This means that we have access to the latest and most innovative products on the market, as well as a team of experts who can provide support and guidance. As a result, we are able to offer our clients the best possible service and value for money.  By working directly with the Kriz Team, Locon Sensors ensures its customers have the exclusive advantage of select model customization options, including: sensor cable length and material, connection type, and IP rating.

This partnership affords benefits to both companies. Locon’s vast experience and expertise in the field of product distribution has enabled them to provide Kriz Sensors with an efficient platform for delivering its products to customers across the US. The combination of Locon’s network and Kriz’s high quality products will help both companies reach new heights.

Kriz has been in business for over 30 years and is one of the most respected names in the high-temperature sensor industry. Their products are used in a wide variety of industries, including automotive, aerospace, food, and beverage, and medical.

We believe that our partnership with Kriz Sensors will allow us to provide our customers with continued superior-quality sensor solutions, and we look forward to a long and successful relationship with them.

Contact us today to learn more about our Kriz products, high-temperature inductive sensors, or any of our other sensors solutions.

The post Locon Sensor Systems and Kriz: A Partnership for Success appeared first on Locon Sensor Systems.

What are inductive proximity sensors?

Before we get into the advantages of these sensors, it’s best to consider what they actually do. Inductive sensors detect the presence of a metallic object. They range in variety, with some able to resist high temperatures and others high pressure, or washdown conditions. Basic inductive sensors are the most common thanks to their accuracy, reliability, and cost-effectiveness.

The advantages of inductive proximity sensors

So, why use inductive proximity sensors in the first place? There are many reasons:

• Cost-effective: Basic inductive sensors are much more affordable than other types of sensors. Plus, their reliability ensures you will not have to make many costly repairs in the future.
• Efficiency: With inductive proximity sensors, setup times are reduced, and molding tools are changed automatically. This reduces the overall time it takes to produce items.
• Reliability: Inductive proximity sensors are extremely accurate, reducing the risk of production failures and potential damage to tools or the tool-press.

Locon Sensor System offers its own line of specialized inductive sensors, as well as being a long-time licensed distributor of Contrinex inductive proximity sensors.   Contact us today to learn more.

The post The Benefits of an Inductive Proximity Sensor appeared first on Locon Sensor Systems.

Photoelectric sensors in the food & beverage industry

Photoelectric sensors are widely used in the food and beverage industry. By using light beams to detect a specific object, a photoelectric sensor can determine the presence or absence of the target material. This is critical to maintaining reliable systems and production in a food and beverage facility, as a photoelectric sensor can help monitor the process of proper packaging. For example, one miniature photoelectric sensor was used in an application to individually package cheese portions in a food processing plant. By detecting the presence of each portion, the sensor ensured consistent portion size.

Inductive sensors in the food & beverage industry

In addition to photoelectric sensors, inductive sensors are also used in the food and beverage industry. While both sensors are used to determine the presence or absence of an object, inductive sensors do so by employing electromagnetic induction, not light beams. An example of this is with a rugged inductive sensor that was used in processing dairy products. As raw milk traveled through stainless-steel pipes, the sensor would control the valves in the pipes to prevent any cross-contamination. Thus, the milk was kept clean as it traveled to each process station.

As long-time licensed distributors of Contrinex products, Locon Sensor Systems offer many Contrinex photoelectric and inductive sensors on our site. To learn more, contact us today.

The post The Best Sensors for the Food and Beverage Industry appeared first on Locon Sensor Systems.

About Basic Inductive Sensors

The purpose of an inductive sensor is to detect the presence of a metallic object. While there are many different types of inductive sensors (high-temp tolerant, washdown, and high-pressure, just to name a few), the basic inductive sensor is one of the most prevalent. This is because these sensors offer exceptional accuracy and reliability at a budget-friendly price.

Basic inductive sensors sport the following features:

• Extremely cost-effective: They are affordable without sacrificing on quality, durability, or performance
• Wide range of sizes: Basic inductive sensors are available in sizes from M8 to M30 and C44
• Embeddable or non-embeddable options available: Just as you can choose the housing size that best fits your application, you can also choose between embedded or non-embedded variants
• Can withstand a range of temperatures: Basic inductives can operate in temperatures between -25 degrees Celsius and 70 degrees Celsius

Real Life Examples

Thanks to its remarkable capabilities, the basic inductive sensor has been used successfully in many projects. Vehicle steering applications use basic inductives to assist in operation of off-road tractors as they switch between two and four wheel steering. Additionally, they are installed in food processing centers to ensure that plastic containers were properly sealed and packed.

At Locon Sensor Systems, as a long-time licensed distributor of Contrinex product, we offer many of the Contrinex basic inductive sensors on our site. We can also supply any of Contrinex’s wide array of basic inductives. To learn more, contact us today.

The post What Are Basic Inductive Sensors? appeared first on Locon Sensor Systems.

High-Pressure Inductive Sensors

High-pressure inductive sensors are suitable for applications with exposure to pressure up to 1000 bar peak pressure. They can successfully operate in this amount of pressure while also operating under temperatures as high as 100 degrees Celsius. Available in metal housing or stainless-steel, high-pressure sensors also feature an IO-Link interface for ease of use.

Extra Pressure Inductive Sensors

Extra pressure inductive sensors provide accurate presence- and position-sensing in applications with pressures up to 200 bar. With sizes ranging from ø3 to M8, they are among the smallest type of pressure capable sensors. Their combination of stainless-steel and ceramic make them an extremely dependable option for inductive sensors.

Extreme Inductive Sensors

Extreme inductive sensors, as their name suggests, can work under extreme conditions such as prolonged exposure to water, corrosive elements, and, of course, higher amounts of pressure. Pressure-resistant up to 80 bar, they are designed to protect internal components to maintain stable function in demanding circumstances. They have an IP rating of IP68/69K, meaning they have a higher tolerance than most standard units.

Locon Sensor Systems can help you select the sensor to best fit your application, we also offer customized sensors as an option to consider for a more tailored solution. Contact us today to learn more.

The post The Many Varieties of Pressure Capable Inductive Sensors appeared first on Locon Sensor Systems.

Miniature

The miniature cubic inductive sensors available at Locon have a 5×5 housing size (C5), and a sensing range of 1.5mm. They’re often used in applications when position or presence detection requires the size of a sensor to be as small as possible – without sacrificing reliability or function. 

Basic 

The basic cubic inductive sensor is, obviously, larger and more powerful than the miniature which has an 8×8 housing size (C8), as well as sensing ranges from 1.5mm to 3mm. These inductive sensors are extremely accurate and durable, and they are used for a wide variety of industries such as automotive, food and beverage, packaging, and more. 

Rotatable C44 

Finally, we at Locon can also supply Contrinex’s Rotatable C44 model for our cubic inductive sensors. These sensors, as the name suggests, have a rotatable head that can turn in five directions, providing greater flexibility and thus versatility. They can also withstand harsh environments, operating in temperatures of –25 degrees Celsius to 85 degrees Celsius (or 13 degrees Fahrenheit to 185 degrees Fahrenheit).  

At Locon Sensor Systems, we can provide miniature, basic, and C44 models of the cubic inductive sensors. To learn more, contact us today either online or by phone at 800-356-2661. 

The post The Different Types of Cubic Inductive Sensors appeared first on Locon Sensor Systems.

What are inductive sensors?

Inductive sensors are used to detect the presence of a metallic object. Vacuum-sealed to protect the electronics inside, they are resistant to shock, vibrations, moisture, and debris. Simply put, they’re a highly reliable type of sensor that can withstand a variety of conditions and environments. There are different types of inductive sensors offered: high-temp tolerant, washdown, high-pressure tolerant, weld-immune, and miniature, to name a few – so you can choose the sensor that best fits your application. 

Weld-immune sensors 

Welding metal objects requires extreme temperatures and conditions. Weld-immune sensors are designed specifically for these applications, and recently Contrinex developed an improved version of the weld-immune sensor.  Locon is proud to be a long-time licensed distributor for Contrinex, providing supply and support for their full-range of products. The new Contrinex sensor offers increased protection from weld-spatter. Using ceramic-coating, these new sensors are considered weld spatter-resistant. In other words, the non-stick coating prevents weld spatter from accumulating onto a sensor which could make slag removal difficult. The coating material is also impact resistant and immune to magnetic interference. Overall, the ceramic coating increases the service life of the sensor and reduces downtime for the machines involved. 

Here at Locon Sensor System, we provide a wide variety of inductive sensors, including those that are weld spatter resistant. To learn more about our weld-immune inductive sensors, or any of the other sensor solutions that we offer, feel free to give us a call at 800-356-2661 or contact us online today. 

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In addition to its extended sensing distance, Contrinex’s new inductive proximity sensor offers a number of other attractive benefits as well.

First and foremost, these sensors offer IO-Link connectivity at no extra cost to consumers. This industry-standard connection allows the sensors to be easily integrated into plant-wide control systems that manage and maintain all the sensing equipment in a manufacturing or packaging operation. IO-Link connectivity makes these sensors particularly well-suited for businesses in the textile and automotive industries.

In addition to their applications in industrial settings, extended-range M30 inductive sensors are also popular options for elevators and escalators. Thanks to their nickel-plated brass housings and vacuum-sealed electronics, these sensors can operate reliably even in harsh, high-traffic environments.

If the extended-range M30 inductive sensors from Contrinex aren’t quite what you’re looking for, we offer a variety of affordable, effective alternatives. We can even work with you to design a custom sensor solution to accommodate the unique demands of your business. From high-temperature inductive sensors to miniature capacitive options, you can find a diverse selection of sensor products right here at Locon. Just give us a call or contact us online today to speak with a representative!

The post Contrinex Adds New Product to Classics Line of Inductive Sensors appeared first on Locon Sensor Systems.

Miniature Capacitive Sensors

Here at Locon, we manufacture our own line of miniature capacitive sensors in two distinct form factors – wafers and cylinders. Wafers are roughly the thickness of a nickel, and range in diameter from 18mm to 30mm. These sensors are ideal for especially narrow spaces where long sensors won’t fit. Cylindrical sensors, on the other hand, are longer than wafers but much smaller in terms of diameter. Our smallest cylindrical sensors are just 4mm in diameter. They are available in both smooth and threaded options.

Bear in mind that because these sensors are so small, they require external power amplifiers to operate. The necessary output of the amplifier will depend on the nature of the application.

Miniature Inductive Sensors

In addition to our own in-house line of sensors, we also carry miniature inductive sensors from Contrinex. The Flat Inductive Proximity Sensor (PROX) is an exciting new product that was designed with durability and longevity in mind. Their all-metal stainless steel housings allow them to stand up to shock, vibration and contact with harsh chemicals. PROX sensors are ideal for applications where space is at a premium, but long operating distances are essential.

These are just a few of the miniature sensors we carry at Locon. Give us a call today at (800) 356-2661 and we’ll work with you to find the right sensor package for your operation.

The post No Space is Too Small for These Miniature Sensor Units appeared first on Locon Sensor Systems.

When cylinder heads get transferred to another line for mounting on an auto engine, the workpiece gets lifted from one carrier to another– inductive sensors fitted on the roller conveyor do the job of checking the position of the workpiece carrier, making sure everything’s in order.

Sensors are used to detect the arrival of a workpiece carrier. When it arrives, the sensor tells the conveyor to stop. A robot then lifts and transfers the workpiece to an adjacent line. The sensor then figures out that the cylinder head has been successfully removed from the workpiece carrier, so it can tell the conveyor to start up again and return the empty carrier to the workpiece loading station. Without inductive sensors, the elaborate process of factory work would be a lot slower and less efficient.

Locon Sensor Systems sells top quality inductive sensors for use in different industries. Best of all, Locon’s team of engineers can customize sensors to meet the unique needs of your particular application.

Avoid product waste. Get reliable and extremely robust inductive sensors from Locon Sensor Systems. They’ll help prevent damage to your equipment (which would result in downtime) and help give you and your company efficient, automatic manipulation of large assembled parts.

Locon Sensor Systems is a proud American company located in Perrysburg, Ohio. Call 800-356-2661 to discuss your inductive sensor needs today.

Source Used: http://www.contrinex.com/solution/inductive-sensors-check-the-presence-and-position-of-workpiece-carriers/

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