The WSDA®-2000 is a network-ready gateway for high-speed, sophisticated data aggregation, with J1939 CAN and Ethernet interfaces
- Compatible with LORD Sensing LXRS and LXRS+ sensor nodes
- USB and Ethernet-based gateway configures, coordinates, and collects sensor data from a scalable network of wireless sensor nodes
- Configurable to operate with a static IP, a DHCP-enabled LAN, or as a datalogger to local memory
- Push all or selected sensor data to a J1939 CAN bus
- Seamless integration with SensorCloud™ for secure, webbased data access from around the world
High Performance
- Lossless data throughput and synchronized node-to-node sampling of ±50 μS in LXRS+ and LXRS-enabled modes
- Wireless range up to 2 km (800 m typical)
Ease of Use
- Remote configuration, acquisition, and display of sensor data with SensorConnect
- Data visualization through web-based SensorCloud portal for quick data navigation and analysis
- Easy custom integration with open-source, comprehensive communications and command library (API)
- Connect the gateway to a cellular or wi-fi modem for wireless connectivity to the host network
Cost Effective
- Hundreds of sensors managed from a single gateway
- Reduction of costs associated with wiring
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Processor |
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Operating system | Linux | |||||||||
Connectivity |
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Internet standards | HTTP, HTTPS |
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IP assignment |
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Data storage memory |
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Time synchronization | Network time protocol (NTP), Real time clock (RTC), last used, manual entry | |||||||||
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J1939 Bit Rate | 250 K bps, 500 K bps, 1 M bps | |||||||||
J1939 Source | Static or dynamic via SAE Name | |||||||||
J1939 Destination | Static or SAE Name | |||||||||
J1939 Modes | Tunnel data to destination using PGN 0xEF00, or broadcast data values using PGNs 0xFF00 – 0xFFFF |
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Standard bus termination | 120 Ω | |||||||||
Sampling | ||||||||||
Supported node sampling modes | Synchronized, low duty cycle, continuous, periodic burst, event-triggered, and datalogging | |||||||||
Synchronization beacon interval | 1 Hz beacon provides ± synchronization |
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Synchronization beacon stability |
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Network capacity | Up to 2000 nodes per RF channel (& per gateway) depending on number of active channels and sampling settings. See system bandwidth calculator: http://www.microstrain.com/configure-your-system |
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Operating Parameters | ||||||||||
Wireless communication range |
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Radio frequency (RF) transceiver carrier |
License-free |
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RF communication protocol | IEEE 802.15.4 and Proprietary | |||||||||
RF transmit power | User-adjustable from 0 dBm to 20 dBm. Power output restricted regionally to operate within legal requirements | |||||||||
Power source |
converter included in starter kit) |
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Power consumption |
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Operating temperature |
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Physical Specifications | ||||||||||
Dimensions |
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Weight |
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Enclosure material |
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Integration | ||||||||||
Connectors |
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Communications cable |
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Compatible nodes | All LORD Sensing LXRS® and LXRS+ nodes | |||||||||
Firmware | Firmware |
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Software | SensorCloud SensorConnect 8.3 or newer, Windows 7, 8 & 10 compatible | |||||||||
Regulatory compliance | |
General Documentation
Product Video Tutorials
Visit our YouTube channel to view the full Sensing Tutorials playlist HERE.
Uploads to SensorCloud are typically dominated by the data content, with minor additional overhead for secure communications. One simple method to estimate upload bandwidth is to multiply the number of samples to be uploaded by 12 bytes. Each uploaded sample contains an 8 byte field for the timestamp, and a 4 byte field for the value. Example: If you have three nodes with one channel active all sampling at 32 Hz, your effective upload rate would be 96 samples per second. Multiplying by 12 bytes per sample, this amounts to 1,152 bytes per second. This amounts to 2,985,984,000 bytes over the course of a month, or approximately 2.78 GB.
Please use the form below to contact us or call 802 862 6629.