0100-00011 | AMAT | VME Communication Board | 0100-00011-Shanxi Runsheng

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0100-00011 | AMAT | VME Communication Board | 0100-00011

The AMAT VME communication board features a built-in FIFO buffer and interrupt/status register, supporting data acquisition, temperature/pressure/flow monitoring, and digital input/output. It supports the VME bus standard, is equipped with a PMC card interface, and is compatible with Ethernet, RS-485, CAN bus, Modbus-RTU, Profibus-DP, and other protocols, enabling remote I/O, AxisLink, and multi-device cascading. Employing advanced motion control algorithms, it supports absolute/relative address positioning, zero-return, and pulse output control, achieving micron-level accuracy. It is suitable for semiconductor wafer handling, precision machining, and other similar applications.

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Description

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　　Other names for 0100-00011:

　　Interface Board 0100-00011

　　0100-00011 Analog Signal Board

　　Digital Signal Board 0100-00011

　　AMAT 0100-00011 VME Communication Board is a high-performance industrial control module manufactured by Applied Materials (AMAT), widely used in semiconductor manufacturing, power system protection, and industrial automation.

　　Core Technical Parameters

　　Bus Standard:

　　Adopts VME (Versa Module Eurocard) bus architecture, compatible with 3U/6U/9U backplane sizes, supports multi-processor parallel operation and modular expansion.

　　Data transmission rate: 0-500Mbps, asynchronous transmission mechanism, dynamically adaptable to 16/24/32/40/64-bit address and data width.

　　Integrated PMC (PCI Mezzanine Card) interface, supporting high-speed data exchange and remote communication.

　　Electrical Performance:

　　Rated Current: 3-8A (230V AC)/2-16A (400-480V AC), overload capacity up to 300%.

　　Isolation Design: Intrinsically safe and non-intrinsically safe insulation strength 2500Vac, compliant with GB3836.1/GB3836.4 explosion-proof standards.

　　Electromagnetic Compatibility (EMC): Interference immunity reaches industrial level 4, suitable for harsh environments (such as Zone 0/Zone 1/Zone 2 hazardous locations).

　　Functional Modules:

　　Communication Interface: Supports multiple RS-232/RS-422/RS-485 serial communication, integrated UART controller, signal conditioning circuit, and power isolation.

　　Data Processing: Built-in FIFO buffer and interrupt/status register, supporting data acquisition, temperature/pressure/flow monitoring, and digital input/output.

　　Expansion Capabilities: Compatible with VME64x standard, supporting hot-swapping, bus locking, and redundant configuration (e.g., dual Modbus RTU, Profibus DP slave).

　　High-Frequency Characteristics: Integrated HF function package, rotating field frequency 1600Hz, switching frequency selectable up to 16kHz, suitable for high-speed applications such as spindles and turbines.

　　Communication Capabilities: Supports VME bus standard, equipped with PMC card interface, compatible with Ethernet, RS-485, CAN bus, Modbus-RTU, Profibus-DP, and other protocols, enabling remote I/O, AxisLink, and multi-device cascading.

　　Environmental Adaptability: Certified for explosion-proof operation according to GB3836.1/4 standards, resistant to temperatures from -30℃ to 60℃, high humidity (95% RH), and dusty environments, with electromagnetic compatibility reaching level 4.

　　Functional Characteristics

　　High-Precision Control: Employs advanced motion control algorithms, supporting absolute/relative address positioning, zero-return, and pulse output control with micron-level precision, suitable for semiconductor wafer handling, precision machining, and other scenarios.

　　Data Acquisition and Protection: Integrates temperature, pressure, and flow sensor interfaces, supports single-phase leakage protection (24V output, voltage >12V at 45mA current), and features multiple protection mechanisms against overcurrent, overvoltage, and overheating.

　　Modular Design: Supports hot-swapping, compatible with PLCs, frequency converters, and servo systems. Parameter configuration and fault diagnosis can be performed via USB/RS485 interfaces, reducing maintenance costs.

　　Expandability: Supports dual-channel redundant configuration (such as the SYNCHROTACT 6 synchronizer) to improve system reliability; built-in 2TB storage, supports dual-stream video compression (H.264).

　　Application Scenarios

　　Semiconductor Manufacturing: Used for wafer handling robots, motion control of lithography machines, and monitoring of process parameters (such as temperature and pressure) to ensure stable equipment operation and product yield.

　　Power Systems: As a relay protection device, it detects abnormal current/voltage, isolates faulty lines, and supports single-phase leakage protection in three-phase four-wire circuits.

　　Industrial Automation: Enables precise motion control in robots, CNC machine tools, and automated production lines, supporting multi-axis synchronization, trajectory planning, and real-time communication.

　　Specialty Industries: Control modules for industries such as food, chemicals, and heat treatment, meeting the requirements of special environments such as explosion-proof and corrosion-resistant applications.

　　Added Value and Advantages:

　　Compatibility: Interoperable with VME modules from manufacturers such as Siemens, Schneider Electric, and Motorola, supporting cross-platform integration.

　　Redundancy Design: The communication module supports dual/triple redundancy to ensure no single point of failure in critical systems.

　　Testing Support: Equipped with patented testing equipment (such as replaceable test fixtures), it enables signal generation, data acquisition, and fault diagnosis through the main control platform, reducing maintenance costs.

　　Industry Value and Case Studies

　　Reliability Assurance:Certified by IEC 61508 SIL2, with a low failure rate, suitable for generator synchronization control in critical facilities such as the Three Gorges Dam.

　　Cost Optimization: Adopts a streamlined sales model, reducing intermediate steps and lowering user procurement costs; modular design supports rapid replacement, minimizing downtime.

　　Typical Cases: The Huangshan University integrated circuit training platform uses this module to control 3D printing equipment; it was used as a communication module for an alarm system in a Hefei municipal government procurement project, supporting single call/group call/all call functions.

　　Summary: The AMAT 0100-00011 VME communication board, with its high-precision control, strong communication capabilities, harsh environment adaptability, and modular design, has become a core component in industrial automation and semiconductor manufacturing, effectively improving system efficiency, reliability, and security. It is a key hardware support for intelligent upgrades under the Industry 4.0 framework.

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　　Please refer to customer service for a specific quote, as the price may not be accurate for new products.

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