Need a custom solution? We are able to customize the wide sensor beam pattern to your application needs. Contact us now to discuss your project.
In what applications is a wide beam sensor ideal?A wide beam sensor is ideal for obstacle avoidance. The wide beam sensor will see obstacles over a wider field of view and prevent it from getting too close to any one target. For example, an application on a UAV where you would want to avoid trees and power lines. A wide beam sensor like the MB7375 and MB7395 would also work well in a people detection application. Assuming there aren’t any other obstacles in the area, if you want to detect if a person is somewhere in a room or a queue, this sensor would work well. If you were looking for a proximity sensor with a wide beam, this sensor would be good if you wanted to know if something or someone was in a 5-foot bubble.
In what applications is a wide beam sensor not ideal?A wide beam sensor also may not be ideal for other applications where obstacle avoidance is the goal. The wide beam sensor will see obstacles over a wider field of view and stop motion when we are only worried about obstacles directly in front of it. Think of an application on a robot vacuum cleaning the floor and avoiding chair legs. If you take a look at the beam pattern below, you’ll see how wide of a detection pattern the MB7375 and MB7395 have.
Note: For the widest beam performance, we recommend operating the sensor at 5V.
Options for this wide beam sensor
Sensor Housing StylesThe MB7375 and MB7395 can be ordered in 4 different housings. (Whichever will ideally fit your application best). Our compact housing is the same as the standard housing, except, the horn doesn’t extend beyond the transducer. This is ideal for integrations where the full horn will not fit. We also provide :
- 1”BSPP Housing
- 1” NPS Housing
- 30mm 1.5 Housing
Wide Beam Sensor Add-onsFor use in applications where extra protection is needed we offer a few add-ons to add extra protection for your sensor use.
- F-Option - Provides a more chemically inert seal around the transducer by using a Fluorosilicone sealant with an additional backup FEP Teflon®.
- P-Option - Provides a Parylene coating as a barrier to help prevent corrosion of the aluminum transducer.
- Shielded Cable Attach - For simple integration of our sensors into end-user applications. Used to create a completely IP67 rated sensor. The sensor cap provides a fully protected pinout.