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Radar sensors use Frequency Modulated Continuous Wave (FMCW) radar to reliably detect moving or stationary targets.
Lower frequency radars can see high dielectric objects very well including cars, trains, trucks, and cargo even in extreme weather conditions. Higher frequency radar can see a wider array of objects and will be more robust than an ultrasonic sensor in most applications, including outdoors. Radar-based sensors are also ideal for collision avoidance on board mobile equipment such as reach stackers, forklifts, and mining vehicles or port machinery such as carriers, handlers, and shippers.
Product comparison | |||||||
Product family | Q90R/R2 |
T30R | K50R | Q130R | Q240R | QT50R | Q120R |
Frequency | 60GHz | 122GHz | 60GHz | 24GHz | 24GHz | 24GHz | 24GHz |
Sensing Mode | Adjustable Field | Adjustable Field or Retroreflective | Adjustable Field | Adjustable Field | Adjustable Field | Adjustable Field or Retroreflective | Adjustable Field |
Max Range (m) | 20 | 6, 10, 15, or 25 | 2.5 | 24 or 40 | 40 or 100 | 3.5, 12, or 24 | 12, 26, or 40 |
Number of Zones | 2/Configurable | 2 | 2 | 1 | 2 | 1 or 2 | 1 or 2 |
Beam Pattern (Horizontal x Vertical) |
40° x 40° or 120° x 45° | 15° x 15° or 45° x 45° | 80° x 60° | 90° x 76° or 24° x 50° | 11° x 13° | 90° x 76° | 24° x 50° |
Output | Discrete, analog, Pulse-Pro, IO-Link | Analog and Discrete/ 10-Link or Dual Discrete/lO-Link and Pulse Pro | Dual Discrete with Pulse Pro | Discrete | Dual Discrete or Discrete & Analog | Single, Dual Discrete, or Discrete & Analog | Single or Dual Discrete |
Configuration | PC GUI, remote input | PC GUI, IO-Link, Remote Input, Teach Buttons | PC GUI, Remote Teach | PC GUI | DIP Switch | DIP Switch | DIP Switch |
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