Panasonic AFP0HCCS1M1 FP0H Communication Cassette

Technical Overview

Dual-channel communication cassette with RS-232C (15m) and RS-485 (1200m, 99 stations) interfaces, supporting 1,200 to 230,400 bps for FP0H PLCs.

Key Features

1 channel RS-232C interface.
1 channel RS-485 interface.
Maximum 15m transmission distance for RS-232C.
Maximum 1,200m transmission distance for RS-485.
Supports communication speeds from 1,200 to 230,400 bits/sec.
Half-duplex communication method.
Start-stop synchronization system.
Compatible with FP0H Programmable Controllers.
RoHS compliant.
Supports up to 99 stations on the RS-485 network at 19,200 bits/s.

Technical Specification Matrix

Parameter	Value
Interface	RS-232C 1 channel, RS-485 1 channel
RS-232C Transmission Distance	Max. 15 m
RS-485 Transmission Distance	Max. 1,200 m
Communication Speed (Baud Rate)	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
Number of Stations (RS-485)	Max. 99 units (at 19,200 bits/s)
Operating Temperature	0 to 55°C
Physical Weight (kg)	0.01
Dimensions L x W x H (cm)	5.93 x 2.55 x 1.01

Industrial Applications

1. Distributed Sensor/Actuator Network in Manufacturing

This module can be used to connect multiple industrial sensors and actuators over a wide area within a manufacturing plant to a central FP0H PLC, leveraging the long-distance, multi-drop capabilities of RS-485.

Problem Solved

Overcomes distance limitations and the need for multiple communication ports by providing a single module to interface with numerous devices (up to 99 units) over a long range (up to 1200m) with high reliability due to half-duplex communication.

RS-485multi-drop1200m99 stationsdistributed I/Oindustrial sensorsactuatorsPLC communication

2. Building Automation System Integration

The communication cassette can integrate various building management devices, such as HVAC controllers, lighting systems, and security panels, into an FP0H-based control system using RS-485 for robust, long-distance communication across different building zones.

Problem Solved

Enables centralized monitoring and control of disparate building systems by providing a reliable and extended communication backbone, reducing cabling complexity and improving system responsiveness over large areas (1200m). The RS-232C port could be used for local device configuration or connection to a specific master device.

Building automationHVAC controllighting systemssecurity panelsRS-485 networkcentralized controllong-distance communicationdevice integration

3. Machine-to-Machine (M2M) Communication in Automated Assembly Lines

Within an automated assembly line, this module facilitates communication between an FP0H PLC and various intelligent machines or robotic cells that require serial communication, allowing for data exchange, command execution, and status reporting. The RS-232C can handle point-to-point connections with specific devices, while RS-485 can connect a small network of machines.

Problem Solved

Provides versatile serial communication options for integrating diverse machinery on an assembly line. The RS-485 allows for efficient data sharing between multiple stations, while RS-232C offers dedicated, direct communication for critical point-to-point links, ensuring smooth and coordinated operations.

Automated assemblyrobotic cellsmachine integrationM2M communicationRS-232CRS-485data exchangeindustrial control