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Personal Application Discovery Call with MaxBotix

Personal Application Discovery Call with MaxBotix

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    Part Numbers

    All MaxBotix part numbers are a combination of a six-character base followed by a dash and a three-digit product code. The following table displays all of the active and valid part numbers for this product.

    Active Part Numbers
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    Product Change Notifications Associated with Personal Application Discovery Call with MaxBotix

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    • Pin Header (90 Degree 7 Pin) Attached - MaxBotix- 90-000 - Ultrasonic Sensors

      Pin Header (90 Degree 7 Pin) Attached

      Connector Header Through Hole, Right Angle 7 position 0.100″ (2.54mm)

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    • Pin Connector (7 Pin) Attached - MaxBotix- 7-000 - Ultrasonic Sensors

      Pin Connector (7 Pin) Attached

      Connector Header Through Hole 7 position 0.100″ (2.54mm)

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    • Straight 7 Pin Connector Attached - MaxBotix- Straight-000 - Ultrasonic Sensors

      Straight 7 Pin Connector Attached

      Connector Header Through Hole 7 position 0.100″ (2.54mm)

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    • MB7954 Shielded Cable - MaxBotix- MB7954-000 - Ultrasonic Sensors

      MB7954 Shielded Cable

      High Performance Shielded Cable

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    • MB7950 Mounting Hardware - MaxBotix- MB7950-000 - Ultrasonic Sensors

      MB7950 Mounting Hardware

      Allows customers to easily through-hole mount WR sensors.

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    • MB7986 Voltage Regulator - MaxBotix- MB7986-000 - Ultrasonic Sensors

      MB7986 Voltage Regulator

      The voltage regulator is used to automatically regulate voltage inputs from 3V to 30V. 

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    • MaxBotix Inc Design Cycle Guide - MaxBotix

      MaxBotix Inc Design Cycle Guide

      This guide outlines the process of working with MaxBotix from concept to product design, testing, and deployment and full production. The guide gives you valuable information and Design Tips to...

      MaxBotix Inc Design Cycle Guide

      This guide outlines the process of working with MaxBotix from concept to product design, testing, and deployment and full production. The guide gives you valuable information and Design Tips to...

    • Understanding Target Acoustics - MaxBotix

      Understanding Target Acoustics

      Acoustically Soft vs. Acoustically Hard Key Takeaways Acoustic properties limit the detection range of certain targets Understanding a target’s acoustic properties helps with sensor selection Targets that absorb more sound...

      Understanding Target Acoustics

      Acoustically Soft vs. Acoustically Hard Key Takeaways Acoustic properties limit the detection range of certain targets Understanding a target’s acoustic properties helps with sensor selection Targets that absorb more sound...

    • Ultrasonic Sensor Mean Time Between Failure (MTBF) - MaxBotix

      Ultrasonic Sensor MTBF: Mean Time Between Failure

      What is MTBF (Mean Time Between Failure)? Mean Time Between Failure measures the time that passes between one previous failure of a mechanical/electrical system to the next failure during normal...

      Ultrasonic Sensor MTBF: Mean Time Between Failure

      What is MTBF (Mean Time Between Failure)? Mean Time Between Failure measures the time that passes between one previous failure of a mechanical/electrical system to the next failure during normal...

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