Name: CP2E-N60DR-D Omron | Industify
Brand: Omron
SKU: CP2E-N60DR-D
Price: 1.00 USD
Availability: InStock

Supply voltage type

Input Type

PNP/NPN

Number of digital inputs

Output type

RELAY

Number of digital Outputs

Program capacity

20 K steps

Data memory capacity

16 K words

Logic execution time

0.23 µs

Communication port(s)

Ethernet TCP/IP

Number of Ethernet ports

Communication option(s)

Serial RS-232C, Serial RS-422, Serial RS-485, CompoBus/S Slave

Number of encoder input channels

Max. encoder input frequency

100 kHz

Max. pulse output frequency

0 kHz

Function Block programming

Yes

Battery-free memory backup

Yes

Real-time clock

Yes

Analogue option boards

Yes

Max. number of analogue I/O channels

Max. number of local I/O points

180

Max. number of expansion units

Built-in auxiliary 24 VDC output

0 mA

Operating temperature range

-20-60 °C

Product Height (unpacked)

90 mm

Product Width (unpacked)

195 mm

Product Depth (unpacked)

80 mm

Product Weight (unpacked)

805 g

Brand

Omron

Description

Omron CP2E-N60DR-D Programmable Controller

The Omron CP2E-N60DR-D Programmable Controller offers a seamless and efficient automation solution for various industrial applications. With a high program capacity and fast logic execution time, this controller ensures smooth and reliable operation of your systems. The integrated communication ports, including Ethernet, USB, RS-232, and RS-485, enable easy connectivity and data exchange, improving overall productivity.

Enhanced Connectivity: With multiple communication options and Ethernet ports, seamless integration into existing systems is simplified, allowing for efficient sharing of data and information.
Reliable Performance: The battery-free memory backup and real-time clock functionality ensure uninterrupted operation and accurate timekeeping for precise control and monitoring.
Scalability and Flexibility: The modular design with a wide range of analogue options and expansion units provides scalability and flexibility to meet varying application requirements without compromising performance.