Microsonic cube Ultrasonic Sensors
Cuboidal Ultrasonic Sensors with Rotatable Sensor Head, QuickLock Mounting & IO-Link
Microsonic cube ultrasonic sensors combine a compact 40 × 40 × 40 mm cubic housing with a rotatable sensor head for flexible installation in industrial distance measurement, object detection, positioning, and level-monitoring applications.
The sensor head can be mounted in five positions, while the QuickLock mounting bracket allows fast installation without tools. The cube family is available in 350 mm, 1,300 mm, and 3,400 mm operating ranges with Push-Pull switching and combined switching/analog output configurations. IO-Link is integrated across the family for digital parameterization, process data, and diagnostics.
- Material: stainless steel or high purity PVDF plastic housing
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Temperature Range: -40°C to +200°C
Microsonic cube Ultrasonic Sensors
Image | Part Number | Resolution | Switching Output | Interface | Maximum Sensing Distance | Body Size | Connection | Quantity | Product Details | Add to Cart |
|---|---|---|---|---|---|---|---|---|---|---|
 | 0.224 mm | Push-pull | 100 mA | NO/NC | IO-Link | 2000 mm | Cube | M12 | 5-pin | | |||
 | 1.0 mm | 1 x Analog | 2 x Push-Pull | 100 mA | NO/NC | IO-Link | 2000 mm | Cube | M12 | 5-pin | | |||
 | 0.224 mm | Push-pull | 100 mA | NO/NC | IO-Link | 5000 mm | Cube | M12 | 5-pin | | |||
 | 1.0 mm | 1 x Analog | 2 x Push-Pull | 100 mA | NO/NC | IO-Link | 5000 mm | Cube | M12 | 5-pin | | |||
 | 0.056 mm | Push-pull | 100 mA | NO/NC | IO-Link | 600 mm | Cube | M12 | 5-pin | | |||
 | 0.17 mm | 1 x Analog | 2 x Push-Pull | 100 mA | NO/NC | IO-Link | 600 mm | Cube | M12 | 5-pin | |
Why Choose Microsonic cube Ultrasonic Sensors
The cube family is designed for applications where mounting flexibility is as important as sensing performance. Its rotatable sensor head can be positioned in five orientations, allowing the sensing direction to be adapted to the machine layout without changing to a different housing configuration.
The 40 × 40 × 40 mm cubic housing works with a QuickLock mounting bracket for fast, tool-free installation. Four LEDs make operating status visible from different mounting positions, while integrated IO-Link, Teach-in configuration, temperature compensation, and multiple output choices support flexible machine integration.
Key Features & Advantages
- Rotatable sensor head: Sensor head can be mounted in five positions to adapt the sensing direction to the installation.
- Compact cubic housing: 40 × 40 × 40 mm body provides a consistent cuboidal form factor for machine and equipment mounting.
- QuickLock mounting: Allows fast sensor installation without tools.
- Three operating ranges: Choose 350 mm, 1,300 mm, or 3,400 mm according to the required working distance.
- Flexible output configurations: Available with one Push-Pull switching output or a Push-Pull switching output plus analog output that can be configured as a second switching output.
- IO-Link: Integrated IO-Link 1.1.2 supports digital parameterization, process data, and diagnostics.
- Smart Sensor Profile: Supports standardized IO-Link device functionality for easier sensor integration.
- Teach-in configuration: Two Teach-in buttons provide direct sensor setup at the device.
- Visible status indication: Four LEDs provide clear operating-state indication from different mounting orientations.
- Temperature compensation: Helps maintain measurement performance as ambient temperature changes.
- Alignment assistance: Internal alignment assistance helps position the sensor correctly toward the target during installation.
- LinkControl support: Sensor parameters can also be configured from a PC using Microsonic LinkControl.
Typical Applications
- Non-contact distance measurement on machinery and automated equipment
- Object presence and position detection
- Level monitoring in tanks, containers, and hoppers
- Material-handling and conveyor systems
- Packaging and assembly equipment
- Machine applications requiring flexible sensor orientation
- Installations where fast sensor mounting and replacement are beneficial
- Applications requiring IO-Link process data, parameterization, or diagnostics
How to Choose a Microsonic cube Sensor
- Operating range: Select the cube-35, cube-130, or cube-340 range according to the normal working distance required by the application.
- Maximum sensing distance: Use the maximum range only as the farther detection capability under suitable target and application conditions; the operating range should remain the primary selection specification.
- Switching output: Choose the /F version when a Push-Pull switching output is required for presence, position, or level switching.
- Analog + switching output: Choose the /FFIU version when continuous distance or level measurement is required in addition to switching functionality.
- Sensor orientation: Use the five-position rotatable sensor head where the sensing direction needs to be adapted to machine geometry or mounting constraints.
- IO-Link: cube sensors support IO-Link for digital parameterization, process data, and diagnostics.
- Mounting: Consider the QuickLock bracket where fast, tool-free sensor installation or replacement is desirable.
- Target and environment: Confirm target size, surface, orientation, ambient conditions, and available mounting space when selecting the sensor and operating range.
Operating Range vs. Maximum Range
For Microsonic cube sensors, the operating range should be treated as the primary working-distance specification when selecting a model. It represents the range intended for normal sensor selection and application planning.
The maximum range represents the farther detection capability available under suitable target and application conditions and should not be treated as the normal recommended working distance.
The cube family provides three operating-range classes:
- cube-35: 350 mm operating range
- cube-130: 1,300 mm operating range
- cube-340: 3,400 mm operating range
Choose the model whose operating range comfortably covers the required sensing distance rather than selecting solely by the farthest possible detection distance.
Need Help Selecting a Microsonic cube Sensor?
IBIS can help compare cube models based on operating range, output configuration, IO-Link requirements, target characteristics, sensing orientation, and machine-mounting requirements.
Frequently Asked Questions About Microsonic cube Ultrasonic Sensors
What are Microsonic cube ultrasonic sensors used for?
Microsonic cube sensors are used for non-contact distance measurement, object detection, position monitoring, and level measurement on industrial machinery and automated equipment. Their cuboidal housing and adjustable sensor-head orientation are particularly useful where mounting position requires flexibility.
What makes the cube family different from other cuboidal ultrasonic sensors?
A key difference is the rotatable sensor head, which can be mounted in five positions. This allows the sensing direction to be changed without requiring a different sensor housing. The family also combines QuickLock mounting, visible status LEDs, multiple output configurations, and integrated IO-Link.
What operating ranges are available for cube sensors?
The cube family is available with operating ranges of 350 mm, 1,300 mm, and 3,400 mm. The operating range should be used as the primary distance specification when selecting the appropriate model.
Are Microsonic cube sensors available with IO-Link?
Yes. The cube family supports IO-Link 1.1.2 and Smart Sensor Profile. IO-Link can be used for digital parameterization, process data, and diagnostic information in compatible control systems.
What output options are available?
cube sensors are available with either a Push-Pull switching output or a configuration combining a Push-Pull switching output with an analog output. On the combined-output versions, the analog output can also be configured as a second Push-Pull switching output.
Can the sensing direction be changed?
Yes. The cube sensor head can be mounted in five positions, allowing the sensing direction to be adapted to the installation and machine layout.