Panasonic AFP0RC32CT Ultra-Compact Programmable Controller

Technical Overview

Ultra-compact PLC with 32 I/O, 80 ns/step processing, 4-axis control, EEPROM memory, and integrated RS-232C communication for precise industrial automation.

Key Features

Ultra-compact design (3.0 cm width), ideal for miniaturization of control panels and hand-carried devices.
Integrated 4-axis pulse outputs for multi-axis motor control without the need for expansion units.
Ultra-high speed processing at 80 ns/step (ST instructions) for demanding applications.
Battery-less automatic backup of program and system register data via built-in EEPROM.
Equipped with large capacity program memory (32 k steps) and data memory (32 k words).
Built-in high-speed counter functions (single-phase 6 points, 50 kHz max./each; 2-phase 3 points, 15 kHz max./each).
Supports jog positioning control for exact motion sequencing and speed synchronization.
Built-in multipoint PWM outputs (4 channels) for analog voltage control and inverter speed regulation.
Features an RS-232C communication port (MIL connector type) for connection to HMIs, PCs, and barcode readers.
Compatible with Modbus RTU (master/slave) for easy integration into existing control systems.
MIL connector type for I/O connections, ensuring robust and reliable wiring.

Technical Specification Matrix

Parameter	Value
I/O Points	32 points (16 input, 16 output)
Output Type	Transistor (NPN/PNP)
Rated Output Current (Transistor)	0.2 A/point (Max 1 A per common terminal)
Rated Voltage	24 V DC
Operating Voltage Range	20.4 to 28.8 V DC
Program Capacity	32 k steps
Data Register Capacity	32 k words
Memory Type	EEPROM (no backup battery required for program/system register)
Basic Instruction Speed	0.08 µs/step (minimum)
High-level Instruction Speed	0.32 µs/step (minimum)
High-Speed Counter	Single-phase 6 points (50 kHz max./each), 2-phase 3 points (15 kHz max./each)
Pulse Output	4 channels (50 kHz max./each), individually controllable
Communication Ports	RS-232C (MIL connector type)
Allowed Momentary Power Off Time	10 ms (at 20.4 V DC or higher)
Ambient Operating Temperature	0 to +55 °C
Ambient Operating Humidity	10 to 95% RH (at +25 °C, no condensation)
Output Response Time (Transistor)	20 µs or less (load current 5mA or more)
Connection Type	MIL Connector
Physical Weight (kg)	0
Dimensions L x W x H (cm)	6 x 3 x 9

Industrial Applications

1. Precision Motion Control in Compact Robotics

The AFP0RC32CT's ultra-compact design (3.0 cm width, 6.0 cm depth, 9.0 cm height) and built-in 4-axis pulse outputs make it ideal for controlling multi-axis robots in space-constrained environments. Its 80 ns/step processing speed ensures rapid and accurate movements for intricate robotic tasks.

Problem Solved

Overcoming space limitations while achieving precise and fast motion control for intricate robotic tasks in compact machinery.

Multi-axis controlRoboticsCompact PLCPulse outputHigh-speed processing

2. High-Throughput Packaging Line Automation

With 32 I/O points and ultra-high-speed processing (0.08 µs/step basic instructions), the AFP0RC32CT can manage complex sequencing and synchronization tasks on high-speed packaging lines. The integrated RS-232C port enables seamless connectivity with barcode readers for product tracking and data acquisition.

Problem Solved

Ensuring fast, reliable, and synchronized operation for multiple components in a high-volume packaging process, including efficient data acquisition for product traceability.

Packaging automationHigh-speed sequencingRS-232C communicationI/O densityProduction line control

3. Smart Inspection and Desktop Tool Control

The AFP0RC32CT's small footprint and high-speed counter capabilities (50 kHz max. for single-phase inputs) are perfectly suited for integrating into compact inspection devices or desktop manufacturing tools. It can accurately detect and process signals from sensors for quality control or precise tool operation, enhancing overall system reliability.

Problem Solved

Providing robust, high-performance control for compact machinery that requires fast and accurate sensor data processing for quality assurance or precise operational control.

Automated inspectionDesktop manufacturingHigh-speed counterSensor integrationCompact control