1. In terms of function: PLC already has the control function of analog quantity, and some PLC systems have even quite powerful analog quantity processing capability, such as Siemens S7-400, ABB control board Control Logix and Schneider Quantum system. And DCS also has quite strong logic processing capabilities. 2. From the system structure: The basic structure of PLC and DCS is the same. PLC has developed to today and has been fully transplanted to computer system control. Traditional programmers have long been Be eliminated. PLCs for small applications generally use touch screens, and PLCs for large-scale applications use computer systems in an all-round way. Like DCS, the controller and IO station use Just like DCS, the host computer platform uses the Ethernet structure. This is one of the reasons why the concept of DCS is blurred after the large-scale PLC. 3. The development direction of PLC and DCS: Miniaturized PLC will develop towards a more professional use perspective, such as more targeted functions, more targeted application environment, and so on. Large The boundary between PLC and DCS gradually fades until it is completely integrated. Contact Tiffany`s e-mail: plcsale@mooreplc.com Triconex Schneider Emerson Triconex 4000042-120 UST21 KJ2201X1-BA1 Triconex 219179 140ACI03000 VE4006P2 KJ3241X1-BA1 12P2506X062 Triconex 2201 CM 2201 140ACI04000 VE4006P2 KJ3241X1-BA1 Triconex 2351 140ACI05100 VE4005S2B2 KJ3221X1-BA1 12P2531X092 Triconex 2352 140ACO02000 VE4003S5B1 KJ3002X1-BG2 12P1731X082 Triconex 2361 140ACO13000 VE4003S2B1  12P3270X022 Triconex 2381 140AII33010 VE4002S1T2B5 KJ3204X1-BA1 12P3275X022 Triconex 2401 140AMM0900 VE4002S1T2B4 KJ3202X1-BA1 12P2536X042 Triconex 2401L 140ARI03010 VE4002S1T2B2 KJ3202X1-BA1 12P2536X032 Triconex 2451 140AVI03000 VE4002S1T1B2 KJ3001X1-BG1 12P0557X162

Strategic spare parts planning Strategic spare parts planning is all about having access to required spare parts at the right time and the right condition. Moore Automation enables operators to have these parts available without keeping all OEM recommended parts in stock. The essence of this approach is knowing what spare parts you need before you need these parts. Spare parts planning is all about reducing the risks and minimizing the costs of downtime of your gas turbine engine after a scheduled or unscheduled stop. Correct spare parts planning will help reducing purchasing and stocking costs. Let Moore Automation take care of your strategic spare parts stock, so you can take care of your operation. Rapid availability of spare parts is essential Most unscheduled stops and gas turbine down times are caused by a malfunctioning external part of the gas turbine. To minimize loss of production it is important to have immediate access to OEM replacement parts. Moore Automation is the independent stock keeping service provider for all critical spare parts. Reduce costs with strategic parts planning Every gas turbine owner is searching for ways to cut costs without compromising on reliability. Strategic parts planning is a safe way to realize a cost reduction. For every gas turbine operator it is important to have replacement parts available quickly in the right condition and at the right price. Spare parts management supports gas turbine owners and operators to realize these goals. Moore Automation approach Moore Automation enables gas turbine owners and operators to implement strategic spare parts planning as part of a maintenance plan. Determining factors for parts planning are scheduled maintenance and the importance of the plant, engines and separate parts. Solutions vary for respectively high-, medium- and non-critical parts. Benefits Strategic spare parts planning offers substantial cost savings by: Eliminating irrelevant stock Effective and cost-effective spare parts purchasing Reducing downtime of an engine after a scheduled or unscheduled stop

If you're familiar with industrial automation, you may have heard of PLCs. So, what are PLCs and why are they so important in the world of automation? PLC stands for Programmable Logic Controller. They are industrial computers used to control different electro-mechanical processes for use in manufacturing, plants, or other automation environments. PLCs vary in size and form factors. Some are small enough to fit in your pocket while others are large enough to require their own heavy-duty racks to mount. Some PLC’s can be customized with back planes and functional modules to fit different types of industrial applications. A PLC’s functions are divided into three main categories: inputs, outputs and the CPU. PLCs capture data from the plant floor by monitoring inputs that machines and devices are connected to. The input data is then processed by the CPU, which applies logic to the data, based on the input state. The CPU then executes the user-created program logic and outputs data or commands to the machines and devices it is connected to. Such as below PROSOFT product, it has so many features: Pls always don`t forget to click e-mail remain your inquiry: plcsale@mooreplc.com The MVI56 Modbus Master/Slave Communication Module allows Automation® ControlLogix® processors to interface easily with other Modbus protocol compatible devices. The module acts as an Options module between the Modbus network and the ControlLogix backplane. Compatible devices include not only Modicon® PLCs (almost all support the Modbus protocol) but also a wide range of process and control devices from a variety of manufacturers. Many SCADA packages also support the Modbus protocol. MVI56-HART 5201-DFNT-EGD 3150-MCM PS69-DPM MVI69-ADM PC56-2K-IDE MVI56-DFCMR MVI71-AFC 3250-L532M 2150-AGA MVI94-MCM MVI69-MNET MVI56E-MCM MVI56-CSC MVI56-MNET PS69-DPS MVI56-ADM MVI56E-MNET 3300-MBP MVI69L-MBS MVI69-PDPMV1 MVI56E-MNETC MVI69-MCM MVI56E-GSC MVI56-DFCM MVI56-PDPS MVI46-DFNT MVI56-PDPMV1 MVI56-MCM MVI56E-MNETR MVI69-ADMNET MVI69-GSC MVI46-MNET MVI56-MCMR MVI69E-MBTCP MVI69E-MBS 3100-MCM MVI56E-MNETCR MVI46-MCM MVI56E-MCMR MVI46-MBP MVI56-GSC MVI71-ADM MVI69-DFNT MVI69-PDPS MVI56E-MCMXT mvi56-mcm wiring 1756-mvi56-mcm

As the name implies, the DCS is a system of sensors, controllers, and associated computers that are distributed throughout a plant. Each of these elements serves a unique purpose such as data acquisition, process control, as well as data storage and graphical display. These individual elements communicate with a centralized computer through the plant’s local area network – often referred to as a control network. As the ‘central brain’ of the plant the DCS makes automated decisions based on production trends it sees them in real-time throughout a plant. As an example the DCS at a power plant might automatically increase steam generation capacity of multiple turbines in order to keep up with changing demand for electricity during hot Summer days and then decrease it as outdoor temperatures cool overnight and demand subsides. Whereas a PLC could adjust a single unit operation, the DCS can make adjustments to each of a plant’s many interacting unit operations. In recent years, the use of smart devices and field buses makes distributed control system (DCS) to be prominent in large and complex industrial processes as compared to the former centralized control system. This distribution of control system architecture around the plant has led to produce more efficient ways to improve reliability of control, process quality and plant efficiency. Nowadays, distributed control system has been found in many industrial fields such as chemical plants, oil and gas industries, food processing units, nuclear power plants, water management systems, automobile industries, etc. DCS Systems from Different Vendors Some of the available DCS systems include ABB- Freelance 800F and 800 xA Yokogawa- FIO System Honeywell-TDC 3000 EcoStruxure Foxboro DCS - Distributed Control System EcoStruxure Triconex Safety Systems Emerson- Delta V Digital Automation Siemens- Simatic PCS 7 Do you have related inquires ? If yes , please contact me by  plcinfo@mooreplc.com

IOM block type IOM model number IOTA model number IOTA description 7 IOTA supported FTAs or ancillary cards AI-HL Cx-PAIN01 Cx-TAIN01 AI, Non-redundant None Cx-TAIN11 AI, Redundant None AI-HL Cx-PAIX01 Refer to Attention Cx-TAIX01 AI, Non-redundant None Cx-TAIX11 AI, Redundant None Cx-GAIX11 AI, GI-IS non-redundant MTL-4541 MTL-4575 Cx-GAIX21 AI, GI-IS redundant MTL-4544 AI-HL Differential/ Single-ended CC-PAIX02 CC-TAIX01 AI, non-redundant None CC-TAIX11 AI, redundant None Cx-GAIX11 AI, GI-IS, non-redundant MTL4541 MTL4575 Cx-GAIX21 AI, GI-IS, redundant MTL4544 CC-TAID01 AI, non-redundant None CC-TAID11 AI, redundant None AI CC-PAIN01 CC-TAIN01 Analog Input, Non-redundant, no differential, 4-20 mA only None CC-TAIN11 Analog Input, Redundant, no differential, 4-20 mA only None AI-LLMUX Cx-PAIM01 Cx-TAIM014 (note 1a) LLMUX, non-redundant, non-coated Mx-TAMT04 Mx-TAMR04 Mx-TAMT14 AI-LLAI Cx-PAIM51 Cx-TAIM51 LLAI, non-redundant, non-coated None Honeywell DCS System Experion PKS C200 Honeywell TC-IAH16I 2 Analog Output, 8-Point, Current/Voltage Module Honeywell TC-OAV081 RTD Input, 6-Point Module (Isolated) Honeywell TC-IXR061 24 VDC, 32-Point Discrete Output Module Honeywell TC-ODD321 High Level Analog, 16-Input, Voltage and Current (10 V & 4-20 mA) Module Honeywell TC-IAH161 Thermocouple Input, 6-Point Module Honeywell TC-IXL061 Standard (non-redundant) Power Supply Modules Honeywell TK-FPDXX2 Redundant Power System Chassis Adaptor Honeywell TK-FXX102 Ethernet Specialty I/O Module Honeywell TK-FTEB01 51309512-175/51403483-100 Battery Extension Module Honeywell TK-PPD011 51309241-175/51204142-100 IOLIM (I/O Link Module), Interface for PMIO. Honeywell TK-IOLI01 51403427-175/51309283-600 Redundancy Honeywell TC-PRR021 Redundancy Module Honeywell TK-PRR021 51309288-275/51309283-300 Controllers Honeywell TC-PRS021 Controller C200 Control Processor Honeywell TK-PRS021 51404305-275/51309283-200 ControlNet Interface Honeywell TC-CCN013 CC-PDOB01 Honeywell CC-PDOB01 Analog Input, Redundant, 16 ch Honeywell CC-TAID11 High Level Analog Input with HART Honeywell CC-PAIX02 High Level Analog Input with Differential non-HART I know you are interested with these products, send e-mail to me: plcsale@mooreplc.com you will get charming price.

September 18th is the traditional Mid-Autumn Festival in China. Our company held a grand event in the company. Every employee also prepared a variety of interesting prizes.In the next 2 hours, everyone participated in the competition and basically took away the prizes wanted. The luckiest one is our Tiffany. She won the awards and finally won the biggest award - Swarovski necklace, congratulations to her, next year we also hope that everybody can make persistent efforts to strive for greater award sharing. If you want to know more. pls e-mail me: plcsale@mooreplc.com now Don`t hesitate. come on Bently Nevada 3500/92 Communication Gateway Module Bently Nevada 1900/65A General Purpose Equipment Monitor

Due to virus, we received a nice customer video call meeting from Pakistan. He's new client. Their purpose this time is to discuss with the goods, the price, the delivery date, etc. It is a pleasant end to the meeting and look forward to more cooperation opportunities.

PLEASE CONTACT Tiffany`s e-mail plcsale@mooreplc.com FOR CURRENT PRICING AND LEAD TIME. The Proximitor*/Seismic Monitoris a 4-channel monitorthat accepts input from proximity and seismic transducers, conditions the signal to provide various vibrations and position measurements, and compares the conditioned signals with user-programmable alarms. You can program each channel using the 3500 Rack Configuration Software to perform the following functions: > Radial vibration* > Thrust position* > Differential expansion* > Eccentricity* > REBAM* > Acceleration* > Velocity* > Shaft absolute* > Circular acceptance region* The monitor channels are programmed in pairs and can perform up to two of the aforementioned functions at a time. For example, Channels 1 and 2 can perform one function while channels 3 and 4 perform another or the same function. The primary purpose of the 3500/42M Proximitor*/Seismic Monitoris to provide the following: n Machinery protection by continuously comparing monitored parameters against configured alarm setpoints to drive alarms n Essential machine information for both operations and maintenance personnel Each channel, depending on configuration, typically conditions its input signal to generate various parameters called static values. You can configure alert setpoints for each active static value and danger setpoints for any two of the active static values Bently Nevada 3500/34 TMR Relay Module Bently Nevada 3500/40M Proximitor Monitor Bently Nevada 3500/32 4-Channel Relay Module Bently Nevada 3500/33 16-Channel Relay Module Bently Nevada 3500/32 3500/33 149986-01 Bently Nevada 3500/42M 3500/20 125744-02 Bently Nevada 3500/20 3500/90 125728-01 Bently Nevada 3500/50 3500/42 125672-02 Bently Nevada 3500/15 3500/42M 140734-02 Bently Nevada 3500/25 125768-01 Bently Nevada 3500/92 126615-01 Bently Nevada 128229-01 125736-01 Bently Nevada 125720-01 125840-01 Bently Nevada 125760-01 128240-01 Bently Nevada 133442-01 125760-01 Bently Nevada 125840-01 TK3-2E Bently Nevada 133396-01 330180-91-05 Bently Nevada 125800-01 330180-50-05