To Next PageTo Next PageWhat to do if the clock function is not maintained on Stahl ET-xx6-A Control Systems after switching on?
If the clock function on your Stahl Control Systems device isn't maintained after being switched on for a longer period, it's likely due to battery failure. The capacitor can only maintain the clock function for approximately four days. As a result, you'll need to manually reset the time and date or reset it via a connected system.
General| Brand | Stahl |
|---|---|
| Model | ET-xx6-A Series |
| Category | Control Systems |
| Language | English |
Overview of the EAGLE device platform.
Details on Series 300 Operator Interfaces, Series 400 Panel PC, and Series 500 Thin Clients.
Explanation of DANGER, WARNING, CAUTION, ATTENTION, NOTICE symbols.
Specific warnings regarding temperature and laser radiation.
Introduction to the operating instructions and their scope.
General description of the HMI devices' function and explosion-proof nature.
Description of ET-3x6-A Series 300 Operator Interfaces.
Description of ET-4x6-A Series 400 Panel PC features.
Description of ET-5x6-A Series 500 Thin Client capabilities.
Details on display type, size, resolution, touchscreen, backlight, and brightness.
Information on keyboard types, keys, and additional input devices.
Specifications for power supply voltage, current, and connection terminals.
Details on Ethernet, USB, PS/2, Serial, Audio, Fieldbus, and Operator Interface options.
Specifications for housing type, front plate material, and cable gland types.
Data on operating temperature, humidity, vibration, shock, and EMC.
Information on immunity and emission standards compliance.
Technical data for ET-3x6-A Operator Interfaces based on hardware revision.
Technical data for ET-4x6-A Panel PCs based on hardware revision.
Technical data for ET-5x6-A Thin Clients based on hardware revision.
List of standards and directives the HMI devices comply with.
Details on ATEX and IECEx certification numbers.
Information on EAC, PESO, CNEX, DNV/GL, ABS, LR certifications.
Specifications for HMI device power supply voltage and consumption.
Required tightening torques for connection terminals.
Maximum permitted values for non-intrinsically safe circuits.
Specific values for external non-intrinsically safe circuits.
Maximum values for inherently safe optical interface.
Maximum values for intrinsically safe USB circuits (Group IIC/IIB).
Explanation of the type code components for device identification.
Order variants for ET-3x6-A Operator Interfaces (up to HW rev 03.02.x2).
Order variants for ET-3x6-A-*-BS Operator Interfaces (from HW rev 03.02.x5).
Order variants for ET-4x6-A Panel PCs (up to HW rev 03.02.x2).
Order variants for ET-4x6-A-*-BT Panel PCs (from HW rev 03.02.x4).
Order variants for ET-5x6-A Thin Clients (up to HW rev 03.02.x2).
Order variants for ET-5x6-A-*-BT Thin Clients (from HW rev 03.02.x4).
Key safety measures for installation and operation in hazardous areas.
Guidelines on grounding, intrinsic safety, and electrostatic charging.
Notes on product class, radio interference, and cleaning.
Specific cleaning instructions for sunlight readable displays.
General regulations and responsibilities for electrical plant operators.
Mounting HMI devices in housings with protection types Ex e or Ex t.
Information on certified cable glands and installation requirements.
Functionality and application of USB interfaces for data transfer and software.
Guidelines for using certified USB memory sticks.
Details on intrinsically safe (I.S.) and Ex e USB interfaces.
Connection variations for Ex e USB interfaces (Type 1 and Type 2).
Diagram for Type 1 USB connection (e.g., WLAN stick).
Diagram for Type 2 USB connection (e.g., hard disk).
General technical rules for assembly and disassembly.
Dimensions for HMI device cut-outs in panels.
Important checks before operating the HMI device.
Definition of pins for terminals X1 through X5.
Definition of pins for terminals X6 through X11.
Settings for COM1 serial interface (S3, S4 switches).
Settings for COM2 serial interface (S3, S4 switches).
Visual overview of the connection compartment.
Explanation of the meaning of different status LEDs.
Details on connecting RSi1 readers (versions 1 and 2).
Principles for maintenance, service, and testing of associated equipment.
Notes on damaged seals and servicing requirements for hazardous areas.
Guidance on troubleshooting and authorized repair procedures.
How the clock function is maintained and reset.
General information specific to Series 300 and 400 HMI devices.
Details on keyboard key functions and combinations.
Notes on Windows Embedded OS, including write protection.
Information on Windows 10 IoT Enterprise LTSB, licensing, and EOL.
Procedures for system recovery using a stick and creating backups.
Importance of correctly shutting down the Windows OS.
Recommendations for preventing data loss during write processes.
Definitions of pixels, sub-pixels, bright/dark dots, and adjacent dots.
Table detailing permitted defects for 10.4", 15", and 19" displays.
List of directives and standards the product conforms to.
Specific ATEX and EMC conformity information and test certificates.
Supplier's declaration for RCM compliance in Australia.
