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General| Input Type | Thermocouple, RTD, Analog Voltage, Analog Current |
|---|---|
| Output Type | Analog Voltage, Analog Current |
| Display | Dual 4-digit LED |
| Power Supply | 100-240 VAC |
| Communication | RS485 Modbus RTU protocol |
| Dimensions | 96 x 96 mm |
Key features and capabilities of the BTC-9300 controller.
Guides the user in specifying the correct model number based on required options.
Details on accessing configuration settings via the programming port and DIP switches.
Explanation of the controller's keypad functions and front panel display elements.
Visual guide to the controller's menu structure and navigation.
Description of the controller's operating modes and their priority.
Comprehensive list of parameters, their notation, range, and default values.
Instructions for safely unpacking the controller and inspecting for damage.
Instructions for physically installing the controller into a panel.
Essential safety guidelines and precautions before performing electrical wiring.
Step-by-step instructions for connecting the power supply.
Best practices for sensor placement and selection for accurate measurements.
Instructions for wiring thermocouple inputs, including color codes.
Instructions for connecting linear DC voltage and current signals for input.
Wiring diagrams for connecting Output 1 with various module types.
Instructions for wiring the RS-485 communication interface.
Instructions for wiring the RS-232 communication interface.
Configuration of sensor type, signal type, and units for Input 1.
Detailed setup and operation for Heat Only control modes (ON-OFF, P/PD, PID).
Configuration of process alarms, including types, modes, and trigger levels.
Setup for detecting heater failures using current transformers.
How outputs and alarms behave during controller failure modes.
Explanation of the self-tuning function for automatic PID parameter optimization.
Procedure for performing automatic tuning to optimize PID parameters.
Step-by-step guide for manually adjusting PID parameters.
Procedures for entering and using manual control mode.
Configuration and functions of the event input for triggering actions.
Utilizing dual PID sets for optimal control across different process conditions.
Configuration of temperature ramps and timed soaking periods.
Information on RS-485 and RS-232 communication interfaces.
Detailed explanation and setup for the pump control function for pressure regulation.
Example of a water supply system using pump control.
Example of oven drying process using dwell timer.
Example of refrigerator temperature control using ON-OFF.
Example of heat-cool control for an injection mold.
Application examples for temperature cycling and bread baking.
Using dual PID sets for optimal control in furnaces with varying conditions.
Application example of RS-485 communication in a tile making plant.
Step-by-step manual procedures for calibrating various controller inputs.
Information on using the programming port for automatic calibration setup.
List of error codes and corresponding corrective actions for troubleshooting.
Detailed technical specifications for the controller's performance and capabilities.
Information on operating conditions, dimensions, and safety certifications.
Conditions determining parameter visibility in the controller's menu.
Definitions of technical terms and acronyms used in the manual.
Details on the product warranty terms and return procedures.
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