User instructions/antenna/etc.—see FCC section above. Industry European Union Statement Swift Navigation hereby declares that Duro is in compliance with the essential requirements and other relevant provisions of the 2014/30/EU Directive and UN/ECE Regulation 10. Duro is compliant with the European Community Restriction of Hazardous Substances Directive 2002/95/EC, (RoHS 1) and the Directive 2012/19/EU on waste electrical and electronic equipment (WEEE) and is marked with the WEEE symbol and RoHS logo.
The symbol on the product or its packaging indicates that this product must not be disposed of with other household or office waste. Instead, it is the owner’s responsibility to dispose of Duro waste equipment by handing it over to a designated collection point for the recycling of waste electrical and electronic equipment.
Duro’s high-precision, multi-band GNSS antenna is sensitive to its environment. Since Duro needs to track carrier phase information from GNSS satellites, it is much more sensitive to obstructions than standard consumer GNSS receivers found in, for example, smartphones. Thus, the Duro antenna must be kept away from any obstructions to its sky view.
Product Introduction Overview Duro® is a ruggedized version of the Piksi® Multi RTK GNSS receiver. Built to be tough, Duro is ideal for mining, agricultural, robotics, maritime and outdoor industrial applications. Duro is designed for integration into or mounting on top of existing equipment. With its cast aluminum housing, this easy-to-deploy GNSS sensor is protected against weather, moisture, vibration, dust, water immersion and the unexpected that can occur in outdoor long-term deployments.
Physical and Environmental The following outline provides an overview of the physical and environmental aspects of Duro. Enclosure The Duro ruggedized enclosure offers a series of mounting options, making it flexible to adapt to your mounting requirements: ● Pin Holes/Slots ●...
GNSS Antenna The sections that follow explain the signal description for each connector and the cables provided with the Duro Evaluation Kit. Importantly, the connectors or their respective caps need to be mated to provide sealing functionality to meet IP67 standards.
Duro User Manual UM-110021-03 ________________________________________________________________________________________________________________________________________________________________ Power Connector The power connection provides power input to Duro from a DC source. It also provides a chassis ground pin and digital input and output. M12-A/M: Duro M12 5 Pin Male Connector, A Keying Name...
The Ethernet connector is provided as the de-facto standard for industrial Ethernet with M12 circular connectors. There are many off-the-shelf cables available to mate with this connector. For reference, the mating cable provided with the Duro Evaluation Kit is provided below. M12-D/F: Duro M12 4P Female Connector, D Keying support.swiftnav.com...
________________________________________________________________________________________________________________________________________________________________ AUX Connector The AUX connection on Duro is intended to be used for more full-featured applications on the device. It provides serial and additional digital inputs and outputs. It also provides both 12 Volt and 5 Volt power output for downstream devices.
DO / PV GNSS Antenna Connector A TNC female connector is provided to connect GNSS antennas to Duro. Active antennas are required for Duro operation and the 4.8 V 100 mA maximum current antenna bias is software enabled. Active antennas with an LNA gain between 28 dB and 45 dB are recommended.
Duro User Manual UM-110021-03 ________________________________________________________________________________________________________________________________________________________________ Standards and Certifications Duro and typical cabling have been verified to be compliant with applicable regional standards for radiated emissions: ● IEC 60950-1 ● IP67 ● FCC Part 15B ● ICES-003 ● 2014/30/EU Directive ●...
During the sinusoidal vibration test, Duro was subjected to Sine Sweep Vibration at 5 G Peak from 10 Hz to 2 kHz with a sweep rate of 0.25 oct/min. Duro navigated and operated before, during and after all vibration tests with no faults and little degradation of navigation performance.
The following section will illustrate two scenarios in which Duro antennas can be mounted and deployed. With Top-Mounted GNSS Antenna Duro comes with a top-mounting GNSS antenna bracket that is easy to install. The following images describe the installation steps, measurements and technical names for the mounting parts.
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Duro User Manual UM-110021-03 ________________________________________________________________________________________________________________________________________________________________ 1. The following kit parts are required for GNSS antenna mounting on the top of Duro: Duro Top Mounting Base GNSS Antenna GNSS Antenna Cable Antenna Mounting Screw TNC-M to SMA-F Adapter TNC L Adapter support.swiftnav.com...
Attach the TNC side of the coaxial cable to the antenna. Stow excess antenna cable. Long GNSS Antenna Cable Duro Starter Kit comes with a 4 m (13’) GNSS antenna cable allowing connection of the antenna away from the Duro.
“Input” and “Output” sections, to make clear from where to obtain or provide energy. Duro requires a minimum of 5 watts of power for its own operation. When powering Duro, ensure the power supply can meet Duro’s power requirements plus the power requirements for any downstream devices powered by Duro’s outputs.
Duro User Manual UM-110021-03 ________________________________________________________________________________________________________________________________________________________________ Interfaces LED Indicators The LEDs are located in the front left side of Duro. The operation mode is described in the table below. LED Description Color State Description Name POWER LED Off No power or voltage outside range...
Default Baud Rate 115200 By default, UART0 only sends SBP RTK corrections if Duro is configured as the base station. Enable UART0 for use with the Swift Console or other software through the settings interface by removing the message whitelist for the UART.
________________________________________________________________________________________________________________________________________________________________ 4. The Swift Console Connection Interface will pop up. Proceed to select TCP/IP and then click “OK”. 5. It can take up to 90 seconds to acquire a signal(s). The “Tracking” Tab confirms the signals Duro has acquired: Serial Connection Duro comes with two Serial ports, one enabled by default (UART1) and the other one requires configuration to be used (UART0).
Please proceed to execute the following steps: 1. You should be able to see information in the Swift Navigation Console Tracking tab: 2. Go to the Firmware Upgrade tab, Select the Binary File to be uploaded into Piksi Multi and click Upgrade FW.
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Duro User Manual UM-110021-03 ________________________________________________________________________________________________________________________________________________________________ 3. An “Upgrade Completed” message will be shown and your Duro will restart. Then close your Swift Console. 4. Connect again to the Swift Console and go to the Firmware Update tab. Verify the firmware version.
Further Swift product support information is available at support.swiftnav.com. The support site also allows Duro users to get in touch with Swift technical support and to ask public questions to the community. Specifically, the following support documents are useful for integration support of Duro.
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