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LPR®-1DHP-291

Robust Distance Measurements for short, medium and long Ranges in the Millimeter Domain

LPR®-1DHP-291

LPR®-1DHP-291 by Symeo - an evolution of the well- proven 60 GHz technology - ensures highly precise, robust and maintenance-free distance measurements for short, medium and long ranges. With the same compact and light form factor as its predecessor LPR®-1DHP-290, the new wireless sensor system achieves measurement accuracies in the millimeter range by using the latest ultra-wideband technology. Due to its superior robustness, the maintenance-and-wear-free LPR® radar technology, the high-precision measurement results, the LPR®-1DHP-291 radar distance sensors are the ideal solution for crane automation processes in harsh industrial environments.

 

The applications:

Please choose your application

Position Detection
Position Detection
Distance Measurement
Distance Measurement
Collision Avoidance
Collision Avoidance
Customized solutions
Customized Solutions

Features

LPR®-1DHP-291 features at a glance:

  • Contactless distance measurements via radio waves for short, medium and long ranges
  • Latest ultra-wideband technology for measurements in the millimeter range
  • Flexible bandwidth modes for optimal accuracy and range
  • Highly robust
  • Impervious to dirt, harsh weather and vibrations
  • Maintenance- and wear-free radar technology LPR®

Process Optimization

Ideal for the improvement of the following operation processes in heavy industries:

  • Semi-automatic and fully automated crane movements by exact crane positioning
  • Process control, process automation and process monitoring
  • Transport and logistics management
  • Goods tracking
  • Production processes
  • Collision avoidance

Flexibility

The radar distance sensors are available in three different variations:

  • Primary radar: robust short-range distance measurements in the millimeter domain
  • Secondary radar: robust medium-range distance measurements in the millimeter domain
  • Diversity radar: robust long-range distance measurements in the millimeter domain with highest accuracy
Versatile Application

The LPR®-1DHP-291 can be used in these industries

Metal Steal

Metal/Steel

Mining Bulking Bearbeitet 230505

Mining/Bulk

Container Terminal

Container Terminals

Logistic

Intralogistics

Airports Bearbeitet 230505

Airports

Cranes

Cranes

Municipal Utilities

Municipal Utilites

Infrastructure

Infrastructure

Technical information

Model numberBSW200291
Radar measuring modePrimary, secondary, diversity radar
Frequency range57.0 - 64.0 GHz
Measuring range1)2)0.5 m to 500 m
Measurement accuracy2)up to ± 5 mm
Supply voltage11 - 36 V DC
Power consumption6 W
Ambient temperature-40 °C to +75 °C
Protection class housingIP67
Vibration20 cycles, each 4:25 h, x-y-z, 5 g, 5 Hz - 500 Hz, 15 mm
(acc. to DIN EN 60068-2-6:2008)
Shock200 cycles, x-y-z, 40 g, 6 ms
(acc. to DIN EN 60068-2-27:2010)
Housing dimensions (LxWxH); weight95 x 110 x 150 mm; 940 g
Transmission power (EIRP)up to 20 dBm EIRP
InterfacesEthernet (TCP / IP, Profinet)
Response time<11 ms1)
MTBF367 469  h / 41.9 a
External connectorEthernet (M12 D-coded), supply voltage (M12 T-coded)
AntennaIntegrated, field of view = ± 2.5°
ComplianceCE, FCC, KCC (IC coming soon, others on request)

1) Depending on the environment, the selected bandwidth mode, and the target‘s backscatter characteristics.
2) Error under consistent ambient conditions, depending on the measurement distance and the measuring mode.
3) Preliminary value

Multiple bandwidth modes can be selected in the device settings. The selection is limited by regional radio regulations.

In primary radar mode a single LPR®-1DHP-291 measures the distance and speed to a reflective object, typically a metal corner reflector. The range is typically 50 m but depends on the radar cross section (RCS) of the used target. The primary radar mode features very high update rates and enables a cost effective installation. Typical applications are positioning of cranes and heavy machinery, presence check, level probing and detection of objects.

General technical data

Bandwidth mode1)0.5 GHz2 GHz
Measurement accuracy2)up to ± 10 mmup to ± 5 mm
Repeatability2)up to ± 6 mmup to ± 3 mm
Measurement rateup to 350 Hzup to 350 Hz

ETSI specific technical data

Bandwidth mode1)0.5 GHz2 GHz
Measuring range3)2 m to 50 m1 m to 50 m

FCC specific technical data

Bandwidth mode1)0.5 GHz2 GHz
Measuring range3)2 m to 50 m1 m to 50 m

1) Multiple bandwidth modes can be selected in the device settings. The selection is limited by regional radio regulations.
2) Error under consistent ambient conditions. Depending on the measurement distance.
3) Depending on the environment, the selected bandwidth mode and the backscatter quality of the target.

In secondary radar mode two LPR®-1DHP-291 measure the distance and speed between each other. The secondary radar mode features high ranges of up to 300 m and high update rates and ensures that the measurement is taken only to the partner unit. Typical applications are positioning of cranes and heavy machinery, process automation and collision avoidance.

General technical data

Bandwidth mode1)0.5 GHz2 GHz
Measurement accuracy2)up to ± 10 mmup to ± 5 mm
Repeatability2)up to ± 6 mmuo to ± 3 mm
Measurement rateup to 110 Hzup to 110 Hz

ETSI specific technical data

Bandwidth mode1)0.5 GHz2 GHz
Measurement accuracy3)2 m to 300 m0.5 to 300 m

FCC specific technical data

Bandwidth Mode1)0.5 GHz2 GHz
Measuring range3)2 m to 300 m0.5 m to 255 m

1) Multiple bandwidth modes can be selected in the device settings. The selection is limited by regional radio regulations.
2) Error under consistent ambient conditions.
3) Depending on the environment and the selected bandwidth mode.

In diversity radar mode four LPR®-1DHP-291 are grouped into two measurement pairs mounted side by side. The diversity radar mode features very high ranges of up to 500 m, high update rates and enables operation with highest reliability under harshest conditions.

General technical data

Bandwidth mode1)0.5 GHz2 GHz
Measurement accuracy2)up to ± 10 mmup to ± 5 mm
Repeatability2)up to ± 6 mmup to ± 3 mm
Measuring rangeup to 110 Hzup to 110 Hz

ETSI specific technical data

Bandwidth mode1)0.5 GHz2 GHz
Measuring range3)2 m to 500 m0.5 m to 500 m

FCC specific technical data

Bandwidth mode1)0.5 GHz2 GHz
Measuring range3)2 m to 500 m0.5 m to 225 m

1) Multiple bandwidth modes can be selected in the device settings. The selection is limited by regional radio regulations.
2) Error under consistent ambient conditions.
3) Depending on the environment and the selected bandwidth mode.

Technical data

Model numberBSW200291
Radar measuring modePrimary, secondary, diversity radar
Frequency range57.0 - 64.0 GHz
Measuring range1)2)0.5 m to 500 m
Measurement accuracy2)up to ± 5 mm
Supply voltage11 - 36 V DC
Power consumption6 W
Ambient temperature-40 °C to +75 °C
Protection class housingIP67
Vibration20 cycles, each 4:25 h, x-y-z, 5 g, 5 Hz - 500 Hz, 15 mm
(acc. to DIN EN 60068-2-6:2008)
Shock200 cycles, x-y-z, 40 g, 6 ms
(acc. to DIN EN 60068-2-27:2010)
Housing dimensions (LxWxH); weight95 x 110 x 150 mm; 940 g
Transmission power (EIRP)up to 20 dBm EIRP
InterfacesEthernet (TCP / IP, Profinet)
Response time<11 ms1)
MTBF367 469  h / 41.9 a
External connectorEthernet (M12 D-coded), supply voltage (M12 T-coded)
AntennaIntegrated, field of view = ± 2.5°
ComplianceCE, FCC, KCC (IC coming soon, others on request)

1) Depending on the environment, the selected bandwidth mode, and the target‘s backscatter characteristics.
2) Error under consistent ambient conditions, depending on the measurement distance and the measuring mode.
3) Preliminary value

Multiple bandwidth modes can be selected in the device settings. The selection is limited by regional radio regulations.

Primary radar mode

In primary radar mode a single LPR®-1DHP-291 measures the distance and speed to a reflective object, typically a metal corner reflector. The range is typically 50 m but depends on the radar cross section (RCS) of the used target. The primary radar mode features very high update rates and enables a cost effective installation. Typical applications are positioning of cranes and heavy machinery, presence check, level probing and detection of objects.

General technical data

Bandwidth mode1)0.5 GHz2 GHz
Measurement accuracy2)up to ± 10 mmup to ± 5 mm
Repeatability2)up to ± 6 mmup to ± 3 mm
Measurement rateup to 350 Hzup to 350 Hz

ETSI specific technical data

Bandwidth mode1)0.5 GHz2 GHz
Measuring range3)2 m to 50 m1 m to 50 m

FCC specific technical data

Bandwidth mode1)0.5 GHz2 GHz
Measuring range3)2 m to 50 m1 m to 50 m

1) Multiple bandwidth modes can be selected in the device settings. The selection is limited by regional radio regulations.
2) Error under consistent ambient conditions. Depending on the measurement distance.
3) Depending on the environment, the selected bandwidth mode and the backscatter quality of the target.

Secondary radar mode

In secondary radar mode two LPR®-1DHP-291 measure the distance and speed between each other. The secondary radar mode features high ranges of up to 300 m and high update rates and ensures that the measurement is taken only to the partner unit. Typical applications are positioning of cranes and heavy machinery, process automation and collision avoidance.

General technical data

Bandwidth mode1)0.5 GHz2 GHz
Measurement accuracy2)up to ± 10 mmup to ± 5 mm
Repeatability2)up to ± 6 mmuo to ± 3 mm
Measurement rateup to 110 Hzup to 110 Hz

ETSI specific technical data

Bandwidth mode1)0.5 GHz2 GHz
Measurement accuracy3)2 m to 300 m0.5 to 300 m

FCC specific technical data

Bandwidth Mode1)0.5 GHz2 GHz
Measuring range3)2 m to 300 m0.5 m to 255 m

1) Multiple bandwidth modes can be selected in the device settings. The selection is limited by regional radio regulations.
2) Error under consistent ambient conditions.
3) Depending on the environment and the selected bandwidth mode.

Diversity radar mode

In diversity radar mode four LPR®-1DHP-291 are grouped into two measurement pairs mounted side by side. The diversity radar mode features very high ranges of up to 500 m, high update rates and enables operation with highest reliability under harshest conditions.

General technical data

Bandwidth mode1)0.5 GHz2 GHz
Measurement accuracy2)up to ± 10 mmup to ± 5 mm
Repeatability2)up to ± 6 mmup to ± 3 mm
Measuring rangeup to 110 Hzup to 110 Hz

ETSI specific technical data

Bandwidth mode1)0.5 GHz2 GHz
Measuring range3)2 m to 500 m0.5 m to 500 m

FCC specific technical data

Bandwidth mode1)0.5 GHz2 GHz
Measuring range3)2 m to 500 m0.5 m to 225 m

1) Multiple bandwidth modes can be selected in the device settings. The selection is limited by regional radio regulations.
2) Error under consistent ambient conditions.
3) Depending on the environment and the selected bandwidth mode.

Data sheet LPR®-1DHP-291
Access to Download Production Documentation & Manuals

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