SMART VALVE WITH ELECTROMAGNETIC THERMAL ENERGY METER CS611 ISONRG

The new THERMAG VALVE – CS611 is a 2-way control valve with an integrated Electromagnetic Thermal Energy Meter.
It provides reliable energy control, accurate energy calculation and billing in accordance with the EN1434 and MID directive 2014/32/EU*.

THERMAG VALVE precisely measures and monitors energy consumption in heating and cooling systems, both in new and existing buildings, while ensuring the full connectivity with all Building Management Systems (BMS) and IoT platforms.

THERMAG is also able to manage different fluids such as water or water mixed with glycols with high accuracy and approved for billing according to the MID directive 2014/32/EU*.

The operating principle of the electromagnetic flowmeter is based upon Faraday’s Law of electromagnetic induction which states that a voltage will be induced when a conductive liquid is moving through a magnetic field.
This technology provides an accuracy of 0,8% r.v. for any conductive thermal fluid, also with any additive’s mixtures.

The valve body is DZR anticorrosive brass made, and the flow sensor is made in PEEK with HC276 electrodes to ensure the best material quality. Both valve and meter are integrated in an ALL IN ONE device not separable with a very compact body, reducing the time of installation and ensuring the performances.

THERMAG VALVE can be programmed to control the flowrate according to several quantities which can be easily selected by the BMS through the Ethernet port or the Communication Protocol (MODbus or BACnet). Those quantities are:

• Flowrate
• Thermal power
• Temperature differential
• Inlet temperature
• Outlet temperature
• Pressure differential
• External source from the process or the BMS

(*): the MID MI004 2014/32/EU certification in under approval, it will be available soon.

• MID directive 2014/32/EU (currently under approval)
• Electromagnetic flow meter immune to any additive mixture in the thermal fluid
• Full connectivity with all Building Management Systems (BMS) and IoT platforms
• Thermal energy calculation for glycol mixtures MI004 approved (currently under approval)
• Flow measuring accuracy up to 0,8% r.v.
• DZR anticorrosive brass body
• All-in-one single device not separable and MI004 marked (currently under approval)
• Can operate as ePICV o eDPCV
• Up to 7 different regulation quantities, including thermal power, delta T, differencial pressure and an external source from the process or the BMS