Connection of the smart valve sensor to the fieldbus

Most field devices can be connected to a fieldbus.

This also applies to the smart valve sensor. The device data is transmitted to the masters via IO-Link. Different master versions allow connection to EtherCAT, EtherNet/IP, Modbus TCP, PROFIBUS, PROFINET IO or TCP/IP.

Example of an article list for the connection to PROFINET IO

QA0012 IO-Link parameter setting software; download; single licence; full version
EVC706 Connecting cable with socket; Operating voltage < 250 V AC; 2 m; PUR; housing materials housing: TPU orange; Sealing: FKM; IP 65; IP 67; IP 68; IP 69K; Free from silicone yes; Halogen-free yes; Gold-plated contacts yes
E11898 Connection cable; Cable with connector
AL1100 IO-Link master StandardLine; Number of digital inputs 8; Number of digital outputs 4; IP 65; IP 66; IP 67
EVC058 Connection cable; Operating voltage < 60 V AC; 2 m; PUR; IP 65; IP 67; IP 68; IP 69K; Free from silicone yes; Halogen-free yes; Gold-plated contacts yes
MVQ101 95 x 50 x 57 mm; 3 x normally open / normally closed; (selectable); DC; PNP; M12 Connector; IP 65; IP 67; (Target puck area dust-protected); 3-wire; Ambient temperature -25...70 °C

Further information:

Position feedback for valve actuators

Detect two positions with one sensor. The valve sensor principally consists of two inductive sensors arranged on top of each other.

Position feedback for rising stem valves

Precise monitoring of rising stem valves. efector valvis resolves the stem travel down to 0.2 mm.

Position feedback for hand valves and ball valves

End position feedback for hand valves and ball valves This mounting set makes it easy to fit feedback sensors to manually activated valves.

Connection of the smart valve sensor to the fieldbus

Example of an article list for the connection to PROFINET IO

Project list

Further information:

Position feedback for valve actuators

Position feedback for rising stem valves

Position feedback for hand valves and ball valves