Technical Specifications

• Model Number: T9432
• Manufacturer: ICS TRIPLEX
• Country of Origin: Typically either France or USA (dependent on manufacturing batch and supply chain)
• Power Supply: Nominal dual +24V dc
• Connectivity: Supports multiple interface options including analog input, digital input, and communication interfaces
• Dimensions and Mounting: Suitable for front or rear mounting in standard electrical enclosures, with specific dimensions varying based on configuration
• PID Control: Supported for precise closed-loop control
• Communication Interface: Available for data transmission to control or monitoring systems

Functional Characteristics

1. High Precision Adjustment: The T9432 offers high-precision control functions, enabling accurate adjustment of process variables to maintain them near the desired set point.
2. PID Control Algorithm: Supports PID (Proportional, Integral, Differential) control for precise closed-loop control and adaptability to changing process conditions.
3. Multi-channel Input and Output: Provides multiple input and output channels for monitoring and controlling multiple process variables and executing various control tasks.
4. Communication Interface: Enables the transmission of data to control or monitoring systems for recording and analysis.
5. Automatic Tuning: Some models feature automatic tuning functionality to adjust PID parameters based on process conditions, enhancing control performance.
6. Alarm and Diagnostic Functions: Monitors for abnormal conditions, generating alarms and diagnostic information to facilitate timely issue identification and maintenance.
7. Programmability: Allows users to customize control strategies and logic to meet specific application requirements.
8. Anti-interference Capability: Designed to handle environmental and electromagnetic interference, ensuring control stability.
9. Reliability and Durability: Built with high-quality electronic components and materials, tested rigorously for long service life and low failure rates in industrial environments.

Application Scenarios

1. Industrial Automation: Widely used in sectors such as chemicals, power, oil and gas, manufacturing, and water treatment for monitoring and controlling process variables.
2. Process Control: Ideal for applications requiring precise control of temperature, pressure, flow, and other parameters in dynamic environments.
3. Building Automation: Suitable for collecting and controlling environmental parameters such as temperature, humidity, and lighting in building automation systems.
4. Laboratory and Research: Used in experimental data acquisition, measurement, and control, supporting the receipt and processing of analog signals like voltage, current, and frequency.
5. Data Acquisition and Monitoring: Essential in systems for collecting and processing analog signals from sensors and instruments, converting them to digital signals for analysis and alarm processing.