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Unisense a/s Stepper Motor (Field Motor)

The Unisense Field Motor is a stepper motor designed for precise control and positioning, typically used in conjunction with Unisense micro-sensors for applications in water quality monitoring, soil monitoring, or other environmental monitoring tasks. This stepper motor provides high precision and reliability, making it ideal for field applications requiring fine movement control, especially in situations that require incremental movement or position adjustment.

Key Features and Specifications

• Waterproof Design: Suitable for outdoor use.

• Supports Up to 4 Probes: Can fix up to four probes for simultaneous measurements.

• Motor Movement Controlled by Controller: The movement is driven by a controller for accurate positioning.

• Flexible Usage: Can be fixed to a base or directly inserted into soil or sand for deployment.

• 10μm Resolution: Offers high resolution in one direction (10μm).

• 2D Operation: Capable of movement in two directions for precise adjustments.

Main Functions and Features

• Precise Control: The Unisense stepper motor provides extremely high positioning precision, allowing precise control of the equipment’s position or movement range. This is ideal for applications that require fine adjustments, such as adjusting the depth or angle of sensors.

• High Stability and Durability: Designed for high stability and durability, the stepper motor is capable of withstanding long-term field operation and harsh environmental conditions, such as high humidity, corrosion, and extreme temperatures.

• Incremental Control: The motor supports fine incremental movement, allowing very small steps of movement, which is perfect for applications that require precise operations.

• Easy Integration: The stepper motor can easily integrate with other Unisense devices (such as micro-sensors) for more efficient automated control. It integrates seamlessly into field monitoring systems, providing reliable motion control.

• Low Power Consumption: The motor features low power consumption, making it suitable for long-term operation and contributing to extending the overall battery life of the system, ideal for field monitoring.

• High Performance and Accuracy: The stepper motor enables precise control of sensor positioning or movement in environments like water and soil, assisting researchers or operators in making more accurate data measurements.

• Simple Operation: The design is intuitive and easy to operate, allowing for quick setup and use in the field without requiring professional skills.

Applications

• Environmental Monitoring: In water quality, soil quality, or air quality monitoring, the stepper motor can precisely adjust the position of sensors, ensuring the accuracy of measurement results.

• Water Quality Analysis: In aquaculture, for instance, the stepper motor can be used to adjust the depth or position of sensors, allowing for precise measurements of various chemical parameters in water.

• Scientific Research: This stepper motor is commonly used in various research fields, especially in experiments requiring repeated movement and sample position adjustments, providing precise motion control.

• Marine Research: In marine environments, the stepper motor can adjust the positioning of marine detection equipment, aiding researchers in measuring various parameters in seawater.

• Automation Systems: In automated water quality monitoring systems, the stepper motor provides motion control, helping to automate data collection and analysis.