Why is the "PWR" LED off on my Stahl Transmitter?
If the "PWR" LED on your Stahl Transmitter is off, it could be due to an auxiliary power failure, polarity reversal of the auxiliary power supply, or a defective miniature fuse. Check the polarity and wiring of the auxiliary power supply. If the fuse is defective, have the device repaired.
How to fix line compensation not functioning in Stahl Transmitter?
If line compensation is not functioning on your Stahl Transmitter, it could be due to compensation being disabled or the line resistance being too high. To resolve this, set the DIP switch "S2" to the "OFF" position, perform compensation, and bridge the sensor.
What to do if LED "LF" is flashing on Stahl Transmitter?
If the LED "LF" is flashing on your Stahl Transmitter, it indicates that the device is operating outside of its measuring range. To resolve this, configure the measuring range accordingly.
What does it mean when LED "LF" is on in Stahl Transmitter?
If the LED "LF" is on in your Stahl Transmitter, this indicates a line fault at the input. Check the connections to resolve this issue.
What to do if "PWR" LED flashes permanently on Stahl Transmitter?
If the "PWR" LED flashes permanently on your Stahl Transmitter, the device may be defective. Send the device in for repair.
General| Category | Transmitter |
|---|---|
| Series | 9182 |
| Input | 4-20 mA, HART |
| Output | 4-20 mA, HART |
| Mounting | DIN rail |
| Protection Class | IP20 |
| Electrical Connection | Screw terminals |
| Temperature Range | -20 to +60 °C |
| Accuracy | ±0.1% |
Details of R. STAHL Schaltgeräte GmbH, including contact information.
Publication code, hardware/software versions, and manual details.
Lists supplementary documents and download links for further information.
Information on certifications and regulatory compliance.
Explains symbols used for tips and recommendations in the manual.
Defines the structure and severity of warning notes (DANGER, WARNING, CAUTION, NOTICE).
Explains markings and symbols found on the device itself.
Guidelines for storing the operating manual for easy access.
Requirements for qualified personnel for safe operation and maintenance.
Guidelines for safe operation, mounting, and maintenance of the device.
Warns against device modifications and their severe consequences.
Describes the application range and operating modes of the transmitter.
Details the components of the device and their functions.
Specifies device marking, CE, ATEX, and IECEx certifications.
Lists certifications and key safety parameters like voltage and current.
Provides SIL ratings, SFF, MTBF, and PFDAVG values.
Details auxiliary power, current, voltage range, and consumption.
Specifies isolation standards and test voltages.
Covers Ex i inputs, interface, software, and DIP switch settings.
Lists RTD types, standards, measuring ranges, and resolution.
Details thermocouple types, measuring ranges, resolution, and error.
Specifies potentiometer resistance ranges and connection types.
Defines output signal, functional range, and load resistance.
Covers passive output, supply voltage, and limit contact settings.
Details error detection methods and environmental operating limits.
Shows connection diagrams for various sensor types.
Covers weight, mounting type, enclosure protection, and materials.
Provides dimensional drawings and fastening details.
Details mounting and dismounting procedures for the device.
Explains how to mount/dismount on rails and pac-Bus.
Covers mounting on pac-Carrier and pluggable terminals.
Covers general installation and electrical connection requirements.
Illustrates the internal schematic and input wiring.
Details output circuits and line fault detection mechanisms.
Shows input wiring and methods for connecting power supply.
Explains compensation methods for thermocouple measurements.
Visual wiring guides for different device configurations.
Details using external reference junctions in terminals and installation.
Covers replacing devices and general parameterization methods.
Explains adjusting operating modes via software or DIP switches.
Provides a comprehensive table of DIP switch configurations.
Details DIP switch settings for various measuring ranges.
Covers line resistance adjustment and potentiometer connection.
Details RTD sensor selection and limit value configuration.
Explains anti-pumping function and line fault detection settings.
Covers initial commissioning and ongoing device operation.
Explains the meaning of the device's LEDs and their states.
Provides a guide to diagnose and resolve common errors.
Outlines procedures for device maintenance, overhaul, and repair.
Instructions for returning the device for service or repair.
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