Bently Nevada’s Electronic Overspeed Detection System for the 3500 Series Machinery Detection System provides a highly reliable, fast response, redundant tachometer system intended specifically for use as part of an overspeed protection system. It is designed to meet the requirements of American Petroleum Institute Standards 670 and 612 pertaining to overspeed protection.
3500/53 modules can be combined to form a 2-out-of-2 or 2-out-of-3 (recommended) voting system.
The use of redundant power supplies in a 3500 rack containing the Overspeed Detection System is required. Specifications Inputs Signal: Input Impedance: Power Consumption: Transducers: Each Overspeed Detection module accepts a single transducer signal from a proximity probe transducer or magnetic pickup. The input signal range is +10.0 V to -24.0 V. Signals exceeding this range are limited internally by the module. 20 k Ω. 8.0 Watts, typical. Bently Nevada 3300 8 mm Proximitor®; 3300 16 mm HTPS, 7200 5 mm, 8 mm, 11 mm, and 14 mm Proximitor®; 3300 RAM Proximitor®, or Magnetic pickups
We are pleased to announce the new Bently Nevada® 1900/65 General Purpose Equipment Monitor. This flexible, cost-effective system is specifically designed to continu ously monitor and protect essential and balance-of-plant equipment assets in a wide range of industries including: Oil & Gas, Power Generation, Water Treatment, Pulp & Paper, Manufacturing, Mining, Cement, and others.
Traditional rack-based monitoring systems like the Bently Nevada 3500 Series are widely accepted for protecting large, complex rotating machinery, but it is generally diffi cult to justify this type of continu ous monitoring for less-critical equipment. As a result, these machines typically operate without adequate protection. While simple devices such as 4-20 mA transmitters are available, they offer very limited capabili ties and require addi tional devices to convert the 4-20 mA signals to “protection.”
The 1900/65 Monitor is suitable for monitoring and protecting cool ing tower fans, pumps, blowers, motors, pulverizers, air compres sors, small reciprocating compres sors, small electric motors, small hydro turbines, centrifuges, and other equipment assets. It can be easily retrofit on existing machines or used by original equip ment manufacturers (OEMs) for cost-effective inclusion on smaller skid-mounted and packaged machines.
The 1900/65 provides extensive capabilities: eight input channels; six configurable alarm relays; four 4-20 mA outputs; buffered output facilities for easy connection to portable diagnostic instruments; Microsoft® Windows®-based con figuration software; an optional easy-to-read display that can be mounted locally or up to 75 meters (250 feet) away; and an optional IP65-rated weatherproof housing (or door for panel-mount applications).
q Inputs: 8 total (4 vibration and 4 temperature) q Outputs:6 discrete (individually programmable relays), 4 proportional (4-20 mA)
q Alarms: Alert and Danger levels individually configurable per measurement variable (up to 8 per channel); NOT OK individually config urable per channel
q Flexible, cost-effective system
q Continuous online protection The 1900/65 provides extensive capabilities: eight input channels; six configurable alarm relays; four 4-20 mA outputs; buffered output facilities for easy connection to portable diagnostic instruments; Microsoft® Windows®-based con figuration software; an optional easy-to-read display that can be mounted locally or up to 75 meters (250 feet) away; and an optional IP65-rated weatherproof housing (or door for panel-mount applications).
q Improved capability/convenience over trans mitters
q Optional display module (can be mounted locally on monitor or up to 75 meters away)
q Designed for cost-effective installation on existing machines, or by OEMs for inclusion with new machine packages
q Buffered output capabilities for easy connection to portable instruments
125800-01
3500/05-01-01-00-00-00
128275-01
3500/20 125768-01
3500/22
3500/32 125712-01
3500/40M 140734-01
3500/40M 140734-01
133396-01
1900/65-00-01-03-01-01
3500/54 133396-01
Special emphasis has been placed on a highly configurable and flexi ble design that can be easily adapted for individual applications and provides multiple measurement parameters for each input sensor. A single seismic sensor input, for example, can return up to four dif ferent measurement parameters incorporating bandpass filtering, integration, RMS or Peak detec tion, bias voltage, and acceleration enveloping. Combined, the vibra tion and temperature inputs can be learn more online at processed into 20 different meas urement variables of the user’s choosing, each with its own alarms, providing high measurement den sity in a very small package. Alarm logic is also highly configurable users can incorporate sophisticated voting logic between various parameters and channels in virtu ally unlimited combinations. The optional display module pro vides new installation freedom. Mount the monitor where wiring costs will be minimized (such as near the machines), and mount the display where it is most convenient for personnel to access (such as a shelter or control room) – up to 75 meters away. Or, eliminate the dis play altogether when a “blind” monitoring system is all that is needed. Now, there is a system that provides the balance of functionality and affordability that you need to monitor your essential and balance of-plant equipment assets.
Product overview AMAT 0040-54755 and 0041-75950 are ASP (Advanced Semiconductor Processing) Applicator components specially designed by Applied Materials(AMAT) for semiconductor manufacturing process, which adopt Low Heat Exchange technology and are suitable for precision thin film deposition and etching equipment. This series of products optimizes the thermal management performance of the process chamber and ensures a high uniformity and low heat load process environment.
Core characteristics Low temperature exchange design The adoption of special materials and structural design can significantly reduce the heat transfer in the process, reduce the temperature fluctuation of the substrate and improve the uniformity of film deposition (uniformity < 2%). Suitable for temperature-sensitive high-precision processes (such as ALD and low-k dielectric layer deposition). Materials and durability High-purity ceramics or special alloys are used, which are resistant to plasma corrosion and high-temperature oxidation (up to 400°C). Modular design facilitates quick replacement and reduces equipment maintenance downtime (MTTR < 30 minutes). Compatibility and application Adapt to many mainstream devices of AMAT (such as Endura® and Centura® series), and support logic chips, memories and advanced packaging processes. Especially suitable for nodes that need to strictly control the Thermal Budget (such as FinFET and GAA transistor below 3nm).
Product overview AMAT 0021-26609 SHUTTER DISK is a key component of the ENDURA PVD system of Applied Materials (Amat), which is specially designed for high-precision semiconductor thin film deposition process. This part works with A101 cavity and TTN(Turbo-Thermal Needle) center needle to ensure process stability and deposition uniformity.
Core characteristics
Precision control: optimize the material flow direction and improve the uniformity and consistency of PVD (physical vapor deposition) process. High temperature resistant design: special alloy is adopted to adapt to the harsh semiconductor manufacturing environment with high vacuum and high temperature. Key applications: used in advanced logic and memory chip manufacturing, supporting the deposition of high yield copper interconnection structure. Typical use
Deposition of metal films such as copper and aluminum in semiconductor manufacturing Core components of high-precision PVD process cavity
Product overview ABB CM574-RS A2/AC500 is a high-performance industrial communication module, specially designed for AC500 PLC series, which is suitable for remote communication requirements in industrial automation control systems. The module supports various communication protocols and can be seamlessly integrated into various industrial networks to ensure efficient data exchange between devices. Core characteristics Multi-protocol compatibility It supports RS485/RS422 serial communication and is suitable for industrial standard protocols such as Modbus RTU and Profibus DP. It can be used with ABB AC500 PLC series (such as PM573 and PM583) to realize stable communication of distributed control system. High reliability design Industrial-grade electronic components are adopted, which have the ability to resist electromagnetic interference (EMI) and are suitable for harsh industrial environments (-25 C to+60 C). Modular design, easy to install and maintain, support hot plug (some models), reduce system downtime. Flexible configuration It supports Peer-to-Peer or Master/Slave communication mode, and is suitable for automation systems such as SCADA and DCS. Strong scalability, suitable for ABB AC500 series expansion racks, to meet the industrial control needs of different scales. Typical application Industrial automation: used in production line control, robot communication, equipment monitoring and other scenarios. Energy management: realize remote data acquisition and control in power system and substation automation. Process control: it is suitable for chemical industry, water treatment and other industries to ensure efficient data interaction between PLC and field equipment.
GE Fanuc CMU 310 is a high-performance programmable logic controller (PLC)CPU module, which belongs to GE Fanuc series automation control products. This module is specially designed for industrial automation applications, which provides powerful processing capacity, flexible expansibility and reliable running performance, and is suitable for complex control tasks in manufacturing, energy, transportation and other fields.
Core characteristics Powerful processing performance It adopts high-speed processor, supports multi-task parallel processing, and is suitable for complex logic control and large-scale I/O system. Large-capacity memory design meets the requirements of program storage and data recording, and supports advanced control algorithms. Flexible communication ability Built-in communication interfaces (such as Ethernet and serial port) support industrial protocols such as Modbus, Profibus and EtherNet/IP. Extensible communication module can realize seamless integration with HMI, SCADA system and other PLCs. High reliability and stability Industrial-grade design, with anti-vibration and anti-electromagnetic interference (EMI) ability, suitable for harsh industrial environment (-20 C to+60 C). Support redundant configuration and hot backup function to ensure the continuous operation of the system and reduce the risk of downtime. Easy to program and maintain. Compatible with GE Fanuc programming software (such as Proficiency Machine Edition), supporting ladder diagram, structured text and other programming languages. Modular design facilitates fault diagnosis and quick replacement, and reduces maintenance time.
Control Wave Micro 396563-07-4 CPU 33 240ma is a high-performance industrial RTU (Remote Terminal Unit) introduced by Bristol Babcock Company, which is specially designed for data acquisition and control applications in harsh environments.
Core characteristics
Efficient communication: Support RS232/RS485 serial communication and Ethernet UDP protocol, and flexibly adapt to various industrial networks. Low power design: the working current is only 240mA, and the input voltage is 10-30V DC, which is suitable for complex industrial environment. Convenient configuration: it is compatible with Crimson v3.0+ configuration software, supports batch import/export of variables, and improves engineering efficiency. Industrial protection: 1200V RMS isolation protection, in line with OSHA electrical safety standards. Typical application
Petrochemical process control SCADA system for water treatment Energy monitoring and distributed I/O management
Description Use the 3500 System rack to mount all 3500 monitor modules and power supplies. The rack allows you to place 3500 modules near one another, enabling them to easily communicate, and to mount power supplies necessary to distribute power to each module. 3500 racks are available in two sizes: Full-size rack. 19-inch EIA rack with 14 available module slots. Mini-rack. 12-inch rack with seven available module slots. You can order 3500 racks in three formats: Panel mount. This rack format mounts to rectangular cut outs in panels, and secures to the panel using clamps supplied with the rack. Wiring connections and I/O modules are accessible from the rear of the rack.
Rack mount. This rack format mounts the 3500 Rack on 19 inch EIA rails. Wiring connections and I/O modules are accessible from the rear of the rack. Bulkhead mount. This rack format mounts the rack against a wall or panel when it is not possible to access the rear of the rack.
Wiring connections and I/O modules are accessible from the front of the rack. The 3500/05 Mini-Rack is not available in this format. The power supplies and rack interface module must occupy the far-left rack positions. The remaining 14 rack positions (seven rack positions for the mini-rack) are available for any combination of modules.
Description Use the 3500 System rack to mount all 3500 monitor modules and power supplies. The rack allows you to place 3500 modules near one another, enabling them to easily communicate, and to mount power supplies necessary to distribute power to each module. 3500 racks are available in two sizes: Full-size rack. 19-inch EIA rack with 14 available module slots. Mini-rack. 12-inch rack with seven available module slots. You can order 3500 racks in three formats: Panel mount. This rack format mounts to rectangular cut outs in panels, and secures to the panel using clamps supplied with the rack. Wiring connections and I/O modules are accessible from the rear of the rack. Rack mount. This rack format mounts the 3500 Rack on 19 inch EIA rails. Wiring connections and I/O modules are accessible from the rear of the rack. Bulkhead mount. This rack format mounts the rack against a wall or panel when it is not possible to access the rear of the rack. Wiring connections and I/O modules are accessible from the front of the rack. The 3500/05 Mini-Rack is not available in this format. The power supplies and rack interface module must occupy the far-left rack positions. The remaining 14 rack positions (seven rack positions for the mini-rack) are available for any combination of modules.
