Pressure sensor 520 IO-Link -1 ... 9 bar / 0 ... 2.5 – 1000 bar
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Pressure sensor 520 IO-Link -1 ... 9 bar / 0 ... 2.5 – 1000 bar - 1

Relative pressure transmitter Type 520 IO-Link The pressure transmitter Type 520 for industrial applications impresses with its compact and robust design as well as high accuracy and reliability. The hermetically welded stainless steel sensor offers very high overpressure safety and is suitable for use in gases, liquids and all common refrigerants including ammonia. Huba Control offers with the Type 520 a universally applicable pressure transmitter with IO-Link communication technology. IO-Link is a standardized, digital point-to-point connection that allows the user to easily wire the unit and access a wide range of specific device and process data. IO-Link offers numerous possibilities for device diagnostics, allowing the status of the pressure transmitter to be continuously monitored. This makes the 520 IO-Link the ideal pressure transmitter for your Industry 4.0 application. + Compact, rugged construction + Welded without sealing parts, no elastomer seals + Communication via IO-Link 1.1 (Smart Sensor Profile ED2) + Sensor diagnosis function + High flexibility of process connections Huba Control Type 520 IO-Link | Technical data subject to change | Edition 09/2020

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Pressure sensor 520 IO-Link -1 ... 9 bar / 0 ... 2.5 – 1000 bar - 2

Technical overview Pressure range Relative Operating conditions Medium Temperature Tolerable overload Rupture pressure Liquids, gases and refrigerants (incl. ammonia) Medium -40 ... +100 ºC Ambient -30 ... +85 ºC Storage -50 ... +100 ºC < 6 bar 5 x fs > 6 bar 3 x fs (max. 1500 bar) < 6 bar 10 x fs > 6 bar 6 x fs (max. 2500 bar) Materials Cover Plug accommodation Pressure connection Materials in contact with medium Sensor Stainless steel 1.4404 / AISI 316L Polyarylamide 50% GF UL 94 V-0 Stainless steel 1.4404 / AISI 316L (inside thread Schrader 1.4305 / AISI 303) Stainless steel Electrical...

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Pressure sensor 520 IO-Link -1 ... 9 bar / 0 ... 2.5 – 1000 bar - 3

Accuracy Parameter Test conditions: Characteristic line Resolution Thermal characteristic 2) max. Long term stability acc. IEC EN 60770-1 max. 1) Order code selection table in bar -1 ... 9 bar 9 0 6 0 ... 2.5 bar 9 1 4 0 ... 4 bar 9 1 5 0 ... 6 bar 9 1 7 0 ... 10 bar 9 3 0 0 ... 16 bar 9 3 1 0 ... 25 bar 9 3 2 0 ... 40 bar 9 3 3 Pressure range 3) 0 ... 60 bar 9 4 0 0 ... 100 bar 9 4 1 0 ... 160 bar 9 4 2 0 ... 250 bar 9 4 3 0 ... 400 bar 9 5 4 0 ... 600 bar 9 5 5 0 ... 1000 bar 9 5 7 Application standard S 0 Output / power supply IO-Link 18 ... 33 VDC L Electrical connection M12x1 4L: L+ =...

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Pressure sensor 520 IO-Link -1 ... 9 bar / 0 ... 2.5 – 1000 bar - 4

Accessories (supplied loose) Corner-wire box for connector M12x1 with cable 2.0 m Straight-wire box for connector M12x1 with cable 2.0 m Mounting bracket with screw Heat sink with outside thread G ½ sealed at front - inside thread G ½ Heat sink with outside thread G ½ sealed at front - inside thread G ¼ Heat sink with outside thread G ¼ sealed at front - inside thread G ¼ Calibration certificate (< 600 bar) Mounting bracket Heat sink Huba Control Type 520 IO-Link | Technical data subject to change | Edition 09/2

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Pressure sensor 520 IO-Link -1 ... 9 bar / 0 ... 2.5 – 1000 bar - 5

7/16-20 UNF inside without or with Schrader Electrical connections 4 wire Connector M12x1 Legend: L+ = power Supply + L- = power Supply C/Q = IO-Link/switching output 1 DI/DQ = switching output 2 Huba Control Type 520 IO-Link | Technical data subject to change | Edition 09/2020

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Pressure sensor 520 IO-Link -1 ... 9 bar / 0 ... 2.5 – 1000 bar - 6

Huba Control AG Headquarters Schweiz Industriestrasse 17 CH-5436 Würenlos Telefon Niederlassung Deutschland Vestiging Nederland Succursale France Branch Office United Kingdom Unit 13 Berkshire House, County Park Technopôle Forbach-Sud Business Centre, Shrivenham Road

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