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General guidelines for safe operation and handling of the device.
Purpose of the device and suitable installation environment guidelines.
Critical safety measures during device operation.
Detailed instructions for safely connecting the device to power sources.
Procedures for diagnosing and resolving device malfunctions.
Proper procedures for cleaning the device and disposing of it and batteries.
Lists package contents and key technical specifications.
Overview of ETC functionality, capabilities, and available models.
Details the necessary electrical and signal connections for the device.
A step-by-step guide for a safe and efficient device start-up process.
Explains how time zones and UTC are managed within the master clock system.
Defines keys, explains keypad locking, and menu navigation.
Information on connecting to mains and external DC power sources.
Details passive and active reserve battery options for power continuity.
Synchronization using DCF-77 and MSF-60 radio time signals.
Using GPS/GNSS and minute impulses for time synchronization.
Synchronization via serial ASCII time telegrams (RS 232/RS 422).
Procedures for manual time, date, and time zone adjustments.
Fine-tuning quartz drift and configuring DCF time code output.
Choosing external references and serial interfaces for synchronization.
Configuring baudrate modes and parameters for CAS protocol.
Setting synchronization modes, time zones, and alarm timeouts.
Setting IP address, subnet mask, and gateway for CAN communication.
Displays configured time source and its current reception quality.
Overview, display, reset, and masking of device alarms.
Description of the alarm contact output and its behavior.
Overview of available line types (Impulse, DCF, MOBALine) and terminals.
Monitoring current on slave clock lines and allocating current.
Settings for driving impulse slave clocks, including modes, length, pause, and periodicity.
Settings for outputting DCF time code signals, including mode and time zone.
Driving mixed clock types and configuring MOBALine synchronization.
Overview of serial interfaces and general parameters.
Configuring interface modes (Sync, Telegram, CAS, CAN) and time zones.
Configuring telegram format, send offset, period, and communication parameters.
Information on relays and how their switching states are displayed.
How to assign switch program channels to specific relays.
Explains week and channel programs, simplified operation, and control inputs.
Creating, editing, and deleting lines within week programs.
Assigning week programs to channels based on dates.
Viewing, controlling channels, and a practical switch program example.
Configuring and using control inputs for supervising external devices.
Managing configurations and downloading files like system software.
Handling system software, switch programs, and time zone tables.
Saving/restoring user configurations and enabling remote downloads.
Selecting display language and adjusting contrast/backlight.
Viewing software/hardware versions and setting power supply mode.
A table listing malfunctions and possible solutions.
Step-by-step guide to reset the master clock to factory settings.
Detailed terminal layout for the ETC 12R model.
Detailed terminal layout for the ETC 14R model.
Detailed terminal layout for the ETC 24R model.
Detailed terminal layout for the ETC 12 model.
Detailed terminal layout for the ETC 14 model.
Detailed terminal layout for the ETC 24 model.
Lists the factory default settings for various ETC parameters.
A comprehensive table of time zones, offsets, and DST rules.
Lists and describes all 16 possible alarms the ETC can generate.
Parameters for GPS synchronization using NMEA 0183.
Structure and meaning of the IF482 serial telegram.
Structure and meaning of the DIEM serial telegram.
Structure and meaning of the SINEC serial telegram.
Structure and meaning of the H7001 serial telegram.
Structure and meaning of the BUS485 serial telegram.
Connection diagrams for GNSS 3000 and GPS/GNSS 4500 receivers.
Comprehensive technical specifications including EMC, dimensions, power, and interfaces.
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