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  • Danfoss 060G2424
    OVERVIEW Danfoss 060G2424 Pressure Transmitter   FEATURES AND BEBFITS High-precision measurements: Danfoss pressure transmitters provide high-precision measurement capabilities to ensure accurate pressure readings in a wide range of environments. High reliability: The rugged design provides reliable pressure measurement under harsh environmental conditions, ensuring long-term stable operation. Flexible configuration: A variety of output signal options (such as 4-20mA, 0-5V, etc.) and absolute or relative (gauge) versions are available to meet the needs of different application scenarios. Multiple Connection Options: A wide range of pressure and electrical connections are available for users to select and install according to their actual needs. High protection capability: With high EMC/EMI protection capability, it meets the most stringent industrial requirements to ensure that it can work normally in complex environments.   RECOMMENDED PRODUCTS 132F0001 132Z0065 132B0062 132Z0066 132F0003 132Z0067 132F0005 176F3141 132F0007 176F3146 132B0063 176F3497 132B0027 176F3504 132B0035 176F3510 132B0058 176F3876  
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  • SICK DFS60B-S4AA05000 1037124
    OVERVIEW DFS60B-S4AA05000 1037124 Incremental Encoder   Detection sensors based on optical, magnetic, inductive or capacitive principles of operation ensure accurate detection of different objects. Detection sensors have many applications, from presence and position detection to continuous condition monitoring and the detection of colors and contrasts. Thanks to the ASIC and LED technologies, they offer high reliability. Additional sensor information, such as data on vibration, shock, temperature, or sensor contamination, can be used via IO-Link to simplify modern production processes.   CLASSIFICATION Photoelectric sensor: Used to detect the presence, position, shape and color of objects, etc., with high precision and high reliability. Ultrasonic sensor: Detects the distance and shape of an object by measuring the reflection time of ultrasonic waves, and is suitable for various non-contact measurement scenarios. Laser sensor: Uses a laser beam for high-precision measurement and positioning, suitable for long-distance measurement and complex environments. Radar sensor: Detects the distance, speed and direction of objects by transmitting and receiving radio waves, and is suitable for bad weather and complex environments. Safety sensors: Used to ensure the safety of equipment and personnel, including safety light curtains, safety door switches, and safety laser scanners. Smart sensors: Combine IoT and big data technologies to enable functions such as remote monitoring, data analysis, and predictive maintenance.   PACKAGING & SHIPPING All the goods will be inspected or tested before shipment. Packing in professional anti-static bag;And foam cushioning materials will be use. We can shipping all over the world via DHL,UPS,Fedex and EMS. The packaging is very strong. If you have any special needs, please notify me.   FAQ Q: How about the warranty ? A: Best provide 12 months warranty for all the goods from us.   Q: Are all the goods genuine? A: Yes, all of our goods are 100% brand new and original. Q: Could you provide technology support to us? A: Yes, we have been in this field for many years, and we have very experienced and specialized technology staffs. Any question, welcome to contact us, we will try our best to help you. Q: How to ensure product quality? A: Our technicians can provide you with more professional services and product testing.  
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  • Mitsubishi GT2505-VTBD
    Product Description GT2505-VTBD Human Machine Interface Mitsubishi servo motors exhibit broad application potential in the realm of industrial automation, attributed to their exceptional precision, superior performance, diverse series offerings, and robust communication capabilities. Furthermore, Mitsubishi Electric guarantees quality, offers comprehensive technical support, and provides customized services to furnish users with more dependable and adaptable solutions.   Features High precision: Mitsubishi servo motors use high-resolution encoders, which are able to achieve high-precision position control and speed control. This gives Mitsubishi servo motors a significant advantage in applications where high-precision control is required. High performance: Mitsubishi servo motors have high-speed response, high torque and stable running performance. A variety of series: Mitsubishi servo motor has a number of series, such as MR-J, MR-H, MR-E series; MR-J3 series; MR-ES series, etc. These series have different properties and characteristics to meet the needs of different application scenarios. Communication function: Some Mitsubishi servo motors have RS-232, RS-422 or USB communication interfaces, which can be used for parameter setting, trial operation, status display and gain adjustment through the computer.   Application Mitsubishi servo motors are widely used in various industrial automation fields, such as CNC machine tools, robots, automated production lines, etc. In these applications, Mitsubishi servo motors can provide stable, reliable, and high-precision control performance to meet the needs of various complex working conditions.   Hot Selling 3VA9988-0AA11 22A-D6P0H204 140DAI55300C 3VA9988-0BA23 22A-D6P0N104  140DAI54000C 3VA9987-0TG10 22A-D6P0F104 140DAI35300C 3VA9987-0TE10 22A-D8P7H204 140DAI34000C 3VA9987-0TA10 22A-V1P5H204 140CPS41400C
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  • Mitsubishi FX3U-2HC
    Product Description FX3U-2HC High-Speed Counter Module Mitsubishi servo motors exhibit broad application potential in the realm of industrial automation, attributed to their exceptional precision, superior performance, diverse series offerings, and robust communication capabilities. Furthermore, Mitsubishi Electric guarantees quality, offers comprehensive technical support, and provides customized services to furnish users with more dependable and adaptable solutions.   Features High precision: Mitsubishi servo motors use high-resolution encoders, which are able to achieve high-precision position control and speed control. This gives Mitsubishi servo motors a significant advantage in applications where high-precision control is required. High performance: Mitsubishi servo motors have high-speed response, high torque and stable running performance. A variety of series: Mitsubishi servo motor has a number of series, such as MR-J, MR-H, MR-E series; MR-J3 series; MR-ES series, etc. These series have different properties and characteristics to meet the needs of different application scenarios. Communication function: Some Mitsubishi servo motors have RS-232, RS-422 or USB communication interfaces, which can be used for parameter setting, trial operation, status display and gain adjustment through the computer.   Application Mitsubishi servo motors are widely used in various industrial automation fields, such as CNC machine tools, robots, automated production lines, etc. In these applications, Mitsubishi servo motors can provide stable, reliable, and high-precision control performance to meet the needs of various complex working conditions.   Hot Selling 3VA9988-0AA11 22A-D6P0H204 140DAI55300C 3VA9988-0BA23 22A-D6P0N104  140DAI54000C 3VA9987-0TG10 22A-D6P0F104 140DAI35300C 3VA9987-0TE10 22A-D8P7H204 140DAI34000C 3VA9987-0TA10 22A-V1P5H204 140CPS41400C
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  • Mitsubishi GT1455-QTBDE
    Product Description GT1455-QTBDE Touch Screen HMI Mitsubishi servo motors exhibit broad application potential in the realm of industrial automation, attributed to their exceptional precision, superior performance, diverse series offerings, and robust communication capabilities. Furthermore, Mitsubishi Electric guarantees quality, offers comprehensive technical support, and provides customized services to furnish users with more dependable and adaptable solutions.   Features High precision: Mitsubishi servo motors use high-resolution encoders, which are able to achieve high-precision position control and speed control. This gives Mitsubishi servo motors a significant advantage in applications where high-precision control is required. High performance: Mitsubishi servo motors have high-speed response, high torque and stable running performance. A variety of series: Mitsubishi servo motor has a number of series, such as MR-J, MR-H, MR-E series; MR-J3 series; MR-ES series, etc. These series have different properties and characteristics to meet the needs of different application scenarios. Communication function: Some Mitsubishi servo motors have RS-232, RS-422 or USB communication interfaces, which can be used for parameter setting, trial operation, status display and gain adjustment through the computer.   Application Mitsubishi servo motors are widely used in various industrial automation fields, such as CNC machine tools, robots, automated production lines, etc. In these applications, Mitsubishi servo motors can provide stable, reliable, and high-precision control performance to meet the needs of various complex working conditions.   Hot Selling 3VA9988-0AA11 22A-D6P0H204 140DAI55300C 3VA9988-0BA23 22A-D6P0N104  140DAI54000C 3VA9987-0TG10 22A-D6P0F104 140DAI35300C 3VA9987-0TE10 22A-D8P7H204 140DAI34000C 3VA9987-0TA10 22A-V1P5H204 140CPS41400C
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  • Mitsubishi FX2N-1HC
    Product Description FX2N-1HC SPECIAL FUNCTION BLOCK Mitsubishi servo motors exhibit broad application potential in the realm of industrial automation, attributed to their exceptional precision, superior performance, diverse series offerings, and robust communication capabilities. Furthermore, Mitsubishi Electric guarantees quality, offers comprehensive technical support, and provides customized services to furnish users with more dependable and adaptable solutions.   Features High precision: Mitsubishi servo motors use high-resolution encoders, which are able to achieve high-precision position control and speed control. This gives Mitsubishi servo motors a significant advantage in applications where high-precision control is required. High performance: Mitsubishi servo motors have high-speed response, high torque and stable running performance. A variety of series: Mitsubishi servo motor has a number of series, such as MR-J, MR-H, MR-E series; MR-J3 series; MR-ES series, etc. These series have different properties and characteristics to meet the needs of different application scenarios. Communication function: Some Mitsubishi servo motors have RS-232, RS-422 or USB communication interfaces, which can be used for parameter setting, trial operation, status display and gain adjustment through the computer.   Application Mitsubishi servo motors are widely used in various industrial automation fields, such as CNC machine tools, robots, automated production lines, etc. In these applications, Mitsubishi servo motors can provide stable, reliable, and high-precision control performance to meet the needs of various complex working conditions.   Hot Selling 3VA9988-0AA11 22A-D6P0H204 140DAI55300C 3VA9988-0BA23 22A-D6P0N104  140DAI54000C 3VA9987-0TG10 22A-D6P0F104 140DAI35300C 3VA9987-0TE10 22A-D8P7H204 140DAI34000C 3VA9987-0TA10 22A-V1P5H204 140CPS41400C
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  • Mitsubishi FX3U-64MR/ES
    Product Description FX3U-64MR/ES Base Unit Mitsubishi servo motors exhibit broad application potential in the realm of industrial automation, attributed to their exceptional precision, superior performance, diverse series offerings, and robust communication capabilities. Furthermore, Mitsubishi Electric guarantees quality, offers comprehensive technical support, and provides customized services to furnish users with more dependable and adaptable solutions.   Features High precision: Mitsubishi servo motors use high-resolution encoders, which are able to achieve high-precision position control and speed control. This gives Mitsubishi servo motors a significant advantage in applications where high-precision control is required. High performance: Mitsubishi servo motors have high-speed response, high torque and stable running performance. A variety of series: Mitsubishi servo motor has a number of series, such as MR-J, MR-H, MR-E series; MR-J3 series; MR-ES series, etc. These series have different properties and characteristics to meet the needs of different application scenarios. Communication function: Some Mitsubishi servo motors have RS-232, RS-422 or USB communication interfaces, which can be used for parameter setting, trial operation, status display and gain adjustment through the computer.   Application Mitsubishi servo motors are widely used in various industrial automation fields, such as CNC machine tools, robots, automated production lines, etc. In these applications, Mitsubishi servo motors can provide stable, reliable, and high-precision control performance to meet the needs of various complex working conditions.   Hot Selling 3VA9988-0AA11 22A-D6P0H204 140DAI55300C 3VA9988-0BA23 22A-D6P0N104  140DAI54000C 3VA9987-0TG10 22A-D6P0F104 140DAI35300C 3VA9987-0TE10 22A-D8P7H204 140DAI34000C 3VA9987-0TA10 22A-V1P5H204 140CPS41400C
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  • SICK IMF12-04BPSNCOS
    OVERVIEW IMF12-04BPSNCOS Inductive Proximity Sensors Detection sensors based on optical, magnetic, inductive or capacitive principles of operation ensure accurate detection of different objects. Detection sensors have many applications, from presence and position detection to continuous condition monitoring and the detection of colors and contrasts. Thanks to the ASIC and LED technologies, they offer high reliability. Additional sensor information, such as data on vibration, shock, temperature, or sensor contamination, can be used via IO-Link to simplify modern production processes.   CLASSIFICATION Photoelectric sensor: Used to detect the presence, position, shape and color of objects, etc., with high precision and high reliability. Ultrasonic sensor: Detects the distance and shape of an object by measuring the reflection time of ultrasonic waves, and is suitable for various non-contact measurement scenarios. Laser sensor: Uses a laser beam for high-precision measurement and positioning, suitable for long-distance measurement and complex environments. Radar sensor: Detects the distance, speed and direction of objects by transmitting and receiving radio waves, and is suitable for bad weather and complex environments. Safety sensors: Used to ensure the safety of equipment and personnel, including safety light curtains, safety door switches, and safety laser scanners. Smart sensors: Combine IoT and big data technologies to enable functions such as remote monitoring, data analysis, and predictive maintenance.   PACKAGING & SHIPPING All the goods will be inspected or tested before shipment. Packing in professional anti-static bag;And foam cushioning materials will be use. We can shipping all over the world via DHL,UPS,Fedex and EMS. The packaging is very strong. If you have any special needs, please notify me.   FAQ Q: How about the warranty ? A: Best provide 12 months warranty for all the goods from us.   Q: Are all the goods genuine? A: Yes, all of our goods are 100% brand new and original. Q: Could you provide technology support to us? A: Yes, we have been in this field for many years, and we have very experienced and specialized technology staffs. Any question, welcome to contact us, we will try our best to help you. Q: How to ensure product quality? A: Our technicians can provide you with more professional services and product testing.  
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  • IFM IG5813
    OVERVIEW IFM IG5318 Inductive Sensor Permanently legible laser type label Wide operating temperature range High protection rating for the requirements of harsh industrial environments Robust stainless steel housing for use in the food and beverage industry Safe detection due to large sensing range and low sensor tolerances IFM Sensor uses the principle of electromagnetic induction to detect the effects of metal objects on magnetic fields for non-contact detection. This kind of sensor has the advantages of high precision, high reliability, fast response speed, etc., and can work stably in various harsh environments.   FEATURES Non-Contact Detection: IFM Sensor eliminates the need for direct contact with the object to be measured, avoiding mechanical wear and contamination issues, and increasing the life and reliability of the sensor. High Precision: Using advanced electronic technology and sophisticated manufacturing processes, IFM Sensors are able to achieve high-precision inspections to meet the needs of various industrial automation applications. Fast Response: IFM Sensor has a fast response speed and can reflect the changes of the measured object in real time, ensuring the real-time and accuracy of the automation system.   APPLICATION IFM Sensors are widely used in industrial automation, robotics, material handling, automotive manufacturing, and more. For example, in an automated production line, sensors can be used to detect the position of parts, counting, sorting, etc.; In a robot system, sensors can be used to detect obstacles around the robot to avoid collisions and damage; In the automotive manufacturing process, sensors can be used to detect the position and size of body parts to ensure product quality.   HOT SELLING F6706 BS203 00009313-00 ECPE16-0  F7113 BS204 00009752-00 ECPE41-2  F7132 BS207 00009207-00 ECPE42-1 F7529 BS205 00009206-00 ECPE82-0  F8627 BS209 00009634-00 ECPE82-2 F3221 BS210 00009794-00 ECPE84-0 F3225 BS212 00009796-00 ECPE84-2  
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  • IFM IG5318
    OVERVIEW IFM IG5318 Inductive Sensor Suitable for industrial, mobile, cooling and lubricating applications High protection rating for the requirements of harsh industrial environments Wide operating temperature range Safe detection due to large sensing range and low sensor tolerances Reduced inventory due to wide range of applications IFM Sensor uses the principle of electromagnetic induction to detect the effects of metal objects on magnetic fields for non-contact detection. This kind of sensor has the advantages of high precision, high reliability, fast response speed, etc., and can work stably in various harsh environments.   FEATURES Non-Contact Detection: IFM Sensor eliminates the need for direct contact with the object to be measured, avoiding mechanical wear and contamination issues, and increasing the life and reliability of the sensor. High Precision: Using advanced electronic technology and sophisticated manufacturing processes, IFM Sensors are able to achieve high-precision inspections to meet the needs of various industrial automation applications. Fast Response: IFM Sensor has a fast response speed and can reflect the changes of the measured object in real time, ensuring the real-time and accuracy of the automation system.   APPLICATION IFM Sensors are widely used in industrial automation, robotics, material handling, automotive manufacturing, and more. For example, in an automated production line, sensors can be used to detect the position of parts, counting, sorting, etc.; In a robot system, sensors can be used to detect obstacles around the robot to avoid collisions and damage; In the automotive manufacturing process, sensors can be used to detect the position and size of body parts to ensure product quality.   HOT SELLING F6706 BS203 00009313-00 ECPE16-0  F7113 BS204 00009752-00 ECPE41-2  F7132 BS207 00009207-00 ECPE42-1 F7529 BS205 00009206-00 ECPE82-0  F8627 BS209 00009634-00 ECPE82-2 F3221 BS210 00009794-00 ECPE84-0 F3225 BS212 00009796-00 ECPE84-2  
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  • IFM PN7096
    OVERVIEW IFM PN7096 Pressure Sensor Two switching outputs, one of them with IO-Link communication interface Red/green display for clear identification of the acceptable range The process connection can be rotated for optimum alignment With long-term stability thanks to high overload protection Robust design for use in harsh industrial environments IFM Sensor uses the principle of electromagnetic induction to detect the effects of metal objects on magnetic fields for non-contact detection. This kind of sensor has the advantages of high precision, high reliability, fast response speed, etc., and can work stably in various harsh environments.   FEATURES Non-Contact Detection: IFM Sensor eliminates the need for direct contact with the object to be measured, avoiding mechanical wear and contamination issues, and increasing the life and reliability of the sensor. High Precision: Using advanced electronic technology and sophisticated manufacturing processes, IFM Sensors are able to achieve high-precision inspections to meet the needs of various industrial automation applications. Fast Response: IFM Sensor has a fast response speed and can reflect the changes of the measured object in real time, ensuring the real-time and accuracy of the automation system.   APPLICATION IFM Sensors are widely used in industrial automation, robotics, material handling, automotive manufacturing, and more. For example, in an automated production line, sensors can be used to detect the position of parts, counting, sorting, etc.; In a robot system, sensors can be used to detect obstacles around the robot to avoid collisions and damage; In the automotive manufacturing process, sensors can be used to detect the position and size of body parts to ensure product quality.   HOT SELLING F6706 BS203 00009313-00 ECPE16-0  F7113 BS204 00009752-00 ECPE41-2  F7132 BS207 00009207-00 ECPE42-1 F7529 BS205 00009206-00 ECPE82-0  F8627 BS209 00009634-00 ECPE82-2 F3221 BS210 00009794-00 ECPE84-0 F3225 BS212 00009796-00 ECPE84-2  
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  • IFM EVC810
    OVERVIEW IFM EVC810 Female Wirable Connectors Gold-plated contacts for reliable electrical connections High protection rating for the requirements of harsh industrial environments Patented three-way ball clamp technology provides excellent strain relief Simple and fast wiring by means of screw terminals IFM Sensor uses the principle of electromagnetic induction to detect the effects of metal objects on magnetic fields for non-contact detection. This kind of sensor has the advantages of high precision, high reliability, fast response speed, etc., and can work stably in various harsh environments.   FEATURES Non-Contact Detection: IFM Sensor eliminates the need for direct contact with the object to be measured, avoiding mechanical wear and contamination issues, and increasing the life and reliability of the sensor. High Precision: Using advanced electronic technology and sophisticated manufacturing processes, IFM Sensors are able to achieve high-precision inspections to meet the needs of various industrial automation applications. Fast Response: IFM Sensor has a fast response speed and can reflect the changes of the measured object in real time, ensuring the real-time and accuracy of the automation system.   APPLICATION IFM Sensors are widely used in industrial automation, robotics, material handling, automotive manufacturing, and more. For example, in an automated production line, sensors can be used to detect the position of parts, counting, sorting, etc.; In a robot system, sensors can be used to detect obstacles around the robot to avoid collisions and damage; In the automotive manufacturing process, sensors can be used to detect the position and size of body parts to ensure product quality.   HOT SELLING F6706 BS203 00009313-00 ECPE16-0  F7113 BS204 00009752-00 ECPE41-2  F7132 BS207 00009207-00 ECPE42-1 F7529 BS205 00009206-00 ECPE82-0  F8627 BS209 00009634-00 ECPE82-2 F3221 BS210 00009794-00 ECPE84-0 F3225 BS212 00009796-00 ECPE84-2  
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  • IFM LK3124
    OVERVIEW IFM LK3124 Electronic Level Sensor For the reliable level control in tanks and containers Suitable for water, oils and coolants Clearly visible numerical display IFM Sensor uses the principle of electromagnetic induction to detect the effects of metal objects on magnetic fields for non-contact detection. This kind of sensor has the advantages of high precision, high reliability, fast response speed, etc., and can work stably in various harsh environments.   FEATURES Non-Contact Detection: IFM Sensor eliminates the need for direct contact with the object to be measured, avoiding mechanical wear and contamination issues, and increasing the life and reliability of the sensor. High Precision: Using advanced electronic technology and sophisticated manufacturing processes, IFM Sensors are able to achieve high-precision inspections to meet the needs of various industrial automation applications. Fast Response: IFM Sensor has a fast response speed and can reflect the changes of the measured object in real time, ensuring the real-time and accuracy of the automation system.   APPLICATION IFM Sensors are widely used in industrial automation, robotics, material handling, automotive manufacturing, and more. For example, in an automated production line, sensors can be used to detect the position of parts, counting, sorting, etc.; In a robot system, sensors can be used to detect obstacles around the robot to avoid collisions and damage; In the automotive manufacturing process, sensors can be used to detect the position and size of body parts to ensure product quality.   HOT SELLING F6706 BS203 00009313-00 ECPE16-0  F7113 BS204 00009752-00 ECPE41-2  F7132 BS207 00009207-00 ECPE42-1 F7529 BS205 00009206-00 ECPE82-0  F8627 BS209 00009634-00 ECPE82-2 F3221 BS210 00009794-00 ECPE84-0 F3225 BS212 00009796-00 ECPE84-2  
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  • IFM O5E500
    OVERVIEW IFM O5E500 Through-Beam Sensor Receiver Very long range Sensitivity adjustable via teach buttons Programmable light-on/dark-on mode Robust housing for use in harsh industrial environments With connector that can be rotated by 270° IFM Sensor uses the principle of electromagnetic induction to detect the effects of metal objects on magnetic fields for non-contact detection. This kind of sensor has the advantages of high precision, high reliability, fast response speed, etc., and can work stably in various harsh environments.   FEATURES Non-Contact Detection: IFM Sensor eliminates the need for direct contact with the object to be measured, avoiding mechanical wear and contamination issues, and increasing the life and reliability of the sensor. High Precision: Using advanced electronic technology and sophisticated manufacturing processes, IFM Sensors are able to achieve high-precision inspections to meet the needs of various industrial automation applications. Fast Response: IFM Sensor has a fast response speed and can reflect the changes of the measured object in real time, ensuring the real-time and accuracy of the automation system.   APPLICATION IFM Sensors are widely used in industrial automation, robotics, material handling, automotive manufacturing, and more. For example, in an automated production line, sensors can be used to detect the position of parts, counting, sorting, etc.; In a robot system, sensors can be used to detect obstacles around the robot to avoid collisions and damage; In the automotive manufacturing process, sensors can be used to detect the position and size of body parts to ensure product quality.   HOT SELLING F6706 BS203 00009313-00 ECPE16-0  F7113 BS204 00009752-00 ECPE41-2  F7132 BS207 00009207-00 ECPE42-1 F7529 BS205 00009206-00 ECPE82-0  F8627 BS209 00009634-00 ECPE82-2 F3221 BS210 00009794-00 ECPE84-0 F3225 BS212 00009796-00 ECPE84-2  
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  • IFM TA2532
    OVERVIEW IFM TA2532 Temperature Transmitter Hygienic design for the requirements of the food and beverage industry Fast response dynamics and very short power-on delay time High precision across the entire temperature measurement range Robust stainless steel housing with high protection rating and high pressure resistance IFM Sensor uses the principle of electromagnetic induction to detect the effects of metal objects on magnetic fields for non-contact detection. This kind of sensor has the advantages of high precision, high reliability, fast response speed, etc., and can work stably in various harsh environments.   FEATURES Non-Contact Detection: IFM Sensor eliminates the need for direct contact with the object to be measured, avoiding mechanical wear and contamination issues, and increasing the life and reliability of the sensor. High Precision: Using advanced electronic technology and sophisticated manufacturing processes, IFM Sensors are able to achieve high-precision inspections to meet the needs of various industrial automation applications. Fast Response: IFM Sensor has a fast response speed and can reflect the changes of the measured object in real time, ensuring the real-time and accuracy of the automation system.   APPLICATION IFM Sensors are widely used in industrial automation, robotics, material handling, automotive manufacturing, and more. For example, in an automated production line, sensors can be used to detect the position of parts, counting, sorting, etc.; In a robot system, sensors can be used to detect obstacles around the robot to avoid collisions and damage; In the automotive manufacturing process, sensors can be used to detect the position and size of body parts to ensure product quality.   HOT SELLING F6706 BS203 00009313-00 ECPE16-0  F7113 BS204 00009752-00 ECPE41-2  F7132 BS207 00009207-00 ECPE42-1 F7529 BS205 00009206-00 ECPE82-0  F8627 BS209 00009634-00 ECPE82-2 F3221 BS210 00009794-00 ECPE84-0 F3225 BS212 00009796-00 ECPE84-2  
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  • IFM TS2659
    OVERVIEW IFM TS2659 Temperature Cable Sensor Precise temperature measurement on machine surfaces For the connection to an evaluation unit Compact housing for installation where space is restricted Large temperature measurement range Simple and 100% sealed connection via M12 connector IFM Sensor uses the principle of electromagnetic induction to detect the effects of metal objects on magnetic fields for non-contact detection. This kind of sensor has the advantages of high precision, high reliability, fast response speed, etc., and can work stably in various harsh environments.   FEATURES Non-Contact Detection: IFM Sensor eliminates the need for direct contact with the object to be measured, avoiding mechanical wear and contamination issues, and increasing the life and reliability of the sensor. High Precision: Using advanced electronic technology and sophisticated manufacturing processes, IFM Sensors are able to achieve high-precision inspections to meet the needs of various industrial automation applications. Fast Response: IFM Sensor has a fast response speed and can reflect the changes of the measured object in real time, ensuring the real-time and accuracy of the automation system.   APPLICATION IFM Sensors are widely used in industrial automation, robotics, material handling, automotive manufacturing, and more. For example, in an automated production line, sensors can be used to detect the position of parts, counting, sorting, etc.; In a robot system, sensors can be used to detect obstacles around the robot to avoid collisions and damage; In the automotive manufacturing process, sensors can be used to detect the position and size of body parts to ensure product quality.   HOT SELLING F6706 BS203 00009313-00 ECPE16-0  F7113 BS204 00009752-00 ECPE41-2  F7132 BS207 00009207-00 ECPE42-1 F7529 BS205 00009206-00 ECPE82-0  F8627 BS209 00009634-00 ECPE82-2 F3221 BS210 00009794-00 ECPE84-0 F3225 BS212 00009796-00 ECPE84-2  
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