Description

OMRON NX-AD2603

Specifications

I/O system	NX I/O Bus
Type of module	Analog I/O
Number of analog inputs	2
Temperature input type	None
Linear analog input type	-10 to 10 V
Resolution of the analog inputs	13 Bit
Input circuit type	Single-ended
Number of analog outputs	0
Linear analog output type	None
Conversion time	0.5 ms/unit
Signal processing	Free running
IO link master
I/O connection type	Push-in
Number of I/O connectors	1
Detachable I/O connector
Suitable for safety functions
SIL according to IEC 61508	None
Degree of protection (IP)	IP20
Height	100 mm
Width	12 mm
Depth	71 mm
Weight	70 g

OMRON NX-AD2603

NX-AD2603

NX-AD2603 OMRON

We develop solutions to problems in cooperation with our customers with our 37 Automation Centers around the world. At these centers, customers can test and verify potential solutions themselves in a simulation environment with our experienced sales engineers. To achieve i-Automation!, we implement specific applications and technologies in our own manufacturing facilities and develop them daily for real-world use.

OMRON works with our customers to resolve emerging issues, and through these efforts i-Automation! We continue to develop and expand our concept. OMRON is also meeting these challenges with three innovations: “Integrated (control evolution)”, “intelligent (intelligence development with ICT)” and “interactive (human-machine collaboration)”. Here is “i-Automation!”: our concept of creating value.
i-Automation! With our solutions, anyone can easily imitate craftsmanship.

In addition, production lines are created where machines can learn and continue to develop on their own. Machines understand and support humans. This is a manufacturing innovation that only OMRON can offer, with more than 200,000 products and on-site service capabilities.New human-machine collaboration
Ultra-flexible production tools where machines offer new opportunities to workers OMRON solutions; It provides machine-human coordination by bringing together human workforce and IoT, collaborative robots and other technologies. Our goal is to develop ultra-flexible production tools where machines understand and support humans.