Bermad
For more than 50 years, BERMAD has been the recognized pioneer and leading global provider of high quality Hydraulic Control Valves. Incorporating advanced flow control technologies, BERMAD’s best-of-breed solutions have proven themselves in every level of the irrigation, waterworks, buildings & construction and fire protection industries.
All Products(5)

MUT1000 with MC608
The MUT1000 with MC608 is a mains powered electromagnetic water meter for use in district metering areas (DMA), water abstraction, and custody transfer measurement of potable water (MI-001, OIML R49), and many other applications. Unlike other water meters, the MUT1000 is a maintenance-free meter, offering a flexible waffer installation in a compact or remote mounted version. Thanks to the optimized flow profile, the MUT1000 can be installed virtually anywhere with minimal straight inlet or outlet runs. With optional pressure and temperature sensors, GSM/GPRS integrated modem and 12…24Vdc power source, the meter is the perfect solution for pressure management systems. The highly robust structure, allows burial installation or the use in flooded areas. A full on-site verification without process interruption can be carried out using the Field Verificator service tool.

WW Turbo-Bar E/M
Heavy duty and designed to handle high flow rates, the Turbo-Bar-E/M Magnetic Drive Water Meter with Electronic Register (Turbo-Bar-E) or Magnetic Register (Turbo-Bar-M), covers a very wide flow range, and is particularly suited to industrial, waterworks, water distribution, water monitoring, and Irrigation applications. Based on the Woltman principle, the helical blades of the turbine rotate around the axis of flow, the Turbo-Bar-E/M is a long-life product, easy to maintain at low cost.

E-Register
BERMAD extends its commitment to provide customers with smart metering solutions designed to increase efficiencies, conserve water and improving customer service. Our electronic register is a state of the art technology ideally suited for all applications. BERMAD’s knowledge offers consumers of all types a powerful and unique solutions designed to enhance standard mechanical water meters, providing integrated communication capabilities. Heavy duty and intended to cover a wide flow range, particularly suited for agricultural applications, BERMAD’s Mechanical Water Meters consist of: TURBO-BAR WPH Woltman meter TURBO-IR Tangential meter 900 Series Hydrometer uniting Woltman meter with hydraulic control valve. The smart electronic register combines encapsulated and weatherproof housing with a reliable and quality design. Our goal is to enhance our customers’ ability to improve their accuracy, increase metering sensitivity, conserve energy and conversely reduce maintenance and cost.
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IR-M10
M10 is an electromagnetic flow meter grooved sensor that covers all diameters from DN50 to DN150. When high accuracy, light weight, and compact dimensions are required, the choice of sensors cannot be other than M10. These performances allow to measure low flow rates precisely and repeatable, even in difficult/ problematic applications with solid parts. The M10 sensor series bases its operation on the Faraday Principle, by which a conductor crossing a magnetic field generates an electrical potential perpendicular to the field itself. On the top and on the lower side of the composite flow tube, two coils are installed; the magnetic field generated by the electric current crossing the coils, induces in the electrodes a potential difference proportional to the flow rate. The integrated battery powered converter generates the current supplying the coils, acquires the electrodes potential difference, process the signal to calculate the flow rate and manages all the communications. The entire sensor has an IP68 protection degree suitable for a permanent immersion in water up to a depth of 1.5m.

Flow Control Valve With Differential Pressure Duct & Manual Selector
The BERMAD Flow Control Valve with Hydraulic Control is a hydraulically operated, diaphragm actuated control valve that limits system demand to a preset maximum flow rate.
