Xingwang Yuda XW-SC3608 Dual BeiDou Positioning and Orientation Board User Manual

This manual covers the technical specifications, user interfaces, installation environment, and data protocols for the XW-SC3608 dual BeiDou positioning and…


Xingwang Yuda XW-SC3608 Dual BeiDou Positioning and Orientation Board User Manual - cover page
Brand
Xingwang Yuda
Category
Other Electronics
Document type
User Manual
Language
Chinese
Pages
13
File format
PDF
File size
496 KB
Published
16 October, 2026
Updated
16 October, 2026
MD5 checksum
BE1C269FD83ECD7CD98552EB06B18B35

About this manual

The XW-SC3608 is a dual BeiDou positioning and orientation board designed to provide carrier position, speed, time, heading, and pitch information. It utilizes GPS L1, L2, and BeiDou B1, B3 frequency signals to precisely calculate antenna position and the angle between the two antenna phase centers and true north. The device supports real-time carrier phase differential positioning with a precision of up to 2cm. This manual is written in Chinese.

What's inside

  • Antenna Installation Environment
  • Product Functions
  • System Configuration
  • Technical Specifications
  • Hardware Description
  • Software Description
  • Data Protocols
  • Command Protocols
  • Novatel Protocol
  • Installation Dimensions

Specifications

Heading Accuracy0.2° (1σ)
Single Point Positioning Accuracy3m (CEP)
RTK Horizontal Accuracy± (10+1× 10 -6× D)mm
Power Supply Voltage12VDC rated (10~32VDC)
Operating Temperature-40℃~+75℃
Physical Dimensions100.2mm× 60.1mm× 11.4mm
Weight≤60g (without antenna and cables)

Frequently asked questions

What is the RTK initialization time for baseline lengths under 20km?

The RTK initialization time is less than 10 seconds for baseline lengths under 20km.

What are the supported data update rates?

The device supports data update rates of 1Hz, 2Hz, 5Hz, and 10Hz for both positioning/orientation data and raw data.

Which satellite systems does the XW-SC3608 support?

The board uses GPS L1, L2, and BeiDou B1, B3 four frequency band signals.

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