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General| Brand | Horst |
|---|---|
| Model | HT MC11 |
| Category | Controller |
| Language | English |
Display and adjustment of process and setpoint values.
Adapting regulator parameters and functions to the process.
Adjusting parameters for alarm monitoring functions.
Basic configuration settings required for first-time use.
Monitoring temperature to prevent overheating or underheating.
Parameters for configuring the device's basic settings and outputs.
Choosing the correct sensor type and its measuring range for control.
Defining lower and upper limits for the setpoint value.
Selecting a sensor specifically for the temperature supervision function.
Setting the threshold for activating temperature supervision alarms.
Setting the initial heating output level during softstart.
Defining the target temperature for the softstart phase.
Specifying how long the softstart output ratio is maintained.
Setting the type of alarm (absolute or based on setpoint).
Defining the numerical range for alarm trigger values.
Setting the specific point at which an alarm is activated.
Configuring alarms for temperature exceeding or falling below a threshold.
Setting alarms for temperatures outside a defined range.
Defining the relay output action when Alarm 1 is active.
Controlling the front LED indication for Alarm 1 status.
Temporarily disabling alarms during the initial start-up phase.
Setting a delay before Alarm 1 is triggered.
Defining the relay output action when Alarm 2 is active.
Controlling the front LED indication for Alarm 2 status.
Temporarily disabling alarms during the initial start-up phase.
Setting a delay before Alarm 2 is triggered.
Displays the current calculated output ratio for heating or cooling.
Setting a maximum limit for the heating output ratio.
Setting a maximum limit for the cooling output ratio.
Adjusting the proportional band for heating control.
Adjusting the derivative rate for heating control.
Adjusting the integral reset time for heating control.
Setting the switching frequency for the heating actuator.
Adjusting the proportional band for cooling control.
Adjusting the derivative rate for cooling control.
Adjusting the integral reset time for cooling control.
Setting the switching frequency for the cooling actuator.
Adjusting sensitivity for switching operations.
How to start or stop the autotune function.
Conditions required for the autotune algorithm to run.
Displays the temperature limit for the supervision unit.
Shows the actual heating current; leakage current is accessible.
Allows selection and adjustment of a second setpoint.
Setting alarm reference and activation conditions for alarms 1 and 2.
Enabling or disabling the program controller function.
Step-by-step process for defining and executing a program.
Defining the total number of steps in the program.
Configuring how the controller transitions from ramp to dwell time.
Defining the controller's action after the program completes.
Setting the duration for the ramp phase of step 1.
Defining the target temperature for the ramp phase of step 1.
Setting the duration for the dwell phase of step 1.
Handling messages for lower or upper setpoint limit violations.
Diagnosing and resolving sensor defects or range errors.
Troubleshooting self-tuning failures and general system errors.
Addressing internal communication issues and reference junction errors.
Interpreting alarm status and heating current messages.
Understanding messages related to program controller states (started, hold, resumed, stopped).
Details on sensor input types, protection, and accuracy.
Information on external compensation for sensor readings.
Specifications for continuous input and heating current measurement.
Details on logic output, relay, and triac output capabilities.
Information on the display, data storage, and regulatory compliance.
Details on communication interfaces and terminal connections.
Permissible operating conditions, protection categories, and safety class.
Information about the housing material, power control, and fuse.
