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SatLab SatLab SL900 GNSS RTK Receiver

a compact and lightweight high-precision GNSS receiver

The SL900 GNSS receiver includes a tilt compensator that saves up to 20% of the time compared to conventional surveying practices. This solution allows surveyors to focus on their surroundings conveniently while ensuring their safety and comfort.

  • SatLab SatLab SL900 GNSS RTK Receiver
SatLab
Jarnbrotts Prastvag 2
42147 Vastra Frolunda
Sweden
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Description

Tilt compensation solution
With surveyors in mind, SatLab GNSS designed a solution to increase efficiency in your workflow by cutting down time wasted from offsetting slanted measurements. With the tilt compensator and GNSS antenna, the GNSS Receiver can save up to 20 percent of time compared to conventional surveying practices. This GNSS solution allows you to focus on your surroundings conveniently while ensuring your safety and comfort.

Efficient and dependable
Powered by Trimble BD990 GNSS engine, this receiver offers precise positioning and advanced interference mitigation which performs even in the most remote or challenging environments. Using its 336 channel tracking capabilities, it can track all current and upcoming signals, offering sub-metre to centimetre precise positioning with different modes (RTK, PPK, Static).

Satellite correction service
The GNSS Receiver has RTX capabilities that use a global network of multi-GNSS reference stations and advanced algorithms to generate highly precise GNSS satellite orbit, clock, biases, and other system parameters. These data allow RTX to provide correction services with sub-metre or centimetre-level positioning accuracy to receivers. Get your corrections transmitted in real-time, with minimal latency via satellites and cellular networks worldwide.

Applications
·Mapping
·Land Survey
·Topography and As-built
·Landfill
·Hydrographic
·Agriculture
·Sensor
·UAV Base Station
·gnss

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Specifications

  • Type
    Land
  • Height [m]
    0.095
  • Width [m]
    0.17
  • Total Weight [kg]
    ≤1.2
  • Year of initial introduction
    2018
  • Operating power: min. [V]
    6
  • Operating power: max. [V]
    28
  • Internal power supply
    5000 mAh Li-lon Battery
  • Operating time with internal power supply [hr]
    9
  • Typical consumption [W]
    4.2
  • External power supply
    6-28V DC external power input(5-pin port) with over-discharge protection
  • Certifications
    CE
  • Rechargeable with (auto)battery
    Yes
  • Operating temperature: min. [°C]
    -40
  • Operating temperature: max. [°C]
    65
  • Humidity resistance
    95%, condensing
  • Water sand and dust proof
    IP67 Environmental Protection, Waterproof to 1m Depth
  • Shock and vibration proof
    Shock Resistant Body to 2m Pole Drop
  • No. channels
    555
  • Tracked satellite signals
    GPS (L1C/A, L1C, L2C, L2P, L5) GLONASS (L1C/A, L2C, L2P, L3, L5) BeiDou (B1, B2, B3) Galileo (E1, E5AltBOC, E5a, E5b, E6)
  • SBAS differential signals
    SBAS (L1, L5) IRNSS (L5) QZSS (L1C/A, L1C, L2C, L5, L6) L-Band (Up to 5 Channels) TerraStar
  • Type of measurements
    Code and Carrier Phase
  • RTK Network Compatibility
    YES
  • MRS functionality
    YES
  • Max. simultaneous tracked channels
    555
  • phase: RTK rapid static (constant part) [m]
    0.0025
  • phase: RTK rapid static (variable part) [ppm]
    0.5
  • phase: RTK kinematic (constant part) [m]
    0.008
  • phase: RTK kinematic (variable part) [ppm]
    1
  • RTK network solution methods
    VRS, FKP, MAC, intRTK Support
  • code: DGNSS/RTC (constant part) [m]
    0.25
  • code: DGNSS/RTC (variable part) [ppm]
    1
  • Data capacity [MB]
    16384
  • Type of data (on board recording)
    NMEA and Novatel ASCII Navigation Output
  • Communication ports
    RS232 Serial Port, USB, NFC, Bluetooth: V2.1 + EDR, NFC
  • Simultaneous links
    Y
  • Bluetooth
    Y
  • Radio modems
    Internal UHF, External Radio
  • GSM; UMTS phone modems
    Internal 3G mobile network:UTMS/WCDMA/GPRS/GSM
  • RTCM standards for differential data
    2.1, 2.3, 3.0, 3.1, 3.2
  • CMR standards for differential data
    CMR, RTCM2.X, RTCM3.0, RTCM3.2 GNS Rinex
  • Other formats for differential data
    RTCA and NOVATELX
  • NMEA output format
    NMEA 0183
  • other output formats
    GNS、Rinex
  • L-Band Compatible
    Optional
  • Configuration method
    Support tilt survey

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