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A-B Rockwell 1783-MX08T Ethernet Switch

Description:

The 1783-MX08T switch is an Allen-Bradley managed Ethernet switch.

About the 1783-MX08T

The 1783-MX08T Switch, manufactured by Allen-Bradley, is a Stratix 8000 modular managed Ethernet switch.

The managed switch has up to eight ports and is powered from 24 to 48 V DC.

The 1783-MX08T switch provides an optimized solution for both IT and manufacturing environments.

The Allen-Bradley Stratix 8000 Managed Modular Switch is jointly manufactured by Rockwell Automation and Cisco.

The 1783-MX08T switch features a user-friendly interface that ensures users have an easy installation process and a simple control environment.

In addition, the 1783-MX08T switch supports the RXLogix 5000 operating environment as well as diagnostic panels to further simplify use.

The 1783-MX08T switch is designed to provide simple and secure integration with the corporate network.

 This is accomplished through the CIP interface, which allows integration with enterprise-connected devices.

The Allen-Bradley 1783-MX08T switch measures 112 mm in length, 97 mm in width, and 147 mm in height.

The recommended ambient operating temperature range is -40 to 60 degrees Celsius. 

The ambient storage temperature range is -40 to 85 degrees Celsius and the relative humidity is rated at 5% to 95% non-condensing.

The 1783-MX08T switch has an open housing and supports an inrush current rating of 2 amps.

The unit utilizes a 10/100 Base T Cooper Ethernet port. The supported memory type is CompactFlash memory.

A-B 1783-MX08F Stratix8000 Switch with 8 Ports

DESCRIPTION

The 1783-MX08F Switch is an Allen-Bradley network switch. The module is an 8-port switch with 100 Base-F fiber optic Ethernet ports.

About the 1783-MX08F

The 1783-MX08F Switch, manufactured by Allen-Bradley, is an 8-port Stratix 8000 switch.

The 1783-MX08F switch has a supply voltage of 24 to 48 volts DC and a power dissipation of 10.1 watts.

The Allen-Bradley Stratix 8000 switch has an open enclosure and uses 100 Base-F fiber optic Ethernet ports.

Modules are dcs-sis.com of the CompactFlash memory type and are rated at 2 amps inrush current.

The 1783-MX08F switch is 112 mm long, 97 mm wide, and 147 mm high.

To ensure optimal performance, it is recommended that users ensure that the ambient operating temperature range is between -40 degrees Celsius and 60 degrees Celsius.

The 1783-MX08F switch has a relative humidity range of 5% to 95% (non-condensing) and a maximum operating vibration of 2 G at 10 to 500 Hz.

It is rated for 20 G of operating shock and 30 G of non-operating shock.

The Allen-Bradley 1783-MX08F switch supports fiber optic Ethernet data rates of 100 Mbps.

The 1783-MX08F switch is optimized for IT and control/manufacturing control environments.

This makes the 1783-MX08F switch a high-performance managed Ethernet switch.

The 1783-MX08F Switch combines Cisco technology with innovative Allen-Bradley/Rockwell Automaton technology for high performance.

The 1783-MX08F switch is easy to set up and enables comprehensive diagnostic information within the specified Allen-Bradley/Rockwell Automation integrated architecture.

The 1783-MX08F switch provides users with the benefits of a CIP interface with predefined Logix tags and advanced configuration screens.

A-B 1771-IR PLC5 Resistance Temperature Detector (RTD) Input Module

DESCRIPTION

The Allen-Bradley 1771-IR is a PLC5 resistance temperature detector (RTD) input module.

The module has six (6) input channels and is compatible with copper and platinum RTD types.

It is designed to support temperature measurements in Celsius and Fahrenheit units of measurement. It has a scan time of 50 milliseconds for six channels.

About the 1771-IR

The Allen-Bradley 1771-IR is a PLC-5 RTD input with a natural binary BDC supported data format for actual temperature and ohmic readings.

The unit does not require any type of external power supply. It consists of six three-wire RTD inputs.

The device’s channel update resolution introduces a combination of 50ms/6 channels and 16 bits + sign (1.0 degrees Celsius/1.0 degrees Fahrenheit/bit).

The 1771-IR input module has a voltage range of 100 ohms platinum and 10 ohms other. It has a backplane current range of 800mA.

The DC signal delay is 10ms in the on state, 50ms in the off state, and 45(+/- 15) ms in the AC signal delay in the on state.

These input modules have a lifetime of up to 100 million cycles as they meet voltage requirements of 10-276V AC.

The 1771-IR also helps protect your system by providing appropriate troubleshooting assistance. Module indicators show the status of smart inputs or dcs-sis.com outputs to help you troubleshoot your equipment.

The 1771-IR has an intelligent hybrid interface for connecting on/off devices such as switches, motor starters, pushbuttons, indicators and signalers.

This unique feature helps save on system engineering and spare parts as well as inventory and training costs.

The front panel of each AC discrete input/output module consists of bright status indicators.

The 1771-IR supports both Celsius and Fahrenheit measurement units. The platinum sensor has a temperature measurement range of -200 to +870 degrees Celsius and the copper sensor has a temperature measurement range of -200 to +260 degrees Celsius.

It has a resistance range of 1.00 to 600.00 ohms and a resolution of 0.1 degrees Celsius or 0.1 degrees Fahrenheit when used with a platinum sensor and 0.3 degrees Celsius or 0.5 degrees Fahrenheit.

The 1771-IR draws 950 mA at 5VDC from the backplane, consumes 4.75 watts, and has a thermal dissipation of 16.2 BTU/hour.

It is capable of open wire detection.

VMIVME-3113A Analog-Digital Converter Board with Built-in Tests

Function

64 differential or single-ended inputs

Starts in auto-scan mode – no software initialization required

Continuously digitizes input channels and stores results in dedicated channel dual-port registers (auto-scan mode)

Jumper-selectable scan from 2 to 64 channels

Supports real-time and off-line built-in testing

Five operating and test modes

-Auto Scan Mode (Gain = 1)

– Random polling mode

-Random interrupt mode

-Scan polling mode

-Scan interrupt mode

VME bus interrupts can be programmed to interrupt at the completion of a single A/D conversion or at the completion of a 2- to 64-channel sweep

User programmable interval timer supports periodic scanning of all channels

Jumper programmable gains of 1. 10. 100. 200. and 500

Selectable A/D ranges of 0 to +10V, +5V and +10V

Low and high inputs: +10my to +10V

Selectable low-pass filter (VMlVME-3113A for better high-frequency rejection)

Overvoltage protection input

5 x 1060 input impedance

33 kHz conversion rate

Selectable output codes: binary, offset binary, binary with sign extension

Applications

-Factory automation dcs-sis.com and instrumentation – Process control

-Laboratory instrumentation

-Machine monitoring

– Data acquisition

Features

Description: This product is designed to support 64 channels of differential or single-ended wide range (±10mV to ±10V) analog inputs.

The board supports the following modes of operation:

Auto Scan

Random Polling

Random Interrupt

Scan Polling

Scan Interrupt

Auto Scan with BIT

DS200DCFBG1BJB Circuit Board Assembly

Hardware Tips and Specifications

The DS200DCFBG1BJB is a large rectangular board with a large number of surface mounted components. These include seven 4-position DIP switch devices and twelve configurable jumpers.

Six DIP switches are located together on one side of the board. These are used to scale or change many different inputs.

For example, switch number 4 (SW4) is used to regulate the voltage applied to the VCO output bridge circuit.

The board also has a neon light to indicate a blown fuse in the 115 VAC line and two LEDs to indicate blown fuses in the +24 VDC line and -24 VDC line.

Several specific integrated circuits of note are provided on the substrate of this DS200DCFBG1BJB product.

These integrated circuits, like dcs-sis.com many of the individual hardware components available in the assembly of this DS200DCFBG1BJB product, are accompanied by their own set of factory-printed nomenclature.

Each circuit contributes to a specific DS200DCFBG1BJB board and to the more robust Mark V Series automatic driver assembly features.

The integrated circuits in this DS200DCFBG1BJB power board assembly include:

Voltage and current feedback VCO circuits

Motor voltage attenuation circuitry

AC line magnetism and zero crossing circuits

Contactor drive circuitry

Field/armature SCR ignition circuitry

As noted above, each of the previously named circuits in this DS200DCFBG1BJB printed circuit board assembly was created by applying its specific function

applied to the larger DS200DCFBG1BJB board and Mark V series automatic drive assembly.

The various circuits of this DS200DCFBG1BJB product often have critical applications for the SDCC and LDCC boards in the Mark V series.

Both of these General Electric printed circuit boards are also available today from our inventory of new and refurbished circuit board products.

Other DS200DCFBG1BJB board components include test points, I/O connectors (1PL-1 through 1PL-40. 2PL-1 through 2PL-9. 4PL-1 through 4PL-5 and 5PL-1 through 5PL-26).

as well as fuses, resistor networks and resistors, capacitors, transistors, heat sinks, transformers, and relays. The board has test points for checking voltage signals and fuses for protection.

IC200MDL940 16-Point Relay Output Module

The module can be used to energize output devices such as relay coils, solenoid-driven instruments, indicator lights, and other instruments.

It has no snubber circuits or internal protective fuses, however, the user can install external protection accordingly.

The module does not display output leakage currents because the contact outputs are open-circuit when not activated.

In addition, each output channel has a response time of 10 ms and is dedicated to open-to-closed and proximity-to-open contact switching.

The maximum switching frequency of each output contact is 20 cycles per minute when used with inductive loads. Each output channel is equipped with a separate channel status indicator to characterize the operating status of each channel.

This IC200MDL940 has a maximum backplane current consumption of 490mA and requires a rating of 0 to 125VDC,

5/24/125VDC and 0 to 265VAC (47 to 63Hz) nominal external power supplies with a nominal supply voltage of 120/240VAC.

The IC200MDL940 module is a VersaMax PLC relay output module manufactured by GE Fanuc. It is equipped with 16 output points.

The module has A-type contact outputs and is compatible for use in Class 1 Division 2 rated environments over a temperature range of 0 to 60 degrees Celsius.

It complies with different environmental and industrial standards, including CE and cULus standards. These individual points are isolated from each other.

The IC200MDL940 module is rated for 24 volts DC and 120 to 240 volts AC. It is rated at 2 amps.

The front of the module has a lock/unlock lever. Each point has an LED to indicate activity on that point.

When the CPU logic bit is set to 1. the contacts in the module are closed.

The GE Fanuc VersaMax IC200MDL940 module is powered through the backplane. Loads on the module should be powered through an external power supply.

An additional CPU is required to handle the logic operations of the module. The logic and frame ground isolation ratings for the user input module are 250 volts AC continuous, 1500 volts AC for time periods up to 60 seconds.

The output voltage drop is 0.3 V maximum. The IC200MDL940 module has a load current of 10 mA per point.

The relay used in the module is a fixed coil relay with a movable arm. The contact type is made of high quality silver alloy.

Multilin 750/760 Feeder Protection System Digital Relay

Feeder Protection System

The 750/760 Feeder Protection System is a digital relay for the management, primary protection and control of distribution feeders.

The relay is easy to use, provides comprehensive protection functions for feeders and backup protection for busbars, transformers and transmission lines, with simple construction and low product life cycle costs.

Key Benefits

– Easy-to-use feeder protection system, supported by an industry-leading suite of software tools

– Accurate built-in metering – eliminates the need for auxiliary metering and reduces costs

– Improved uptime of auxiliary equipment – I/O monitoring

– Reduce troubleshooting time and maintenance costs – IRIG-B time synchronization, event reporting, waveform capture, data logger

– Minimizes replacement time – Drawer construction

– Simplifies testing – Built-in analog capability

– Cost-effective access to information. Supports industry protocols such as DNP and Modbus. Includes an optional 10MB Ethernet port for system integration

– Complete asset monitoring – analog inputs/outputs, full metering (including demand and energy metering)

– Leading-edge technology – flash memory dcs-sis.com for product field upgrades

– Extended life – optional conformal coating for chemical and humid environments

– Global availability ensures compliance with international norms and standards

Applications

– Primary protection and control of distribution feeders for solidly grounded, high impedance grounded or resonant (Peterson coil) grounded systems

– Busbar blocking/interlocking schemes

– High-speed fault detection for arc-flash mitigation

– Load shedding schemes (bus transfer scheme applications)

– Load shedding schemes based on voltage and frequency elements

– Backup protection for transmission lines, feeders and transformers

– Distributed generation (DG) interconnection protection

PQM Power Quality Analyzer

Production site. Due to the increase in electronic loads such as computers, ballasts or switching actuators, the quality of the power system is very important.

With PQM’s power analysis option, it is possible to display any current or voltage phases and calculat    e the harmonics contained therein.

By understanding the distribution of harmonics, measures can be taken to prevent transformers, motors, capacitors and neutrals from overheating and circuit breakers from tripping unexpectedly.

Redistribution of network loads dcs-sis.com can also be determined.PQM provides waveform recordings and graph printouts to help diagnose problems.

Applications

. Distribution room, transformer, generator, capacitor bank and motor measurements .

. Medium and low voltage networks .

. For commercial, industrial and energy distribution applications .

. Configurable control of load shedding/heavy loads, power factor, etc.

power factor, etc.

Power quality analysis

Measurement/control

.A, V, W, var, VA, varh, Wh, power factor, Hz, imbalance

.A, W, var, VA, overshoot

. Load Shedding

. Power factor control .

. Pulse Accumulator Input

. Pulse output kWh, kvarh or kVAh

Monitoring

Harmonic analysis up to 63 levels, including THD and TIF

. Event logging

. Waveform capture

. Sequence Data Logging

. Trigger Trace Storage

Communication

. Ports: RS232 front panel, dual RS485 rear panel

.ModBus RTU protocol .

. . mini RTU: 4 logic inputs and 4 logic outputs .

. 1 analog input and 4 analog outputs .

. Local and remote display of all variables .

. Communicates with GE Multilin Relay 269/565 (MOD 508).

Emerson CSI 6500 Machinery Health Monitor

The CSI 6500 Equipment Condition Monitoring System is fully compliant with API 670 and is designed to protect and monitor critical rotating machinery.

Special features of the system include the ability to integrate data from protection functions into DeltaV and Ovation process automation systems in three simple steps;

Transient analysis with real-time display, logging, pause and playback; and superior PeakVue processing for early detection of bearing and gear damage.

Subrack Configuration:

– The 19″ subrack is used only for the 6 U version of the protection function and the standard 3 U version of the protection function.

– The 19″ subrack is used only for the forecasting function and has a mounting height of 6 U with front or rear sensor connection terminals.

A compact version with a mounting width of 7.5″ is also available.

– Only the 19″/6 U subrack is available for combined protection and forecasting functions.

n The machine monitoring function is fully compliant with API 670.

n Standard 19″/6 U subrack for cabinet mounting

n System design ensures that no more than two channels are affected in the event of a card failure; cards can be replaced during operation

n Internal clock synchronized to the system master clock

n Redundant ModBus connections, TCP or serial connections for integrating the Protection Monitor into third-party control systems.

The CSI 6500 Equipment Condition Monitoring System is fully compliant with API 670 and is designed to protect and monitor critical rotating machinery.

Special features of the system include the ability to integrate data from protection functions into DeltaV and Ovation process automation systems in three simple steps;

Transient analysis with real-time display, logging, pause and playback; and superior PeakVue processing for early detection of bearing and gear damage.

Subrack Configuration:

– The 19″ subrack is used only for the 6 U version of the protection function and the standard 3 U version of the protection function.

– The 19″ subrack is used only for the forecasting function and has a mounting height of 6 U with front or rear sensor connection terminals.

A compact version with a mounting width of 7.5″ is also available.

– Only the 19″/6 U subrack is available for combined protection and forecasting functions.

n The machine monitoring function is fully compliant with API 670.

n Standard 19″/6 U subrack for cabinet mounting

n System design ensures that no more than two channels are affected in the event of a card failure; cards can be replaced during operation

n Internal clock synchronized to the system master clock

n Redundant ModBus connections, TCP or serial connections for integrating the Protection Monitor into third-party control systems.

Additional ModBus outputs for forecast parameters

n 16 or 32 trip relay output slots

n Dual channel speed/keypad

n 12 slots for 3 U dual-channel vibration or position monitoring modules with a total of 24 inputs

n 4-20 mA outputs and buffered signal outputs on front and rear panels

n Configurable external alarm output disable and limit increase for each channel

n External power supply unit, no slots required

In every factory, 5% of rotating machines cause production to stop.

 Although your critical machines are fitted with vibration shutdown protection systems to prevent catastrophic failure, is your plant really protected?

What about the shocking repair costs, missed production targets and unfulfilled customer promises associated with tripped or missed trips?

As much as 50% of mechanical failures that lead to downtime are caused by the process, while 90% are predictable or even controllable.

Real-time machine health feedback integrated with process automation allows you to run your plant with confidence.

The CSI 6500 Machinery Health Monitor is designed for process automation and protection system upgrade projects.

Housed in a single chassis, the CSI 6500 combines proven predictive and protective features to provide a complete online machinery monitoring solution.

Emerson is a global leader in integrated process automation technologies and predictive technologies for plant-wide fixed and rotating asset management.

Fully compliant with API 670 standards, the CSI 6500 integrates protection, prediction, real-time performance monitoring, and process automation.

The CSI 6500 is part of Emerson’s PlantWeb digital architecture, which provides enterprise-wide information for real-time decision making.

Emerson CSI 6500 ATG Protection System

The CSI 6500 ATG enables protection and predictive capabilities via a system communications card, in addition to Emerson’s unique PeakVue™ technology.

technology, which breaks through the complexity of mechanical analysis to provide a simple, reliable indication of equipment health.

PeakVue filters traditional vibration signals through a single trend, focusing only on shock.

This focus provides a better indicator of the overall asset health of pumps, fans, motors, or any other type of rolling bearing machine.

Familiar Features

System setup is accomplished through Machine Studio configuration software. The user interface has a similar look and feel to other Emerson software modules, making it familiar and easy to use.

Familiar and easy to use. While connected, users can access integrated predictive features.

View Problems in Real Time

The system comes with ATG View, dcs-sis.com a mobile application that receives data from the CSI 6500 ATG via Ethernet and/or a wireless router.

Authorized users can view protection status and health data from anywhere on the plant’s Wi-Fi network, either from a PC or a device of their choice.

Supported devices include Apple iOS and Android phones and tablets.

The ATG view allows reliability professionals to see the overall health of the system, alarm status, external inputs such as bypasses and outputs such as trips and whether they are active.

The CSI 6500 ATG displays all available information for critical devices, such as primary values, trending data, status data, and predictive data (e.g., PeakVue values).

OPC server helps you integrate with third-party systems

For easy integration with third-party systems, the CSI 6500 ATG is the first protection system to include a secure embedded OPC UA server.

The CSI 6500 ATG system meets traditional API 670 certification and is certified for installation in demanding environments that require Class 1 Div2/ATEX Zone 2 certification.

Studies have shown that repairing a machine after it has failed is 50% more costly than predicting failure and planning for the cost of repair.

For users whose budgets are not large enough to purchase both a protection system and a predictive system, obtaining predictive data from the protection system is an incremental step toward improving insight into the health of assets.

ATG View provides asset health information to users anywhere in the plant network.

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