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General| Number of Lanes | Up to 8 lanes |
|---|---|
| Power | 12-24 VDC |
| Operating Frequency | 24.125 GHz |
| Ingress Protection Rating | IP67 |
| Technology | Radar |
| Detection Technology | Radar |
| Accuracy | 95% |
| Output | Ethernet |
| Operating Temperature | -40°C to +74°C |
| Communication Interface | RS-485, Ethernet |
| Power Requirements | 12-24 VDC |
Lists items required for sensor installation and setup.
Details guidelines for sensor placement, including height and distance from the road.
Provides guidance on selecting an optimal location for sensor installation.
Details guidelines for sensor placement, including height and distance from the road.
Explains common issues like signal blockage and reflections affecting radar detection.
Offers solutions for signal blockage caused by obstructions in the sensor's view.
Provides methods to resolve detection errors caused by signal reflections.
Step-by-step instructions for physically attaching the sensor to a mounting pole.
Guides on positioning the sensor correctly for accurate detection of traffic lanes.
Instructions for applying a protective compound to the sensor's connector.
Details on how to connect the sensor's data and power cables.
Describes power and communication setup using a pole-mount enclosure.
Explains how to configure the internal components of a pole-mount enclosure.
Details installation involving both a pole-mount box and a traffic cabinet.
Explains how to configure the internal components of a pole-mount enclosure.
Provides instructions for configuring components within a traffic cabinet for sensor integration.
Overview of the SSMHD software required for sensor configuration and interaction.
Steps to download the SmartSensor Manager HD software from the Wavetronix website.
Instructions for installing the downloaded SSMHD software onto a PC.
Introduction to the primary interface of the SSMHD software after installation.
How to select the display language within the SSMHD application.
Options for adjusting the display font and element sizes in SSMHD.
Overview of different connection methods for the sensor using SSMHD software.
Guide for establishing a connection to the sensor via a serial port.
Instructions for connecting to the sensor using an IP address or terminal server.
Details on using simulated traffic data for testing or demonstration purposes.
Common issues and solutions for establishing sensor connectivity.
Features for managing sensor connections, such as viewing status and logs.
How to view details about the current sensor connection status.
Steps to properly terminate a connection with the sensor.
Managing saved sensor connection settings for future use.
Accessing and interpreting logs for troubleshooting sensor issues.
How to secure the sensor by setting an access password.
Procedure for upgrading the sensor's firmware via the SSMHD software.
Explains how to interpret the date code on the sensor's firmware.
Instructions for reverting the sensor's firmware to an older version if needed.
Modifying basic sensor identification and location parameters.
Configuring communication parameters for RS-485 and RS-232 ports.
Setting up data sources, RF channels, and legacy protocols for output.
Adjusting parameters related to vehicle detection, such as maximum length.
Initial setup to ensure the sensor is correctly oriented towards traffic lanes.
Verifying the sensor's physical orientation relative to the traffic lanes.
Defining the boundaries and properties of individual traffic lanes.
Process for defining traffic lanes based on observed traffic flow.
Marking specific lanes or areas as active, inactive, or excluded from detection.
Manually defining a new traffic lane within the sensor's detection area.
Renaming existing traffic lanes for better identification.
Removing a previously defined traffic lane from the configuration.
Methods for saving the current lane and sensor settings.
Overview of the user interface elements for lane configuration.
Navigating through different sidebar views that display lane and shoulder information.
Interacting with detected lanes to save or pause automatic configuration.
Accessing and utilizing previously saved lane configurations.
Customizing which vehicle data (speed, length, class) is displayed.
Accessing utility functions like undo, clearing edits, and resetting alignment.
Options to show or hide elements like lane names, directions, and alignment arrows.
Managing individual automatically detected lanes, including capture and exclusion.
Modifying properties of individual lanes, such as name, active status, and direction.
Configuring the detection parameters for the shoulder area adjacent to lanes.
Managing areas marked for exclusion, typically to ignore phantom detections.
Overview of methods to check if the configured lanes accurately reflect actual traffic conditions.
Comparing detected vehicle data in SSMHD with real-world observations.
Using sidebar displays to monitor vehicle counts and types for lane verification.
Detailed comparison of individual vehicle detections with external measurements.
Recording detection data for post-analysis and comparison with road observations.
Fine-tuning lane parameters to improve detection accuracy and resolve issues.
Modifying detection sensitivity, volume, speed, and length for each lane.
Configuring data collection parameters like interval length, speed, and class bins.
Setting the time period for data aggregation to manage storage and reporting latency.
Defining ranges for vehicle speeds to classify detections.
Defining ranges for vehicle lengths to classify detections.
Grouping lanes for collective data analysis and statistical reporting.
Classifying vehicles based on their direction of travel within a lane.
Setting how intervals with zero volume are reported for speed data.
Viewing collected data aggregated over specified time intervals for lanes and approaches.
Recording interval data to a file for later analysis and verification.
Monitoring the sensor's data storage capacity and status.
Features for managing and interpreting sensor data storage usage.
Accessing the interface for retrieving stored data from the sensor.
Steps to select and transfer detection data from the sensor to a computer.
Configuring the sensor to proactively send data without a request.
Setting up the sensor to transmit event, interval, or presence data.
Creating backups of sensor configurations and restoring them as needed.
Checking the status and details of sensor licenses and features.
Monitoring sensor power status and initiating reboots.
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