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General| Category | Radar |
|---|---|
| Manufacturer | SYMEO |
| Series | LPR-1DHP-200 |
| Resolution | 1 mm |
| Operating temperature | -40°C to +85°C |
| Protection class | IP67 |
| Technology | FMCW Radar |
| Measuring range | 200 m |
| Communication interface | Ethernet, RS422 |
| Supply voltage | 9 V DC to 36 V DC |
Covers general safety guidelines for operating the radar units and following safety norms.
Details safety precautions for installation by qualified technicians, including mounting and connections.
Outlines safety rules for repairs and modifications, emphasizing manufacturer-only service.
Explains the fundamental principle of measuring distance using radar signals via RTOF.
Describes the radar beam characteristics, including focus and opening angle.
Defines the Fresnel zone for radio transmission and its importance for signal integrity.
Details the different radar modes: Primary, Secondary, and Diversity.
Measures distance and speed to a reflective object, suitable for ranges up to 50m.
Measures distance and speed between two radars, suitable for ranges up to 300m.
Uses four radar units in pairs for enhanced measurements, suitable for ranges up to 500m.
Discusses available bandwidth modes impacting accuracy, resolution, and range.
Lists error sources influencing measurement accuracy, including mounting and reflections.
Explains aspects to consider for maximizing radar measurement range.
Details the main parts of the LPR®-1DHP-200 device, including lens, gland, and housing.
Explains the meaning of different states indicated by the Status and Ethernet LEDs.
Describes M12 connectors for power and Ethernet, including pin assignments.
Details mounting brackets for pipe installation and corner reflector mounting.
Describes the diversity mounting bracket (MTM102512) for mounting multiple units.
Lists available corner reflectors (500mm, 250mm) and their mounting bracket.
Provides general guidelines for radar unit and reflector mounting for optimal performance.
Specific instructions for mounting radar units and corner reflectors in primary mode.
Guidelines for mounting two radar units for secondary radar mode operation.
Outlines the essential steps for the initial setup of all radar units.
Configures the radar for primary mode operation via the WebUI.
Configures master and slave sensors for secondary radar mode via the WebUI.
Describes how to review and calibrate the measurement setup after configuration.
Instructions on how to access and open the device's Web User Interface.
Steps to sign in to the WebUI using username and password for authentication.
Guides initial operation, including country selection for radio signal compliance.
Process for reviewing, submitting, and saving configuration changes in the WebUI.
Describes the information displayed on the device's home page and how to return to it.
Details information overview, device status, and product properties displayed in the WebUI.
Explains the device menu structure and how to navigate through settings.
Configures settings related to the customer protocol, including mode, port, and frame length.
Configures LAN forwarding and extra options for connected LPR®-1D24 units.
Configures network settings such as link type, IP address, Netmask, Gateway, Hostname, DNS, Syslog, and NTP.
Configures logging mode to store system events and measurements to a storage device.
Sets station mode, bandwidth mode, channel block, and sync channel for radar operation.
Configures detailed measurement parameters for primary radar mode, like offsets and target search.
Covers Kalman filter, raw data output, RX attenuator mode, and VGA value settings.
Configures measurement details for secondary radar mode, including offset and minimum level.
Configures settings for diversity radar mode, including partner IP address and sync channel.
Configures modem settings for PPP point-to-point protocol connection.
Allows adaptation of network routes by adding new routes.
Configures relay data output and virtual relays based on distance and system health.
Configures VPN-access and HTTP access settings for remote management.
Configures the device timezone, including custom timezone and NTP server settings.
Sets up VPN remote access, including client, APN, and certificate management.
Allows uploading a local configuration file to the device.
Enables downloading unit settings and Profinet GSDML files.
Guides the process of updating the device firmware and rebooting.
Restores the device to its factory default settings, erasing all current configurations.
Allows rebooting the device to restart its operation.
Displays device information, uptime, memory, networking, filesystem, and software versions.
Shows system values like temperatures and currents, and various system voltages.
Lists available storage devices and allows formatting if necessary.
Allows viewing raw measurements and range statistics, selecting from live data or statistics.
Shows current distance, RSSI, and a distance over time graph for real-time monitoring.
Presents RSSI over distance diagram, showing signal strength distribution and potential distortions.
Displays measurement rate over distance, helping identify systematic errors in range measurement.
Allows changing logging mode and viewing recorded measurements.
Enables viewing binary port output and analyzing data records in hexadecimal or detailed view.
Displays all Symeo units found in the current local area network (LAN).
Introduces the standard data protocol for exchanging measurement and relay data.
Explains the fixed structure of data types and the CRC calculation for data integrity.
Describes the standard output data type containing measurement data and system status.
Defines the data type for sending relay switching commands to other units or PLCs.
Explains how LPR® unit addresses are defined by a 16-bit value.
Presents common technical specifications for different LPR®-1DHP-200 models.
Details technical data varying with Radar Mode, Bandwidth Mode, and regional settings.
Specifies technical data for the Primary Radar Mode across different bandwidths.
Specifies technical data for the Secondary Radar Mode across different bandwidths.
Specifies technical data for the Diversity Radar Mode across different bandwidths.
Lists product names and their corresponding model numbers for identification.
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