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Allen-Bradley 2097-F4 Line Filter
The Allen-Bradley 2097-F4 Line Filter is a high-performance filtering device meticulously developed by Rockwell Automation. It is primarily designed for use in industrial automation, particularly for 配套 with Kinetix 300 or 350 series servo drives. This filter effectively suppresses electromagnetic interference (EMI) in AC lines, providing a stable and clean power supply environment for connected equipment. It ensures the stable operation of industrial equipment in complex electromagnetic environments, reduces equipment failures and abnormalities caused by power interference, and enhances the reliability and stability of the entire automation system.
- Electrical Parameters
- Input Voltage Range: Supports 120-240V AC, adaptable to common power supply voltages in different industrial sites, with good versatility, and can be put into use without complex voltage adaptation equipment.
- Input Frequency: 50 to 60 Hz, capable of meeting the AC frequency standards in most regions worldwide, and can work stably in both 50Hz power grids in Europe and 60Hz power grids in the Americas.
- Rated Current: 4.4A, able to meet the power demand of equipment at the corresponding power level, providing sufficient and stable current supply for connected servo drives and other equipment to ensure their normal operation.
- Leakage Current: Only 1mA, effectively reducing safety hazards caused by leakage, ensuring the safety of operators and the stability of equipment operation, and meeting strict electrical safety standards.
- Power Loss: The rated value is 1.2W. Low power loss means that during long-term operation, it can effectively save energy, reduce operating costs, and reduce potential risks caused by heat generation.
- Physical Parameters
- Installation Method: Adopts a rear mount base design, easy to install in the rear space of the equipment, saving installation space such as control cabinets, and also facilitating heat dissipation and maintenance, making it convenient for technicians to perform line connection and later maintenance operations.
- Dimension Specifications: The overall dimensions are approximately 68.5mm in width × 219mm in length (or 23 × 5 × 7 cm). The compact structure design enables it to flexibly adapt to the internal layout of various industrial control cabinets, without occupying too much valuable space, especially suitable for automation equipment integration scenarios with limited space.
- Weight: Approximately 0.8kg (or 0.18 pounds). The lightweight design facilitates transportation and installation, reduces physical consumption and installation difficulty during the installation process, and improves project implementation efficiency.
- Wiring Parameters: It is recommended to use 14 AWG wires for connection to ensure good conductivity and safety; the wire stripping length is 7mm (0.28 inches), and the wiring torque value is 0.5 N-m (4.5 pound-force-inches). Strictly following these parameters for wiring can ensure firm and reliable line connection, avoiding poor contact or electrical accidents caused by improper wiring. The filter is connected to the terminals through IPD-1, IPD-2, IPD-3, and IPD-4 pins, with signal marks as PE (ground), L1, L2, and L3 (three-phase power input).
- Certification Standards: Complies with multiple international authoritative certification standards such as c-tick, CE, cUL, KC, UL, which means that the product has passed strict testing and verification in terms of safety, electromagnetic compatibility, etc., and can be safely applied to industrial projects in different regions around the world, meeting local regulations and safety requirements.
- Efficient Electromagnetic Interference Suppression: Adopts advanced filtering technology and circuit design, which can effectively attenuate common-mode and differential-mode noise in AC lines, especially providing excellent noise suppression performance in the low-frequency range. This has a significant filtering effect on electromagnetic interference generated by frequency converters, motors, etc., common in industrial environments, ensuring that connected servo drives and other equipment are not affected by interference, operate stably, reduce equipment misoperation, and improve production efficiency and product quality.
- Precise Adaptation to Specific Drive Series: Specifically designed for Kinetix 300 and 350 series servo drives, achieving precise matching with this series of drives in terms of electrical performance, interface specifications, etc. This targeted design can give full play to the performance advantages of the filter, provide the most suitable power supply environment for the drive, and better meet the strict requirements of Kinetix series drives for power supply purity in complex industrial environments compared to general-purpose filters.
- Robust and Durable Industrial-Grade Design: Has good anti-vibration and anti-impact performance, and can adapt to harsh working conditions in industrial production sites, such as mechanical vibration, frequent start-stop, etc. The shell is made of high-quality materials, with certain dust-proof and moisture-proof capabilities, which can effectively resist the erosion of dust, moisture, etc. on internal circuits, prolong the service life of the product, reduce maintenance costs, and ensure the long-term stable operation of the automated production line.
- Convenient Installation and Maintenance: The rear mount installation method and clear wiring parameters make the installation process simple and clear, even technicians with relatively little experience can quickly complete the installation operation. At the same time, the product structure is reasonably designed, facilitating later maintenance and overhaul. For example, when the filter needs to be replaced, it can be quickly disassembled and installed, reducing equipment downtime and improving equipment availability.
- Manufacturing Automation Production Lines: In automated production lines such as automobile manufacturing and electronic equipment manufacturing, a large number of servo drives are used to precisely control the operation of motors to achieve precise assembly of components, accurate conveying of materials, etc. The 2097-F4 line filter can effectively suppress electromagnetic interference generated by various equipment on the production line, ensure the stable operation of servo drives, guarantee the efficient and stable operation of the production line, and avoid production stagnation or product quality problems caused by electromagnetic interference.
- Industrial Robot Applications: During the operation of industrial robots, their internal motor drive systems have high requirements for power quality. The 2097-F4 filter can provide clean power for the servo drives of industrial robots, reduce the impact of power interference on the motion accuracy of robots, ensure that robots can accurately complete operations when performing tasks such as handling, welding, and grinding, and improve the working reliability and operation accuracy of industrial robots.
- Machine Tool Processing Equipment: Modern machine tool processing equipment is usually equipped with high-performance numerical control systems and servo drive motors to achieve high-precision cutting, drilling and other processing operations. During the operation of machine tools, surrounding electrical equipment may generate electromagnetic interference to their control systems. Using the 2097-F4 line filter can effectively filter interference signals, ensure the stable operation of the numerical control system and servo drives, thereby ensuring the processing accuracy of machine tools, improving the quality of processed products, and reducing the scrap rate.
- Packaging Machinery: During the operation of packaging machinery, motors start and stop frequently, and various sensors and controllers work together, which are prone to generate electromagnetic interference, affecting the normal operation of the equipment. The 2097-F4 filter can be installed at the front end of the servo drive of the packaging machinery to suppress electromagnetic interference, ensure the stable operation of the equipment, ensure the accuracy and efficiency of the packaging process, and improve packaging quality and production efficiency.

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