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General| Brand | Azbil |
|---|---|
| Model | SDC15 |
| Category | Controller |
| Language | English |
Describes electrical and operational limits of the controller, including supply voltage and frequency.
Details the environmental parameters for controller operation, such as temperature and humidity.
Covers environmental conditions, dimensions, and mounting procedures.
Details wiring procedures, precautions, and connection examples.
Guides through initial setup and configuration of controller parameters.
Explains how to adjust settings and interpret displays during normal operation.
Details PID control tuning methods like auto-tuning and self-tuning.
Covers routine maintenance, alarm handling, and troubleshooting common issues.
Lists detailed technical specifications, environmental conditions, and optional parts.
Illustrates the flow and types of input/output signals for the controller.
Explains the general procedure for operating the controller using its console keys.
Describes the various operating modes (RUN, READY, AUTO, MANUAL) and their transitions.
Details the step-by-step process for physically mounting the controller unit.
Provides general wiring instructions, safety precautions, and connection methods.
Guides through configuring the process variable input type, range, and related settings.
Guides on setting the minimum and maximum limits for the PV input range.
Covers settings for control methods, actions, and heat/cool parameters.
Explains how to configure control action as direct (cooling) or reverse (heating).
Guides on enabling or disabling the heat/cool control functionality.
Details setting the dead band parameter for heat/cool control operations.
Covers the configuration of internal events and their associated outputs.
Configures event behavior related to direction, standby, and READY mode states.
Guides on setting the primary parameter for internal event operations.
Details setting secondary parameters for internal event operations.
Explains how to set the hysteresis value for event trigger conditions.
Covers the configuration settings required for using current transformer inputs.
Guides on configuring the output settings related to current transformer inputs.
Explains how to set a delay before initiating current transformer measurements.
Details the settings necessary for continuous current outputs.
Details the procedure for selecting the appropriate PV input range type.
Details how to select the control method: ON/OFF, PID, or Self-Tuning.
Explains how to set the operation type for each internal event.
Details how to select the type of current transformer input being used.
Guides on selecting the output current range (e.g., 4-20mA or 0-20mA).
Explains the auto-tuning feature for automatically determining PID constants.
Describes the self-tuning function for automatic PID constant adjustment.
Lists potential alarm codes, their causes, and corrective actions.
Describes how the controller operates and indicates failures related to PV input.
