Description
The Omron NT2S-CN222-V1 is a serial CMOS power cable designed to connect NT2S operator interfaces to PLC peripheral ports. Featuring a 9-pin connector configuration and a 2-meter cable length, it enables reliable communication and power transmission between devices. This cable supports stable data exchange in industrial automation systems.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Omron |
| Category |
Cables & Connectivity |
| Part Number |
NT2S-CN222-V1 |
| Subcategory |
PLC Communication Cable |
| Product Type |
Serial CMOS Power Cable |
| Compatible Device |
NT2S Operator Interface |
| Connector Type |
9-Pin to PLC Peripheral Port |
| Communication Type |
Serial (CMOS Level) |
| Cable Length |
2 Meters |
| Application |
PLC to HMI Communication |
| Installation Environment |
Industrial Control Panels |
| Weight |
0.30 lbs |
Information About NT2S-CN222-V1
The NT2S-CN222-V1 is an Omron peripheral port cable specifically developed for use with NT2S series operator interfaces. It provides a direct connection between the NT2S unit and compatible PLC peripheral ports using a 9-pin serial interface. The cable is engineered to carry both communication signals and CMOS-level power as required by the connected devices. Designed for industrial control environments, it ensures secure and consistent connectivity within PLC-based automation systems.
Key Features:
- NT2S Compatibility: Designed specifically for Omron NT2S operator interfaces.
- Peripheral Port Connection: Interfaces directly with PLC peripheral communication ports.
- 9-Pin Serial Connector: Standardized connector configuration for secure data transmission.
- CMOS Signal Support: Suitable for CMOS-level serial communication and power supply.
- 2 Meter Cable Length: Provides flexible installation within control panels.
- Reliable Data Transfer: Ensures stable communication between HMI and PLC.
- Industrial-Grade Construction: Built for dependable use in automation environments.
The NT2S-CN222-V1 delivers the reliability and precision required for secure PLC-to-HMI serial communication connections.
