Meinberg IMS-GNS181-UC Скачать руководство пользователя страница 10

4 Meinberg GNS-UC Receiver (GPS and Galileo)

4 Meinberg GNS-UC Receiver (GPS and Galileo)

IMS-GNS181-UC - GPS/Galileo based Time Synchronization for Stationary and Mobile Applications using
Meinberg Antenna/Converter Technology

The IMS-GNS181-UC unit has a special receiver concept which is able to capture GPS and Galileo sig-
nals using a standard Meinberg antenna/converter unit. The configuration supports to select one of these to be
used exclusively or the combination of the sources.

The receiver is capable of operating during high speed movement and delivers reliable and highly precise
synchronization solutions in stationary installations and on fast moving vehicles, such as aircraft, ships or trucks.

The variety of inputs/outputs makes this receiver the first choice for a broad range of applications, includ-
ing time and frequency synchronization tasks and the measurement of asynchronous time events.

The IMS-GNS181-UC with its integrated GNSS receiver provides accurate time with ultimate precision both
in stationary and mobile environments by supporting long antenna cables because of the Meinberg antenna/-
converter technology.

Key Features

2 RS-232 interfaces (4 optional)

10 MHz reference frequency output

Pulses per second and per minute

4 Programmable pulse outputs (option)

Frequency Synthesizer

2 Time capture inputs

Description

The IMS-GNS181-UC offers satellite based time synchronization at the highest accuracy standards for fixed
or mobile applications. It is suitable to be deployed in data centers or on board of cars, trucks, aircrafts, ships
and other moving platforms. The satellite receiver can determine its position even at a maximum acceleration
of up to 4 g, at a maximum speed of 500 m/s and at an altitude of up to 18,000 meters.

The IMS-GNS181-UC is used to manage high accurate timing and measurement tasks. The board is able
to generate fixed and programmable standard frequencies with very high accuracy and stability. Various os-
cillator options allow to meet different requirements concerning the accurracy of the outputs in the most cost
efficient way. The pulse generator of the GNS181-UC generates pulses per second and per minute. As an
option four programmable outputs are available. The pulses are synchronized to the UTC second.

The module provides two inputs for measurement of asynchronous time events. These capture events can
be read via a serial interface. The board uses a binary interface protocol to receive configuation parameters
and exchange status information with external equipment via its RS232 interfaces.

MRS capability

The oscillator of the GNS181-UC can be disciplined by an external reference source (e.g. 1PPS, 10MHz, IRIG,
PPS + String).

IMS-GNS181-UC Setup Guide

Date: 31st January 2020

7

Содержание IMS-GNS181-UC

Страница 1: ...MANUAL IMS GNS181 UC Setup Guide Hot Plug Module 31st January 2020 Meinberg Funkuhren GmbH Co KG...

Страница 2: ......

Страница 3: ...tallation of a Hot pluggable IMS Module 5 3 1 Important Hints for hot pluggable IMS Modules 6 4 Meinberg GNS UC Receiver GPS and Galileo 7 4 1 Technical Specifications GNS UC Clock 8 4 1 1 Configurati...

Страница 4: ...uhren GmbH Co KG Lange Wand 9 31812 Bad Pyrmont Germany Phone 49 0 52 81 93 09 0 Fax 49 0 52 81 93 09 230 Internet https www meinbergglobal com Mail info meinberg de Date 2020 01 31 IMS GNS181 UC Setu...

Страница 5: ...o the manufacturer for maintenance Exchange of hot swap components Ensure that components which will be replaced during operation always be treated with the utmost care Avoid contact with live compone...

Страница 6: ...of high voltage devices 2 2 Supply Voltage WARNING This device is powered by a dangerous voltage Nonobservance of the safety instructions of this manual may lead to serious damage to persons and prope...

Страница 7: ...work done the connectors particularly when connectors are opened may never be carried out when the installation is energized All connectors must be covered to prevent from accidental contact to life p...

Страница 8: ...ilt in module Pull the module carefully out of the holding rail Note that the module is firmly anchored in the connector block of the housing You need a certain amount of force to release the module f...

Страница 9: ...perate your system with only one power supply a second power supply must be installed before removing replacing it to keep your system functioning I O ESI and MRI Slots hot swappable CLK1 CLK2 hot swa...

Страница 10: ...se outputs option Frequency Synthesizer 2 Time capture inputs Description The IMS GNS181 UC offers satellite based time synchronization at the highest accuracy standards for fixed or mobile applicatio...

Страница 11: ...ded data line Cable Length max 300m RG58 coax cable Type of Connector female BNC connector Power Requirements 15 V 100 mA via antenna cable Figure right GNSS Receiver and GNSS with XHE SPI Connector o...

Страница 12: ...ing timestrings time telegrams can be used NMEA RMC NMEA ZDA Meinberg Standard Uni Erlangen COM Pin Assignment of the optional XHE SPI Connectors A1 PPS In A2 PPS Out Pin 1 SCL_Out SPI Clock Pin 2 CS...

Страница 13: ...web interface builds up accordingly This also applies to the type of reference clock and its options In case of a redundant receiver configuration the common settings for IRIG In Out Serial Ports Tim...

Страница 14: ...cable so no external power supply is required near the location of the antenna if a coaxial cable is used If more than a single GPS receiver are to be operated then a GPS antenna splitter can be used...

Страница 15: ...g is shipped with all Mein berg GPS antennae for easy installation A standard RG58 antenna cable of 20 meters length is included by default If a different cable length is required then this can be ord...

Страница 16: ...least 50 cm from other antennas WARNING Antenna mounting without effective anti fall protection Danger to life due to fall Pay attention to effective working safety when installing antennas Never wor...

Страница 17: ...ration If no valid data can be found in the battery buffered memory e g because the battery has been discon nected or replaced the receiver has to scan for satellites and collect the current almanac a...

Страница 18: ......

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