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ELLIPSE2 AHRS & INS 

– Hardware Manual

ELLIPSE2HM.1.3

2.2.4. Ellipse-D with embedded dual antenna GNSS

2.2.5. Main connector

The main connector provides access to most Ellipse features in a modular way. It provides:

The main serial port (PORT A) that supports full-duplex communication. It operates in RS-232, or
alternatively in RS-422 on B1 devices by pulling down to GND the pin 5.

An optional RS-232 port (PORT E) that can be enabled on B1 devices, when PORT A is configured in
RS-232 mode.

One CAN 2.0A/B connection that supports up to 1 Mbit/s data rate used to output data – on B2
devices only

Two multi-function input pins that can be used for:

Clock synchronization or event marker input pins

Single or dual channel Odometer input

Miscellaneous RS-232 input (PORT B) for RTCM data input on Ellipse-N.

A Synchronization output signal for time stamping and to trigger some equipment.

2.2.5.1. Connector specifications

The   main   connector   uses   a   10   ways   UltiMate   Fischer   connector.   The   exact   receptacle   reference   is:

UR02W07 F010P BK1 E2AA.

The   Ellipse   connector   will   mate   with   the   reference  UP01L07 M010S BK1 Z2ZA.   Don't   forget   that   this
reference don't include the cable clamp sets. Other plugs with right angle or other options may be found if
required.

28/50

Figure 2.23: Main receptacle front view

1

2

8

5

9

4

7

6

10

3

Figure 2.22: Ellipse INS with dual antenna GNSS receiver (D version)

Secondary

Antenna connector

Main

connector

Main Antenna

connector

Auxiliary

connector

陕西威瑞仪器仪表有限公司 主营全球知名:气象环境智能交通仪器、安防消防警用军用设备

TEL:029-88186182 WEB:www.go1go.com EMAIL:[email protected]

Summary of Contents for ELLIPSE 2 AHRS

Page 1: ...Inertial Sensors Hardware Manual intro Document ELLIPSE2HM 1 3 Revision 1 3 Nov 8 2018 Support EMEA support sbg systems com 33 1 80 88 43 70 Americas support sbg systems com 1 657 549 5807 TEL 029 88...

Page 2: ...e section EL2DOC 7 Updated cover page presentation 1 1 Jan 2 2018 Alexis Guinamard EL2DOC 2 Fixed typo in Barometric sensor integration EL2DOC 3 Fixed CA ELI RS232 CAN 3M pinout description EL2DOC 5 F...

Page 3: ...e 14 1 4 2 1 Land applications 14 1 4 2 2 Marine Subsea applications 14 1 4 2 3 Airborne applications 15 1 4 3 Ellipse D orientation and navigation performance 15 1 4 3 1 Land applications 15 1 4 3 2...

Page 4: ...ctor specifications 30 2 2 6 2 Connector pin out 30 2 2 7 Auxiliary connector Ellipse D 30 2 2 7 1 Connector specifications 30 2 2 7 2 Connector pin out 30 2 2 8 Electrical specifications 31 2 2 8 1 E...

Page 5: ...PSU 12V 1 5M 43 5 4 4 CA ELI RS232 CAN 3M 44 5 4 5 CA ELI RS422 3M 45 5 4 6 CA ELI SPLIT RS232 DB 0 5M 46 5 4 7 CA ELI SPLIT CAN DB 0 5M 46 5 4 8 CA ELI SPLIT AUX RS232 DB 0 5M 47 5 5 GNSS antennas 4...

Page 6: ...ystem IP Internet Protocol LBL Long Baseline MAC address Media Access Control MEMS Micro Electro Mechanical Systems NED North East Down coordinate frame NA Not applicable NMEA NMEA 0183 National Marin...

Page 7: ...ntenna heading for excellent heading performance in magnetic denied environments Targeting demanding application it is also capable of post processing thanks to the internal GNSS raw data output To ac...

Page 8: ...12 57 57 In run bias instability g 3 14 14 Allan variance 25 C Vibration Rectification Error g g 200 50 50 Tested up to 3g RMS for A2 and 10g RMS for A3 A4 Bandwidth Hz 390 390 390 Internal low pass...

Page 9: ...reliable and efficient way to observe heading Note Magnetometer use requires a specific in place calibration in order to compensate surrounding ferromagnetic materials and magnets Please refer to the...

Page 10: ...ing under challenging environments Specification Remark Channels 72 Signal tracking GPS L1 C A GLONASS L10F GALILEO E1 B C QZSS L1 C A BeiDou B1l SBAS Horizontal position accuracy 2 0 m CEP GPS GLONAS...

Page 11: ...st processing applications Specification Remark Channels 448 Signal tracking GPS L1 L2 L2C GLONASS L1 L2 GALILEO E1 B C E5b Beidou B1 B2 SBAS QZSS All constellations signals enabled by default Horizon...

Page 12: ...S L1 L2 SBAS QZSS in standard Other signals available in option Horizontal position accuracy Single point L1 1 5 m RTK precision available in option Single point L1 L2 1 2 m SBAS DGPS 0 6 m 0 4 m RTK...

Page 13: ...include a GNSS receiver but can be connected to an external GNSS module All GNSS receivers will provide velocity and position aiding In some applications such as automotive ones the GPS course can al...

Page 14: ...Time Kinematics with a typical 1 cm accuracy position Odometer Aiding is specified when an odometer provides velocity automotive applications 1 4 2 1 Land applications All specifications are valid wi...

Page 15: ...th a typical 1 cm accuracy position Odometer Aiding is specified when an odometer provides velocity automotive applications PPK refers to the Post processing Kinematic solution 1 4 3 1 Land applicatio...

Page 16: ...Heading SP 1 2 m 1 5 m 0 03 m s 0 03 m s 0 1 0 2 RTK 0 02 m 0 04 m 0 03 m s 0 03 m s 0 1 0 2 PPK 0 01 m 0 02 m 0 02 m s 0 02 m s 0 05 0 1 1 4 4 Heave performance 1 4 4 1 High performance Heave The fo...

Page 17: ...used with a waterproof GPS antenna cable this connector offers an IP 68 protection Note 1 If you are planing to use Ellipse internal magnetometers please make sure that you don t use ferromagnetic mat...

Page 18: ...G Systems manufacturing process is based on EN 9100 system with individual and full traceability of every component and operation Each Ellipse is identified by a unique serial number that can be used...

Page 19: ...Ellipse A mechanical outline All dimensions are in mm 2 1 6 1 Front view 2 1 6 2 Top view 19 50 Figure 2 3 Ellipse A front view 8 30 15 10 4 50 24 0 50 Figure 2 4 Ellipse A top view 38 38 2 50 46 45 T...

Page 20: ...3 2 1 6 3 Right view 2 1 6 4 Bottom view 20 50 Figure 2 5 Ellipse A right view 7 05 Figure 2 6 Ellipse A bottom view 34 17 50 0 01 3 38 0 05 39 0 05 2 H8 1 5 2 H8 1 5 4 HOLES 3 40 28 20 5 05 TEL 029 8...

Page 21: ...lipse E mechanical outline All dimensions are in mm 2 1 7 1 Front view 2 1 7 2 Top view 21 50 Figure 2 7 Ellipse E front view 8 30 8 30 0 50 4 50 15 10 24 Figure 2 8 Ellipse E top view 45 38 38 2 50 4...

Page 22: ...3 2 1 7 3 Right view 2 1 7 4 Bottom view 22 50 Figure 2 9 Ellipse E right view 7 05 Figure 2 10 Ellipse E bottom view 17 50 0 01 2 H8 1 5 39 0 05 3 4 HOLES 3 40 34 38 0 05 2 H8 1 5 28 20 5 05 TEL 029...

Page 23: ...e N mechanical outline All dimensions are in mm 2 1 8 1 Front view 2 1 8 2 Top view 23 50 Figure 2 11 Ellipse N front view 8 30 8 30 0 50 4 50 15 10 24 Figure 2 12 Ellipse N top view 38 38 6 60 2 50 4...

Page 24: ...2 1 8 3 Right view 2 1 8 4 Bottom view 24 50 Figure 2 13 Ellipse N right view 7 05 Figure 2 14 Ellipse N bottom view 39 0 05 2 H8 1 5 2 H8 1 5 4 HOLES 3 40 3 17 50 0 01 38 0 05 34 28 20 5 05 TEL 029...

Page 25: ...LLIPSE2HM 1 3 2 1 9 Ellipse D mechanical outline All dimensions are in mm 2 1 9 1 Front view 2 1 9 2 Top view 25 50 Figure 2 15 Ellipse D front view Figure 2 16 Ellipse D top view TEL 029 88186182 WEB...

Page 26: ...AHRS INS Hardware Manual ELLIPSE2HM 1 3 2 1 9 3 Right view 2 1 9 4 Bottom view 26 50 Figure 2 17 Ellipse D right view Figure 2 18 Ellipse D bottom view TEL 029 88186182 WEB www go1go com EMAIL sxvery...

Page 27: ...mounted Note The Ellipse development kit cables are not designed to offer an IP 68 protection Contact SBG Systems to get further support about IP 68 protection 2 2 1 Ellipse A without GPS aiding 2 2...

Page 28: ...n or event marker input pins Single or dual channel Odometer input Miscellaneous RS 232 input PORT B for RTCM data input on Ellipse N A Synchronization output signal for time stamping and to trigger s...

Page 29: ...n RS 232 mode 2 2 5 3 Connector pin out for Ellipse B2 versions Pin Name Description 1 SYNC IN A ODO B Multi function input May be used as clock event or odometer input 2 SYNC IN B PORT B RX ODO A Mul...

Page 30: ...onnections An RS 232 RS 422 port for RTCM corrections input An additional RS 232 input for upward compatibility A synchronization input signal used for internal clock synchronization data time stampin...

Page 31: ...6 V High level threshold 2 0 V Input resistance 3 5 7 k RS 422 Receivers Input differential threshold 200 125 50 mV Input hysteresis 25 mV Input resistance 96 k RS 232 Transmitters Output range 5 5 5...

Page 32: ...lipse N embeds a high sensitivity GNSS receiver that supports L1 GPS and GLONASS signals For best performance and robustness please use low noise and high gain active GPS antennas that support the fre...

Page 33: ...e 5 0 VDC LNA supply current 70 mA Minimum antenna gain 15 dB Maximum antenna gain 45 dB In order to enable proper heading measurements L1 L2 GPS antennas are required and tracking other constellation...

Page 34: ...y and capabilities Port Available models Available package options Tx Rx capability RS 232 422 configuration Cable software defined Other functions multiplexing PORT A All All Tx Rx Cable RS 422 avail...

Page 35: ...ition to the native sbgECom binary protocol other third party or standard protocols are also supported such as NMEA RTCM TSS1 Ublox Binary protocol and others 3 2 2 Ports functions Mapping Due to the...

Page 36: ...utput RTCM input 3 2 2 4 Ellipse D version On Ellipse D the PORT C output capabilities are limited to some standard NMEA messages direct output from GNSS receiver This is sufficient for many LIDAR syn...

Page 37: ...mentation and especially timing settings complies with the CAN in Automation CiA DS 102 standard The Ellipse supports the following standard CAN bus bitrates 1 000 kBit s 500 kBit s 250 kBit s 125 kBi...

Page 38: ...C 40 to 185 F Storage temperature range 40 to 85 C 40 to 185 F Table 2 Absolute maximum ratings 4 2 Maintenance The Ellipse will not require any specific maintenance when properly used In the case yo...

Page 39: ...ructions Customer shall be responsible for the packaging and the shipment of the defective product to the repair center notified by SBG Systems the cost of such shipment being borne by Customer This w...

Page 40: ...GLONASS BEIDOU F GPS GLONASS BEIDOU GALILEO G For instance ELLIPSE2 D G4A2 B1 B1SA provides GPS GLONASS L1 L2 tracking Standalone DGPS mode Note It is still possible to add new licenses after you pur...

Page 41: ...code Description DK ELI B Development kit for Ellipse A E and N in Box versions B1 or B2 DK ELI L Development Kit for Ellipse series OEM versions L1 or L2 5 2 2 DK ELI D The Development Kit is an esse...

Page 42: ...SBG Systems inertial navigation systems performance by post processing inertial data with raw GNSS observable in both forward and backward directions Key Features Tight Coupling INS GNSS fusion Achiev...

Page 43: ...nection of an Ellipse D device to any PC It includes in the USB plug a RS 232 to USB converter and a 2 1mm jack DC power input connector Weight 110g 5 4 3 CA PSU 12V 1 5M This 1 5 meters long AC DC in...

Page 44: ...nal Ellipse D 1 GREEN SYNC IN A ODO B SYNC IN A ODO B SYNC IN C NC 2 BLUE SYNC IN B PORT B RX ODO A SYNC IN B PORT B RX ODO A SYNC IN D SYNC IN D 3 RED VIN VIN PORT D RX PORT D RX 4 BLACK GND GND GND...

Page 45: ...1 GREEN SYNC IN A ODO B SYNC IN A ODO B SYNC IN C NC 2 BLUE SYNC IN B PORT B RX ODO A SYNC IN B PORT B RX ODO A SYNC IN D SYNC IN D 3 RED VIN VIN PORT D RX PORT D RX 4 BLACK GND GND GND GND 5 N A Int...

Page 46: ...RT E RX 3 PORT A TX 3 PORT E TX 4 4 SYNC OUT A 5 GND 5 GND 6 6 7 7 8 8 SYNC IN B 9 9 The DC Jack plug is wired with VCC on the central pin and GND on the outer pin 5 4 7 CA ELI SPLIT CAN DB 0 5M This...

Page 47: ...ELLIPSE E and D models It can be used for data output as well as connecting external GNSS receiver or sending RTCM corrections to ELLIPSE D The cable is composed of the following elements 1x UP01L07 M...

Page 48: ...ormance specifications Parameter Specification Architecture Dual Quadrature Feeds One LNA per feed line mid section High rejection SAW filter LNA Gain 28 dB Noise figure 1dB VSWR at LNA output 1 5 1 P...

Page 49: ...ecifications Parameter Specification LNA Gain 32dB Noise figure 3dB Power consumption 50 mA Antenna gain at zenith 100mm ground plane GPS L1 Galileo E1 E2 3 2 dBic GPS L2 Beidou B2 3 dBic GLONASS L1 3...

Page 50: ...d in high demanding applications Dimensions 146mm h 62 5mm Weight 420g 5 5 3 1 TNC Cables Finally to connect the high performance GNSS antennas to an Ellipse sensor TNC cables can be provided All TNC...

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