Description
The Omron NX-CIF101 is a compact communication interface unit designed to add serial RS-232C connectivity to NX Series automation systems. It integrates directly onto the NX I/O Bus, enabling reliable serial data exchange with external devices. This module is intended for industrial applications requiring straightforward serial communication within modular control architectures.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Omron |
| Category |
Industrial Communication |
| Part Number |
NX-CIF101 |
| Subcategory |
Communication Interface Modules |
| Series |
NX-CIF Series |
| I/O System |
NX I/O Bus |
| Module Type |
Communication Interface |
| Communication Port Type |
Serial RS-232C |
| Number of Communication Ports |
1 |
| Degree of Protection |
IP20 |
| Mounting Method |
Inline (NX System) |
| Terminal Type |
Screwless Clamping Terminal Block |
| Product Dimensions (H × W × D) |
100 × 12 × 80 mm |
| Weight |
0.15 lb |
Information About NX-CIF101
The NX-CIF101 is part of Omron’s NX/IO family and belongs to the NX-CIF Series of communication interface units. It is designed as a serial interface module that supports RS-232C communication for device-level connectivity. The unit mounts inline with other NX I/O modules and operates within Omron’s modular Sysmac control ecosystem. With its slim form factor and IP20 rating, it is suitable for installation inside control panels as part of an NX-based automation system.
Key Features:
- Omron NX Series Interface Unit: Designed for seamless integration with NX I/O systems
- RS-232C Serial Communication: Enables connection to serial devices and peripherals
- Single Communication Port: Provides dedicated serial interface functionality
- NX I/O Bus Compatibility: Installs directly within NX modular I/O architectures
- Compact Inline Design: Minimizes panel space usage
- Screwless Terminal Connection: Supports quick and reliable wiring
- Industrial Control Panel Use: Intended for enclosed automation environments
The NX-CIF101 delivers the reliability and precision required for serial communication in modular industrial automation systems.
