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General| Type | Controller |
|---|---|
| Series | PROFOX |
| Model | PF-Q80 |
| Manufacturer | AUMA |
| Input Voltage | 24 V DC |
| Communication Interface | PROFIBUS DP |
| Storage Temperature | -40°C to +85°C |
| Housing Material | Aluminum |
Ensures compliance with regulations, familiarization with warnings, and qualification of personnel for safe product operation.
Defines intended use for industrial valves and lists excluded applications.
Explains hazard signal words (DANGER, WARNING, CAUTION, NOTICE) and their meanings for safety.
Provides explanations for terms, symbols (T, E), and menu path notation used in the manual.
Overview of AUMA part-turn actuators, including motor drive, manual operation, and self-locking brake function.
Describes AUMA CDT software and AUMA Assistant App for actuator configuration and diagnostics via Bluetooth.
Illustrates the layout of the AUMA PROFOX name plate and explains each numbered indicator.
Details the meaning of type designation, order number, serial number, and data matrix code on the name plate.
Provides safety instructions for lifting and transporting actuators to prevent injury and damage.
Offers guidance on proper storage conditions to prevent corrosion and maintain device integrity.
States that the actuator can be operated in any mounting position without restriction.
Instructions for correctly attaching the ball handle to the handwheel for proper operation.
Covers the process of mounting the actuator to the valve using a coupling, including coupling variants.
Covers electrical safety, hazards, and requirements for connecting actuators to mains voltage.
Details how to access the terminal compartment, including safety precautions and parts like cover and cable glands.
Explains cable arrangement, connection of mains and signal cables, and PE connection with safety notes.
Instructions for safely closing the terminal compartment, ensuring enclosure protection and proper cable management.
Describes the procedure for making an external earth connection for equipotential compensation.
Explains the function and setting of internal end stops to limit the actuator's swing angle.
Step-by-step guide to set the CLOSED end stop using the actuator's setting screws and handwheel.
Step-by-step guide to set the OPEN end stop using the actuator's setting screws and handwheel.
Guides the user through setting the CLOSED and OPEN end positions using the actuator's push buttons.
Detailed procedure for setting the CLOSED end position using the push button and checking the indicator.
Detailed procedure for setting the OPEN end position using the push button and checking the indicator.
Details how to set the mechanical position indicator to correctly reflect the valve's open/closed status.
Instructions for setting the position indicator for a 90° swing angle.
Instructions for setting the position indicator for a 120° swing angle.
Instructions for setting the position indicator for wide swing angles (45°-360°).
Introduces the configuration of additional parameters like speed setting using specialized software.
Explains how to adjust actuator speed using percentage values via AUMA software.
Describes how to operate the actuator using the handwheel, even during power failure.
Covers operation via push buttons, AUMA Assistant App, and remote control for motor-driven functions.
Details local operation of the actuator using its four push buttons.
Explains how to operate and configure the actuator using the AUMA Assistant smartphone app.
Describes setting up remote operation modes (OPEN-CLOSE, SETPOINT) via digital inputs or fieldbus.
Explains the different profiles, colours, and states of the FOX-EYE LED for status indication.
Lists common faults encountered during commissioning and their remedies.
Describes how faults and warnings are indicated by the FOX-EYE LED and software, and their impact.
Outlines actions required to maintain IP68 enclosure protection, especially after submersion.
Recommends replacing seals within a specific period (4-8 years) to maintain enclosure protection.
States that no additional lubrication of the gear housing is required during operation.
Discusses factors affecting actuator lifetime, such as operating cycles and load profiles.
Provides guidelines for environmentally responsible disposal and recycling of the device and its components.
Presents detailed technical specifications including features, functions, power supply, and interfaces.
Shows an exploded view and lists reference numbers for available spare parts for the actuators.
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