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  3500/15 AC and DC Power Supplies Bently Nevada Machinery Condition Monitoring   The 3500/15 AC and DC Power Supplies are half-height modules and must be installed in designated slots on the left side of the rack. The 3500 rack can contain one or two power supplies with any combinations of AC and DC. Either supply can power a full rack.   When two power supplies are installed in a rack, the one in the lower slot acts as the primary supply, and the other in the upper slot acts as the backup supply. If installed, the second supply is the backup for the primary one.   Removing or inserting either power supply module does not disrupt operation of the rack as long as a second power supply is installed.   The 3500/15 AC and DC Power Supplies accepts a wide range of input voltages and converts them to voltages acceptable for use by other 3500 modules. The following power supplies are available with the 3500 Series Machinery Protection System:    Universal AC Power High Voltage DC Power Supply Low Voltage DC Power Supply     3500/15 Power Supply Module 3500/15 -AA-BB-CC   A: Power Supply Type (Top Slot) 03 Legacy High Voltage DC (88 to 140 Vdc) 04 Legacy Low Voltage DC (20 to 30 Vdc) 05 Universal AC Voltage (85 to 264 Vac rms) 06 High Voltage DC Supply 07 Low Voltage DC Supply   B: Power Supply Type (Bottom Slot) 00 No Supply (Used when no supply is required) 03 Legacy High Voltage DC (88 to 140 Vdc) 04 Legacy Low Voltage DC (20 to 30 Vdc) 05 Universal AC Voltage (85 to 264 Vac rms) 06 High Voltage DC Supply 07 Low Voltage DC Supply   C: Agency Approval 00 None 01 CSA / NRTL / C (Class 1, Division 2)     Part Number   Description   106M1079-01 Universal AC Power Supply Module   106M1081-01 Universal AC Power Input Module   129486-01 Legacy High Voltage DC Power Supply Module   129478-01  Legacy High Voltage DC Power Input Module   133292-01  Legacy Low Voltage DC Power Supply Module   133300-01  Legacy Low Voltage DC Power Input Module   114M5329-01 High Voltage DC Power Supply   115M7750-01 High Voltage DC PIM   114M5330-01 Low Voltage DC Power Supply   114M5335-01 Low Voltage DC PIM   01720025  Replacement Fuse (for both AC Power Input Module and Legacy High Voltage DC Power Input Module)   01720045 Replacement Fuse (Low Voltage DC Power Input Module and Legacy Low Voltage DC Power Input Module)   120M3877 Replacement Fuse Fast blow rated at 5A/500 Vac Size 6.3 x 32 mm (Universal AC Power Input Module)   131150-01  Power Supply Blank Front Panel (qty 1, includes   128085-01 Power Supply Rear Input Connector Cover (qty 1) Order part 04310251 for screws.   04310251 Screw for Power Supply Input Cover (qty 2)   129767 3500/15  Power Supply User Guide   118M0915-01 Replacement connector for Universal AC Power Input Module   118M0915-02 Replacement connector for DC Power Input Module   129M0198 Replacement fuse (High Voltage DC Power PIM (Power input Module)                                                                                                                                         Relevant Ordering Number:   Bently Nevada 3500/15 106M1079-01 Universal AC Power Supply Module    

  Machinery Protection Card Type MPC4   The MPC4 Machinery Protection Card is the central element in Machinery Protection System. This very versatile card is capable of measuring and monitoring up to 4 dynamic signal inputs and up to 2 speed inputs simultaneously.   A variety of speed sensors may be connected (e.g. systems based on proximity probes, magnetic pulse pick-up sensors, systems providing TTL signals). Fractional tacho ratios are supported.   The dynamic signal inputs are fully programmable and can accept signals representing acceleration, velocity, displacement (proximity) or other parameters. On-board multi-channel processing allows measurement of various physical parameters, including relative and absolute vibration, Smax, eccentricity, thrust position, absolute and differential housing expansion, displacement, dynamic pressure, etc.   Digital processing includes digital filtering, integration or differentiation (if required), rectification (RMS, mean value, true peak or true peak-to-peak), order tracking (amplitude and phase) and measurement of the transducer-target gap.The calibration may be expressed in metric or imperial units. Alert and Danger set points are fully programmable, as are alarm time delay, hysteresis and latching. The Alert and Danger levels can be adapted as a function of the speed or any external information.   A digital output is available internally (on the IOC 4T card) for each alarm level. These alarm signals may be routed within the rack to drive change-over relays on an optional RLC 16 relay card.   The processed dynamic signals and speed signals are available at the rear of the rack as analog output signals. Voltage-based (0-10 V) and current-based (4-20 mA) signals are provided.   The MPC 4 performs a self-test and diagnostic routine on power-up. In addition, the card’s built-in “OK System” continuously monitors the level of signals provided by the sensors and indicates any problem due to a broken transmission line, faulty transducer or conditioner.   An LED indicator on the MPC 4 front panel indicates whether a processing or hardware error has occurred. Six additional LEDs (one per channel) indicate whether the OK System has detected a fault and whether an alarm has occurred on the channel.   FEATURES: • Continuous on-line Machinery Protection Card • Real-time measurement and monitoring using stateof-the-art DSP techniques • Fully VME-compatible slave interface • Fully software configurable via RS-232 or VME • Four programmable inputs (e.g. vibration, pressure, etc. ) and two programmable tachometer inputs • Programmable broad-band and tracking filters • Performs simultaneous amplitude and phase monitoring in order tracking mode • Programmable Alert, Danger and OK set points • Adaptive Alert and Danger levels • Front panel BNC connectors for easy analysis of raw signals • 7 front panel LEDs showing monitoring status and alarms • Provides power supply for ICP accelerometers, proximity systems, and many VM front-ends • Live insertion / removal of cards possible         Relevant Ordering Number: MPC4 200-510-078-115 Machinery Protection Card MPC4 200-510-150-031 Machinery Protection Card MPC4 200-510-150-011 Machinery Protection Card MPC4 200-510-071-113 Machinery Protection Card  

GSI127 galvanic separation unit   The GSI127 is a galvanic separation unit from VM product line. It is designed for operation with the signal conditioners, charge amplifiers and electronics (attached or integrated) used by various VM measurement chains and/or sensors.Compatible devices include the IPC707 signal conditioners (charge amplifiers) used by CAxxx piezoelectric accelerometers and CPxxx dynamic pressure sensors (and older IPC704 signal conditioners too), the IQS9xx signal conditioners used by TQ9xx proximity sensors (and older IQS4xx signal conditioners too), the attached or integrated electronics used by CExxx piezoelectric accelerometers, and the integrated electronics used by the VE210 velocity sensor. The GSI127 is also compatible with industry standard IEPE (integrated electronics piezo electric) vibration sensors, that is, the integrated electronics used by constant-current voltage output sensors such as the CE620 and PV660 (and older CE680, CE110I and PV102 sensors too).   The GSI127 is also compatible with industry standard IEPE (integrated electronics piezo electric) vibration sensors, that is, the integrated electronics used by constant-current voltageoutput sensors such as the CE620 and PV660 (and older CE680, CE110I and PV102 sensors too).   The GSI127 galvanic separation unit is a versatile unit that can is used for the transmission of high frequency AC signals over long distances in measurement chains using current-signal transmission or as a safety barrier unit in measurement chains using voltage-signal transmission. More generally, it may be used to supply any electronic system (sensor side) having a consumption of up to 22 mA.   The GSI127 also rejects a large amount of the frame voltage that can introduce noise into a measurement chain. (Frame voltage is the ground noise and AC noise pickup that can occur between the sensor case (sensor ground) and the monitoring system (electronic ground)). In addition, its redesigned internal power supply results in a floating output signal, eliminating the need for an additional external power supply such as an APF19x.   The GSI127 is certified to be installed in an Ex Zone 2 (nA) when supplying measurement chains installed in Ex environments up to Zone 0 ([ia]). The unit also eliminates the need for additional external Zener barriers in intrinsic safety (Ex i) applications.   The GSI127 housing features removable screw terminal connectors that can unplugged from the main body of the housing to simplify installation and mounting. It also features a DIN-rail mounting adaptor that allows it to be mounted directly on a DIN rail.   Notes All dimensions are in mm (in) unless otherwise stated. For standard versions of the GSI127, the housing is completely grey in colour. For Ex approved versions of the GSI127, the housing is grey in colour but with a screw-terminal connector (top) for sensor-side signals (electrical connections) that is blue in colour.     Relevant Ordering Number:   244-127-000-017  

  MPC4 card   The MPC4 machinery protection card is the central element in the VM600 series machinery protection system (MPS), from Meggitt’s Vibro-Meter® product line. This very versatile card is capable of measuring and monitoring up to four dynamic signal inputs and up to two speed inputs simultaneously.   The dynamic signal inputs are fully programmable and can accept signals representing acceleration, velocity and displacement (proximity), among others. On-board multichannel processing allows measurement of various physical parameters, including relative and absolute vibration, Smax, eccentricity, thrust position, absolute and differential housing expansion, displacement and dynamic pressure.   Digital processing includes digital filtering, integration or differentiation (if required), rectification (RMS, mean value, true peak or true peak-to-peak), order tracking (amplitude and phase) and measurement of the sensor-target gap.   The speed (tachometer) inputs accept signals from a variety of speed sensors, including systems based on proximity probes, magnetic pulse pickup sensors or TTL signals. Fractional tachometer ratios are also supported.   The configuration can be expressed in metric or imperial units. Alert and Danger set points are fully programmable, as are alarm time delay, hysteresis and latching. The Alert and Danger levels can also be adapted as a function of the speed or any external information.   A digital output is available internally (on the corresponding IOC4T input/output card) for each alarm level. These alarm signals can drive four local relays on the IOC4T card and/or can be routed using the VM600 rack’s Raw bus or Open Collector (OC) bus to drive relays on optional cards such as the RLC16 or IRC4.   The processed dynamic (vibration) signals and speed signals are available at the rear of the rack (on the front panel of the IOC4T) as analog output signals. Voltage-based (0 to 10 V) and current-based (4 to 20 mA) signals are provided.   The MPC4 performs a self-test and diagnostic routine on power-up. In addition, the card’s builtin “OK system” continuously monitors the level of signals provided by a measurement chain (sensor and/or signal conditioner) and indicates any problem due to a broken transmission line, faulty sensor or signal conditioner.   An LED indicator on the MPC4 front panel indicates whether a processing or hardware error has occurred. Six additional LEDs (one per input channel) indicate whether the OK System has detected a fault and whether an alarm has occurred on the channel.   The MPC4 card is available in three versions: a “standard” version, a “separate circuits” version and a “safety” (SIL) version, all of which function as a card pair using a corresponding IOC4T input/output card.     Relevant Ordering Number:   200-510-070-113 200-510-071-113 200-510-078-115 200-510-150-011 200-515-071-113 200-510-150-031 200-510-076-114   Questions? Call +86 18050017653  or Email sales4@nseauto.com  

  IQS900 Signal Conditioner is a high-performance signal conditioner designed for industrial and scientific applications. It uses advanced sensing technology to accurately measure a variety of physical quantities in the environment, including temperature, humidity, pressure, etc.   Its design combines high accuracy and stability, and is suitable for long-term monitoring and control tasks under various complex environmental conditions.   The IQS900 is a configurable and versatile device that generates, converts and processes (high-frequency modulator/demodulator) signals from a TQ proximity sensor into a current or voltage output signal suitable for transmission to the monitoring system. For example, it is factory-configurable for sensitivity and measurement range (transfer function), system length, and optional diagnostic circuitry (with variants defined by ordering option code).   The IQS900 is designed and built for long-term use, and is available in standard versions and in Ex versions certified for use in potentially explosive atmospheres (hazardous areas). Similarly, it is also available with or without diagnostics: versions with diagnostics automatically and remotely indicate the health/status of the measurement chain so you always know when measurements can be trusted. The diagnostics (SIL 2 “by design”) bring enhanced reliability and significant risk reduction, making the IQS900 suitable for use in safety-related applications (functional safety contexts).     IQS900 has the following main features: Multifunctional sensing measurement: It can simultaneously measure a variety of physical quantities, including temperature, humidity, pressure, gas concentration, etc., to provide users with comprehensive environmental data.   High accuracy and stability: It uses advanced sensor technology and signal processing algorithms to ensure high measurement accuracy and good stability.   Industrial-grade design: It meets industrial standards, has good durability and reliability, and is suitable for long-term operation in harsh environments.   Intelligent function: Built-in intelligent algorithm, which can analyze data and make feedback in real time, and supports remote monitoring and control.   Easy to integrate: It provides standard interfaces and communication protocols, which is convenient for integration with various systems, rapid deployment and use.   In short, IQS900 is a high-performance, multi-functional, stable and reliable smart sensor, which provides an ideal solution for data acquisition and control in the industrial and scientific fields.  

  The NSD 70D is a teleprotection equipment used to transmit commands via digital channels. In the event of a fault, it makes a decisive contribution to rapidly and selectively isolating the faulty line.   Application   The NSD 70D is a digital teleprotection unit capable of transmitting up to 6 tripping signals via a 64 kBit/s or 56 kBit/s digital multiplexer channel, which can be equipped with either a contradirectional or a codirectional interface conforming to CCITT G.703, with an RS-422/V.11 interface or with an optical interface. For the G.703 interface to operate codirectionally, the multiplexer must operate in a plesiochronous mode, because terminal equipment and multiplexer each have their own clock oscillators with "slightly differing" frequencies(discrepancy < ±100 ppm). The slip this causes is compensated by periodically omitting an octet or repeating one. How often these "pattern slips" occur depends on the difference in the clock frequencies of the terminal equipment (NSD 70D) and the multiplexer. The ability to program the contra and codirectional interfaces and their integration in the same module, or using the RS-422/V.11 interface or the optical interface permits the NSD 70D to be easily adapted to the multiplexer's existing interface.   The NSD 70D can be used in blocking schemes, permissive and direct transfer tripping schemes and for the continuous transmission of commands in point-to-point or teed feeder systems. In all cases the hardware is the same.   The equipment is extremely simple to set and to operate, the parameters being set on programming switches. The basic version of the NSD 70D is intended for the transmission of one command. By inserting further relay interface modules, it can be expanded for up to six independent commands. With the maximum complement of six commands, one NSD 70D is sufficient for the phase-discriminative protection of a double circuit line. The unblocking function, which closes an enabling contact for 200 ms in the event of loss of signal, is standard equipment on all units. This is of consequence mainly for permissive overreaching transfer tripping schemes.    All interfaces are DC isolated. The transmitter signal is activated by applying a DC signal at station battery voltage. The receiver is equipped with main and auxiliary contacts for each command output and a common alarm contact. A trip counter is optionally available.   The smallest version of an NSD 70D for one command comprises the following:   - 1 rack type G7BGa - 1 power supply unit type G3HG, G3HI, G3HH, G3HK or G3HQ - 1 DSP module type G3HP - 1 data interface type G3HM, G3HR or G3HS - 1 alarm interface type G3HE - 1 relay interface type G3HC or G3HD - 2 connecting cables type V9LE, one for the alarm interface and one for the relay interface - 1 connecting cable for the data interface (V9LF for the PCM interface type G3HM / V9MG, V9MH, V9MI or V9MK for the RS-422 interface type G3HR / V9FZ, V9GA or V9GD for the F.O. interface type G3HS up to 30 km / V9GB, V9GC or V9LZ for the F.O. interface type G3HS up to 5 km).    

  The 3500 Transient Data Interface (TDI) is the interface between the 3500 monitoring system and GE’s System 1* machinery management software. The TDI combines the capability of a 3500/20 Rack Interface Module (RIM) with the data collection capability of a communication processor such as TDXnet.   The TDI operates in the RIM slot of a 3500 rack in conjunction with the M series monitors (3500/40M, 3500/42M, etc.) to continuously collect steady state and transient waveform data and pass this data through an Ethernet link to the host software. (Refer to the Compatibility section at the end of this document.) Static data capture is standard with the TDI, however using an optional Channel Enabling Disk will allow the TDI to capture dynamic or transient data as well. The TDI features improvements in several areas over previous communication processors and incorporates the Communication Processor function within the 3500 rack.   Although the TDI provides certain functions common to the entire rack it is not part of the critical monitoring path and has no effect on the proper, normal operation of the overall monitor system. Every 3500 rack requires one TDI or RIM, which always occupies Slot 1 (next to the power supplies).   For Triple Modular Redundant (TMR) applications, the 3500 System requires a TMR version of the TDI. In addition to all the standard TDI functions, the TMR TDI also performs “monitor channel comparison”. The 3500 TMR configuration executes monitor voting using the setup specified in the monitor options. Using this method, the TMR TDI continually compares the outputs from three (3) redundant monitors. If the TDI detects that the information from one of those monitors is no longer equivalent (within a configured percent) to that of the other two monitors, it will flag the monitor as being in error and place an event in the System Event List.   Ordering Information: List of Options and Part Numbers3500/22M TDI Module and I/O3500/22-AXX-BXX-CXX   A: Transient Data Interface Type0 1 Standard (Use for standard monitoring applications)0 2 TMR (Use only for applications that require a Triple Modular Redundant Configuration).   B: I/O Module Type0 1 10Base-T/100Base-TX Ethernet I/O module 0 2 100Base-FX (Fiber Optic) Ethernet I/O module   C: Agency Approval Option0 0 None0 1 CSA/NRTL/C0 2 CSA/ATEX   Spares: 288055-01Standard Transient Data Interface Module with USB cable 288055-02TMR Transient Data Interface Module with USB cable 100M283310 foot A to B USB cable 146031-0110Base-T/100Base-TX I/O Module 146031-02100Base-FX (Fiber Optic) I/O Module 147364-013500 Buffered Signal Output Module  

  General Information   Product ID: HB013085R0001   ABB Type Designation: 5SHY 3545L0009   Catalog Description: IGCT Module   Long Description: IGCT Module     ABB 5SHY3545L0009 3BHB013085R0001 IGCT Control Panel is a control panel for controlling and monitoring ABB IGCT (Integrated Gate Transistor). The following is a detailed description of this control panel:   Features:   IGCT Control: Designed to control and monitor the operation and performance of ABB IGCT (Integrated Gate Transistor) modules.   IGCT is an advanced semiconductor device used for high-voltage power electronic conversion.   Integrated Design: The control panel integrates all necessary control and monitoring functions, simplifying the operation and maintenance of IGCT.   High Performance: Provides efficient and reliable control solutions to ensure the best performance of IGCT modules in various industrial applications.   Technical Specifications:   Control Function: Provides operational control of IGCT, including switching, regulation and protection functions.   Monitoring Function: Real-time monitoring of the working status of IGCT, including parameters such as current, voltage, temperature, etc., and provides alarm and diagnostic information.   Interface: May include a user-friendly display interface for displaying operating status, setting parameters, and viewing historical data.   Communication interface: supports communication with other control systems and equipment, usually including Ethernet, serial communication and other interfaces.   Application areas:   Power system: used in high-voltage power systems to control and monitor high-voltage IGCT modules, widely used in inverters, traction power transmission systems and other power electronic equipment.   Industrial automation: used in industrial automation systems for power conversion and control to improve system efficiency and reliability.   Design features:   Durability: designed to work in harsh industrial environments, with high durability and stability.   Safety: integrated with multiple safety functions to protect IGCT modules from overload, short circuit and other potential faults.   Easy maintenance: provides an intuitive operation interface and easy-to-access maintenance functions, simplifying daily maintenance and troubleshooting of the system.   Additional Information ABB Type Designation: 5SHY 3545L0009 Country of Origin: Finland (FI) Customs Tariff Number: 85413000 Frame Size: Spare Parts Gross Weight: 3.4 kg Invoice Description: IGCT Module Made to Order: No Medium Description: IGCT Module Minimum Order Quantity: 1 piece Order Multiple: 1 piece Package Level 1 Units: 0 carton Product Name: IGCT Module Product Net Weight: 3.4 kg Product Type: Spare Parts Quote Only: No Replacement Product ID (NEW): 3BHB013085R0001 Selling Unit of Measure: piece        

  34-45 Description Fuse [ ] blown. Possible Cause • I/O pack fuse status feedback indicates a possible blown fuse. • Consult the relay terminal board help documentation on fuse configuration.   Solution Do the following in order: • Check the indicated fuse. • Check the power input to the terminal board. • Check the terminal board configuration. • Check the I/O pack configuration. • Confirm that all connectors are aligned and fully seated. • Replace the I/O pack. • Replace the terminal board.   46 Description All Fuses Blown or No Terminal Board Excitation. Possible Cause All fuse sensing indicates an open fuse. This may be due to loss of input power to the terminal board. Without power to the fuses, the sensing may indicate a false open-fuse condition.   Solution • Confirm the correct input power to terminal board. • Check the pack connector alignment and seating. • Check the pack configuration. • Check all fuses. • Replace the I/O pack. • Replace the terminal board.   47-58 Description Relay Coil [ ] Failure. Possible Cause Indication that relay feedback does not match commanded state.   Solution • Clear the voter disagreements (for TMR). • Check the I/O pack connector alignment and seating. • Check the I/O pack configuration. • Replace the terminal board.   59-70 Description Relay Output Driver [ ] Failure. Possible Cause Relay command signal as seen at the I/O pack output connector to the terminal board does not match the commanded state.   Solution The command signal feedback requires a properly connected terminal board. • Check the pack-terminal board connector alignment and seating. • Replace the I/O pack. • Replace the terminal board.   72-95 Description Contact Input [ ] not responding to self-test mode Possible Cause The input hardware internal to I/O pack has experienced a failure.   Solution • Replace the I/O pack   120 Description Excitation Voltage not valid, Contact Inputs not valid. Possible Caus   • The contact excitation may not be connected to the terminal board. • The contact wetting voltage applied to the terminal board is not within the acceptable range for the board.   Solution • Check the contact excitation voltage connections to the terminal board. • Check the power distribution and wiring to ensure that correct wetting power is applied to the terminal board.   1050-1210 Description Logic Signal [ ] Voting Mismatch. Possible Cause In a TMR application, the values for the specified signal do not agree between the R, S, and T I/O packs.   Solution • Verify that the R, S, and T I/O packs are equal with the ToolboxST configuration. • Check the I/O pack power and networking. • Check the I/O pack mounting on the terminal board. • Replace the I/O pack.  

ABB launched Procontrol™ P14 more than 35 years ago in 1977. Throughout its long life Procontrol P14 has proven to be one of the most reliable and efficient power plant automation systems on the market. With 500 installations in 46 countries all over the world it has a large, long-standing and loyal customer base.   Procontrol P14 is a complete power plant control system with a simple and flexible architecture that enables customers all over the world to meet the diverse operating and business needs of their markets.      It comprises a total system solution:   · Instrumentation and control · Operations and information management · Engineering and documentation · Configuration and programming · Diagnosis and maintenance · Turbine control   Topteng Technology offers a large number of Procontrol system components, we understand the importance of your needs and are committed to minimizing lead times, the following items are available and ready for ship：   89NU04B-E GKWE853000R0200 Coupling Module 81AA03A-E GJR2394100R1210 Output Module 81AB03B-E GJR2392500R1210 Output Module 88QB03B-E GJR2393800R0100 Bus Termination 88TR01 GJR2391100R1210 Redundancy Control Module  88TK05C-E GJR2393200R1220 Bus Coupling Module  88QT03C-E GJR2374500R2111 Bus Coupling Module  88FN02C-E GJR2370800R0200 Bus Coupling Module   89XV01A-E GJR2398300R0100 Fusing Module  83SR51C-E GJR2396200R1210 Control Module 88FV01F GJR2332300R0200 Frequency Module 88VT02B-E GJR2363900R1000 Telegram Handling Module  88VA02B-E GJR2365700R1010 Control Module 87WF01G-E GJR2372600R1515 Control Room Coupling Module  81ET03K-E GJR2389800R1210 Input Module  88VK01B-E GJR2312200R1010 Coupling Module  70PR05b-ES HESG332204R0001 Programmable Processor  87TS50E-E GKWE857800R1214 Coupling Module  70AB01C-ES HESG447224R2 Digital Output Module 87TS01K-E GJR2368900R1313 Coupling Module   70EB01b-E HESG447005R2 Digital Input Module  70BK03B-E HESG447270R0001 Coupling Module   70BT01C HESG447024R1 Bus Isolation Amplifier  70EI05a-E HESG447427R1 Input Module    70EA02a-ES HESG447308R1 Input Module   81AR01A-E GJR2397800R0100 Relay Output Module 70EA01b-ES HESG447307R1 Analog Input Module  70BV05a-E HESG447245R1 Bus Traffic Director  70AA02b-E HESG447388R1 Output Module  81EA04C-E GJR2393400R1210 Analog Input Module   88UM01B GJR2329800R0100 Annunciation Module for Monitoring Station  88UB01B  GJR2322600R0100 Selection Module for Remote Bus Operation  89NU01D-E GJR2329100R0100 Voltage Monitoring Module    EEA-PAM-U1 HTGZ401553R1 HE199100-954/29 Relay Monitor Card 89AS30 Analog Signal Multiplier Module  89AR30 Relay Unit 70SG01R1 Module  VDE0160 GHR5220300R1 Logic Card  88FT05C-E GJR2393100R1200 Coupling Module   88VP02D-E GJR2371100R1040 Master Station Processor Module  88VU01C-E GJR2326500R1010 Coupling Module    89NG03 GJR4503500R0001 Power Supply Module  GKWE602380R0090 System Cable 216NG63A HESG441635R1 HESG216877 Auxiliary DC Supply Unit  216DB61 HESG324063R100 Binary I/P And Tripping Unit  216VE61b HESG324258R11 Processing Unit  216AB61 HESG324013R100 Digital Output Unit  216EA61b HESG324015R1 Analogue Input Unit  89IL07A-E GJR2394300R0100 Backplane 88TB07B GJR2394400R0100 Bus Terminations   GKWE602437R0600 Terminal 2002NZ10801C MODCELL Multiloop Processor  1KHF401313R3   1KHF401313R1   1KHF401313R2   1KHF401316R1   1KHF401316R2   89IL05B-E GJR2391200R0100 Station-bus p.c.b.  88TB03D GJR2391700R0200 Module GKWE602296R0100   89IL01/R3e CEAG60363110001/B   81EU01E-E GJR2391500R1210 Universal Input Module  81EU01G-E GJR2391500R1210 Universal Input Module 81EU01F-E GJR2391500R1210 Universal Input Module 216MB62 HESG112803R2 Equipment Rack 89IL01/R3a GKWA632780R2 89NG08R1000 GKWN000297R1000 Power Supply Module 89NG08R0300 GKWE800577R0300 Power Supply Module 89NG08R1200 GKWN000297R1200 Power Supply Module GKWE602389R0100 (backplane 89IL06A-E GJR2393500R0100) Equipment Rack GKWF504625 Equipment Rack GKWF504623 Equipment Rack GKWF504621 Equipment Rack GKWF504129-7 Equipment Rack GKWE602353R0400 Equipment Rack GKWE602439R0100 Equipment Rack GKWE602439R0200 Equipment Rack 216GA61/N14 HESG112800R1(HESG216845R1 18351/10) Output Auxiliary Relay Assembly   216GA61/N10 HESG112800R1(HESG216845R1 18351/17) Output Auxiliary Relay Assembly    216GE61/N9 HESG112800R1(HESG441431R1 HE023099-390/45) Input Auxiliary Relay Assembly 216GA62/NB HESG112799R1(HESG324024R1 HESG324067/B) Tripping Auxiliary Relay Assembly  216GE61/N18 HESG112801R1(HESE441431R1)  Input Auxiliary Relay Assembly 216GA61/N11 HESG112800R1(HESG216845R1) Output Auxiliary Relay Assembly   216GA61/N7 HESG112800R1(HESG216845R1) Output Auxiliary Relay Assembly   216GA61/N15 HESG112800R1(HESG216845R1) Output Auxiliary Relay Assembly   216GA61/N6 HESG112800R1(HESG216845R1) Output Auxiliary Relay Assembly   216GA62/N17 HESG112799R1(HESG324024R1) Tripping Auxiliary Relay Assembly 88TK05C-E GJR2393200R1210  Bus Coupling Module 88TK05B-E GJR2393200R1210  Bus Coupling Module 83SR07A-E GJR2392700R1210  Analog Control Module 83SR07B-E GJR2392700R1210  Analog Control Module 83SR07D-E GJR2392700R1210  Analog Control Module 83SR07A1-E GJR2392700R1210 Analog Control Module 83SR07E-E GJR2392700R1210  Analog Control Module 83SR04E-E GJR2390200R1210  Relay Module REX010 1MRK000811-AA Earth Fault Protection Unit 83SR04B-E GJR2390200R1411 Relay Module  83SR04G-E GJR2390200R1210  Relay Module 83SR04F-E GJR2390200R1210  Relay Module 83SR04A-E GJR2390200R1411  Relay Module 83SR04C-E GJR2390200R1411  Relay Module

ABB and Microsoft are collaborating to integrate generative AI capabilities into industrial digitalization solutions, creating safer, smarter, and more sustainable operations.   The collaboration aims to deploy Copilot functionality, making ABB Ability™ Genix Industrial Analytics and AI Suite and its applications more intuitive for user interaction, further unlocking the value of associated data to improve efficiency and sustainability.   ABB will leverage Microsoft Azure OpenAI Service to further optimize ABB Ability™ Genix.   Based on their long-term partnership, ABB and Microsoft will integrate Azure OpenAI Service into the ABB Ability™ Genix Industrial Analytics and AI Suite. Both parties will focus on implementing generative AI technology to help industrial clients unlock hidden insights in operational data. Enhanced data collection and governance capabilities will significantly improve efficiency and productivity, enhance asset reliability and operational safety, reduce energy consumption, and minimize environmental impact.   ABB will integrate generative AI into the Genix platform and applications via Azure OpenAI Service, including GPT-4 and other large language models (LLM), enabling code, image, and text generation, among other functionalities. After its release, the new Genix Copilot application will offer intuitive features and simplify associated data flows for various processes and operations, enhancing user experience. By providing real-time executable insights to industry managers, functional experts, and plant engineers, decision quality will be improved, and productivity will be increased. Such insights could potentially extend asset lifecycle by up to 20% and reduce unexpected downtime by up to 60%.     Additionally, the solution will provide advanced monitoring and optimization insights for industrial greenhouse gas emissions and energy utilization, helping customers achieve sustainable development and energy transition goals.   Genix Copilot will also capture the experience of operators, promoting joint decision-making among different roles and emphasizing the protection of internal data and cognitive security within the enterprise.   ABB Ability™ Genix is a comprehensive, modular industrial IoT, analytics, and AI platform that embeds specific domain knowledge to drive business performance while preserving customers' existing investments. Companies running Genix have witnessed up to 40% savings in operational and maintenance costs, up to 30% improvement in production efficiency, and 25% improvement in energy efficiency and emissions optimization. With the addition of generative AI capabilities, Genix is expected to further expand these advantages.   "This is an important step in the strategic partnership between ABB and Microsoft, which will accelerate the pace of digital transformation in the industrial sector," said Rajesh Ramachandran, Chief Digital Officer of ABB's Process Automation business unit. "We believe that Genix Copilot will help industrial customers achieve comprehensive goals in sustainability, operational excellence, and asset performance. By expanding generative AI capabilities in ABB's industrial digitalization solutions, we will lead customers into a new era of AI-empowered decision-making on a massive scale."   "We believe that the modernization and scalability of data platforms are key to ensuring long-term success for businesses," said Ralph Haupter, President of Microsoft Europe, Middle East, and Africa. "Applying advanced digital capabilities such as Azure OpenAI Service will enhance ABB Genix to effectively manage associated data and drive digital transformation, injecting momentum for continuous improvement and innovation."   Genix automates the integration of data from operational technology (OT), information technology (IT), and engineering technology (ET), unleashing the power of data and applying industrial AI to further enhance analytics and optimization capabilities. The platform can seamlessly scale from assets to factories and enterprises, with deployment options across cloud, hybrid, edge, or on-premises. It is designed to be secure and reliable, using Microsoft Azure for integrated cloud connectivity and services.   ABB is a technology leader in the field of electrical and automation, committed to enabling a more sustainable and efficient future. ABB combines engineering expertise with software technology to create solutions that optimize manufacturing, transportation, energy, and operations. With a history of excellence spanning more than 130 years, ABB's approximately 105,000 employees worldwide are dedicated to driving innovation and accelerating industrial transformation.  

What is modicon quantum？ Modicon Quantum is a programmable logic controller (PLC) product line developed by Schneider Electric. A PLC is a digital computer used to control and automate industrial processes. The Modicon Quantum series was designed specifically for complex and high-performance applications that require fast processing speeds and extensive input/output (I/O) capabilities. Modicon Quantum PLCs offer a wide range of features and are known for their scalability, reliability, and flexibility. They can handle large numbers of I/O points and support various communication protocols to integrate with other devices and systems. The Quantum series includes several different models, allowing users to choose the one that best suits their application requirements.   Some key features of Modicon Quantum PLCs include: 1.High processing speed: Quantum PLCs are capable of executing complex logic and control algorithms quickly, enabling them to handle demanding applications with fast response times. 2.Extensive I/O capacity: These PLCs support a large number of digital and analog I/O points, allowing for seamless integration of sensors, actuators, and other devices. 3.Communication capabilities: Modicon Quantum PLCs can communicate with a wide range of devices and systems through various protocols, such as Ethernet,  Modbus, PROFIBUS, and more. This enables them to interact with other automation equipment and exchange data effectively. 4.Redundancy and fault tolerance: The Quantum series provides options for redundancy and fault tolerance, ensuring high system availability and minimizing downtime in critical applications. 5.Programming flexibility: These PLCs can be programmed using different programming languages, including ladder logic, function block diagram (FBD), structured text (ST), and more. This flexibility allows users to choose the most suitable programming method based on their expertise and application requirements. Modicon Quantum PLCs are widely used in industries such as manufacturing, energy, transportation, and process automation, where robust and high-performance automation solutions are needed.   Hot  Selling 140ACI03000C 140ACI05100SC 140CRA93100 140ACI04000C 140ACO02000 140CRP93100 140ATI03000 140ACO13000 140CRP93200 140CHS11000 140AII33010 140DAI74000 140CPS12420C 140ARI03010 140DDI35300 140CPU43412 140AVO02000 140DDI35310 140CPU53414A 140CPU4321A 140DDI85300 140CRP93200C 140CPU65150C 140DDM39000 140DDO84300C 140CPU65160S 140DDO35300 140DSI35300 140CPU67060 140DDO35310 140NOE77100 140CPU67160 416NHM30030A 140XCP51000 140CRA21220 490NRP95400