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LA000504D © 2006 Navman New Zealand. All rights reserved. Proprietary information and specifications subject to change without notice.

7.0 Mounting option

The module is designed for mounting inside a non-metallic enclosure. The recommended 

fastening style is with side clips designed into the OEM’s enclosure.
An example of a custom ‘flip-up’ style enclosure is shown in Figure 2-2. Other mounting options 

are available on request.

8.0 Product handling

8.1 Packaging and delivery

The Jupiter 110 is packaged individually in sealed anti-static bags in a partitioned box containing 

75 modules. The bag is labelled with an ESD Caution (see section 8.2).
The MOQ (Minimum Order Quantity) for shipping is 75 units.

8.2 ESD sensitivity

The Jupiter 110 module contains class 1 devices and is ESDS (ElectroStatic Discharge 

Sensitive). Navman recommends the two basic principles of protecting ESDS devices from 

damage:

Only handle sensitive components in an ESD Protected Area (EPA) under protected and 

controlled conditions

Protect sensitive devices outside the EPA using ESD protective packaging

All personnel handling ESDS devices have the responsibility to be aware of the ESD threat to 

reliability of electronic products. 
Further information can be obtained from the IEC Technical Report IEC61340-5-1 & 2: 

Protection of electronic devices from electrostatic phenomena.

8.3 Safety

Improper handling and use of the Jupiter GPS sensor module can cause permanent damage to 

the module and may even result in personal injury.

8.4 RoHS compliance

This product will comply with Directive 2002/95/EC on the restriction of the use of certain 

hazardous substances in electrical and electronic equipment from April 2006.

8.5 Disposal

We recommend that this product should not be treated as household waste. For 

more detailed information about recycling of this product, please contact your local 

waste management authority or the reseller from whom you purchased the product.

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Summary of Contents for Jupiter 110

Page 1: ...to change without notice Related documents Jupiter 110 Product brief LA000511 Low Power Operating Modes application note LA000513 Navman NMEA reference manual MN000315 SiRF Binary protocol reference...

Page 2: ...3 4 1 TricklePower mode 7 3 5 Differential aiding WAAS EGNOS 8 3 6 Navigation modes 8 3 7 Core processor performance 8 3 8 Dynamic constraints 8 3 9 Position and velocity accuracy 8 4 0 Electrical req...

Page 3: ...onnector part numbers 11 Table 6 1 NMEA default settings 12 Table 6 2 Low power modes message values 12 Table 6 3 Low power acquisition input values 13 Table 6 4 Antenna status output message values 1...

Page 4: ...form factor and very low current consumption in an economically priced package 2 0 Technical description The Jupiter 110 module provides a 12 channel GPS receiver and patch antenna in an open board d...

Page 5: ...y stores software and also some long term data RTC Real Time Clock crystal The 32kHz crystal operates in conjunction with the RTC inside the baseband block and provides an accurate clock function when...

Page 6: ...0 accredited facility 2 8 Marking serialisation The Jupiter 110 supports a 128 barcode indicating the unit serial number The Navman 13 character serial number convention is characters 1 and 2 year of...

Page 7: ...45s 56s re acquisition 10 s obstruction with valid almanac position time ephemeris 100ms 100ms 100ms 100ms Table 3 1 Acquisition times 3 3 Battery backup The battery backup input line powers the RTC s...

Page 8: ...ltitude value to the true altitude of the antenna If the fixed value is correct the specified horizontal accuracies apply Otherwise the horizontal accuracies will degrade as a function of the error in...

Page 9: ...110 4 2 RF sensitivity 4 2 1 Internal patch antenna The RF sensitivity measured at the internal patch antenna is shown in Table 4 2 Parameter J110 J110S acquisition sensitivity 33dBHz 30dBHz tracking...

Page 10: ...he external antenna from the main power supply via the internal antenna selection switch The external antenna characteristics are shown in Table 5 1 Parameter External antenna current Notes internal p...

Page 11: ...he host port consists of a full duplex asynchronous serial data interface Both binary and NMEA initialisation and configuration data messages are transmitted and received across this port Port Idle is...

Page 12: ...ZDA time date J110 and J110R only off Table 6 1 NMEA default settings 6 2 Navman NMEA low power mode messages Navman has added proprietary NMEA input messages to configure the TricklePower mode 6 2 1...

Page 13: ...tatus message is output automatically in the event of an external antenna being connected or disconnected or of a short circuit on the external antenna In addition this message is output on the receip...

Page 14: ...protective packaging All personnel handling ESDS devices have the responsibility to be aware of the ESD threat to reliability of electronic products Further information can be obtained from the IEC T...

Page 15: ...8 15 LA000504D 2006 Navman New Zealand All rights reserved Proprietary information and specifications subject to change without notice Figure 9 1 Jupiter 110 mechanical layout 9 0 Jupiter 110 mechani...

Page 16: ...of geostationary satellites and ground stations developed in Europe to improve the position and time calculation performed by the GPS receiver Ephemeris A set of satellite orbital parameters that is u...

Page 17: ...RIGHT NAVMAN FURTHER DOES NOT WARRANT THE ACCURACY OR COMPLETENESS OF THE INFORMATION TEXT GRAPHICS OR OTHER ITEMS CONTAINED WITHIN THESE MATERIALS NAVMAN SHALL NOT BE LIABLE FOR ANY SPECIAL INDIRECT...

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