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PFTL301E 3BSE019050R1000 1.0kN Product Description:
ABB PFTL301E 3BSE019050R1000 1.0kN is a high-precision strain gauge weighing sensor designed specifically for light load measurement in industrial automation and process control systems. As part of ABB’s advanced PFTL300 series, it is integrated with ABB’s PLCs (such as AC 800M), Human Machine Interface (HMI), and ABB Ability ™ Integrate seamlessly with IoT platforms to achieve smooth data transmission from physical measurement to digital analysis. This weighing sensor serves as an important interface that converts mechanical force into standardized electrical signals (with a nominal output of 2.0mV/V), which can be processed, recorded, and used in real-time for control circuits.RRRRG
PFTL301E 3BSE019050R1000 1.0kN
Its value lies in its compact design (size: [X] millimeters) and through-hole installation method, which can be installed in space limited environments, while larger weighing sensors are not suitable. PFTL301E has been pre calibrated according to NIST traceability standards, reducing on-site setup time and ensuring accuracy is achieved immediately after installation. Its sturdy aluminum alloy structure and IP67 protection rating make it waterproof, dustproof, and resistant to mechanical impact, while its working temperature range of -30 ° C to+70 ° C ensures its versatility in various industrial environments. Whether used for static weighing (such as laboratory scales) or dynamic force monitoring (such as robotic arm feedback), this weighing sensor can simplify the integration of complex systems and become an ideal choice for applications that require accuracy and reliability.
PFTL301E 3BSE019050R1000 1.0kN
Main features and advantages:
ABB PFTL301E 3BSE019050R1000 1.0kN performs outstandingly in key technical fields. Its high-speed response time can capture transient forces within milliseconds, making it suitable for dynamic applications such as impact testing or high-speed cyclic packaging machines. The built-in temperature compensation function ensures stability in measurement throughout the entire operating temperature range, eliminating errors caused by environmental temperature fluctuations – a common challenge in uncontrolled production environments. The 150% safe overload capacity of this weighing sensor can prevent overload damage caused by equipment maintenance or accidental impact, while its anti fatigue performance (10 million load cycles) ensures long-term reliability under high-frequency use, such as assembly line quality control.
In terms of hardware, 5-meter shielded cables with M12 connectors can minimize electromagnetic interference (EMI), which is particularly important in facilities equipped with heavy machinery or high-power electrical systems. The through-hole installation design allows for flexible installation directions, while the lightweight structure (approximately 0.2 kilograms) can reduce pressure on the installation structure. Compatibility with optional signal conditioners such as ABB PFTA101C can be easily integrated into analog or digital control systems, supporting protocols such as Modbus RTU to achieve seamless communication with third-party devices.
The long-term performance is further improved through its anti creep design, which can maintain accuracy under continuous load – a necessary condition for applications such as tension control in fiber spinning processes. The low power consumption (24V DC input) of this weighing sensor meets energy-saving industrial design requirements, and its traceable calibration certificate provides compliance assurance for regulated industries such as healthcare and aerospace.
PFTL301E 3BSE019050R1000 1.0kN
Technical specifications:
Model ABB PFTL301E 3BSE019050R1000 1.0kN
Brand ABB
Type Strain Gauge Weighing Sensor
Rated load 1.0 kN (100 kgf)
Accuracy level OIML R60 C3
Non linearity ± 0.03% rated load
Lag ± 0.03% rated load
Temperature range -30 ° C to+70 ° C (working); -40 ° C to+80 ° C (storage)
Protection level IP67
Installation type: through-hole installation, using M6 bolts
Dimensions [Width] 40mm x [Height] 60mm x [Depth] 25mm (Example)
Weight approximately 0.2 kilograms
Output signal 2.0 mV/V ± 10% (nominal)
Cable length 5 meters (shielded, PVC insulated)
Electrical connection 4-wire system (power input, signal output)
Certification CE, UL, CSA, NIST traceability
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Phone:+86 16626708626
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PFTL301E 3BSE019050R1000 1.0kN
Application areas:
In industrial environments that require compact size, high precision, and durability, ABB PFTL301E 3BSE019050R1000 1.0kN weighing sensor becomes a key solution for light load measurement. This device is designed for environments that require precise control and has performed well in industries such as pharmaceutical research, semiconductor manufacturing, and automated quality control. For example, in a pharmaceutical laboratory, it can accurately measure the force applied during the tablet pressing process, ensuring that each tablet meets strict regulatory standards, guaranteeing uniformity and effectiveness. In semiconductor manufacturing, PFTL301E is used to monitor the small pressure applied by robotic carriers during chip placement, preventing damage to micro components that could result in millions of yield losses.
The food and beverage industry also uses this type of weighing sensor on precision filling lines to detect subtle weight changes in small packages, such as single serving seasoning packs or dietary supplements. It can handle a load of 1.0kN with an accuracy of ± 0.05%, making it very suitable for weight inspection applications on conveyor belts. Even small deviations may lead to product recalls or customer dissatisfaction. In addition, PFTL301E is used for fatigue testing of small components such as sensors or connectors in automotive testing facilities, providing real-time force data for engineers optimizing material durability. Its IP67 protection level sealing design ensures reliable operation in humid or dusty environments, such as bakeries, kitchens, or electronic assembly workshops.
PFTL301E 3BSE019050R1000 1.0kN
Related products:
ABB PFTA101C – Signal Regulator Module, capable of amplifying the mV/V output of weighing sensors to be compatible with ABB’s control system, supporting analog (4-20mA) or digital (Modbus RTU) output.
ABB PFTL301E 2.0kN – a higher capacity model within the same series, suitable for expansion to medium loads while maintaining the same mechanical and electrical interfaces.
ABB PCM602- Multi channel process controller, capable of monitoring up to 8 weighing sensors simultaneously, providing real-time data visualization and alarm triggering functions, suitable for complex weighing systems.
ABB PM510-ETH – Ethernet gateway module, used to transmit weighing sensor data to ABB Ability ™ Waiting for cloud platforms to achieve remote monitoring and predictive maintenance.
ABB PSTX14-600-70- Conveyor System Soft Starter, used in conjunction with PFTL301E, can manage smooth start stop force and prevent measurement distortion.
ABB TA800- Temperature transmitter, suitable for environments that require precise thermal compensation, ensuring accuracy under extreme temperature conditions.
ABB PFTL101BE 2.0KN 3BSE004214R1- A supplementary weighing sensor for medium load applications, providing shared calibration tools and system integration protocols.
Installation and maintenance:
Before installation, please ensure that the installation surface is flat and perpendicular to the direction of the applied force to avoid errors caused by eccentric loading. Use anti vibration washers and tighten M6 bolts to the torque value specified by ABB (8-10 N · m) to ensure safe and stress free installation. Route the cables through shielded conduits, away from power cables to reduce EMI, and ground the weighing sensors and control system to a common grounding point to prevent grounding loops. For multi load cell setups (such as platform scales), ensure that each unit is level and preloaded evenly to maintain balanced measurements.
For maintenance, conduct a quarterly inspection to check for cable wear, loose connections, or corrosion of installed hardware. Use a multimeter to test the bridge resistance (expected value: [350 Ω± 5%]) and power supply voltage (24V DC ± 10%) of the weighing sensor. Annually recalibrate the weighing sensor using a certified 1.0kN test weight and compare the readings with the calibration certificate. In a high humidity environment, check if the M12 connector has water ingress and reseal it with silicone grease if necessary. Regularly update the firmware of connection modules (such as PFTA101C) to obtain improved noise filtering and diagnostic functions, and archive calibration records for compliance audits.
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