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Electrical Engineers Choose Interface Sensor Technologies

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Interface is a premier provider of force, torque and weighing solutions to electrical engineers around the world who are responsible for creating new products, solving problems, and improving systems.

Electrical engineers vary in specialization and industry experience with responsibilities for designing and testing electrical systems and components such as power generators, electric motors, lighting systems, and production robots. They use their expertise and knowledge of electrical systems and components to design, develop, assess, and maintain safe and reliable electrical systems. There are many electrical engineers who work on complex systems and who are responsible for troubleshooting and diagnosing problems that may arise.

The electrical engineers whose primary focus is research and development look to create new electrical technologies and advance existing systems. Projects related to renewable energy, smart grids, wireless communication systems, and electric vehicles utilize all types of measurement solutions throughout all phases of their R&D. Accuracy of testing is essential for electrical engineers, to ensure components comply with safety regulations and industry standards.

How does an electrical engineer use sensor technology for testing?

Sensors are a critical tool for electrical engineers in testing and optimizing the performance of electronic devices, systems, and processes. The type of sensor used, and the specific testing application will depend on the needs of the project or product, including the following examples.

  • Structural testing: Sensors are used to measure the structural integrity of materials and components. Load cells convert force or weight into an electrical signal that can be measured and analyzed. For example, Interface’s standard load cells are frequently used to measure the amount of strain or deformation in a material under load, which can help electrical engineers design stronger and more reliable structures. See how Interface’s products were used in an EV battery structural testing project.
  • Process control: Sensor technologies, including load cells and torque transducers are frequently utilized in manufacturing processes to monitor and control various parameters. Electrical use this data gathered through various instrumentation devices to ensure that the manufacturing process is operating within the desired parameters and to optimize the process for efficiency and quality.
  • Environmental testing: Environmental sensors are commonplace for measuring temperature, humidity, pressure, and other environmental factors. Electrical engineers can use this data to test and optimize the performance of electronic devices and systems under various environmental conditions. Read Hazardous Environment Solutions from Interface to learn more.

Electrical engineers use load cells in a variety of applications, such as measuring the weight of objects, monitoring the force applied to a structure, or controlling the tension in a cable or wire. The choice of load cell will depend on the specific application and the requirements for accuracy, sensitivity, and capacity. Electrical engineers must also consider factors such as environmental conditions, installation requirements, and cost when selecting a load cell.

Electrical engineers work in a wide range of industries and sectors, as their expertise is required in many different areas of technology and engineering. Interface has supplied quality testing devices and components to EEs in every sector, from electronics to construction.

Electrical engineers in the electronics industry use Interface products in designing and developing components such as microchips, sensors, and circuits. Demands for intrinsically safe load cells and instrumentation come from electrical engineers that are responsible for designing, maintaining, and improving power generation and distribution systems, including renewable energy systems such as solar, wind, and hydropower.

More than any time in Interface’s 55-year history, electrical engineers who work on a variety of aerospace and defense projects, are using Interface sensor products for designing and testing avionics systems, communication systems, and navigation systems.

We also continue provide electrical engineers who engage in designing and developing the electrical and electronic systems in vehicles, including everything from powertrains and engine management systems to infotainment systems and driver assistance technologies with new and innovative force measurement solutions.

Manufacturing electrical engineers who engage in designing and optimizing manufacturing processes, as well as designing and evaluating the electronic components and systems used in manufacturing equipment are frequently using Interface sensors. This includes the rising demands for sensors in robotics.

Electrical engineers across many different industries depend on Interface, just as all the companies and organizations around the world depend on their expertise. Interface is a proud partner of engineers across all disciplines.

ADDITIONAL RESOURCES

Interface Celebrates Engineers

Interface Solutions for Production Line Engineers

Quality Engineers Require Accurate Force Measurement Solutions

Interface Solutions for Material Testing Engineers

Why Civil Engineers Prefer Interface Products

Why Product Design Engineers Choose Interface

Benefits of Proof Loading Verification

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Proof loading is a critical test that is performed on sensors or load cells to verify their performance and accuracy under extreme conditions. Engineers may need to request proof loading verification to ensure that the sensors or other measuring devices being used in a particular application are accurate, reliable, and safe for use.

Upon request, Interface provides proof loading at the build phase of engineered-to-order load cells, as well as load pins, load shackles and tension links. By simple definition, proof loading is a safe overload rating for a sensor.

Load proofing is a special test that guarantees the sensor performs at maximum capacity before it’s released to the customer. If a manufacturer does proof loading, it will be documented in the sensors specifications that are shipped with the product. It is commonly requested for sensors that are used in lifting applications.

Additionally, quality engineers and testing professionals may request proof loading as part of quality control or compliance requirements. By ensuring that sensors and load cells are tested and validated before use, companies can ensure that they meet regulatory standards and maintain a high level of quality in their products and services.

The Proof Loading Process

By requesting proof loading, sensor users can verify the accuracy and reliability of sensors and load cells and ensure that they are functioning correctly and within their specified limits. Proof loading can also identify any issues or problems with sensors or load cells before they are put into service, allowing for repairs or replacements to be made if necessary.

Proof loading for sensors is a process of subjecting a sensor to a higher-than-normal load or stress to confirm that it can withstand that load or stress without any permanent damage or deviation from its calibration. The purpose of proof loading is to validate the accuracy and reliability of the sensor under extreme conditions, ensuring that it will perform correctly when it is in service.

During proof loading, the sensor is exposed to a controlled overload, typically between 150% to 200% of its maximum rated capacity. The sensor’s response to the load is monitored, and the output is compared to its expected behavior. If the sensor performs within acceptable limits and returns to its pre-loaded state after the load is removed, it is considered to have passed the proof load test.

When should you request proof loading for a load cell?

Proof loading for a load cell should be requested when there is a need to verify its calibration and ensure its accuracy and reliability under extreme conditions. This is particularly important when the load cell is used in safety-critical applications, such as in crane and hoist systems, industrial weighing and process control systems, and structural testing applications.

Proof loading is commonly used for sensors that are used in safety-critical applications, such as load cells used in cranes and hoists, pressure transducers used in oil and gas pipelines, and temperature sensors used in furnace applications. By performing proof loading tests, manufacturers and end-users can have greater confidence in the performance and reliability of their sensors, which can improve overall safety and efficiency.

In general, there are several situations where it is advisable to request proof loading for a load cell:

  • Before critical applications: In safety-critical applications, such as those involving lifting, handling, and transportation of heavy loads, a proof load test should be performed before the load cell is put into service to ensure that it can handle the required load without any issues.
  • After installation: It is recommended to perform a proof load test on the load cell immediately after installation to ensure that it is functioning correctly and within its specified limits.
  • After repair or maintenance: If the load cell has undergone repair or maintenance, a proof load test can be used to verify that it is still performing accurately and within its specifications.
  • After an extended period of non-use: If the load cell has not been used for an extended period, it may be necessary to perform a proof load test to ensure that it is still functioning correctly.

It is important to note that proof loading should only be performed by qualified and trained personnel using the appropriate equipment and procedures. This will ensure that the load cell is not damaged during the testing process and that it continues to perform accurately and reliably after the test is completed.

Proof loading is particularly important in safety-critical applications such as in the construction industry, transportation industry, and other industrial applications where lifting and handling heavy loads are involved. In these applications, the accuracy and reliability of sensors and load cells are crucial, as any inaccuracies or deviations from the expected behavior can result in dangerous and costly accidents.

Overall, proof loading is an essential test that engineers may need to request to ensure the safety and reliability of sensors and load cells in various industrial applications.

ADDITIONAL RESOURCES

IoT Lifting Heavy Objects

Cranes and Lifting

Recap of Use Cases for Load Pins Webinar

Tension Links 101

Aircraft Lifting Equipment App Note

 

Testing Lab Essentials Webinar

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Interface experts will detail standard measurement devices that are essential to all testing labs. They will highlight calibration standards and calibration grade equipment, along with instrumentation and data acquisition systems. What types of equipment do you need in the lab to meet the testing demands of today and in the future? Join us to learn more about equipment, best practices, tips and frequently asked questions.

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Interface New Product Releases Winter 2023

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Interface continues to grow our total force measurement solutions. The following showcases new sensors and instrumentation products now available in our general catalog. You can also now find a new Summary Product Catalog, highlighting best-selling products online for download and quick reference.

If you have questions about these new additions or any other Interface products, please contact us. If you would like to order any of the new products, go to Request for Quote.

NEW INTERFACE PRODUCT RELEASES 

PILLOW BLOCK LOAD BEARING LOAD CELLS

The Interface PBLC1, PBLC2 and PBLC3 Pillow Block Load Cells series by design measures the force of a pillow block bearing. The force measurement is performed for this load cell between two supports. Learn more about this type of use case in our Feed Roller System Application Note.

Primary Pillow Block Load Cell features and benefits:

  • Capacities from 5 to 30 kN (1.1K to 6.7K lbf)
  • Compatible with INA pillow block bearings
  • IP65 moisture protection
  • Rugged electro-galvanized surface
  • Commonly used for measurement of axle weight in test stands for trains and vehicles

INF1 CANOPEN WEIGHT SINGLE SENSOR WEIGHT TRANSMITTER AND INDICATOR

Interface’s new INF1-CANopen Single Sensor Weight Transmitter and Indicator has a six-digit red LED display (8 mm height), space saving compact design, four buttons for the system calibration, and a six indicator led.

Primary INF1-CANopen features and benefits:

  • Baud rate: 10, 20, 25, 50, 100, 125, 250, 500, 800, 1000
  • Equipped with RS485 serial port
  • Three relay logic outputs controlled by setpoint values or via protocols
  • Two optoisolated PNP logic inputs: status reading via serial communication protocols
  • One load cell dedicated input
  • Back panel mounting on DIN rail
  • Six-digit red LED semi-alphanumeric display (8 mm height), seven segment
  • Four buttons for system calibration
  • Extractable screw terminal boards

INF4-CANOPEN TWO, THREE, AND FOUR SENSOR WEIGHT TRANSMITTER AND INDICATOR

The Interface INF4-CANopen Two, Three, and Four Sensor Weight Transmitter and Indicator has a six-digit red LED display (8 mm height), space saving compact design, four buttons for the system calibration, and a six indicator LED.

Primary INF4-CANopen features and benefits:

  • Baud rate: 10, 20, 25, 50, 100, 125, 250, 500, 800, 1000
  • Equipped with RS485 serial port
  • Three relay logic outputs controlled by setpoint values or via protocols
  • Two optoisolated PNP logic inputs: status reading via serial communication protocols
  • Four load cell dedicated input
  • Back panel mounting on DIN rail or front panel (except PROFIBUS DP version) with fixing kit
  • Six-digit red LED semi-alphanumeric display (8 mm height), seven segment
  • Four buttons for system calibration
  • Extractable screw terminal boards

The INF Weight Transmitter and Indicator Instrumentation solutions come in multiple communication protocols for single and multiple sensors. Be sure to visit our Interface Instrumentation Selection Guide for help in choosing the right instrumentation production for your exact requirements.

ITCA TENSION AND COMPRESSION LOAD CELL

Interface’s new ITCA series load cell is ideal for measuring both tensile and compressive forces. The standard metric threads at each end of the load cell are designed to accept standard spherical seating rod-end bearings. There is great flexibility in the ITCA design, allowing us to offer custom sizes to meet specific application requirements, or different end thread sizes and combinations. There are versions available with male threads at each end, or male threads at one end and female at the other. We also offer the ITCA series with imperial thread sizes.

Primary ITCA features and benefits:

  • Ranges from 1 to 150 metric tons (MT) (2.2K to 330.6K lbf)
  • Stainless steel construction
  • IP66 environmental protection with IP67 and submersible options available
  • Tension and compression
  • Typical applications are structural testing, jack load and cable tension monitoring, material test machine feedback and press load monitoring

ENCLOSURES

Interface has introduced a series of enclosures to protect your transducers and instrumentation investments. These enclosures are designed for single and multiple instrumentation products, along with combined instrumentation and transducers. Enclosures are available as standard products. We also offer customization and mobile device configurations. Contact our Application Engineers to determine which type of enclosure best fits your products and application requirements. Download Interface Enclosures Overview.

Primary Enclosure options and features:

  • Special Purpose Wireless Enclosure NEMA 4
  • Single Instrument Enclosure NEMA 4
  • Dual Instrument Enclosure NEMA 4
  • Single Channel Benchtop Enclosure
  • Dual Channel Benchtop Enclosure
  • Single Channel Internal Mount Enclosure NEMA 4
  • Dual Channel Internal Mount Enclosure NEMA 4
  • Stainless Steel Enclosures for Indicators and Controllers NEMA Type 4X, Type 12 and IP66
  • Special Purpose Portable Systems
  • Rack Mounts

9825-AI GENERAL PURPOSE ANALOG INPUT INDICATOR

Interface’s 9825-AI is a General Purpose Analog Input Indicator Instrument works with mV/V sensors. It has an easy to navigate menu structure and fast speed, up to 1kHz. This product has analog output, peak valley monitoring, USB connection, and two relay setpoints plus alarms. It has an IP54 rating. Another option of this model is the 9825 General Purpose Indicator,

Primary 9825-AI features and benefits:

  • Digital input for print, reset, or tare
  • Excitation sense and bipolar
  • ±999,999
  • Nonlinearity < ±0.01%
  • Analog output 0-5V, 0-10V, 4-20mA, 0-24mA
  • Calibration by live load or mV/V entry
  • High speed of 1200 readings per second
  • Digital filters

9325 PORTABLE SENSOR DISPLAY

The new Interface 9325 Portable Sensor Digital Display Instrumentation is handheld, battery and USB powered, plus is TEDS ready. It a allows simple display of load cells, torque transducers, and other mV/V output transducers with sensitivity up to +/-1 V/V. Up to six calibration ranges are available allowing for different loading modes, both tension and compression, or different sensors. There are also up to six display modes available, which determine what is visible on the LCD display and what actions are available from the set of three soft keys. Please inquire about our new 9325-NU Portable Sensor Display product as well, which offers easy to use menu structure for setup and for performing live calibration of instrument.

Primary 9325 features and benefits:

  • Superior linearity performance specifications
  • Measurement rates up to 2400 samples per second
  • High internal resolution (up to 500,000 counts)
  • IP64 environmentally protected enclosure
  • USB port providing configuration, calibration, save and restore, live logging
  • Multiple display modes
  • logging and graphing, software is included
  • Supports TEDS template 33, 40 and 41
  • Live calibration and multi-point calibration
  • Standard audio alarm

ADDITIONAL PRODUCT RESOURCES

Interface Catalog

Interface Product Line Brochures

Interface Summary Catalog

Interface Products Overview

Interface Applications

Interface Solutions by Industry

Interface Support Resources

 

How Do Load Cells Work?

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What is the most frequently searched question searched related to Interface and the products we manufacture? It may seem overly simple to test engineers and frequent buyers of Interface force measurement solutions, but to many it is an important question. What do inquisitive users of the internet want to know? They want to how load cells work.

Diving into this question, we learned that many understand the purpose of a load cell. A load cell converts an applied mechanical force, whether that is tension, compression, or torsion, into a measurable electrical signal. Any change in force, increases or decreases the signal output change in proportion.

There are fewer people that understand how a force transducer works. After 55 years making load cells, we thought we should help provide an answer to an incredibly good question. Here is a quick technical brief on how a load cell works.

Interface Tech Talk Answers How Do Load Cells Work

A load cell has two basic components. It has a spring element that is often known as a flexure that mechanically supports the load to be measured and a deflection measurement element that responds to flexure movement resulting from the application of force.

In simpler terms, there is a bending beam under the load and when weight or force is applied, the change in bend (deflection) results in change in output.

A load cell’s basic function is to take applied force and convert it into an output signal that provides the user with a measurement. This process of converting a force into data is typically completed through a Wheatstone bridge that is comprised of strain gages.

Strain Gage Load Cells: A strain gage is typically constructed of an exceptionally fine wire or metal foil that is arranged in a grid-like pattern. Strain gages are strategically placed on the load cell flexure and bonded securely, such that the force induced deflection of the flexure causes the gages to stretch or compress. Thus, when tension or compression is applied, the electrical resistance of the strain gages changes and the balance of the Wheatstone bridge then shifts positive or negative. Fundamentally, the strain gages convert force, pressure, or weight into a change that can then be measured as an electrical signal.

Why use strain gages in load cells? Strain gage characteristics include thermal tracking, temperature compensation, creep compensation, frequency response, and non-repeatability. The major advantage of the strain gage as the deflection measuring element is the fact that it has infinite resolution. That means that no matter how small the deflection, it can be measured as a change in the resistance of the strain gage.

The strain gage is the critical foundation of a load cell and the most vital component for accurate and reliable measurements. One thing to understand about Interface load cells is that we develop our own strain gages in-house using a proprietary manufacturing process to ensure premium performance.

In addition to strain gage load cells, there are also two different less common load cells that use a diverse types of data collection method. This is defined as pneumatic and hydraulic methods.

Pneumatic: These load cells are typically used for measuring lower weights with high degrees of accuracy. They measure weight in terms of force-balance, meaning that weight is reported as a change in pressure. Key advantages of pneumatic load cells are their resistance to electrical noise and inability to spark, in addition to their low reactivity to temperature changes.

Hydraulic: As the name suggests, these load cells utilize fluid pressure for measurement. Like pneumatic load cells, hydraulic load cells balance force by measuring weight as a change in pressure, and the pressure of the fluid rises because of an increase in force. These load cells have no electric components, allowing them to perform well in hazardous conditions.

How to choose the right load cell?

Load cells seem like an extremely basic piece of equipment used to measure different forces such as weight, compression, tension, torsion, or a combination of these. It can be on a single axis or across multiple axes. However, there are many distinct types of strain gages and load cells that are designed for a variety of environments and force measurement testing requirements.

Specifications of a measurement sensor validate the design capabilities and capacities, including the amount of measurement that can be used for a particular device before you exceed the limits.

The field of force measurement has the same types of constraints as any other discipline. It starts with considerations of weight, size, cost, accuracy, useful life, and rated capacity. This also means considerations for extraneous forces, test profile, error specifications, temperature, altitude, pressure, and environment are particularly important when choosing a load cell.

The major difference in strain gages is the base material used in the manufacturing process. Varied materials are used when a load cell needs to perform optimally in a variety of temperatures, humidity levels, and elevations. Matching the correct strain gage and a load cell to the customer’s needs is critical to accuracy. It is why Interface has excelled in building precision load cells for five and half decades and continues to be a trusted supplier to industry market leaders, innovators, engineers, and testing houses around the world. It is what we do best. It is what we know.

Our team of engineers and manufacturing experts use expertise that has built over time, applications, and load cell experience. A load cell starts as a raw piece of steel, aluminum, or other metal. It is machined, gaged, wired, finished, and calibrated by experts in load cell production, machinists, and quality engineers.

If you are just beginning to work with products that require accurate force measurement, we would suggest that you speak with an application engineer who can help you understand the load cell that will fit best for your use case.

When shopping for a load cell it is important to know the type of force that you need to measure, the size of the application, the environment in which you will be measuring the application, the accuracy of data needed, the type of communication output that will work with your current test system and if there are any unique details about your application, like extreme or hazardous conditions.

ADDITIONAL RESOURCES

Interface Load Cell Field Guide

Interface Presents Load Cell Basics

LowProfile Load Cells 101

Load Cell 101 and What You Need to Know

Technical Library

LowProfile Cutaway

Taking Measure of Miniature Load Cells Webinar

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Interface force measurement engineers and solution experts host an online discussion focused on products used to withstand one or more conditions related to temperature, cycling, moisture, environmental stresses. Learn about Interface’s stainless steel load cells, environmentally sealed options, submersible test and measurement products, enclosures, wireless capabilities, load pins, intrinsically safe products. We detail solutions used for all types of applications used in industries that include medical device, aerospace and defense, industrial automation, infrastructure, maritime and general test & measurement. We discuss sensors models, capabilities, features and FAQs. We dive into use cases, tips, measurement know-how and OEM products.

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Interface Best Selling Products in 2022

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Interface sells tens of thousands of force measurement products every year. As a manufacturer of the world’s highest quality load cells, it is no surprise that our top selling products are the precision load cells that we engineer and build in our US headquarters.

We have been manufacturing high-accuracy load cells in all kinds of configurations and capacities for 55 years. With growing demands for complete systems, instrumentation, and specialty sensors, we continue to add new products and expand our line of standard and engineered to order offerings. In 2022, we again have grown our Interface Product Catalog significantly.

As is tradition, we want to share our best selling products and what garnered the most views by product categories and models. The criteria for what constitute a best seller can vary depending on the industry and the specific market. A best seller is typically considered to be a product that is in high demand and is selling well consistently over a period.  In general, Interface best sellers are products that have a strong record of success and are highly sought after by our customers year-over-year.

In our annual recap, we do not include products that are custom OEM, as these unique sensors are built for a particular use case.  Interface defines a best seller as a product model series that ranks among the top sellers in our entire force measurement solutions line.

2022 Interface Best Selling Products

Load Cells

Mini Load Cells

Torque Transducers

Specialty Products

Instrumentation

What captured the greatest interest in 2022 by users and researchers of force measurement solutions? We have cataloged what is capturing the greatest interest from you and your peers. The following are Interface products most frequently viewed this past year by test and measurement professionals, engineers, product designers, and manufacturers around the world.

Interface Top 10 Product Categories Ranked by Online Interest in 2022

  1. Load Cells
  2. Torque Transducers
  3. Instrumentation
  4. Tension and Compression Load Cells
  5. Accessories
  6. Mini Load Cells
  7. Multi-Axis Sensors
  8. Compression-Only Load Cells
  9. Load Button Load Cells
  10. LowProfile Load Cells

Interface Products Most Viewed Online in 2022

Summary Catalog 8 Pages

Ruggedized Test and Measurement Solutions Webinar

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Interface force measurement engineers and solution experts host an online discussion focused on products used to withstand one or more conditions related to temperature, cycling, moisture, environmental stresses. Learn about Interface’s stainless steel load cells, environmentally sealed options, submersible test and measurement products, enclosures, wireless capabilities, load pins, intrinsically safe products. We detail solutions used for all types of applications used in industries that include medical device, aerospace and defense, industrial automation, infrastructure, maritime and general test & measurement. We discuss sensors models, capabilities, features and FAQs. We dive into use cases, tips, measurement know-how and OEM products.

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Weighing Your Options Webinar Recap

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Most often the subject of weighing is a reference to scales. Although most of the world knows Interfaced for our expertise in test and measurement, aerospace, automotive, energy, and medical industries, we know our way around all kinds of weighing applications and scales.

In fact, load cells are truly the heart of every scale system and make modern use cases for highly accurate weight data possible. At Interface, we design, manufacture, and guarantee the highest performing load cells in the world.

In our online seminar, Weighing Your Options, Keith Skidmore, and Jeff White detail Interface products used for weighing, along with engineering tips, applications, and frequently asked questions.

How have sensors historically been used for weighing and lifting? The most common uses are in weigh modules, floor, and bench scales, along with truck and rail transport weighcheck systems. Interface’s involvement in providing measurement solutions have traditionally focused on test and measurement applications, sensors for machines and rigs, as well as use in weighing components. Trends are moving to complete weighing solutions.

Sensors are used throughout the product life cycle, from R&D to distribution, including

  • Weighing individual parts or components
  • Equipment and machines that measure weight during assembly and production
  • Weighing ingredients in food and chemical processes
  • Weighing products during distribution
  • Weighing before and during transportation

Interface load cells can measure across a wide range of force, from 0.02 to 2,000k lbf.  Interface products used in weighing applications are diverse in design, including:

Our weighing sensors combined with available instrumentation use a variety of communication methods, including analog, digital, wireless and cloud based, to allow users to gather data in-facility or remotely. Junction boxes such as our JB1100 4-Channel Advanced Signal Conditioning Transmitter Indicator and Junction Box are frequently used for weighing systems. We can also customize sensors to meet specifications for weighing use cases.

Most Common Types of Instrumentation Used for Weighing

  • Analog Signal Conditioners
  • Digital Signal Conditioners
  • Active Junction Boxes
  • Digital Displays
  • Programmable Weight Controllers
  • Data Acquisition Systems
  • Wireless and Specialty Devices

Interface has also introduced several weigh system modules, like the WSSCLC-Mount Weighing Assembly. It is a stainless-steel construction and available in three sizes. It incorporates a safety retainer to prevent accidental vessel lifting or sliding. When used with Model WSSCLC Load Cell, the system is IP68 rated and good for rugged applications.

The place to start with any new weighing application is what do you need to weigh by and what is the smallest increasing increment? Interface application engineers can help you choose the correct equipment, including the load cell, weigh module, instrumentation, and any accessories. They will review the requirements such as live load, dead load, number of supports, washdown, weighing materials, temperature and temperature swings, hazardous environment and exposure, type of vessel, measurements of compression or tension, mixers or shakers attachments, rigid conduit, or piping and even shock loading issues.

Watch the complete online seminar to learn more about weighing systems used for tank and hoppers, conveyor belts, industrial equipment, continuous weighing and automation features for alarms and safety requirements. We detail do’s and don’ts along with frequently asked questions.

ADDITIONAL RESOURCES

Accuracy Matters for Weighing and Scales

Livestock Weighing System Application Note

Fruit Weighing

INF4-EtherCat Two, Three, and Four Sensor Weight Transmitter and Indicator

CPG Water Bottle Dispensing and Weighing

New Interface Case Study Exams Weighing and Scales

CPG Veterinary Weighing Scales