Need help?Do you have a question about the Peaktronics DHC-100 and is the answer not in the manual?
General| Brand | Peaktronics |
|---|---|
| Model | DHC-100 |
| Category | Controller |
| Language | English |
Lists various DHC controller models and their descriptions covered in the manual.
Explains the DHC Controller, its role, and the Modbus connection via OCM-101.
Details parameters related to the DHC controller's front panel and visual aids.
Explains the conversion of Modbus protocol to PACS® commands using Function Code $41.
Describes PACS® parameters, categorized as Read Only or Read/Write, with a summary table.
Details Modbus Functions $03 (read) and $06 (write) for DHC parameters and their limitations.
Explains the Modbus Diagnostics Function ($08) and its Listen Only Mode capability.
Describes configuring the DHC for analog input signals (e.g., 4-20mA) and reading its value.
Details the DHC-400's monitoring of battery voltage and its scaling.
Explains how the DHC monitors actuator shaft position using a feedback potentiometer.
Describes the parameter measuring average motor current over time for power source monitoring.
Details the current trip function for actuator protection, adjustable via trim pot.
Explains the SING byte value where each bit indicates specific alarm conditions for the DHC-400.
Details the bit assignments for each alarm condition in the Alarm Flags 2 parameter.
Explains duty cycle as a measure of actuator on-time vs off-time and its reflection in the parameter.
Describes the parameter measuring the difference between actual and desired actuator position.
Details the internal hour meter that tracks powered hours for maintenance scheduling.
Explains the cycle counter measuring how often the actuator was switched on/off.
Describes the SING byte parameter indicating alarm conditions, with bit assignments shown.
Provides detailed explanations for each bit within the Alarm Flags parameter, including fault conditions.
Explains the SING byte parameter indicating the DHC controller's current mode of operation.
Details the SING byte parameter for DHC controller settings like polarity and command type.
Explains the SING byte parameter indicating override status and local/remote function.
Describes the DOUB byte value representing the two least significant bytes of the controller's serial number.
Details the DOUB byte value indicating the DHC controller model and the most significant byte of the serial number.
Explains the parameter setting the aux close position related to the "close limit alarm".
Explains the parameter setting the aux open position related to the "open limit alarm".
Describes the DOUB byte value used to control valve position via the bus.
Details the SING byte parameter with bits assigned to various DHC controller functions.
Explains bit assignments within the PACS® Control Register, including command override and manual control.
Explains how the Override Control parameter enables external control, disabling panel buttons.
Describes the SING byte parameter used to force a DHC controller reset, like powering off and on.
Explains the SING byte parameter that defines the time before a PACS® timeout occurs, disabling bus control.
Details 16 bytes of non-volatile memory available for user data storage.
Describes unassigned memory locations, noting they are cleared on power loss and not recommended for use.
Explains the register for the OCM-101's off line timer, its function, and default setting.
Details the register address for the Aux Closed Position parameter and refers to its description page.
Details the register address for the Aux Open Position parameter and refers to its description page.
Details the register address for PACS® Command Input and its interaction with Timeout Setting.
Details the register address for PACS® Control Register and its function for overriding analog signals.
Details the register address for Analog Command Input and refers to its description page.
Details the register address for Position and refers to its description page.
Details the register address for Average % Duty Cycle and refers to its description page.
Details the register address for Maximum Deviation and refers to its description page.
Details the register addresses for Hours of Operation (32-bit value) and how to read them.
Details the register addresses for Cycles of Operation (32-bit value) and how to read them.
Details the register combining Configuration and Alarm Flags parameters.
Details the register combining Override Control and Mode parameters.
Details the register address for Serial No. MSB / Model Code.
Details the register address for Serial Number.
Details the register addresses for OCM-101 version information.
Details the register address for Battery Voltage.
Details the register address for Average Motor Current.
Details the register address for Motor Current Trip Setting.
Details the register combining Alarm Flags and Alarm Flags 2 parameters.
Explains Modbus serial line bus structure, master/slave roles, and communication timing.
Details how to configure the DHC for digital command type and its implications for analog signals.
Provides an example initialization sequence for setting up the DHC with a digital command type.
Explains how to override analog command signals using the bus, typically for PID control systems.
Provides an example initialization sequence for overriding analog command signals.
Illustrates a step-by-step example of overriding analog input signals for actuator control.
To Next Page
