Panasonic AFP0HCCS2 FP0H Communication Cassette

Technical Overview

Dual-channel RS-232C communication cassette for Panasonic FP0H PLCs, supporting up to 230.4 kbps and 15m transmission distance for robust serial interfacing.

Key Features

Equipped with 2 channels of RS-232C interface.
Supports a maximum transmission distance of 15 meters.
Offers multiple communication speeds: 1,200, 2,400, 4,800, 9,600, 19,200, 38,400, 57,600, 115,200, 230,400 bits/sec.
Utilizes a half-duplex communication method.
Features a start-stop synchronization system.
Supports data lengths of 7 or 8 bits, with parity options (none, odd, even) and 1 or 2 stop bits.
RoHS compliant for environmental standards.

Technical Specification Matrix

Parameter	Value
Interface	RS-232C 2 channels
Transmission Distance	Max. 15 m
Communication Configuration	1:1 communication
Communication Speed	1,200, 2,400, 4,800, 9,600, 19,200, 38,400, 57,600, 115,200, 230,400 bits/sec
Communication Method	Half-duplex system
Synchronous Method	Start-stop synchronization system
Data Length	7 bits / 8 bits
Parity	None / Odd / Even
Stop Bit	1 bit / 2 bits
Physical Weight (kg)	0.01
Dimensions L x W x H (cm)	5.93 x 2.55 x 1.01

Industrial Applications

1. Interfacing with Legacy Industrial Sensors and Devices

The AFP0HCCS2, with its two RS-232C channels, allows the FP0H PLC to seamlessly communicate with older industrial sensors, barcode scanners, and other legacy equipment that often utilize the RS-232C serial interface. This is crucial for integrating existing machinery into modern control systems without extensive overhauls. The configurable data format (7/8 bits, parity, stop bits) ensures compatibility with a wide range of older protocols.

Problem Solved

Overcoming incompatibility issues between modern PLCs and legacy equipment using RS-232C for data exchange, enabling continued operation and data acquisition from valuable older assets.

RS-232Cserial communicationlegacy equipmentdata acquisitionPLC integration

2. Point-to-Point Communication for Small Automation Systems

In small automation cells or robotic workstations, the AFP0HCCS2 can facilitate direct 1:1 communication between the FP0H PLC and a single peripheral device (e.g., a robotic arm controller, an HMI, or a specialized motion controller) over short distances (up to 15m) using its half-duplex RS-232C interface. The variable baud rates, up to 230,400 bits/sec, allow optimization for different device requirements, ensuring efficient data exchange.

Problem Solved

Enabling reliable, dedicated, and flexible point-to-point communication between a central PLC and individual intelligent devices within a compact automation setup, ensuring synchronized operations.

M2M communicationpoint-to-pointRS-232Chalf-duplexautomation cellperipheral device control

3. Controlling Serial Printers or Industrial Displays

The AFP0HCCS2 can be used to control industrial serial printers for label printing or logging, or to update information on character-based industrial displays. Its two RS-232C channels provide a robust and widely supported interface for these common manufacturing peripherals. The ability to specify data length, parity, and stop bits allows for compatibility with a wide range of devices.

Problem Solved

Providing a reliable and configurable serial interface for output devices like industrial printers or displays directly from the PLC, crucial for real-time data logging, labeling, and operator feedback in production environments.

Serial printerindustrial displayRS-232Cdata logginglabelingoutput controlmanufacturing