ATEX FLOW

Flow measurement can be made using ultrasonic, electromagnetic, thermal and physical measurement methods suitable for use in explosive environments. Flow control can be provided by receiving an analog signal or contact signal.

Atex; In Explosive Atmosphere, all type of factories can use our flow products which have atex certificate. With Atex certificate, we reduce negativities and create a safe environment by different flow measurement sensors from the easiest to the most difficult conditions.

atex flow

atex flow

atex flow

atex flow

atex flow

atex flow

BU BÖLÜM SEO BÖLÜMÜDÜR. DeltawaveC Ultrasonic Flowmeter. deltaflowC measures real mass flow and compensates the influence of changes in (static) pressure and temperature on the signal. Compared with other technologies such as thermal mass flow meters, deltaflowC is widely resistant to long term drift by coatings and dust on the sensor surface. Intelligent zero-drift compensation algorithms make deltaflowC to a zero-maintenance flowmeter. It can be used in wide flow, temperature and pressure range. Flow Range : -30…30 m/s. Pipe Sizes : DN10…DN6000. Input : 2x PT100. Output : 1x Relais, 2×4…20mA, 2x Digi. Power Supply : 230VAC or 24VDC. Temperature : – 40 …150°C. Advantage. 100% contact free with the liquid. 100% wear and tear free. 100% leackage save. 100% hygenic. 100% free of pressure loss. Flow 33 Ex. I M1 Ex ia I Ma. I M2 Ex mb I. II 1G Ex ia IIC T6 Ga. II 1D Ex ia IIIC T85°C Da. The flow meter is equipped with two information. LEDs, indicating the state of the meter. Electrical. connection is ensured through standard M12 connector, whereas in Ex design, by means of Amphenol C016 or Sealcon M23 connector. FS 10/11/15/20 Ex.FS 10Ex – 1 × status output(depending on flow velocity). FS 11Ex – 2 × status output.(depending on flow velocity). FS 15Ex – 2 × status output. (1× depending on flow velocity and1× on temperature). FS 20Ex – 1× status output. and 1× current output. (depending on flow velocity). I M1 Ex ia I Ma. I 1G Ex ia IIC T4..T6 Ga. II 1D Ex ia IIC Txx Da