March 2025 Newsletter

INTERFACE DISPLAYS
 

Interface displays directly represent measured parameters, allowing users to quickly spot trends, identify anomalies, and make informed decisions without relying on cumbersome post-processing or complex software analysis. Our review, Clarity in Measurement Requires a Clear Display of Accurate Results gives a full rundown of our displays.

WTS-LD1 Wireless Large LED Display – The Wireless Large LED Display offers a large-format four-digit display that shows individual WTS transmitting values or the summed value of up to eight modules. The large screen features a 4-digit module with a 102 mm (4 in) LED display. Mounting options include ceiling suspension or wall mounting.

WTS-LD2 Wireless Large LED Display – The Wireless Large LED Display LD2 provides the same features as the WTS-LD1 Display, with a large six-digit format that shows individual WTS transmitter values or the total value from up to eight modules.

Examples of Interface Instrumentation Displays
 

TIP: The Interface Instrumentation Selection Guide assists you in finding a digital display solution for your use case. Contact our application engineers for expert guidance and support.
 

CONNECTORS 101

If you are using a cable with your sensor, you invariably need a connector. Most Interface sensors and instrumentation devices utilize cables terminated with connectors to establish a reliable electrical signal pathway.  The connectors found on the measurement device, such as those with load cells, torque transducers, and multi-axis sensors, typically feature a plug connector (often referred to as a male connector). This plug is designed to mate securely with the instrumentation device’s corresponding receptacle connector (female connector).

TIP: Use our Interface Sensor Interconnect Cable Assemblies Guide based on the sensor models. Also, please refer to our review of essential cables and connectors. When selecting a cable for your test and measurement application, consider the connector type at both ends to ensure compatibility and optimal performance. For more information, refer to our online electrical wiring and diagrams reference.
 

THE IMPORTANCE OF OVERLOAD DETECTION AND PROTECTION

What are the key considerations surrounding overload protection, how does it function, and why is it important? An overload occurs when the force exerted on a load cell surpasses its designated capacity limit. This seemingly simple act can trigger a cascade of detrimental effects, ranging from subtle inaccuracies in readings to permanent deformation and even catastrophic failure of the sensor.

Given the potential for damage and inaccuracies when consistently reaching the peak of a load cell capacity, overload detection and protection mechanisms are crucial for ensuring the longevity, reliability, and safety of force measurement systems. Discover how Interface load cells incorporate innovative features to reduce the risks associated with overloading. Read: Key Considerations for Overload Protection in Load Cells to learn more.
 

INSTALLATION TIPS: LOWPROFILE LOAD CELLS FOR TENSION MEASUREMENT

Interface LowProfile Load Cell models 1000, 1100, 1200, and 3200 series are engineered for high-accuracy tension measurement applications. Proper installation is paramount to achieving the most accurate and reliable results. In our post “Proper Installation of LowProfile Load Cells Ensures Accurate Tension Measurements, ” we provide further details about these tips and typical tension applications and include a supporting installation video.

Here are five quick installation tips:

NEW INTERFACE RESOURCE HUB

To help guide you through the various resources available from Interface, we are introducing ForceEDU. This new online resource hub is a collection of videos, articles, technical references, webinars, and more. It’s time to enroll in ForceEDU! We update this resource with new monthly content, so check back frequently. Learn more!
 

EXPLORING TYPES OF TESTING APPLICATIONS USING LOAD CELLS

Our testing series, which covers 15 types, explores the various applications of sensor technologies in test and measurement. This series will deepen your understanding of Interface’s capabilities in supporting various tests with examples from industry use cases that utilize Interface products, including our load cells, torque transducers, multi-axis sensors, and instrumentation devices.

>>PART ONE focuses on the most popular testing types: tension, compression, structural, material, fatigue, torque, stress, strain, and combination tests. Read: Types of Testing Applications Using Load Cells.

>>PART TWO highlights testing types: weight, lift, vacuum, gravity, impact calibration, environmental, and peel tests. Read: Additional Types of Testing Using Load Cells.
 

DIGITAL PROTOTYPING AND SIMULATION FAST-TRACK INNOVATION

Digital prototyping is reshaping the landscape of modern manufacturing. Real-world data is essential to validate these digital models. This is where load cells and precision measurement tools become indispensable. Digital prototyping, driven by advanced simulation and analysis, enables manufacturers to simulate real-world conditions, identify potential weaknesses, and improve product performance. Digital prototyping minimizes the need for excessive physical prototypes, conserving time and resources, and reducing product
development costs. Get more insights here.
 

RESOURCES AND MORE

NEW! MANUFACTURING MACHINERY CASE STUDY: Sensor-drive advancements optimize manufacturing, and we’ve got the proof. Interface products are helping to innovate manufacturing processes and machinery. Read more.

ADVANCING SURGICAL PRECISION: Force measurement is at the heart of surgical device development, new tools, and robotics, ensuring the precise execution of surgical tasks. Read more.

WEEKLY LINKEDIN NEWSLETTER: We publish a weekly InterfaceIQ newsletter. What’s new? Please read our latest editions: The Value of System Level Calibration in Force Measurement, Meticulous ​​​​​​Measurement Powering Renewable Energy Breakthroughs, Portable Instrumentation for Diverse Test and Measurement Applications, Measurement Accuracy Depends on Cables and Connectors, and How Strain Testing Impacts Material Selection. Are you following? Subscribe on LinkedIn.

INTERFACE YOUTUBE VIDEOS: Have you watched our new What Is An Anemometer video? How about the new Instrumentation 101 video, or how sensors are used in horticulture? Interface offers hundreds of videos on our YouTube Channel, including installation support, product reviews, and application videos. Check out our latest videos.

We are ready to guide you through our products and resources, plus answer your questions. It’s easy! Contact us, and we will see how we can assist you.

Your Interface Team