Apter meets all your supply chain needs Please pay attention: what can we guarantee for Bently Nevada? ► Shipment : EMS DHL UPS & FEDEX ► Payment : We can accept T/T ► Supply ability : 30 Units Per Month in stock ► Price : The more you order, the lower price you will get ► Delivery time : In stock, within 3 days send the products    3500/22M TDI Module and I/O 3500/22-AA-BB-CC A: Transient Data Interface Type 01 Standard (use for standard monitoring applications) B: I/O Module Type 01 10Base-T/100Base-TX Ethernet 02 100Base-FX (Fiber Optic) Ethernet 03 10Base-T/100Base-TX Ethernet with gold-plated OKRelay contacts 04 100Base-FX (fiber optic) Ethernet with gold-platedOK Relay contacts C: Agency Approval00 None 01 CSA/NRTL/C (Class 1, Division 2)       Bently Nevada —— Origin: USA 3500/22M 288055-01 330103-00-04-10-02-00 3500/42M 176449-02 3500/33 149986-01 330104-00-06-05-02-00 3500/15 AC 127610-01 3500/60 163179-01 330105-02-12-05-02-00 128276-01E 131151-01 3500/72M 176449-08 330106-05-30-05-02-00 330102-22-58-10-02-00 3500/62 163179-03 330106-05-30-10-02-05 330910-03-09-05-02-05 3500/40M 140734-01 330103-00-06-10-02-00 330709-000-070-10-02-00 3500/32M 149986-02 330106-05-30-10-02-00 3500/61 163179-02 Honeywell DCS —— Origin: USA CC-TAON01 51306519-175 8C-TAID61 51307069-175  8C-PAOHA1 51454469-275 CC-TAIX01 51308363-175 8C-TAIDB1 51307133-175  8C-TAIXB1 51307129-175 8C-PDIL51 51454359-175 8C-TAIM01 51306999-175  8C-TAOXB1 51307137-175 8C-TDIL11 51306858-175 8C-TAIX51 51306979-175  MU-TDOA13 51304648-100 DC-TCF901 51307593-176 8C-TAIX61 51306977-175  MU-TPIX12 51304084-100 DC-TFB412 51307618-176 8C-TAOX51 51306983-175  CC-PAON01 51410070-175 We still have a lot of PLC/DCS/TSI/ESD Module in stock, contact us quickly for prices. +86 18030235311 jessica01235483 info@apterpower.com hu18030235311

Honeywell Enhances Air China's Flight Safety and Operational Efficiency Advanced Avionics Improve Pilot Situational Awareness As more aircraft fill the skies, pilots require real-time critical data such as weather and traffic to make essential flight decisions. Honeywell's avionics suite will be deployed on Air China's 19 new Boeing 777-300ER aircraft, providing pilots with enhanced situational awareness to keep aircraft on course and optimize routing for improved fuel efficiency. About Air China Air China is the national flag carrier of China, offering passenger, cargo, and airline-related services, including aircraft maintenance and ground handling in Beijing, Chengdu, and other locations. IntuVue 3-D Weather System The Honeywell avionics suite includes the advanced IntuVue 3-D weather system, offering pilots a more comprehensive view of weather conditions compared to traditional 2-D systems. As a lighter and more reliable solution, IntuVue will help Air China reduce costs and increase operational efficiency. Additional Systems and Equipment The agreement also includes: SATCOM with SwiftBroadband Traffic Alert and Collision Avoidance System (TCAS) with Mode S transponders Flight Data Recorders (FDR) and Cockpit Voice Recorders (CVR) Innovative Landing System Technologies Air China has also selected Honeywell to supply wheels and steel brakes for its purchase and lease of Boeing 737NG aircraft over the next 10 years. Longer Lifespan and Reduced Maintenance Costs With Honeywell landing systems, Air China will benefit from extended wheel and brake life in all operating conditions. Honeywell’s Cerametalix steel brakes also reduce the need for in-service removals while maximizing part reuse, helping to lower maintenance and repair costs. TDC300 C300 CC Series ControlEdge HC900 Series FSC Matching Terminal Series CC-PAIX01 900RR0-0300 FC-FANWR-24R CC-PAIX02 900C75-0560 10310/3/1CC CC-PCNT01 900RSM-0200 FC-PDB-0824P CC-PDOB01 900C70S-0460 FC-TERM-0002 CC-PDIL01 900C50S-0460 FS-PDB-CPX05 CC-PDIS01 900C30S-0460 FS-PDB-IOX05 CC-PWRR01 900RR0-0300 FC-SAO-0220M CC-PAIM01 900C75S-0560 FC-BKMM-0001 CC-PCF901 900RSM-0200 FS-MB-0001 CC-SCMB02 900S75S-0460 FS-PDC-CPSET CC-SDOR01 900S50S-0460 FC-SDO-0824 CC-TAIM01 900P01-0601 FS-PDC-IOR05 CC-TAIX01 900P24-0601 FS-BLIND-IO CC-TCNT01 900U02-0100 FC-PSUNI2424 CC-TDIL01 900A01-0202 FC-IOCHAS-0002R CC-TDIL11 900A16-0103 FC-PUI001 CC-TDOB01 900B01-0301 FC-PDI001 CC-TDOB11 900B08-0202 FC-FANWR-24R We still have a lot of PLC/DCS/TSI/ESD Module in stock, contact us quickly for prices. +86 18030235311 jessica01235483 info@apterpower.com hu18030235311

ABB expands North American air-core reactor market ABB and Quality Power enter into exclusive agreement to expand North American air core reactor market ABB is a global leader in power and automation technologies, operating in about 100 countries and employing roughly 135,000 people worldwide. ABB’s North American operations are headquartered in Cary, North Carolina, with approximately 27,000 employees. ABB today announced that it has completed an exclusive agreement with Quality Power for the supply of Air Core Reactors to ABB customers in North America. The ABB Capacitor and Filter product team in Quebec City will immediately begin to provide proposals and support for these reactors, expanding the product offering to include transmission shunt reactors, current limiting inrush reactors, harmonic filter reactors, and grounding reactors. "This agreement allows ABB to expand its product offering and leverage the synergy between reactors and capacitors to enhance system efficiency, power quality, and reliability," said Pier-Andre Rancourt, General Manager, ABB Capacitors and Filters, North America. In addition, Quality Power complies with ABB's Supplier Sustainability Development Program, ensuring that sustainability standards are met throughout the supply chain. The Air Core Reactors feature ISO 9001, ISO 14001, and OHAS 18000 approved manufacturing, IEEE C57 and IEC 60076-6 compliance, epoxy encapsulated cylindrical design, +/- 0.5% tuning tolerance, and aluminum or copper winding options for low losses and lightweight design.ABB will showcase the Air Core Reactor solution at the 2016 IEEE PES Conference and Exhibition in Dallas, at booth #5216. ABB 07KT98 GJR5253100R0278 Advant OCS Controller 31 Controller Module The 07KT98 GJR5253100R0278 is a controller module from ABB, typically used in industrial automation and process control systems. It is part of the ABB Advant Controller 31 series, designed for reliable control and monitoring applications in various industries. ABB UF C092 BE01 HIEE300910R0001 Binary Input Module The UF C092 BE01 HIEE300910R0001 is an I/O (Input/Output) module produced by ABB, commonly utilized in industrial automation and control systems. It forms part of ABB's extensive line of automation equipment, offering reliable communication and data exchange between field devices and the control system. ABB CP630 1SAP530100R0001 CP 600 HMI Terminal Control Panels The CP630 1SAP530100R0001 is a Human-Machine Interface (HMI) panel from ABB, designed to provide operators with an intuitive interface for controlling and monitoring industrial automation systems. It is part of ABB's CP600 series of HMIs, which are widely used in process control and automation environments. We still have a lot of PLC/DCS/TSI/ESD Module in stock, contact us quickly for prices. +86 18030235311 jessica01235483 info@apterpower.com hu18030235311

Enhancing Shire's Manufacturing Efficiency with Honeywell's Cutting-Edge Technology Experion Control Platform Integration Shire will utilize the Experion system as the primary control platform for its new facility. This platform integrates critical subsystems throughout the plant, providing operators with a single, comprehensive view of the entire manufacturing process via Experion client operator stations. C300 Controller Efficiency The C300 controller’s high processing capacity will reduce the amount of hardware required to automate Shire's manufacturing process. This not only simplifies the automation infrastructure but also helps in reducing overall operating costs. Experion Batch Manager Shire will implement the Experion Batch Manager, a recent addition to the Experion product line introduced in 2008. This technology simplifies complex batch processes, ensuring reliable execution of batch recipes in a regulated environment, which is crucial for pharmaceutical manufacturing. OneWireless Mesh Network Technology The OneWireless mesh network technology will be deployed to allow controllers to be mounted on movable equipment without the need for extensive cabling. This flexibility enhances production efficiency, safety, and adaptability. Additionally, wireless remote operator stations will reduce the total number of stations required and eliminate the need for costly hardened enclosures in sensitive environmental areas. Uniformance Process Historian Database (PHD) Technology Honeywell will provide its Uniformance PHD technology, which will pull data from the Experion system. This technology enables Shire operators to store, retrieve, and analyze process control data efficiently, leading to improved operational insights. Moreover, these solutions are compliant with stringent pharmaceutical industry regulations and can be scaled as Shire plans for future expansions. ➪➪➪ Recommendation from apter The 8C-TDIL11 is a 16-channel Discrete Input Module (Low Voltage, 24VDC) used in Honeywell's C300 Controller or related Experion Process Systems. It allows the system to interface with and receive inputs from various field devices like switches, relays, and other discrete devices that operate at 24VDC. Visit more HONEYWELL 8C-TDIL11 51306858-175 DIGITAL INPUT BOARD The CC-PDIL01 is a 32-channel Discrete Input Module used in Honeywell's C300 Controller or similar Experion Process Systems. It is designed to interface with field devices to monitor discrete (binary) signals, such as on/off statuses, from various inputs. This module is essential in process control systems, providing reliable monitoring and control of multiple field inputs, ensuring that automation processes run smoothly and efficiently. Visit more HONEYWELL CC-PDIL01 51405040-175 Digital Input 24V Module The Honeywell 10102/2/1 is designed for use in Honeywell's industrial control systems, particularly within their process automation solutions. This fuse assembly is a critical component for ensu...

PLC and DCS Spare Parts on Automation Equipment Key Impacts and Roles of PLC and DCS Spare Parts on Automation Equipment Enhancing System Stability: PLC and DCS spare parts ensure quick replacement during equipment failures, restoring normal system operations, and significantly enhancing system stability. Reducing Downtime: Timely replacement of spare parts effectively reduces downtime caused by equipment failures, thereby improving production efficiency. Ensuring Production Continuity: The availability of spare parts allows for quick resolution of equipment issues, ensuring continuity and seamless operation in the production process. Improving Maintenance Efficiency: A sufficient stock of spare parts enables maintenance personnel to complete repairs more swiftly, reducing both maintenance time and costs. Enhancing System Safety: Timely replacement of damaged PLC and DCS equipment effectively reduces safety risks, safeguarding both operators and machinery. Extending Equipment Lifespan: Regular maintenance and replacement using spare parts can extend the overall lifespan of automation equipment, ensuring long-term stable operation. Optimizing System Performance: High-quality spare parts can enhance the operational efficiency of PLC and DCS systems, optimizing the overall performance of automation equipment. At Apter Automation, we provide new parts for classic industrial controls from top brands like ABB, PLC, Bently Nevada, Emerson, Foxboro, GE, Honeywell, Siemens, Schneider, Triconex, Yokogawa, Westinghouse, and Woodward. Our extensive inventory includes over 10,000 products, all backed by a 1-year warranty. Siemens/Germany Yokogawa/Japan GE FANUC /USA 6ES5183-3UA13 SDV531-L23 IS220PAICH1A 6DP1616-8CA SAI533-H33/PRP IS220PD0AH1A 6DP1631-8AA EC401-11 IS220PTCCH1A 6DP1661-8AA NFLR121-S51 IS220PVIBH1A 6DP1641-8AA ALR121-S51 IS230STCIH4A 6ES5304-3UB11 ALF111-S00 IS200TBCIH3C 6ES5482-4UA20 SPW482-13 IS200TSVCH1A 6DP1651-8AA PW482-10 IS200TRLYH1B 6ES5430-4UA12 SEC401-11 IC693CMM321-KM 6ES5451-4UA12 NFDV161-P51 IC693CPU374-KZ 6ES5460-4UA11 SB401-11 IS215WEPAH2BA 6ES5460-4UA12 ALR121-S00 IS210BPPCH1ACA 6ES5470-4UB12 AAI835-H00 IS200WETBH1ABA 6ES5756-0AA11 ADV151-P10 IS210MVRBH1A 6SY8102-0LA03 ADV551-P00 DS200TCDAH1BGD A5E00444860 ADV551-P50 DS200TCEAG1BTF 6ES5941-7UB11 AAR145- S03 DS200TCQCG1BJF We still have a lot of PLC/DCS/TSI/ESD Module in stock, contact us quickly for prices. +86 18030235311 jessica01235483 info@apterpower.com hu18030235311

Dresser - A strategic partner that perfectly fits GE’s business model Dresser is a perfect fit for GE’s business model, especially in the energy sector. As a company primarily serving energy customers, Dresser’s technology complements GE’s existing gas engine portfolio, significantly bolstering GE’s competitiveness in the flow technology industry. Dresser’s technology is highly complementary to GE’s product lines, particularly in the highly engineered valve segment. Dresser enhances GE’s product portfolio in the $45 billion flow technology market, further strengthening GE’s product advantages in this field. Eighty-five percent of Dresser’s revenue comes from energy customers, demonstrating its strong foundation in the energy industry. Additionally, Dresser has built a large installed base of equipment, which is a key reason why 40 percent of its revenue is derived from aftermarket services, laying a solid foundation for future expansion. Given Dresser’s established market presence and significant revenue from aftermarket services, the potential for future expansion is substantial. As GE integrates Dresser’s resources, both companies will be able to further explore new markets and increase their global market share. The collaboration between Dresser and GE will generate significant synergies, particularly in the energy sector. By complementing each other in technology and market presence, the two companies will jointly drive innovation and growth in the energy industry. By acquiring Dresser, GE will further solidify its leadership position in the global energy and flow technology markets. The integration of Dresser not only expands GE’s product line but also enhances its ability to offer comprehensive solutions, thereby better serving its global customers. Siemens Westinghouse Woodward 6ES5300-3AB11 3A99158G01 SA1509-24 6ES5301-3AB13 5X00106G01 5463-785 6ES5312-3AB32 5X00119G01 5463-473 6ES5312-5CA11 5X00121G01 5464-414 6ES5420-4UA12 5X00300G01 5464-544 6ES5434-4UA11 5X00419G01 5463-581 6ES5441-4UA14 IC31224G01 5464-013 6ES5454-4UA13 1P00028G01 5464-211 6ES5465-4UA12 5X00070G04 5417-028 6ES5470-4UC12 5X00109G02 5501-380 6FX1113-0AE02 3A99220G01 5417-175 6FX1113-4AD01 1C31110G03 5417-040 6DD1681-0CA2 1C31142G01 5453-203 6DD1601-0AE0 3A99266G01 5437-672 We still have a lot of PLC/DCS/TSI/ESD Module in stock, contact us quickly for prices. +86 18030235311 jessica01235483 info@apterpower.com hu18030235311

Optimizing Motor Efficiency: Reducing Energy Waste and Extending Equipment Lifespan Convert the energy Engineers can invest in variable speed drives (VSDs) to manage energy wastage. VSDs can be retrofitted to a single-speed motor and convert the fixed incoming power to a variable voltage. It will then manage the motor’s output speed according to the device’s changeable demands. The addition of a VSD has the potential to reduce energy consumption of a facility by at least ten per cent. Slow things down Fixed speed motors accelerate extremely quickly to reach their correct, operational speed, requiring a high current and creating a great deal of heat as a result. This start up process can cause a lot of wear over time and it will ultimately reduce the lifespan of the device. To prevent too much wear, some manufacturers limit the amount of times a motor starts up per hour. Engineers can use a soft starter device with their AC electrical motors to reduce this wear. A soft start temporarily limits the current to the motor, therefore avoiding increased mechanical wear and overheating of electrical parts. Move things around Improving motor efficiency does not have to involve installing costly equipment. By making a few small changes to their facility, manufacturers can save energy and therefore cut utility costs. For example, motors are often left running when they’re not needed and unnecessary use can add up to £2,000 a year per motor to the energy bill and maintenance costs. Engineers should regularly monitor the surrounding environment of the motor to ensure it can operate at the highest efficiency. Keeping motors out of areas in the facility that have high temperatures can reduce overheating. Keeping the motor clean and away from machinery that might emit a lot of dust or debris can also help prevent breakages. Manufacturers should consider eco-obsolete technology if they must replace a part to return to production. These are parts that have become obsolete and are no longer sold by the original equipment manufacturer (OEM). However, eco-obsolete technology still adheres to energy efficiency standards despite not being brand new, so is a cost-effective option for manufacturers. Recommendation 3500/15-04-04-01 Legacy Low Voltage DC Power Supply Module 133292-01 + Legacy Low Voltage DC Power Input Module 133300-01 3500/15-03-05-00 Legacy High Voltage DC Power Input Module 129478-01+ Universal AC Power Input Module 106M1081-01 3500/20-01-01-00 Standard Rack Interface Module 125744-02+RIM I/O Module with Modem Interface 135031-01 3500/20-01-02-00 Rack Interface Module 125744-02+ RIM I/O Module 125768-01 3500/20-02-01-00 TMR Rack Interface Module 125744-01+RIM I/O Module with Modem Interface 135031-01 3500/20-02-02-00 TMR Rack Interface Module 125744-01+RIM I/O Module with RS232/RS422 Interface 125768-01 3500/22-01-02-00 Transient data interface module 138607-01+ 10 Base-T/100 Base-TX I/O Module 146031-01 3500/22-01-01-01 MONITOR INTERFACE (TDI ) 288055-...

Introduction to PLC and DCS Automation In modern industry, the application of automation systems has become a key factor in improving production efficiency and product quality. The two most common automation systems are Programmable Logic Controllers (PLC) and Distributed Control Systems (DCS). This article provides a detailed introduction to PLC and DCS and explores their applications in automation. PLC (Programmable Logic Controller) A PLC is a digital computer designed for industrial environments, used to control mechanical and electrical equipment in automated production processes. The main features of a PLC are its flexibility and programmability, making it suitable for various automation tasks. Main Features: Modular Design: PLC systems are typically composed of multiple modules, including input/output modules, a central processing unit (CPU), and power modules. Users can add or remove modules as needed to adapt to different application requirements. Programming Languages: Common PLC programming languages include Ladder Diagram (LD), Function Block Diagram (FBD), Instruction List (IL), Structured Text (ST), and Sequential Function Chart (SFC). Real-time Operation: PLCs can operate in real-time environments, quickly responding to input signals to achieve precise control. High Reliability: Designed to withstand harsh industrial conditions such as high temperatures, humidity, vibration, and electromagnetic interference. Applications: PLCs are widely used in manufacturing, chemical, energy, and infrastructure sectors. For example, on production lines, PLCs can control the movement of robotic arms, monitor various parameters during the production process, and perform feedback adjustments. DCS (Distributed Control System) A DCS is an automation system used for large-scale industrial process control. Unlike PLCs, DCS is primarily used in large plants and facilities that require complex process control. Main Features: Distributed Architecture: A DCS consists of multiple control units distributed throughout the plant or production facility, with each unit responsible for controlling a specific area or equipment. This distributed architecture enhances system reliability and maintainability. Integrated Control: DCS integrates process control, data acquisition, and monitoring functions, achieving unified management and optimization of the entire production process through a central monitoring system. Advanced Control Functions: DCS features advanced control algorithms and optimization tools, enabling complex process control such as Model Predictive Control (MPC) and Adaptive Control. High Security: DCS typically includes redundant design to ensure that the system can continue to operate normally even if a single component fails. Applications: DCS is widely used in industries such as oil and gas, chemical, power, and water treatment. For instance, in a refinery, a DCS can monitor and control the entire refining process, from crude oil input to finished ...