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products Abstand Rubidium Series 1 & 3:
Module GPS 10 MHz
Abstand Alpermann+Velte

Leaflet:
pdf-file.... zip- file

Manual:
pdf-file.... zip- file

GPS 10 MHz

Housing


GPS 10 MHz module:

The Alpermann+Velte Rubidium series “GPS 10MHz” module is an extremely stable way of universally acquiring a real time base for a Time Code or timer system, e.g. our GT module. The precisely acquired reference time, date and seconds pulse is transferred from the GPS 10 MHz modules in form of a serial protocol to the generator as a reference time.

The module needs a RUB housing and power supply to function as well as one of the seperat available antennas. The module is “plug and play” compatible for most normal real time acquiring systems. For user specific setups, an initial setup requires the use of our supplied software and a windows PC with a serial and/or Ethernet port(only possible if your have an IE module).

Housing


The module also has two 10 MHz outputs, that most often used for synchronisation of a third party “SPG” systems. Automatic DST calculation for all time zones is available via the supplied software.

The GPS 10MHz offers a variety of monitoring and control possibilities, and is therefore designed for the implementation into complex and fail-proof redundant systems. Housing Housing


The GPS antenna combines a planar antenna and a frequency converter, which translates the high-frequency phasemodulated signal of the GPS system to an intermediate frequency. This way a standard coaxial cable (e.g. RG58) can be used for the connection with the GPS clock and a distance of up to 300 meters (with RG58) or even 600 meters (with a low-loss cable type like RG213) between receiver and antenna is possible without requiring an additional amplifier. The 10MHz signal is located on an intermediate frequency level and is thereby stable and available very quickly. Antenna over voltage protection and fiber-optic cable connections are optionally available.


The „GPS 10 MHz“- module has the following outputs:

  • Two serial interfaces for the output of the time information
  • Seconds pulse with seconds pulse-telegram
  • Four programable GPI's
  • Two 10 MHz-signals (a third output is optionally available)
Housing


All information can be sent or received via the internal interface „TC_link „. Configuration, software updates and status inquiries and exchange of information between modules such as generators, signal drivers and Ethernet use this specially designed interface. Via the “IE” Ethernet module, a NTP server as well as SNMP monitoring functions are possible. GPS supplies the real time along with the global positioning information. For example, a UMID (Unique material Identifier) could be generated out of this available data.

Housing Housing
Housing Housing

If the GPS receiver is switched off, the last valid almanac and ephemeris data is buffered into memory and the time is switched to a "free run" mode using an internal Quartz. After again switching on the GPS, a longer period of time will be required before a stable time can be acquired. In order to avoid this disadvantage, the GPS receiver has a separate back-up “Spannungseingang”.

Housing

Various degrees of precision are possible by implementing the various available quartz's:

Housing

Two „GPS 10 MHz“- modules connected to our RUB “SR” change-over module offer a time, date and 10 MHz fail-proof redundant system.

GPS antenna pole mount
Housing Housing
Housing
Features
Two 10 Mhz outputs, third output option
PPS and time and date data string reference outputs
Two RS232 communication ports
Time zone calculation
Automatic summer/winter DST switching
Leap year/seconds compatible
SNMP ready (when used with an IE module)
Hot swapping compatible
Failure relay
TC_link compatible

GPS 10 MHz specifications

Receiver
6 Channel C/A Code receiver with external antenna/converter unit
Status LED´s
Fail LED indicates a not yet synchronized internal time frame or a system error Lock. LED indicates a valid receiver position and synchronisation with the GPS system
Time to sync
Max. 1 minute with valid battery buffered memory / about 12 minutes if invalid battery buffered memory
Backup battery
When powered off, the on-board real time clock keeps time Satellite information kept in buffered memory. Lithium battery lifetime: more than 10 years
Interfaces
Two serial RS232 interfaces, configurable by menu
Accuracy of Pulses
+/- 250nsec (OCXO)
Frequency Outputs
2 x 10 MHz per BNC, 1Vpp, Sinus, 75 Ohm

IE 3HE draw
Others
Operating voltage
8-30 VDC
Power Consumption
max.4.5 W
Weight
0.4 kg approx.
Dimensions
RUB1: 103(W)x 44(H)x 165(D)mm
4.06(W)x 1.73(Hx 6.50(D)inch
RUB3: 8HP, 3RU
Enviromental characteristics, operating
Temperature: 5°C - 40°C / relative humidity: 30% - 85%,
non-condensing
Enviromental characteristics, non-operating
Temperature: -10°C- +60°C / relative humidity: 5% - 95%,
non-condensing
Abstand IE 1HE draw

Product ordering ID GPS 10 MHz module

RUB1 GPS 10 MHz
GPS receiver for RUB H1 housing
RUB3 GPS 10 MHz
Ethernet interface for H3 housing
RUB ANT
GPS antenna pole mount, 20 m cable
RUB ANTLP
GPS antenna flush mount, 20 m cable
The RUBIDIUM modules must be used in conjunction with a RUBIDIUM housing and a RUBIDIUM power supply, please see our overview leaflet for more information.

We reserve the right to modify specifications without notice.

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© Alpermann+Velte 1996 - 2010, June 21, 2010