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ABB-SH204-D4 SH204-D4 Miniature Circuit Breaker – 4P – D – 4 A
AmberLite™ Ion Exchange Resins for Demineralization
These resins are utilized to remove all cations, anions, and large organic contaminants from feedwater. The demineralization process typically involves at least two resin beds: a hydrogen form strong acid cation resin followed by a hydroxide form strong base anion resin. A degassifier might be used between these beds to reduce anionic load by removing bicarbonate alkalinity
AmberLite™ Ion Exchange Softening & Dealkalization Resins
These resins are used for removing hardness-causing cations (like calcium and magnesium) from feedwater, preventing scale formation. The process involves using a strong acid cation (SAC) resin in sodium form for replacing hardness ions with sodium ions. For high Total Dissolved Solids (TDS) water, a high-capacity weak acid cation (WAC) resin in sodium form is employed. For dealkalization and partial softening, a weak acid cation resin in hydrogen form is used, which converts bicarbonate alkalinity to CO2, removable by degasification. There's also an option for dealkalization using a strong base anion (SBA) resin in chloride form
AmberLite™ Mixed Bed (MB) Ion Exchange Resins
These resins serve as the final polishing step for boiler make-up water and play a crucial role in steam condensate treatment. They are effective in removing low parts per million (ppm) to parts per billion (ppb) range contaminants and can safeguard the system in case of condenser leaks, thereby enhancing plant reliability
AX8108
AX 8108 Axis Modules in Multi-Axis Servo Systems
Axis modules are fundamental components in multi-axis servo systems, designed to supply motors through their integrated DC link and inverter. These modules are pivotal for the flexible and efficient design of industrial automation systems, offering customizable solutions based on the specific needs of each axis.
Key Features and Capabilities:
Versatile Configuration: Axis modules can be conveniently attached to a power supply module, forming a multi-axis servo system. They are designed to be combined with different ratings, allowing for an optimized design of individual axes.
Wide Supply Voltage Range: Operating within a broad voltage range of 100 to 480 V AC, the axis modules ensure compatibility with any power supply module. This feature greatly simplifies machine configuration for various mains supplies.
Tool-Free Electrical Connection: The integrated AX-Bridge facilitates a tool-free connection, automatically linking the DC link, 24 V DC control voltage, and EtherCAT communication between modules. This innovation enhances installation ease and reliability.
Energy Exchange and Management: The DC link connection allows for the efficient exchange of energy during acceleration and braking, storing regenerative brake energy within the common DC link. In cases where this energy exceeds the DC link's capacitance, the AX881x capacitor module's brake resistor is employed to manage the voltage.
Advanced Safe Drive Technology with TwinSAFE: The AX8108, AX8118, and AX8206 axis modules feature programmable TwinSAFE Logic, enabling direct implementation of safety applications in the servo drive. This technology provides greater flexibility and customization in the design of safe drive systems.
Safety Functions and Customization: The modules offer safety functions like STO and SS1, which can be activated either through hard wiring or FSoE. For modules with the -0200 (Safe Motion) ordering option, a variety of drive signals are available for creating specific safety functions, using pre-certified function blocks for complex safety tasks.
Multi-Feedback Interface: The -0x10 ordering option supports digital encoder systems like EnDat 2.2/22 and BiSS C. With dual-axis modules, each axis is assigned an encoder interface, allowing for primary or secondary feedback. This feature is vital for applications requiring high precision, such as in the case of linear encoders used with AM8000 servomotors.
The multi-axis servo system, with its axis modules, is a cutting-edge solution for businesses seeking adaptable, safe, and high-precision drive technology. The system's flexibility in programming and wide range of safety functions make it ideal for various industrial applications requiring customized and efficient automation solutions.
AX8118
AX8118 Single-Axis Module
The AX8118 Single-Axis Module is a crucial component of the AX8000 multi-axis servo drive system, designed to cater to the demanding requirements of modern industrial automation. This module is engineered for versatility and precision, providing a comprehensive solution for a wide range of automation applications.
Key Features and Advantages:
Integrated DC Link and Inverter: The module contains both the DC link and the inverter necessary for supplying power to the motor, forming an all-in-one solution for axis control.
Modular and Scalable Design: The AX8118 can be easily attached to power supply modules, enabling the formation of a multi-axis servo system. Its design allows for the combination of modules with different ratings to achieve an optimized configuration for each axis.
Wide Supply Voltage Range: Supporting a voltage range from 100 to 480 V AC, this module offers operational flexibility, ensuring compatibility with various power supply modules and mains supplies.
Tool-Free Electrical Connection: The integrated AX-Bridge ensures a hassle-free electrical connection, automatically linking the DC link, 24 V DC control voltage, and EtherCAT communication between modules, enhancing installation ease and reliability.
Efficient Energy Management: During acceleration and braking, regenerative brake energy is primarily stored in the common DC link. Excess energy is managed by the brake resistor of the AX881x capacitor module to maintain optimal DC link voltage.
Advanced Safety Features with TwinSAFE: The module includes programmable TwinSAFE Logic, mirroring the capabilities of an EL6910. This feature allows for the direct implementation of custom safety applications in the servo drive, offering flexibility in designing safe drive technology systems.
Customizable Safety Functions: Safety functions like STO and SS1 are available, which can be activated via hard wiring or FSoE. The -0200 (Safe Motion) option provides various drive signals for creating tailored safety functions, compatible with EL6910 pre-certified function blocks.
Multi-Feedback Interface: The -0x10 option supports digital encoder systems like EnDat 2.2/22 and BiSS C, with two D-sub 15-pin connectors for connecting one or two encoders to a single-axis module. This feature is vital for applications requiring high precision, allowing for both primary and secondary feedback.
The AX8118 Single-Axis Module stands out for its versatility, precision, and safety features, making it an ideal choice for industries seeking a scalable, efficient, and safe solution for their automation needs. Whether used for third-party motors or in conjunction with Beckhoff linear motors, this module offers the flexibility and performance required for advanced industrial applications.
AX8128
AX8128 Single-Axis Module
The AX8128 Single-Axis Module is a versatile and efficient component of the AX8000 multi-axis servo drive system, tailored for modern industrial automation needs. This module integrates essential functions to supply motors, making it a vital part of a comprehensive servo system.
Key Features and Benefits:
Integrated DC Link and Inverter: The AX8128 contains both the DC link and the inverter, providing a complete solution for motor power supply within a single module.
Flexible System Configuration: These modules can be attached to a power supply module to form a multi-axis servo system. Their compatibility with modules of different ratings allows for an optimized design of individual axes, ensuring flexibility in system configuration.
Broad Supply Voltage Range Compatibility: Supporting a voltage range from 100 to 480 V AC, the AX8128 can operate seamlessly with any power supply module. This feature enables easy implementation of machine configurations for diverse mains supplies.
Tool-Free Electrical Connection: Featuring the integrated AX-Bridge, the module ensures a hassle-free connection, linking the DC link, 24 V DC control voltage, and EtherCAT communication between modules automatically.
Efficient Energy Exchange and Management: During acceleration and braking, the module efficiently handles regenerative brake energy, storing it in the common DC link. If the energy exceeds the DC link's capacity, the brake resistor of the AX881x capacitor module is utilized to manage the voltage.
Advanced Safety Technology with TwinSAFE: The AX8128 includes programmable TwinSAFE Logic, similar to an EL6910, allowing for the direct implementation of custom safety applications. This flexibility is crucial for designing safe drive technology systems according to specific requirements.
Customizable Safety Functions: The module offers safety functions such as STO and SS1 (with the -0100 ordering option), which can be activated through hard wiring or FSoE. The -0200 (Safe Motion) option provides various signals for creating application-specific safety functions.
Enhanced Multi-Feedback Interface: The -0x20 ordering option supports digital encoder systems like EnDat 2.2/22, BiSS C, and analog encoder systems TTL (DIFF RS422), and SinCos 1 Vss. This feature allows for precise feedback control, essential for applications requiring high accuracy.
The AX8128 Single-Axis Module is an exemplary choice for businesses seeking a reliable, flexible, and safety-focused component for their industrial automation systems. Its advanced features and compatibility with various encoder systems make it ideal for a wide range of industrial applications.