Schwahrtechnology: Sensor, Meter, Frequency Inverter, Industrial PC,PLC modules,HMI

About Us

Quality Determines Everything, Credibility Goes to the World

More About

HOT PRODUCTS

News information

Comprehensively promote enterprise development and strive to contribute wisdom and strength to domestic and foreign industrial automation construction

Schwahr Technology: Pioneering Innovation in Advanced Technology Solutions
Schwahr Technology has emerged as a leader in the field of advanced technology, pushing the boundaries of innovation with cutting-edge solutions that cater to diverse industries. With a commitment to excellence and a strong foundation in research and development, Schwahr Technology provides an array of high-quality products and services that are designed to meet the growing demands of the modern world. At the core of Schwahr Technology’s mission is a dedication to developing sustainable and efficient solutions that are not only technologically advanced but also environmentally responsible. By focusing on continuous improvement and adapting to the latest technological advancements, Schwahr Technology has positioned itself as a trusted partner for businesses seeking innovative solutions. A History of Excellence Since its establishment, Schwahr Technology has focused on creating products that reflect the highest standards of quality and performance. The company’s unwavering commitment to research and technological innovation has allowed it to grow rapidly, expanding its product offerings and strengthening its presence in both local and international markets. With a team of skilled engineers and specialists, Schwahr Technology is at the forefront of delivering customized solutions that address specific industry needs. From advanced electronic components to intelligent system integration, the company’s wide range of offerings is tailored to meet the unique requirements of its clients. Innovation and Sustainability One of the key pillars of Schwahr Technology’s philosophy is sustainability. The company is committed to reducing its environmental impact through the use of eco-friendly materials and energy-efficient processes. By integrating sustainability into its core operations, Schwahr Technology is not only contributing to a greener future but also helping its clients meet their sustainability goals. The company’s research and development teams are constantly working on the next generation of products, ensuring that Schwahr Technology stays ahead of industry trends and continues to deliver solutions that are both innovative and practical. Expanding Global Reach As Schwahr Technology continues to expand its global footprint, the company remains focused on providing exceptional service and support to its clients around the world. With a strong network of distribution partners and an ever-growing presence in key markets, Schwahr Technology is well-positioned to lead the next wave of technological advancements on a global scale. Looking Ahead Schwahr Technology is committed to driving innovation and creating value for its clients through advanced technological solutions. As the company moves forward, it will continue to prioritize sustainability, customer satisfaction, and cutting-edge innovation in everything it does. For more information about Schwahr Technology and its product offerings, please visit www.schwahrtechnology.com. Email : sales@schwahrtechnology.com

21
October 2024

Read More
The future development direction of programmable PLC controllers
In the future, programmable PLC controllers (PLC) will continue to advance in the fields of hardware, software and communications to adapt to the development of technology. Possible evolutions will include a combination of some functionality from PLCs and programmable automation controllers (PACs) to enable communication from the bottom to the top of the factory. From the beginning, when PLCs began to replace relays and timers in large numbers, there was a driving force to reduce the size of automatic control systems and simplify support and maintenance for the future development trend of PLCs. Over the past few years, relays have been replaced by smaller rack-based structures or smaller programmable logic controllers with remote input/output ports. With the development of microelectronic technologies such as very large scale integrated circuits and very large scale integrated circuits, programmable logic controllers have developed from the initial unit computers to the current microcomputer PCs composed of 16-bit and 32-bit microprocessors, realizing many functions. Processor multi-pass processing. Today, PLC technology is very mature. It not only enhances control functions, reduces power consumption and volume, reduces costs, improves reliability, and makes programming and fault detection more flexible and convenient, but also with remote I/O and communication networks, data The development of processing and image display has enabled PLC to develop in the direction of continuous production process control and become the backbone of industrial production automation. As programmable controllers are increasingly used in applications, programmable controller technology and its product structure are constantly improving, becoming more and more powerful and cost-effective. 1.Smaller, faster, better As the electronics industry continues to develop, the size of today's processors, circuit boards and components continues to shrink. These technologies are slowly affecting PLC, making it more stable, reliable and robust, and further improving its functions, such as faster processors, scalable memory capacity and new featured communication mechanisms. In response to market demand, many features and functions are being transferred from high-end PLCs to low-end PLCs. For example, we can expect that future small PLCs will have more functions of high-end PLCs, while mid-to-high-end PLCs will also provide smaller and more compact solutions to meet customer needs. At the same time, PLC also benefits from reduced memory costs and size. These advantages greatly increase the storage capacity of localized data and allow programmable logic controllers to be used in applications that historically required expensive data capture systems. This also enables the implementation of other functions, such as on-board storage of product information, thus speeding up troubleshooting. Today's PLCs also benefit greatly from USB technology, which makes networking, programming and monitoring of control systems easier than ever. As USB technology continues to advance and smaller mini USB connectors become available, you can expect to see this communication option on more small PLCs. Another example is non-volatile portable storage devices, which have rapidly penetrated the industrial market from the rapidly changing world of consumer electronics. They bring huge benefits to PLC users by providing a lot of extra storage space in a small package. These possible options include USB device, SD card, mini SD card, micro SD card, etc. , adding up to 32GB of additional storage space for end users, machine builders and system integrators. 2. Integration of programmable controller and polyaluminum chloride Many industrial controller vendors are still selling the similarities and differences between PACs and PLCs, but when future automation engineers think about their systems, they may not care what the names are and just focus on performance and actual functionality. Just as the definitions and characteristics of these two devices continue to evolve, PLCs and PACs will evolve into each other. Based on this evolution, there will be plenty of opportunities in both the low-end and high-end markets. As hardware technology advances, advanced features will find their way into lower-end processors. This in turn will push vendors to integrate more features and options into high-end products. High-speed processors and larger storage space will facilitate the application of advanced functions such as motion control, vision system integration and collaborative support of various communication protocols. Of course, in order to attract more users, PLC will still retain its simple functions. In the process of integrating PAC and PLC, we can see the continuous improvement and progress of these two products. PAC allows users to expand in the traditional industrial automation field and encourages suppliers to develop new products that meet customer needs. These requirements challenge product designers: forcing them to look in new directions, such as supporting existing components to build new systems to meet harsh industrial environments. Future challenges will include providing connectivity, expanding storage capacity and increasing controller processing power to handle increasingly complex applications while maintaining or even reducing the cost of the end product. 3. Ladder Language: Never Say Goodbye Fifty years ago, hardwired relay logic was replaced by ladder language, which brought convenience to technicians and engineers familiar with relay logic, but it also had its limitations, especially in process control and data processing applications. IEC61131-3 provides another programming language for industrial controllers, but ladder language still has its own advantages and has always shown its unique charm. Although process control has continuous function diagrams, structured text is also good for data processing, and other IEC languages also have their own advantages. But ladder language will still be the leader in PLC programming language. Suppliers and their customers purchase PLCs with built-in ladder language logic programming and use these PLCs to control a wide range of infrastructure equipment. There are also a large number of engineers, technicians, electrical engineers and maintenance workers who prefer the simple programming technology of ladder language. Regardless of how the hardware evolves, this language will continue to be the industry standard for PLCs for a long time to come. While the ladder logic language can serve as the building block for simple machine control, function block programming techniques can reduce code count, especially when PLC code needs to be integrated into a unified programming environment. 4. Unified programming environment Combining programmable controllers, motion control and human-machine interface programming into a unified environment is a trend for the next few years. Integrating programmable controllers and human-machine interfaces in the same rack may be the next trend, whether the display is included in the assembly or as an external option. Whether it is the same processor or HMI module integrated into the PLC I/O rack, current technology can support both configurations. A unique programming environment is ideal for most users, as long as it is not too complex. The advantages of combining these modules include shortened learning cycles and development time. However, if this programming environment is not designed well, it can become cumbersome and difficult to operate. An important step in having a unified programming environment is ensuring that devices can share the same tagname database. Labels are an important link between programs and processes. Building a database is a time-consuming project, and reducing these repetitive tasks will shorten overall R&D time and reduce the chance of errors. 5. Welcome to the wireless era Over the past few decades, especially in the early 1990s, a large number of different communication networks and protocols have emerged for industrial applications. Over time, these various choices became increasingly reserved for a small number of leaders. As with consumer PCs and their peripherals, this trend will continue, with a future focus on self-configuring plug-and-play solutions. In fact, there is no need to pay attention to whether these communication technologies can achieve real-time performance, because the original speed of many industrial control networks such as Ethernet is far faster than the needs of most applications. As for a universal interface between local storage and other devices, while USB is available, it has its limitations. USB is plug-and-play, but integrating hardware and software with USB requires additional investment from device vendors. Because of this, industrial hardware suppliers such as barcode readers and electronic scales are slow to change and will still use the RS232 interface in the short term. At present, the communication interface of high-end PLC can adapt to a variety of protocols. It is expected that this situation will improve in the future as user requirements become standardized, perhaps in the form of Ethernet and wireless only, or with the possible option of industrial Bluetooth. This is a wireless era. However, before we see a huge convergence of commercial and industrial wireless communication protocols, industrial applications do require wireless technologies that are robust over larger ranges and ensure data integrity. We are also seeing progress in this area: from the latest Wi-Fi (802.11n) and ZigBee (802.15.4) protocols to point-to-point connectivity, mesh connectivity and the rise of Bluetooth and near-field communications, but these have not yet become A solution for mission-critical factory floors. In the future, wireless technology will be more widely used in RTUs suitable for wireless applications or some non-critical monitoring applications (which do not require real-time control). 6. Fully integrated factory The most striking change in PLC in the future should be the integration of enterprise resource planning (ERP) systems or other advanced systems with the factory level. In the past, the main integration task was to extract machine and processing data and upload it to those high-level systems. In the future, new technologies such as hooks and functions will simplify this integration. In view of this, controller manufacturers need to take more into consideration the needs of users when designing PLC solutions. This solution is not only used for control, but also enables seamless operation and provides data to users who need it. This may include providing access to data provided through a browser or mobile application, or including tools to access databases. Enhanced communications, increased processing speed and greater storage capacity give PLCs the ability to manage the data they generate. This is the natural development trend of PLC. Although the form, purpose and performance will change significantly, the term programmable controller will continue to be the name of many industrial automation controllers in the future. The scale of PLC will continue to shrink, and the development of hardware will also bring new features and functions to PLC. The improvement of software and communication capabilities will give the long-standing name of PLC a new positioning - an industrial automation platform.

23
June 2022

Read More
What is The SCARA Four-axis Robot System?
What is the SCARA four-axis robot system? The traditional robot just repeats its work and cannot detect the environment around it. However, with the development of the economy, the company's have higher requirements for products, robot technology has also to made a new breakthrough, high-performance SCARA four-axis robots create more value for the society. But many people don't know about the SCARA four-axis robot system. Let's take a look at it. The SCARA four-axis robot refers to the selective assembly of the joint robot arm, that is, the arm portion of the four-axis robot can move freely in a geometric plane. The first two joints of the SCARA four-axis robot can rotate freely on the left and right in the horizontal plane. The third joint consists of a metal rod called a quill and a gripper. The metal rod can move up and down in a vertical plane or about its vertical axis, but cannot tilt. The structure of the SCARA four-axis robot is similar to the human arm. The multiple degrees of rotational freedom are similar to the rotation of the human arm in the shoulder, elbow, and wrist. The 'hand' of the terminal can move up and down. Easily to integrate the peripheral integrated control development system to create a streamlined, highly integrated robotic workstation. The internal details of the robot are the internal secrets of each robot manufacturer. The robot has been widely used in the assembly work since then. This unique design gives four-axis robots a high degree of rigidity, making them capable of high speed and repeatability. In packaging applications, four-axis robots are good at high-speed pick and place and other material handling tasks. The above is the introduction of the SCARA four-axis robot system. The popular SCARA four-axis robot is commonly used for palletizing and visual function library packaging. The automatic calibration function saves time, and the multi-thread parallel execution supports up to 5 multi-tasks at the same time. The software functions are all open without charging other fees; it is also the most widely used multi-axis robot system. To find out more about the knowledge of SCARA robots, please keep focus the update informations on our website.

12
May 2024

Read More
May Day holiday notice
Dear friends, According to the "Notice on the Arrangement of Certain Holidays in 2024" issued by the State Council, this year's May Day Labor Day holiday will start from May 1, 2024 and last until May 5, with a total of 5 days of holiday. If you have any urgent questions during this period, you can directly contact Schwahr sales( sales@schwahrtechnology.com) staff or technical support. For details, please check "Contact Us" on Schwahr's official website. We apologize for the inconvenience this may cause! Deliveries cannot be made during the holidays. Customers who need to stock up please contact Schwahr sales manager in time and we will arrange processing for you before the holiday. Thank you for your support and understanding!

29
April 2024

Read More
What is an Infrared Temperature Sensor
Infrared temperature Sensor are revolutionizing the way temperature measurements are conducted across various industries. Infrared temperature sensor ability to accurately measure temperature from a distance, without any physical contact, makes them suitable for a wide range of applications. Infrared temperature sensor With non-contact measurement capability and advanced features, these transmitters offer accuracy, efficiency, and convenience unlike any other temperature measuring devices. This article will delve into the multifaceted applications of infrared temperature transmitters and highlight their significance in ensuring precise temperature readings. Applicantion of Infrared temperature Sensor Infrared temperature transmitters have found extensive use inIndustrial，Automotive，HVAC ect. •Monitoring Industrial Processes One of the primary applications of infrared temperature transmitters is in monitoring industrial processes. In industries such as manufacturing, pharmaceuticals, and food processing, temperature control is critical for ensuring product quality and preventing equipment failure. Infrared temperature transmitters provide real-time temperature readings of machinery, enabling operators to detect any anomalies promptly. This not only enhances precision in manufacturing but also minimizes the risk of costly downtime due to equipment failure. Infrared temperature transmitters effectively measure the temperature of production equipment, allowing for enhanced process control and the prevention of equipment failures. By providing real-time temperature data, these transmitters enable quick adjustments in parameters, thereby minimizing downtime and optimizing production efficiency. Automotive Application Automotive manufacturing involves numerous processes where temperature control is crucial. Infrared temperature transmitters enable precise temperature measurements during welding, surface treatment, and curing processes. By monitoring the temperature of components and ensuring adherence to desired temperature profiles, these transmitters enhance product quality and longevity while minimizing rejects and rework. •Improving Energy Efficiency Another significant application of infrared temperature transmitters is in improving energy efficiency. By accurately measuring the temperature of industrial equipment, such as boilers and furnaces, these transmitters help operators optimize energy consumption. With this information, adjustments can be made to fine-tune the operational parameters, resulting in reduced energy wastage and increased efficiency. This application is particularly beneficial in industries that heavily rely on thermal processes, such as power generation and chemical production. •Ensuring Food Safety Food processing facilities rely on accurate temperature control to ensure food safety and prevent spoilage. Infrared temperature transmitters are extensively used in these facilities to monitor temperatures during various stages of production, including cooking, cooling, and storage. By precisely measuring the temperature of perishable food items, operators can ensure compliance with food safety regulations and prevent the growth of harmful bacteria. This application is vital in maintaining the quality and integrity of food products, safeguarding consumer health. Enhancing Safety and Preventing Fires Infrared temperature transmitters play a crucial role in safety applications, particularly in preventing fires. By continuously monitoring the temperature of electrical components, transformers, and circuit breakers, these transmitters can detect overheating, a common precursor to electrical fires. Early detection allows for prompt action, such as shutting down the equipment or addressing the underlying issue, thus preventing potential disasters. This application is vital in data centers, power distribution facilities, and commercial buildings where fire safety is of paramount importance. Benefits of Infrared Temperature Transmitters: The applications of infrared temperature transmitters bring forth various benefits that cater to different industries. Some common advantages include: 1. Non-contact measurement: By eliminating the need for physical contact, infrared temperature transmitters minimize the risk of contamination and damage to sensitive equipment. 2. Greater accuracy: These transmitters offer precise temperature measurements, ensuring reliable data for process control, maintenance, and troubleshooting. 3. Time and cost savings: Infrared temperature transmitters provide instantaneous temperature readings, reducing the time required for manual measurements. This increases productivity while saving costs associated with labor. Conclusion Infrared temperature Sensor have indeed revolutionized temperature measurement techniques in various industries. Their non-contact measurement capability, accuracy, efficiency, and convenience make them indispensable tools for ensuring proper temperature control, preventing equipment failures, and optimizing processes. From industrial facilities to automotive plants, medical facilities to building management systems, these transmitters continue to prove their worth in diverse applications. As technology advances, we can expect further enhancements and integration of infrared temperature transmitters, continuing to shape the future of temperature monitoring.

19
September 2019

Read More

More News

Product Categories

Solutions

About Us

HOT PRODUCTS

News information