ABB PFEA112-65

Description

Parameters and Specifications:

• Processor: 16-bit¹
• User Program Memory: 64 KB²
• Data Memory: 32 KB¹
• Digital Inputs: 16¹
• Digital Outputs: 16¹
• Analog Inputs: 8¹
• Power Supply: 24 V AC/DC²
• Operating Voltage Range (of Sensor): DC24V (18~36V)²
• Power (of Sensor): 7.5W²
• Frequency (of Sensor): 45~65Hz²
• Tension Unit Quantity (of Sensor): 2²
• Excitation Signal Current (of Sensor): 0.5 Ams, 330Hz²
• Protection Class: IP20 IP65²
• Operating Temperature: +5~+55℃²
• Range: 100~240²
• Accuracy: 1.0~1.2²
• Dimensions (of Sensor): 200x40x51mm²

Dimensions and Weight:

• Size (of Processor Module): 90 x 110 x 60 mm¹
• Weight (of Processor Module): 1.2 kg¹
• Weight (of Sensor): 1 kg³

Series:

• This model is not explicitly referred to as part of a series, but it is a tension controller module³.

Features:

• High-Precision Measurement: Provides real-time accurate tension measurements to ensure process stability and product quality⁴.
• Multiple Interfaces: Supports various communication interfaces, such as RS232, RS485, Ethernet, for data exchange and control with other systems⁴.
• User-Friendly: Provides an intuitive human-machine interface for easy parameter setting, real-time data, and history data viewing⁴.
• High Flexibility: Supports multiple control modes, including manual and automatic, for customization to different application needs⁴.
• Ease of Integration: Compatible with various industrial automation protocols, such as OPC, Modbus, for integration with other industrial automation equipment⁴.
• High Reliability: Utilizes high-quality electronic components and rigorous production processes to ensure high reliability and stability in various environments⁴.

Role and Function:

ABB PFEA112-65 is a tension controller designed to monitor and control tension in production or processing processes. It utilizes advanced sensor technology and control algorithms to ensure consistent tension in materials such as coils or tapes. The controller’s features allow for real-time tension measurements, precise adjustments, and seamless integration into automation systems, resulting in improved product quality, stability, and production efficiency⁴⁵.