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Products related to categories: servo, frequency conversion, HMI, driver, distributed DCS, IPC (PC bus industrial computer), PLC (programmable control system), DCS (distributed control system), FCS (field bus system), robot and other products and technical services.
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Applications: Wind energy, automobile, ship, transportation, manufacturing, aviation, petroleum, natural gas, thermal power, thermal power, nuclear energy, steel, metallurgy, mining, power and other industries
IC695ETM001 Ethernet module 10/100 Mbits 2 RJ45 connections
IC695ETM001 Ethernet module 10/100 Mbits 2 RJ45 connections
There are three models of embedded baseplates, the 311, 313, and 323. These model
numbers are based upon the CPU type that each contains. This chapter discusses only
the baseplate features of these products. CPU specifications for the embedded CPU are
located in Chapter 4. The embedded CPU baseplates have the following features:
The CPU type cannot be changed.
They do not support the use of expansion or remote racks, so these racks do
not have an expansion connector like the modular CPU baseplates do.
The models 311 and 313 are 5-slot baseplates, and the model 323 is a 10-slot
baseplate.
Since they do not require a plug-in CPU module, all numbered slots,
including Slot 1, can be used for I/O or Option modules.
The memory back-up battery is located in the Power Supply module; so if
the Power Supply is unplugged from the baseplate, the battery will be
disconnected from the memory circuits, which are located on the backplane
circuit board. However, the backplane circuit board contains a high value
capacitor, sometimes called a ”super capacitor,” that can store enough charge
to maintain the memory circuits for about 1 hour if the Power Supply is
removed or its battery is disconnected. Chapter 6 discusses the
IC693ACC315 Battery Accessory kit that can be used to maintain memory
contents when the Power Supply is removed from an embedded CPU
baseplate.
There are no configuration switches or jumpers on the Model 311, 313, or
323 baseplates.
An embedded CPU baseplate is always assigned, by default, Rack Number
Zero (0).
A Power Supply module must be plugged into the left slot (which is not
numbered) of these baseplates. The left slot is a unique size and type that
only supports a Power Supply module.
A CPU module (or a special Option module) must be installed in Slot 1 of
these baseplates. Slot 1 is a unique size and type that only supports a CPU
module or a special Option module like the FIP Remote I/O Scanner
(IC693BEM330). Slot 1 is labeled CPU/1.
Slots numbered 2 and above are of a unique size and type that only
supports I/O or Option modules.
Expansion and Remote baseplates are supported, so a 25-pin D-type female
expansion connector is located at the right end of the baseplate for
connecting to an Expansion or Remote baseplate.
Since the CPU is modular, it can be replaced or changed to a different type if
additional features are desired.
Only one CPU baseplate is allowed per system. If more than one baseplate
is used in a system, the additional ones must be either Expansion or Remote
types.
A modular CPU baseplate is always assigned, by default, Rack Number 0.
The Series 90-30 I/O modules described in this manual can be controlled two ways:
1. With a Series 90-30 Programmable Logic Controller (PLC).
2. With a Personal Computer (PC) that has an installed Personal Computer Interface card (or
similar interface). This allows software on the PC to control and monitor Series 90-30 I/O.
If you are using Series 90-30 I/O as part of a Series 90-30 PLC system, you should refer to
GFK-0356, the Series 90-30 Programmable Controller Installation manual, for more information.
If you are using a Personal Computer to control the Series 90-30 I/O, refer to the documentation
for the PCIF, your Personal Computer, and your application software for more information.
In addition to Series 90-30 I/O modules, the I/O system supports a wide variety of option
modules, such as
Genius Communications and Bus Controller
Communications Control module (for serial communications)
Programmable Coprocessor Modules and Alphanumeric Display Coprocessor
Motion control and High Speed Counter modules
Ethernet interface,
Various bus controllers.
State Logic modules
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IC695CRH001 9070 MDL252 TO RX3I MDL241 HARNESS ASM
IC695CRH002 9070 MDL253 TO RX3I MDL241 HARNESS ASM
IC695CRH003 9070 MDL250 TO RX3I MDL260 HARNESS ASM
IC695CRH004 9070 MDL240 TO RX3I MDL250 HARNESS ASM
IC695CRH006 9070 MDL251TO RX3i MDL250 Harness Asm
IC695CRH007 9070 MDL241 TO RX3I MDL231 HARNESS ASM
IC695CRH008 9070 MDL653 TO RX3I MDL660 HARNESS ASM
IC695CRH009 9070 MDL652 TO RX3I MDL654 HARNESS ASM
IC695CRH010 9070 MDL654 TO RX3I MDL658 HARNESS ASM
IC695CRH011 9070 MDL640 TO RX3I MDL632 HARNESS ASM
IC695CRH012 9070 MDL651 TO RX3I MDL654 HARNESS ASM
IC695CRH013 9070 MDL671 TO RX3I MDL645 HARNESS ASM
IC695CRH014 9070 MDL350 TO RX3I MDL340 HARNESS ASM
IC695CRH015 9070 MDL340 TO RX3I MDL330 HARNESS ASM
IC695CRH016 9070 MDL340 TO RX3I MDL350 HARNESS ASM
IC695CRH017 9070 MDL341 TO RX3I MDL350 HARNESS ASM
IC695CRH018 9070 MDL341 TO RX3I MDL390 HARNESS ASM
IC695CRH019 9070 MDL752 TO RX3I MDL753 HARNESS ASM
IC695CRH020 9070 MDL750 TO RX3I MDL753 HARNESS ASM
IC695CRH021 9070 MDL940 TO RX3I MDL931 OR 940 HRNASM
IC695CRH022 9070 MDL940 TO RX3I MDL916 HARNESS ASM
IC695CRH023 9070 ALG230 TO RX3I ALG616 HARNESS ASM
IC695CRH024 9070 ALG230 TO RX3I ALG220 HARNESS ASM
IC695CRH025 9070 ALG230 TO RX3I ALG221 HARNESS ASM
IC695CRH026 9070 ALG230 TO RX3I ALG222 HARNESS ASM
IC695CRH027 9070 ALG230 TO RX3I ALG232 HARNESS ASM
IC695CRH028 9070 ALG440 TO RX3I ALG616 HARNESS ASM
IC695CRH029 9070 ALG440 TO RX3I ALG220 HARNESS ASM
IC695CRH030 9070 ALG440 TO RX3I ALG221 HARNESS ASM
IC695CRH031 9070 ALG441 TO RX3I ALG616 HARNESS ASM
IC695CRH032 9070 ALG441 TO RX3I ALG220 HARNESS ASM
IC695CRH033 9070 ALG441 TO RX3I ALG222 HARNESS ASM
IC695CRH034 9070 ALG441 TO RX3I ALG232 HARNESS ASM
IC695CRH035 9070 ALG320 TO RX3I ALG708 HARNESS ASM
IC695CRH036 9070 ALG320 TO RX3I ALG390 HARNESS ASM
IC695CRH037 9070 ALG320 TO RX3I ALG391 HARNESS ASM
IC695CRH038 9070 MDL740 to RX3i MDL765 Harness ASM
IC695CRH039 9070 MDL753 to RX3i MDL765 Harness ASM
IC695CRU320 1Ghz CPU with 64Meg of memory 2 SERIAL PORTS (occupies two slots on system base) redundant CPU. External high capacity battery IC693ACC302 required. The CRU320 supports both Genius LAN and Ethernet LAN. Dual Genius LAN is supported by an applicati
IC695CRU320CA Conformal coated. 1Ghz CPU with 64Meg of memory 2 SERIAL PORTS (occupies two slots on system base) redundant CPU. External high capacity battery IC693ACC302 required. The CRU320 will only work with RX3i ENIU remote I/O and Genius LAN.
IC695CRU320QP QuadPAC redundant controller. 1Ghz CPU with 64Meg of memory 2 SERIAL PORTS (occupies two slots on system base). External high capacity battery IC693ACC302 required.
IC695DEM004 Beta i Series 1-Axis Motion Demo Case for use with PACMotion or DSM324i motion controllers
IC695DEM006 PMM Demo Case: RX3i and PACMotion
IC695DEM008 Fieldbus Demo Case: RX3i and Fieldbus
IC695DEMP002 RX3i Demo Case - China
IC695ECM850 RX3i IEC61850 communication module
IC695ETM001 Ethernet module 10/100 Mbits 2 RJ45 connections one IP address occupies one slot on system base
IC695ETM001CA RX3i Ethernet Mdl,10/100Mbits,Conformal Coated.
IC695ETM001LT Low Temperature Tested (-40 to 60C) Ethernet module 10/100 Mbits 2 RJ45 connections one IP address occupies one slot on system base
IC695FTB001 FIBER OPTIC TERMINAL BOARD FOR PMM335
IC695FTB1B032 Fiber terminal Block kit includes the IC695FTB001 base plus two IC694TBS032 high density box style screw terminal blocks
IC695FTB1B132 Fiber terminal Block kit includes the IC695FTB001 base plus two IC694TBS032 high density extended shroud box style screw terminal blocks
IC695FTB1S032 Fiber terminal Block kit includes the IC695FTB001 base plus two IC694TBS032 high density spring style terminal blocks
IC695FTB1S132 Fiber terminal Block kit includes the IC695FTB001 base plus two IC694TBS032 high density extended shroud spring style terminal blocks
IC695GCG001 RX3i GENIUS Communications Gateway
IC695HSC304 RX3i High Speed Counter, 4 channels. 8 configurable inputs and 7 configurable ESCP outputs. Module supports high speed counting, input interrupts and programmable limit switch.
IC695HSC308 RX3i High Speed Counter, 8 channels. 16 configurable inputs and 14 configurable outputs. Supports high speed counting, interrupts and programmable limit switch. Module requires PCI bus with terminal block IC694TBxx32E (E) revision and above.
IC695LRE001 RX3i Local Expansion Module Occupies no system slots on base
IC695LRE001CA RX3i Local Serial Expansion Conformal Coated.
IC695MDL664 Smart Digital 24VDC Input module, 16 input channels in two groups of eight. Module does not ship with terminal block. IC694TBB032 or IC694TBSx032 terminal block is required.
IC695MDL664CA Conformal Coated. Smart Digital 24VDC Input module, 16 input channels in two groups of eight. Module does not ship with terminal block. IC694TBB032 or IC694TBSx032 terminal block is required.
IC695MDL765 Smart Digital Output Module 24/125 volt DC, ESCP 1A Positive Logic 16 Points. Module does not ship with terminal block. IC694TBB032 or IC694TBSx032 terminal block is required.
IC695MDL765CA Conformal Coated. Smart Digital Output Module 24/125 volt DC, ESCP 1A Positive Logic 16 Points. Module does not ship with terminal block. IC694TBB032 or IC694TBSx032 terminal block is required.
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1, the use of voltage regulator or transformer: the voltage regulator can automatically adjust the output voltage, keep in the set stable range, suitable for all kinds of electronic equipment. Transformers can rise and fall voltage, suitable for specific voltage requirements of electrical appliances.
2, Install UPS uninterruptible power supply: Uninterruptible power supply (UPS) can provide a stable power supply for the equipment when the grid voltage is unstable or power failure, while protecting the equipment from voltage fluctuations.
3, regular inspection of the power line: aging or damaged power lines may lead to voltage instability, regular inspection and maintenance is necessary.
4, the use of qualified power cables and sockets: the use of national standards, quality qualified power cables and sockets, can reduce the voltage fluctuations caused by cable problems.
5, avoid using sensitive equipment when the voltage is unstable: for some equipment that is particularly sensitive to voltage fluctuations, such as precision instruments, computers, etc., should try to avoid using when the voltage is unstable.
6, consult professionals: For the problem of voltage instability, you can contact the power supply department or professional electricians for inspection and treatment.
7, understand the local power supply situation: in some areas, the voltage instability may be due to the grid load is too large or grid facilities caused by aging, understanding the situation can take corresponding measures.
8, purchase voltage protection equipment: there are some protection equipment specifically designed for voltage instability on the market, such as voltage protectors, overvoltage protectors, etc., can automatically power off protection equipment when the voltage is abnormal.
Taking appropriate measures to protect electrical equipment can not only extend the service life of the equipment, but also ensure the safety of use and avoid safety accidents such as fire caused by voltage instability.
Replacing an electrical equipment unit in a plant is a complex task that requires careful planning and execution to ensure safety and minimize downtime. Here is a general step-by-step guide on how to replace electrical equipment in a plant:
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Pre-Planning:
- Identify the specific equipment that needs to be replaced and understand its function within the plant.
- Purchase or order the new equipment, ensuring it is compatible with the existing system.
- Review the manufacturer’s installation and operation manuals for the new equipment.
- Develop a detailed replacement plan, including a timeline, required materials, and safety procedures.
- Notify all relevant personnel and departments about the planned downtime and replacement.
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Safety Precautions:
- Ensure that all safety protocols are in place before starting any work.
- Lock out/tag out (LOTO) the equipment to be replaced to prevent accidental energization.
- Wear appropriate personal protective equipment (PPE), such as safety glasses, gloves, and hard hats.
-
Shutdown Procedures:
- Follow the plant’s standard shutdown procedures to safely stop the equipment and isolate it from the power source.
- Double-check that the equipment is de-energized and all energy sources are disconnected.
-
Disconnection:
- Disconnect all electrical connections to the equipment, including power cables, control wires, and grounding cables.
- Label all disconnected cables and connections for proper reinstallation.
-
Removal of Existing Equipment:
- Carefully remove the old equipment, which may involve disassembling components or using lifting equipment.
- Dispose of the old equipment in an environmentally responsible manner, following local regulations.
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Installation of New Equipment:
- Position the new equipment in place, ensuring it aligns with existing connections and infrastructure.
- Reconnect all power, control, and grounding cables, referring to the installation manuals and diagrams.
-
Testing and Commissioning:
- Perform a visual inspection to ensure all connections are correct and secure.
- Gradually power up the new equipment and conduct functional tests to ensure it operates correctly.
- Perform any necessary calibration and adjustments.
-
Documentation:
- Update all relevant documentation, including maintenance logs, schematics, and operating procedures.
- Record the details of the replacement, including dates, personnel involved, and any issues encountered.
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Training:
- Provide training to plant personnel on the operation and maintenance of the new equipment if necessary.
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Startup:
- Restart the plant processes and monitor the new equipment closely to ensure it performs as expected.
Throughout the process, it’s important to work closely with a team that includes electrical engineers, technicians, and maintenance staff. Communication is key to a successful equipment replacement. Additionally, always adhere to local electrical codes and standards to ensure compliance and safety. If the task is beyond the expertise of in-house staff, consider hiring a professional contractor experienced in industrial electrical work.
Obtaining industrial automation programming software typically involves the following steps:
-
Identify Your Needs:
- Determine the specific automation tasks you need to perform and the type of equipment (such as PLCs, PACs, HMIs, or industrial PCs) you will be programming.
-
Research Software Options:
- Look for software that is compatible with the hardware you are using or planning to use.
- Consider the industry standards and what is commonly used for your type of application.
- Read reviews, forums, and case studies to learn about the experiences of others with different software packages.
-
Contact Equipment Manufacturers:
- Many automation hardware manufacturers provide their own programming software, which is often optimized for their products.
- Visit the manufacturer’s website or contact their sales or support team to inquire about the software options available.
-
Purchase or Download:
- For proprietary software, you may need to purchase a license from the manufacturer or an authorized reseller.
- Some software may be available for download directly from the manufacturer’s website, either as a full version or a trial version.
-
Academic or Evaluation Versions:
- If you are a student or educator, you might be eligible for educational discounts or free versions of the software.
- Some companies offer evaluation versions of their software for a limited period, allowing you to test it before purchasing.
-
Open Source Options:
- Consider open-source software, which is often free to use and can be modified to suit your needs. However, open-source software may not come with the same level of support as proprietary software.
-
Licensing:
- Understand the licensing agreement for the software. Some software requires a one-time purchase, while others may require annual subscriptions or per-use fees.
-
Training and Support:
- Look into the availability of training resources, such as tutorials, manuals, and online courses, to help you learn how to use the software effectively.
- Consider the level of technical support provided by the software vendor, which can be crucial for troubleshooting and resolving issues.
-
Legal and Compliance:
- Ensure that the software complies with any industry regulations or standards that apply to your operations.
- Make sure you have the legal right to use the software in your country or region.
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Installation and Setup:
- Follow the installation instructions provided by the manufacturer.
- Configure the software according to your system requirements and the hardware you are using.
Here are some common ways to obtain industrial automation programming software:
- Direct from the Manufacturer: Order directly from the company that produces the software.
- Authorized Dealers: Purchase from authorized dealers or distributors who have been granted the right to sell the software.
- Online Marketplaces: Some software may be available for purchase on online marketplaces, but always ensure the seller is reputable and authorized.
- Volume Licensing: For large organizations, there may be options for volume licensing that can reduce costs.
Remember to keep your software updated to benefit from the latest features and security patches. Also, ensure that you have the necessary backup and recovery procedures in place to protect your programming work.
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ABB Relion® 615 series Quick Start Guide
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Yokogawa FIO System Overview Installation to Make I/O Modules Dual-Redundant
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Ovation™ Power Supply System 5X00785G09
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ABB Company Profile
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AMAT Applied Materials Company profile
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