clamp-on Heat Meter
Micronics 904-20001402 U1000MKII WM-HM with Pulse & Modbus, up to 4' pipe Fixed Ultrasonic Clamp-on Heat Meter
Micronics 904-20001403 U1000MKII WM-HM with Pulse & Mbus, up to 4' pipe Fixed Ultrasonic Clamp-on Heat Meter
Micronics 904-20001404 U1000MKII WM-HM with Pulse, 4-20mA & Modbus, up to 4' pipe Fixed Ultrasonic Clamp-on Heat Meter
Micronics 904-20001405 U1000MKII WM-HM with Pulse, 4-20mA & Mbus, up to 4' pipe Fixed Ultrasonic Clamp-on Heat Meter
Micronics 904-20004800 U1000MKII WM-HM Pulse Only, up to 8' pipe Fixed Ultrasonic Clamp-on Heat Meter
Micronics 904-20004801 U1000MKII WM-HM Pulse & 4-20mA, up to 8' Fixed Ultrasonic Clamp-on Heat Meter
Micronics 904-20004802 U1000MKII WM-HM with Pulse & Modbus, up to 8' pipe Fixed Ultrasonic Clamp-on Heat Meter
Micronics 904-20004803 U1000MKII WM-HM with Pulse & Mbus, up to 8' pipe Fixed Ultrasonic Clamp-on Heat Meter
Micronics 904-20004804 U1000MKII WM-HM with Pulse, 4-20mA & Modbus, up to 8' pipe Fixed Ultrasonic Clamp-on Heat Meter
Micronics 904-20004805 U1000MKII WM-HM with Pulse, 4-20mA & Mbus, up to 8' pipe Fixed Ultrasonic Clamp-on Heat Meter
£1,445.00
£1,734.00 inc vat
Free Delivery*
Important Notice This item is made-to-order exclusively for you once your order is placed. As a result, it is not eligible for cancellation or return under our standard policy. Your statutory rights remain unaffected.
Pipe Material: Steel, Stainless Steel, Plastic, and Copper
Water Temp Range: 0°C - 135°C (32°F - 275°F)
Temperature Sensors: Clamp-on PT100 Class B 4 wire, range 0°C - 135°C (32°F - 275°F), resolution 0.1°C (0.18°F). The Minimum delta T is 0.3°C
Pulse Output: Pulse or Frequency. Pulse for Volume flow and Energy in kWh(BTU). Frequency for flow rate. The pulse output can be configured as a loss of signal or low flow alarm. Opto-isolated MOSFET volt free contact (NO/NC)
Modbus Communication: Optional Modbus RTU slave, RS485 serial link hardware layer. Energy, power, temperature, and flow
Mbus Communication: Optional
External Power Supply: 12V - 24V ±10% AC/DC at 7 watts per unit. Optional plug-in 12V power supply
Electronics Enclosure: IP68
Wall Mounted Keypad and Display Dimensions: 215mm x 125mm x 90mm (8.46"x 4.92" x 3.54")
Additional Information
SKU
904-2000XX0X
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