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General| Type | Torque Transducer |
|---|---|
| Accuracy Class | 0.1 |
| Sensitivity | 2 mV/V |
| Non-linearity | ≤ ±0.05% |
| Output Signal | ±10 V |
| Operating Temperature | -10 ... 85 °C |
Defines the intended use of the device and conditions for safe operation according to specifications.
Specifies environmental and usage conditions to ensure safe operation and device longevity, including protection against water and sunlight.
Defines the necessary qualifications for individuals involved in installation, commissioning, and operation of the device.
Outlines general safety principles and precautions for operating the device, including power supply and error message handling.
Details extra safety measures required for plants where malfunctions could cause significant damage or personal injury.
Warns about residual dangers that may arise if the device is installed or operated inappropriately.
Explains the meaning of important symbols found on the device, such as the CE mark and statutory waste disposal mark.
Describes the symbols used within the manual to highlight important safety information and general product details.
Lists the items included in the product package, such as the Quick Start Guide and the basic device itself.
Describes the functionality and typical applications of the AED9101D digital transducer electronics in measurement systems.
Details the features provided by the AED basic device, including mechanical protection, voltage supply, and interface options.
Specifies environmental conditions, such as temperature and humidity, required for the device's installation.
Provides information on the acceptable mounting orientations for the AED9101D device.
Outlines the steps for physically mounting the device, including the type and size of bolts to be used.
Warns about the sensitivity of electronic components to ESD and recommends protective measures during handling.
Explains how to connect strain gauge transducers to the AED9101D using six-wire and four-wire configurations.
Details the requirements for connecting the device's power supply, including voltage range and current consumption.
Introduces the interface options for connecting the AED9101D to a PC, configurable via DIP switches.
Provides specific instructions for establishing an RS-232 connection between the AED9101D and a PC.
Details the setup for connecting the AED9101D to a PC using an RS-422 interface, including required converters.
Explains the procedures for connecting the AED9101D to a PC via RS-485, covering 4-wire and 2-wire options.
Describes how to connect multiple AED devices to a common bus line using the RS-485 interface.
Outlines the connection and settings for the diagnostic bus, used for system development and data exchange.
Explains how to connect and configure the trigger input for specific measurement functions.
Provides instructions for making cable connections via PG glands and proper shield wiring for optimal performance.
Provides instructions for transferring ownership of the device, including accompanying documentation.
Details the proper procedures for disposing of the device as hazardous waste according to environmental regulations.
Information regarding the device's original packaging, its recyclable nature, and environmental considerations.
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