Category: Emerson

To succeed in a results-driven world, businesses must operate faster and leaner while becoming increasingly connected to local and global data.

At Emerson, we’ve reimagined our automation architecture to help you thrive in today’s demanding business environment.

This architecture ensures that operators have relevant information at their fingertips to make the best decisions in real time.

To highlight this re-imagined architecture, Emerson went back to the drawing board to create the ‘absolute industrial display experience.’

The result is RXi – a portfolio of industrial monitor display products with a wide range of modular screen options that maximise flexibility, performance and durability.

Modularity and flexibility

The RXi – Industrial Monitor Display Portfolio is available in screen sizes ranging from 7 inches to 24 inches, all in widescreen format.

The 7-inch and 15-inch models also feature outdoor sunlight readable (SLR) screens.

The modular nature of the unit provides great flexibility in configuring RXi – Industrial Monitors.

You can easily replace an indoor screen with an outdoor screen, change the screen size, or replace a damaged screen, all while using the same backplane module.

Recognising that effective processes require proper visualisation, the RXi – Industrial Monitor portfolio offers more functionality than ever before.

With display port inputs and display port outputs on every industrial monitor, you can simplify your architecture with MST daisy chaining.

Designed for Visualisation

RXi – Industrial monitors are designed with precision in mind when it comes to visualisation.

Multi-touch, projected capacitive screens feature high resolution, www.abb-drive.com vivid graphics capabilities and fast response times to ensure relevant information is always available for viewing and interaction.

This enables operators to make faster, more informed decisions with a high-performance platform that reduces total cost of ownership.

Anywhere, anytime: a wide range of applications

The portfolio operates efficiently in temperatures as high as 65°C and as low as -20°C. The modules can be used outdoors and are available in a variety of configurations. Modules can be used outdoors and are equipped with sunlight-readable (SLR)

Readable (SLR) UV-protected screens.The screens of the RXi – Industrial Monitors are strictly IP66 certified and are protected against dust, humidity and even direct water spray.

RXi – Industrial monitors offer you solutions to meet your every need.

Display technology: designed to maximise the user experience

RXi – Industrial Displays bring industrial displays into today’s connected world, combining design, durability and power.

In an ultra-thin package, it’s perfect for the factory floor.

The sleek and powerful user experience (UX) connects people to machines with the latest touchscreen technology and widescreen displays.

The capacitive ultra-touch screen can be used while wearing personal protective equipment and is as sensitive as the latest smartphones.

In addition, the outdoor-grade sunlight readable (SLR) screen is almost twice as bright as the brightest smart devices.

Optically bonded screens with UV protection greatly reduce reflections and glare, providing operators with vivid, clear images for more complete and powerful process visualisation.

PACSystems™ RSTi-EP CPE200 Series

Compact Programmable Automation Controllers

Everything you need today to meet the business challenges of tomorrow.

The RSTi-EP CPE200 Compact Controller Series, with its built-in safety design, open programming and open communications, simplifies connectivity to traditional sensors and actuators as well as external analytical software platforms.

Simplifies connectivity to legacy sensors and actuators, as well as external analytical software platforms, while reducing cost and complexity for OEMs and end users.

The compact controller family simplifies connectivity to traditional sensors and actuators, as well as external analytical software platforms, while reducing cost and complexity for OEMs and end users.

Featuring the same high-performance runtime and toolchain as the PACSystems™ RX3i large-format controller, this compact controller family

It provides large programmable logic controller (PLC) functionality in a smaller footprint.

The PACSystems™ RX3i is designed to provide the functionality of a large programmable logic controller (PLC) in a small footprint, yet be small, cost-effective, and IIoT-ready so machine builders don’t have to sacrifice productivity or performance.

Out-of-the-box cybersecurity

Industrial controls have always been a target for cyber threats. We understand the risks involved in protecting our customers’ most important assets.

We believe in defence-in-depth architecture to secure assets from potential cyber threats.

The RSTi-EP CPE200 Compact Controller Series is Achilles Level 2 certified and has been designed with technologies such as Trusted Platform Modules and Secure Boot to ensure security.

Technologies such as platform modules and secure boot to prevent malicious applications and ‘unauthorised’ operating systems.

Centralised configuration allows encrypted firmware updates to be performed from a secure central location. an extensive set of network security technologies and tools help prevent unauthorised updates.

while built-in secure communication protocols help prevent man-in-the-middle and denial-of-service attacks.

Open communication for supply chain agility

In today’s interconnected global economy, unexpected external events can cause disruption and have a dramatic impact on narrow and rigid sourcing plans.

Now more than ever, organisations need to design systems with supply chain agility in mind.

In order to create flexible supply strategies, leading organisations are looking for www.abb-drive.com products that can anticipate uncertainty.

providing them with maximum freedom to operate effectively no matter what happens.

The RSTi-EP CPE200 compact controller series is designed to enable supply chain flexibility.

We’ve built in open communication features that allow you to easily connect a wide range of third-party devices.

The RSTi-EP CPE200 features real-time I/O networking, up to three 1-Gbps Ethernet ports, and support for all popular communication protocols.

including PROFINET©, OPC UA, Modbus/TCP and DNP3.

The compact controller provides you with the toughness to succeed.

Effortless open programming and fleet management

For many companies, technical expertise is hard to find, hard to retain, and costly.

To counteract this triple threat, an effective strategy when it comes to automation is to look for solutions that not only save time, but can also be utilised effectively by a wider range of talent.

That’s why, in addition to supporting the traditional IEC 61131 language, the RSTi-EP CPE200 Compact Controller supports the C language.

This is one of the world’s most popular and easy-to-use programming languages. This enables more engineers to write and run high-performance algorithms faster and easier.

This enables proprietary production strategies and advanced automation techniques.

Another labour-saving feature is the ability to perform fleet-wide application debugging and updates without connecting a laptop.

Simply store application variables on User Logic’s SD card and use the portable single device to adjust parameters in standardised machine control application deployments.

Use it to deploy standardised tuning parameters across a group of machines or to replace a controller in the unlikely event of a failure.

One runtime. One tool chain.

Because the PACSystems RSTi-EP CPE200 Compact Controller uses the same runtime as existing RX3i controllers.

users can leverage existing application libraries and templates while expanding footprint and performance for smaller application installations.

Fast, easy-to-configure PACSystems technology and a wide range of local I/O options support scalable automation and highly distributed modular machine designs.

The guiding principle of Emerson’s VersaMax is maximum versatility.

This compact, affordable control solution can be used as a compact PLC, distributed I/O, or distributed control.

With its modular and scalable architecture, intuitive functionality and ease of use, this innovative family of controls saves machine builders and end users a great deal of time and money.

Powerful PLCs in a small package

The VersaMax modular CPUs offer many features typically found only in larger PLCs, including up to 128kB of application memory.

These include up to 128kB of application www.abb-drive.com memory, floating point, real-time clock, subroutines, PID control, flash memory, and unbuffered programme storage.

Serial port supports serial read/write and Modbus master/slave communications.

Rich and Useful I/O Options

Emerson offers a wide range of discrete, analogue, hybrid, and dedicated I/O modules. These modules can be freely combined

These modules can be freely combined to create stand-alone I/O stations with up to 256 I/O points and extended I/O systems with up to 2048 I/O points.

The perfect match for today’s open systems

VersaMax gives you the freedom to connect via PROFINET (remote I/O only), Modbus/TCP, other Ethernet networks as well as Genius, DeviceNet,

Profibus-DP, etc. VersaMax gives you the freedom to connect to a wide range of host controllers, including PLCs, DCSs, and PC-based control systems.

VersaMax also fully supports the power and open architecture of Emerson’s PC-based control solutions.

Cost-Effective Control and I/O

VersaMax features intuitive diagnostics, module hot-swapping, and quick-connect wiring to extend uptime and

Reduce engineering and training requirements and significantly lower project lifecycle costs.

Designed to Maximise Ease of Use

Every aspect of VersaMax has been carefully refined to meet the needs of the user. Snap-on I/O carriers mean no tools are required for module installation or removal.

Convenient rotary switches can be used to set bus addresses, reducing programming time. With VersaMax, you can even address I/O automatically.

Easy troubleshooting and machine setup

You can easily configure VersaMax I/O using the integrated PAC Machine Edition (PME) software.

PME is the same software as all PACSystems CPUs, so you only need one tool for everything from small to large applications.

This approach utilises the same hardware configuration, network configuration and programming editor. In addition, the QuickPanel+ HMI’s single tag database simplifies HMI development.

The 16-channel output relay module is designed for high reliability of the plant’s most critical rotating machinery.

This 2-slot monitor is used with the AMS 6500 to form a complete API 670 machinery protection monitor.

Applications include steam, gas, compressor and hydraulic turbine machinery.

Any channel clear, alarm or warning signal can be selected as an input to the 16 channel output relay module.

Uses Boolean logic, applies time delays and selects output relays

Easy-to-use software provides a graphical logic display that graphically guides the www.abb-drive.com user through the configuration.

The AMS 6500 Machinery Health Monitor is an integral part of PlantWeb® and AMS software.

PlantWeb provides comprehensive machinery health operation in conjunction with the Ovation® and DeltaV™ process control systems.

AMS software provides maintenance personnel with advanced predictive and performance diagnostic tools, enabling them to determine machine failures early with confidence and accuracy.

3U-sized 2-slot plug-in module reduces cabinet space requirements by half compared to traditional 6U cards

API 670 compliant, hot-swappable modules

60 inputs, 30 logic expressions, 16 relay outputs

6740 is a 12TE wide module for IMR6000 series racks

6740-10 is a 10TE wide module for IMR6500 series racks

Data Outputs

Relays

Configurable redundant relays Data Outputs

Configurable redundant relays

Mechanical relays, API 670 compliant

Specifications Control Voltage: 13-32

VDC Contact Load: 48 V, 1 A Normally open or normally closed, selectable

Normally open or normally closed, selectable

Normally open or normally closed, selectable

Single Pole Double Throw (SPDT), Optional

Double Throw (SPDT)

Configurable Redundant Relay Off, Double Throw (SPDT)

Configurable redundant relays Off,

AND, OR, Triple Choice, AND AND OR Up to 30 logic expressions can be defined per relay.

Each

6740 Module

Inputs

60 input types:

Channel Zero (slot number),

Channel 1 and 2

Alarm (slot number), channels 1 and 2

Danger (slot number),

Channel 1 and 2

Outputs:

Relay 1 – 16

Time Delay

0 – 30 seconds

Handle

Easily removes card and provides board

for module identification

Environment, general

Module IP 00. DIN 40050

Front plate IP 20. DIN 40050

Climate DIN 40040 KTF class

Operating temperature 0° – 65°C (32° – 149°F)

Storage and transport temperature -40° – 70°C (-40° – 158°F)

Relative humidity 5 – 95%, non-condensing

Vibration

– Vibration

– Acceleration

IEC 68-2. Part 6

0.15 mm, 10 – 55 Hz

19.6 mm/s2. 55 – 150 Hz

Shock

– Shock duration

IEC 68-2. Part 29

98 m/s2 (9.98 g peak)

16 ms

Electromagnetic compatibility EN50081-1 / EN50082-2

Maximum power consumption 6 W

Configuration Password protected

6740 Relay

Module dimensions:

PCB/EURO card format according to DIN 41494. 100 x 160 mm (3.937 x 6.300 in)

Width: 60 mm (2.362 in) (12 TE)

Height: 128.4 mm (5.055 in) (3 HE)

Length: 160 mm (6.300 in)

Net weight: approx. 320 g (0.705 lb)

Gross weight: approx. 450 g (0.992 lb)

Package volume: approx. 2.5 cubic metres (0.08 cubic feet)

6740-10 Relay

Module dimensions:

PCB/EURO card format to

DIN 41494 standard, 100 x 160 mm (3.937 x 6.300 in)

Width: 54.46 mm (1.99 in) (10 TE)

Height: 128.4 mm (5.055 in) (3 HE)

Length: 160 mm (6.300 in)

Net weight: approx. 320 g (0.705 lb)

Gross weight: approx. 450 g (0.992 lb)

Package volume: approx. 2.5 cubic metres (0.08 cubic feet)

Expandable controller

Fast assembly

Easy to use

Field-proven architecture

Designed for electronic debugging

Advanced controllers

Introduction

DeltaV™ SQ controllers provide communication and control functions and integrate with ffeld devices and other nodes on the control network.

The SX and SQ controllers offer the option of matching controller capacity to process requirements. In addition, they offer new ease-of-use features that eliminate mounting screws and speed cabinet assembly.

Control strategies and system configurations created on earlier DeltaV systems can be used with this controller.

The SQ controllers have all the features and functionality of the M-Series controllers, including support for CHARM-based electronic commissioning.

See the control software product data sheet for the control language implemented in the controller.

Advantages

Scalable Controller: The SQ controller complements the SX controller by providing a smaller controller platform at a lower price point for small to medium-sized applications:

Fast: The SQ controller supports all the features you would expect from a DeltaV system: self-addressing, automatic I/O detection. All of these features are designed to

All of these features are designed to make your projects faster – plug and play!

Redundant Architecture: SQ controllers support 1:1 redundancy for increased availability. Redundant SQ controllers can be upgraded to SX controllers online – ruggedized!

Back-end Changes: You can easily upgrade SQ controllers to SX to handle project scope changes later in the project.

Simply replace the SQ controllers with SX controllers, and all existing configurations, documentation, and hardware design will remain intact.

Fast Assembly: S-Series hardware is designed to speed project execution. Brackets snap to standard DIN rails, and controllers and S-Series I/O snap into place without the need for set screws.

Easy to Use: The controller is also easy to connect.

Simply connect the SQ to the DeltaV network and have it auto-detected by DeltaV Explorer.

Add the controller and all its I/O interfaces to the system database and all components are automatically addressed and communicated with. No dip switches or jumpers need to be set.

Field-proven architecture The SQ controller is an evolution of the DeltaV MQ controller.

The new design enhances installation and stability while still utilizing the same field-proven processor and operating system.

All S-Series I/O cards run the latest enhancements to the corresponding M-Series I/O cards and provide the same field-proven, reliable operation.

Designed for electronic tuning, the SQ controllers have highly assignable I/O functions that can be electronically dispatched using CHARMs-based functions.

The electronic dispatch I/Os can be mounted in any position for easy system design and expansion with conventional I/O subsystems.

Advanced Control

The SQ controller supports all the advanced control features expected of a world-class distributed control system:

Batch processing software

Model predictive control

Neural Networks

Product Description The SQ controller executes control logic based on process signals from the I/O subsystem.

The SQ Controller executes control logic based on process signals from the I/O subsystem and provides communication with the rest of the DeltaV control system for operator interaction and data collection.

Each controller node can be installed as a simplex or redundant node. Each controller node can be installed as a stand-alone or redundant node.

Each controller node can be installed as a standalone or redundant node.

The controller is connected to an I/O carrier mounted on the right side of the controller carrier. Up to 8 carriers can be connected to the local bus I/O.

Each carrier has 8 I/O cards for a total of 64 legacy I/O cards. In addition to the 8 local input/output carriers, each controller can be connected to an additional 16 I/O carriers.

Each controller can also communicate with an additional 16 remote I/O units that carry legacy card-based inputs/outputs.

In addition to traditional I/O cards, the local bus supports Feldbus technologies including Foundation Feldbus, Proffbus DP, DeviceNet and AS-i protocols.

The I/O subsystem also supports serial interface cards and Ethernet I/O interfaces.

The SQ controller also supports CHARM and WirelessHART I/O cards.

The CHARM I/O card (CIOC) connects through the controller’s redundant www.abb-drive.com Ethernet ports to provide a highly distributed and flexible I/O solution called an e-solution.

solution. Up to 16 CIOCs can be connected to a single controller, each providing up to 96 individually controllable signal types.

SQ controller capacity limits may vary depending on the specific application, number of CHARM I/O signals, and control performance requirements.

Enhanced Memory Handling and Hardware Alarms, Indexed to Cover Capacity and Memory

Enhanced memory handling and hardware alarms covering capacity and memory have been added to the SQ controller’s diagnostic information through indexing.

The WirelessHART I/O Card (WIOC) provides redundant communications for up to 100 WirelessHART devices, ensuring high availability and reliability of wireless data.

Up to 16 WirelessHART I/O cards can be connected to a single controller, each providing up to 100 signals.

The controller automatically schedules control modules based on the assigned scan rate. This allows each control function to be dynamically optimized for the process.

Module scan times can be set as fast as 100 milliseconds and as slow as 60 seconds.

The number of control modules that can be assigned to the controller depends on the complexity and scan rate of each module, as well as the available CPU and memory.

The SQ controller is suitable for small to medium sized applications with up to 750 independent I/O signals.

Designed for harsh environments, the SQ controller is rated for G3 corrosive environments and has an operating temperature range of -40 to 70°C. It is ideal for use close to process equipment.

It is ideal for remote installations close to process equipment. For traditional installations using a central dispatch cabinet, the CHARM I/O card can be installed in a standard I/O cabinet that provides electronic dispatch capabilities.

The CHARM I/O card can also be used in highly distributed I/O applications.

Uninterrupted control operation

Online upgradeable

Automatic commissioning

Bumperless transition

Introduction

Now you don’t have to worry about controller hardware failures interrupting your process and causing costly downtime.

With redundant controllers, your processes are automatically protected in the event of a hardware failure.

If the active controller fails, the backup controller automatically takes over, providing uninterrupted control operation without initialization or user intervention.

Switchover does not cause any interference with the ffeld output signals, so your process can continue to run uninterrupted.

Adding redundancy requires no special wiring or configuration; simply add a controller to your existing hardware.

Redundant controllers also support online upgrades of controller software and hardware. So you can upgrade MD Plus to MQ or MX online, or SD Plus to SQ online.

or SD Plus to an SQ or SX controller online without changing the configuration.

Benefits

Uninterrupted control operation. By installing redundant M-Series, S-Series, and PK controllers, you create a “safety net” that

protects your process from unexpected controller failures. In the event of a hardware failure, a backup controller is always available to keep your control and process up and running.

Online upgrades. Installing a redundant DeltaV controller allows you to upgrade your DeltaV system online.

New software can be installed into the backup controller online without disrupting operations.

Once the upgrade is complete, the backup controller is automatically configured and available, allowing you to switch to the new ffrmware without interrupting your process.

Once the switchover is complete, the original active controller can be upgraded. In addition, MQ controllers can be upgraded online to MX controllers.

SQ controllers can be upgraded online to SX controllers. This ensures that your system is always ready to expand as your control strategy evolves.

Automatic commissioning. The system automatically detects, commissions, and downloads spare controllers so you can safely replace equipment.

Add redundancy online by simply installing a new 2-wide backplane with system power and MQ, MX, SQ or SX controllers.

The SZ Controller Carrier or Dual Universal Safety Carrier provides 2 slots for SZ controllers, so there is no need to add anything other than additional SZ controllers.

PK controller carriers also provide 2 slots, so simply add a PK controller to an existing carrier.

The engineering database is automatically updated and the spare controller can be activated by simply assigning and downloading a controller redundancy license, all without interrupting the process.

There are no dip switches, jumpers or addresses to assign. The backup controller automatically assigns the proper backup address and starts working, protecting your process.

Bufferless Transitions The DeltaV controller is designed for bufferless control transitions from the active controller to the standby controller.

During this time, the output channels maintain their output state until the switchover is complete and the control module begins execution.

The control module uses signal status to ensure that all I/O channels are normal before taking control action on them.

All output signals are synchronized via the I/O readback function to ensure that www.abb-drive.com control calculations are made based on the current output state.

When using CHARM or DeltaV Classic I/O cards with or without Foundation™ ffeldbus devices.

This ensures an uninterrupted transfer of control during switchover.

Product description

For critical process control applications that cannot tolerate interruptions, the DeltaV system provides controller redundancy.

For critical process control applications that cannot tolerate interruptions, DeltaV systems offer controller redundancy.

The redundant controller contains the same control strategy as the active controller. A redundant link transmits control parameters to the standby controller

to ensure that it is ready to take over from the active controller. parameters to the standby controller to ensure that it is ready to take over control if needed.

When redundancy is enabled, each module calculates the updates required by the standby controller.

These updates are transmitted to the standby controller via the redundant link. These additional operations of controller redundancy Redundancy typically reduces CPU idle time by about 10%. About 10 percent.

When a failure is detected, the standby controller can take over without affecting the process control signals.

The DeltaV Event Chronicle stores a record of each switchover and the reason for the switchover, if a reason has been determined.

Replacing an existing standby controller is as simple as removing the existing unit and installing a new controller.

Replacing an existing standby controller is as simple as removing the existing unit and installing a new controller.

The activated controller will detect the spare controller and the system will automatically debug and download the new hardware. Redundancy In addition to redundant hardware, a redundant license is required.

Redundant controllers Redundant controllers are shown as individual nodes in the Explorer window, represented by the Redundant Controller icon.

DeltaV switches are plug-and-play industrial switches with enhanced security features.

Plug and Play installation

Automatic safety lockout

Full range of industrial grade fanless switches

Fully supported by Emerson

Brief Description

DeltaV Network “smart” switches are the next generation in the use of commercial off-the-shelf (COTS) components in control systems.

Called “specialized” commercial off-the-shelf components, these switches combine the lower cost of off-the-shelf components with DeltaV’s proprietary software and functionality for greater integration and pluggability.

These switches combine the lower cost of off-the-shelf components with DeltaV-specific software and functionality to make them more integrated and plug-and-play in the control network.

DeltaV Smart Switches require no configuration to operate in a DeltaV network. Access to advanced features requires minimal configuration.

These configurations are easily performed through the DeltaV Wizard and are safe and secure, so you won’t misconfigure any switch features that could affect the performance of your DeltaV system.

The PBX also allows the DeltaV system to provide an automatic port lockout advanced security feature that can be easily implemented by the control system user.

Control system users can easily implement this feature: an increasingly important product feature in today’s harsh environments.

Benefits

Plug-and-play installation. Smart Switches feature a DeltaV-compatible www.abb-drive.com setup that installs into the DeltaV network right out of the box.

They require no user configuration to fully support DeltaV network communications. In addition

The default configuration cannot be changed by the user, so you don’t have to worry about installing an incorrectly configured switch.

Automatic lockout prevents unauthorized network connections – Disabling unused network connections is a “best security practice” that helps you comply with plant security policies.

Disabling unused network connections is a “best security practice” that helps you comply with factory security policies.

With the switch’s built-in one-click lockout feature, you can automatically lock out all unused network ports on your system with the click of a button in the DeltaV application.

Full range of switch hardware configurations.

DeltaV network switches are available in a variety of hardware solutions. From 24-port rackmount units to fixed-port and modular field-installable switches.

DeltaV network switches are available to meet a variety of network requirements.

These switches are all you need to implement a DeltaV network.

DeltaV network switches replace currently supported Cisco and Hirschmann switches for implementing DeltaV control networks.

The VE6046. VE6047. and VE6048 DeltaV Smart switches can be used in applications that previously used Cisco switches.

The VE6041. VE6042. and VE6043 Smart Switches can be used in any application where DIN rail field mounting of switches is required.

In most cases, DeltaV network switches are a direct replacement for our existing supported managed switches.

Fully supported by Emerson. As an Emerson product, these DeltaV network switches are fully supported by Emerson.

Fully supported by Emerson. You can get full technical support, warranty support, product support, and education from our global service centers.

All provided by Emerson. In the unlikely event that your switch fails, smart switches are also included in the Rapid Module Replacement Program, so you can get a replacement quickly.

Ease of use

Increased usability

Flexible and cost-effective

Small footprint

Introduction

Power – without it, your system would not function. deltaV™ high-capacity power supplies provide you with the most efficient and reliable power solutions available.

DeltaV high-capacity power supply kits power system electronics and ffeld. This is all the power you need for your DeltaV system.

Benefits

Easy to use. DeltaV High Capacity Power Supplies provide reliable www.abb-drive.com 12 V and 24 VDC power for DeltaV system power and bus ffeld power needs.

They mount easily on T-shaped DIN rails!

Increased availability. Redundant modules based on active MOSFET technology offer higher efficiency and lower voltage drop than conventional diode modules, resulting in less heat dissipation and higher system reliability.

Flexible and Cost-Effective DeltaV Bulk power supplies are flexible and cost-effective to use because of the ability to utilize external redundant modules, for example, if load sharing is required.

For example, if load sharing is required.

Models are available with and without conformal coating.

Small footprint DeltaV Bulk Power Supplies have a small, competitive footprint!

Emerson Factory Certified

Emerson offers a wide selection of factory-approved Ovation™ parts to help you minimise downtime and maintain the integrity of your control system.

Emerson follows a rigorous set of quality procedures to design, manufacture, install, and test replacement parts to ensure the integrity of your control system,

Replacement parts are designed, manufactured, installed, and tested following a rigorous set of quality procedures to

provide a high level of confidence that our systems are operating as intended.

5X00658G01 – Ovation™ Digital Excitation Controller, Electronics Module

The Emerson 5X00658G01 controller is an industrial automation device used to control and monitor a variety of industrial processes and equipment.

The controller comes with a variety of functions and features, including:

Powerful processing power: This controller uses a high-speed microprocessor to quickly process a variety of control algorithms and complex process controls.

Multiple Input/Output Interfaces: The controller has a variety of input/output interfaces that allow it to connect to a variety of sensors and actuators for reliable communication with industrial equipment.

Reliability and Stability: The controller is well-designed with high reliability and stability, and can operate stably in various harsh industrial environments.

Scalability: The controller can be integrated with other Emerson controllers or industrial automation equipment for more complex control and monitoring tasks.

Easy to program and maintain: The controller features an easy-to-use programming language and graphical interface for engineers to program and maintain.

The controller also features remote programming and maintenance capabilities for easy remote commissioning and maintenance.

In conclusion, the Emerson 5X00658G01 controller is a powerful, reliable and stable industrial automation device that is widely used in various industrial fields.

Emerson 5X00658G01 controller is a general-purpose controller that can control various industrial equipment and processes.

The specific devices that can be controlled depend on the actual application scenarios and needs, and the following are some common application examples:

Motor Control: The controller can be used to control a variety of motors, such as AC motors, DC motors and stepper motors.

By connecting with a motor driver, functions such as starting, stopping, speed regulation and direction control of the motor can be realised.

Valve control: the controller can be connected with various valves, such as electric valves, pneumatic valves and regulating valves.

By controlling the opening and closing status of the valves, the automatic control of the process can be realised.

Temperature control: The controller can be connected to temperature sensors and heaters and other equipment to achieve automatic control of temperature.

It is widely used in industrial equipments where precise temperature control is required, such as ovens, reactors and dryers.

Pressure control: The controller can be connected with pressure sensors and regulating valves to achieve automatic control of pressure.

It is widely used in industrial equipments where precise pressure control is required, such as compressors, gas cylinders and hydraulic systems.

Flow control: The controller can be connected with flow meters and control valves to achieve automatic control of flow.

It is widely used in industrial equipments where precise flow control www.abb-drive.com is required, such as pumps, pipelines and liquid delivery systems.

In short, Emerson Emerson 5X00658G01 controller has wide applicability and can be customised and configured according to actual needs to achieve automated control of various industrial equipment and processes.

The Emerson Emerson 5X00658G01 controller can also perform other control tasks such as position control, speed control and logic operations.

The controller has a modular design that allows it to be expanded and customised according to actual needs, providing a high degree of flexibility and configurability.

In addition, the controller has a variety of communication interfaces, such as serial communication, Ethernet communication and Profibus communication.

It can exchange data and work with other industrial automation devices. At the same time, the controller also supports a variety of programming languages and graphical interfaces, which is convenient for engineers to carry out programming and maintenance.

The PR 6423 is a non-contact eddy current sensor of rugged construction.

Designed for extremely critical turbomachinery applications such as steam, gas, compressor and hydraulic turbomachinery, blowers and fans.

The purpose of the displacement probe is to measure www.abb-drive.com position or shaft motion without contacting the surface under test (rotor).

In sleeve bearing machines, there is a thin film of oil between the shaft and the bearing material.

The oil acts as a damper so that shaft vibrations and position are not transmitted through the bearing to the bearing housing.

The use of bearing box vibration sensors to monitor sleeve bearing machines is discouraged because vibration from shaft motion or position is greatly attenuated through the bearing oil film.

The ideal method of monitoring shaft position and motion is to measure shaft motion and position directly through the bearing or by installing a non-contact eddy current sensor inside the bearing.

The PR 6423 is commonly used to measure vibration in the following equipment

eccentricity, thrust (axial displacement), differential expansion, valve position and air gap.

Non-contact measurement of static and dynamic shaft displacements

– Axial and radial shaft displacement (position)

– Shaft eccentricity

– Shaft vibration (motion)

Meets international standards DIN 45670. ISO 10817-1 and API 670

Rated for use in explosive areas, Eex ib IIC T6/T4

Other displacement transducer options include PR 6422. PR 6423. PR 6424. and PR 6425

Choice of transducers such as CON 011/91. 021/91. 041/91 and cable systems for complete transducers