MeasureX is an Australian-based instrumentation manufacturer that offers high-quality sensor solutions for industrial applications in Taiwan. Whether you need load cells or pressure transmitters, we provide reliable, custom-made solutions tailored to meet the unique demands of your operations. With our expertise, industries in Taiwan can expect accurate and durable sensor technology designed to enhance safety, control, and efficiency.
Our range of load cells ensures accurate data collection and control for various industrial applications, whether you’re in manufacturing, logistics, or heavy machinery. We also provide advanced force sensors designed to accurately measure force, tension, and compression.
These sensors are ideal for applications requiring precise force data, such as material testing, industrial automation, and quality control processes. For operations where space is a constraint, our miniature force sensors offer the same high performance in a compact design, making them perfect for precision engineering and tight spaces.
Pressure Transmitters are essential for measuring and controlling pressure in various processes. Whether it’s gas, liquid, or vapour, our transmitters provide accurate and real-time data to ensure the safety and efficiency of your industrial systems. Our products are equipped with surge protection, ensuring they can withstand harsh environments and overpressure events without compromising performance.
In industries such as oil and gas, chemical processing, and water treatment, our pressure transmitters offer the durability and reliability to ensure continuous operation and optimal control.
With a successful track record of delivering solutions globally, including in Taiwan, MeasureX is the trusted partner for sensor technology. Our sensors and transmitters are built to deliver long-lasting, accurate performance, with features like surge protection to safeguard against unexpected system failures.
MeasureX is your trusted partner in Taiwan for dependable and high-quality sensor technology.
Q: What’s the difference between a load cell and a force sensor and which one should I choose for my application?
Load cells measure weight or force in industrial settings, such as weighbridges or hoppers. They’re ideal for applications requiring high accuracy over a wide range of weights. On the other hand, force sensors are more versatile and can measure various forces, including tension, compression, and torque. They’re often used in manufacturing, robotics and quality control. Your choice depends on your specific needs – a load cell might be best if you’re primarily measuring weight in a fixed location. A force sensor could be the better option for more dynamic force measurements or space-constrained applications.
Q: How do miniature force sensors work and what are their main applications?
Miniature force sensors work on the same principles as larger force sensors but are designed for applications where space is limited or only small forces need to be measured. They typically use strain gauge technology, where a small electrical resistance change occurs as the sensor deforms under applied force. This change is then converted into a measurable electrical signal. Miniature force sensors are commonly used in medical devices, such as catheters or surgical instruments, where precise force feedback is crucial.
Q: What factors should I consider when selecting a pressure transmitter for my industrial process?
First, consider the pressure range you need to measure – make sure the transmitter can handle both your normal operating pressures and any potential spikes. The type of pressure measurement (absolute, gauge, or differential) is also crucial. Think about the media you’re measuring – is it corrosive, high-temperature, or abrasive? This will affect the material choice for the transmitter. Accuracy and stability requirements are important, especially for precise processes. Also, consider the output signal type (e.g., 4-20 mA, voltage, digital) compatible with your control system. Environmental factors like temperature, vibration, and moisture should be taken into account.
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