Related Manuals for Meinberg microSync RX Series
Summarization of Contents
The microSync System
microSync Brand and Device Type
Defines the microSync brand and product family, including housing variants.
Device Manufacturer Information
Provides contact information for the device manufacturer, Meinberg Funkuhren GmbH & Co. KG.
Target Audience
Identifies the intended audience for the manual, professionals in installation and maintenance.
Return of Equipment Procedure
Outlines the procedure for returning equipment for repair, including RMA process and packaging.
microSync System Description
2.1 Device Design, Functions and Area of Application
Describes the microSync product family, its outputs, firmware, and application areas.
2.2 System Variants microSync
Details the different hardware variants, model codes, and input/output options available for microSync.
Hardware Specifications
2.3.1 Chassis Specifications
Provides detailed specifications and physical dimensions for the HR (Half-Rack) and RX (19-inch) chassis.
2.3.2 Available Power Supplies
Lists power supply options for microSyncRX and microSyncHR, including voltage, current, and power consumption.
2.3.3 Available Receiver and Oscillator Options
Details available receiver types (GPS, GNS-UC, GNSS) and oscillator options with holdover performance.
2.3.4 Environment
Specifies operating and storage temperature ranges, humidity, altitude, and atmospheric pressure limits.
2.4 Type Tests / Compatibilities
Lists various electromagnetic compatibility (emission) standards the device complies with.
2.4.1 Electromagnetic Compatibility - Emission
Lists standards for electromagnetic emission tests performed on the device.
2.4.2 Electromagnetic Compatibility - Immunity
Lists standards for electromagnetic immunity tests performed on the device.
2.4.3 Safety Tests
Details safety requirements and protection ratings according to safety standards like IEC 62368-1 and IEC 60529.
2.4.4 Environmental Tests
Lists various environmental test standards (cold, dry heat, damp heat, vibration, shock) applied to the device.
2.4.5 Compliance
Lists compliance certifications such as CB Scheme, CE, FCC, UL, CSA, WEEE, RoHS, and REACH.
Important Safety Information
3.1 Important Safety Instructions and Protective Measures
Provides essential safety instructions, warnings (Danger, Warning, Caution, Attention), and EU regulation compliance.
3.2 Used Symbols
Explains the meaning of various safety symbols and pictograms used throughout the manual.
3.3 Security during Installation
Covers safety precautions for installation, including commissioning, transport, unpacking, and mounting.
3.4 Protective Conductor- / Ground-Terminal
Details the importance of correct protective earth connection for safe operation and compliance.
3.5 Safety during Operation
Details safety measures for operating the device, including avoiding short-circuits, ventilation, and handling power interruptions.
3.6 Safety during Maintenance
Outlines safety procedures for device maintenance, including using approved parts and authorized personnel.
3.7 Handling Batteries
Provides instructions and warnings for handling and replacing lithium batteries, including disposal.
3.8 Cleaning and Care
Gives instructions on how to clean the device safely, advising against wet cleaning or solvents.
3.9 Prevention of ESD Damage
Explains measures to prevent Electrostatic Discharge (ESD) damage to sensitive components during handling.
3.10 Return of Electrical and Electronic Equipment
Details compliance with WEEE Directive for disposal of electronic equipment and batteries.
Before you start
4.1 Text and Syntax Conventions
Describes conventions used for text, syntax, menu navigation, services, cross-references, and terminal output.
4.2 Abbreviation List
Provides an alphabetical list of abbreviations used in the manual with their full meanings.
4.3 Required Tools
Lists the necessary tools (TORX screwdrivers) for installing and maintaining the microSync HR and RX models.
4.4 Required Software
Introduces the Meinberg Device Manager software for configuration and monitoring, including its download and portable versions.
4.5 Preparing Installation
Advises on site preparation for installation, ensuring adequate space, ventilation, and avoiding dust.
4.6 Unboxing the Device
Details the contents of the delivery package for antenna mounting and rack mounting, and how to check for missing parts.
4.7 Disposal of Packaging Materials
States that packaging materials are recyclable and provides disposal guidance.
System Installation
5.1 Connecting the System
Illustrates connection schemes for microSyncHR and microSyncRX, covering network, serial, and antenna connections.
5.2 Initial Network Configuration
Explains how to perform initial network setup, including static IP address configuration via network or serial connection.
5.2.1 Network configuration with the mbgOSWizard
Details using the mbgOSWizard to configure the IP address, subnet mask, and network port via serial console.
5.3 Initial Start of Operation
Guides on starting the Meinberg Device Manager, searching for devices, and logging in with default credentials.
System Operation - Configuration and Monitoring
6.1 Meinberg Device Manager Operation
Shows how to use the Meinberg Device Manager to view system status, I/O ports, and access documentation.
7.1 Firmware Updates
Explains how to download or request meinbergOS firmware updates from the Meinberg download page.
Troubleshooting and Alarming
8.1 System Error Messages
Describes how to access the Event Log and Monitoring Status to view system events, errors, and their severity.
Support Information
9.1 Basic Customer Support
Provides contact details (e-mail, phone) and service hours for technical support and sales.
9.2 Support Ticket System
Explains how to request support tickets online or via email, and the importance of diagnostic files.
9.3 How to download a Diagnostic File
Guides on creating and downloading a diagnostic file using the Meinberg Device Manager for support.
9.4 Self-Help Online Tools
Lists informative websites for querying information about Meinberg systems, including downloads and FAQs.
9.5 NTP and IEEE 1588-PTP online tutorials
Points to online tutorials covering NTP, IEEE 1588-PTP, and synchronization setups for various industries.
9.6 The Meinberg Academy Introduction and Offerings
Introduces the Meinberg Sync Academy, offering courses on time and frequency synchronization technologies.
9.7 Meinberg Newsletter
Advises on subscribing to the Meinberg Newsletter for updates on technical news and firmware.
9.8 How-To Videos on our YouTube Channel
Directs users to YouTube videos for microSync system installation via serial interface and network.
Technical Appendix
10.1 meinbergOS Software Specifications
Lists network protocols and PTP profiles supported by the meinbergOS software.
10.2 Antenna and Receiver Information
Discusses satellite signals (GNSS) and long wave signals used for timing applications.
10.2.1 Reference Time Sources
Details the Meinberg GPS Receiver, its functionality, accuracy, and how it obtains time from GPS satellites.
10.2.1.2 Meinberg GNSS Receiver (GPS, GLONASS, Galileo, BeiDou)
Describes GNSS receivers supporting multiple systems (GPS, GLONASS, Galileo, BeiDou) and their characteristics.
10.2.1.3 Meinberg GNS-UC Receiver (GPS and Galileo)
Details the GNS-UC receiver for GPS/Galileo, its features, and MRS capability.
10.2.2 GNSS Signal Reception
Explains how GNSS receivers track satellites, the importance of line-of-sight, and antenna installation considerations.
10.2.2.1 Meinberg GPS Antenna/Converter
Describes the GPS antenna/converter unit, its signal translation, cable types, and powering.
10.2.2.3 Mounting and Installation of the GPS Antenna
Illustrates the proper mounting and installation of the GPS antenna/converter unit, including surge protectors and cable connections.
10.2.2.5 GNSS Antenna for Stationary Installation
Details the Multi GNSS Antenna for stationary use, its features, mounting, and installation.
10.2.2.6 GNSS Antenna for Mobile Applications
Describes the RV-76G GNSS antenna for mobile applications, its installation drawing, and safety warnings.
10.2.2.7 Powering up a GNSS Receiver
Explains the process of powering up a GNSS receiver, oscillator warm-up, synchronization, and different boot modes.
10.2.3 Cable Types
Lists antenna types, corresponding cable types, and their maximum cable lengths.
10.3 Technical Specifications of used Modules
Lists technical specifications for modules used within the system.
10.3.1 Technical Specifications - CPU
Details the CPU specifications, Ethernet and USB interfaces, PTP profiles, and network protocols.
10.3.2 Technical Specifications GPS Receiver
Provides technical specifications for the GPS receiver, including antenna, power, synchronization, pulse outputs, and serial ports.
10.3.3 Technical Specifications GNS Receiver
Lists technical specifications for the GNS receiver (GPS, GLONASS, Galileo, BeiDou), including antenna, power, synchronization, and outputs.
10.3.4 Technical Specifications GNS-UC Receiver
Details technical specifications for the GNS-UC receiver (GPS/Galileo), including antenna, power, synchronization, and outputs.
10.4 Network Time Protocol (NTP)
Explains the Network Time Protocol (NTP), its history, versions (v3, v4, SNTP), and its function.
10.5 The Precision Time Protocol (PTP) / IEEE 1588
Introduces Precision Time Protocol (PTP) / IEEE 1588, its sub-microsecond accuracy, and network infrastructure requirements.
10.5.1 Functionality in Master Systems
Describes the PTP Master functionality, including time stamping, oscillator synchronization, and output signals.
10.5.2 Functionality in Slave Systems
Explains the PTP Slave functionality, including decoding PTP messages and adjusting the master oscillator.
10.5.3 PTPv2 IEEE 1588-2008 Configuration Guide
Guides on setting up PTP infrastructure, including Grandmaster clocks, slave devices, and network components.
10.5.3.1 General Options
Lists general PTP deployment options like Layer 2/3, Multicast/Unicast, Two-Step/One-Step, and delay mechanisms.
10.5.3.2 Network Layer 2 or Layer 3
Compares using PTP over IEEE 802.3 Ethernet (Layer 2) versus UDP/IPv4 (Layer 3), recommending Layer 3.
10.5.3.3 Multicast or Unicast
Discusses the advantages and disadvantages of Multicast versus Unicast modes for PTP communication.
10.5.3.4 Two-Step or One-Step
Explains the difference between Two-Step and One-Step PTP operation modes regarding SYNC packet handling.
10.5.3.5 End-To-End (E2E) or Peer-To-Peer (P2P) Delay Measurements
Details E2E and P2P delay measurement mechanisms for PTP, their advantages, and drawbacks.
10.5.3.6 Mode Recommendations
Provides recommendations for setting up a PTP infrastructure using Layer 3, Multicast, Two-Step, and E2E delay measurements.
10.5.3.7 Message Rate Settings
Discusses configuring message rates for PTP packets like ANNOUNCE, SYNC/FOLLOWUP, and DELAY_REQUEST.
10.5.3.8 ANNOUNCE Messages
Explains the purpose of ANNOUNCE messages in PTP, their role in the Best Master Clock Algorithm (BMCA), and their impact on switching time.
10.5.3.9 SYNC/FOLLOWUP Messages
Describes SYNC/FOLLOWUP messages, their interval, and their effect on slave clock synchronization and network bandwidth.
10.5.3.10 (P)DELAY_REQUEST Messages
Explains (P)DELAY_REQUEST messages for measuring network path delay, their default interval, and reasons for adjustment.
10.6 Programmable Pulse Outputs
Details various modes for programmable pulse outputs: Idle, Timer, Single Shot, Cyclic Pulse, Pulses Per Second/Min/Hour, DCF77 Marks, Position OK, Time Sync, All Sync, DCLS, Synth. Frequency, PTTI 1PPS.
10.7 Available Time Telegrams
Lists and describes the formats of various time telegrams supported by the system.
10.7.1 Format of the Meinberg Standard Time String
Defines the format of the Meinberg Standard Time String, including date, time, and clock status characters.
10.7.2 Format of the Meinberg GPS Time String
Defines the format of the Meinberg GPS Time String, including date, time, GPS status, and leap second information.
10.7.3 Format of the Meinberg Capture String
Describes the format of the Meinberg Capture String, including capture input, date, time, and fractions of a second.
10.7.4 Format of the SAT Time String
Defines the format of the SAT Time String, including date, time, time zone, and clock status characters.
10.7.5 Format of the Uni Erlangen String (NTP)
Details the format of the Uni Erlangen String (NTP) for GPS clocks, including date, time, timezone, and position.
10.7.6 Format of the NMEA 0183 String (RMC)
Specifies the NMEA 0183 RMC string format, including time, date, position, and status information.
10.7.7 Format of the NMEA 0183 String (GGA)
Details the NMEA 0183 GGA string format, including time, position, altitude, and dilution of precision.
10.7.8 Format of the NMEA 0183 String (ZDA)
Defines the NMEA 0183 ZDA string format, including UTC time, date, and local timezone offset.
10.7.9 Format of the ABB SPA Time String
Describes the ABB SPA Time String format, including date, time, and checksum.
10.7.10 Format of the Computime Time String
Specifies the Computime Time String format, including date, time, and day of the week.
10.7.11 Format of the RACAL standard Time String
Defines the RACAL standard Time String format, including control characters, date, and time.
10.7.12 Format of the SYSPLEX-1 Time String
Details the SYSPLEX-1 Time String format, including day of year, time, and quality indicator.
10.7.13 Format of the ION Time String
Specifies the ION Time String format, including day of year, time, and quality indicator.
10.7.14 Format of the ION Blanked Time String
Defines the ION Blanked Time String format, including day of year, time, and quality indicator.
10.7.15 Format of the IRIG J Time String
Describes the IRIG J Time String format, including day of year, time, and control codes.
10.8 Third Party Software
Discusses third-party software used with the system.
10.8.1 Network Time Protocol Version 4 (NTP)
Discusses the NTP project and its software, including copyright and permission notices.
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