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Let’s Get Connected ABB Network Communication Adapter FCAN-01

Network adapter modules are flexible plug-in adapters that provide quick and easy universal connectivity to all major controllers.

Universal connectivity means that ABB low voltage inverters can be connected to virtually any brand of controller and communications network, enabling users to choose the best network for their needs.

Users can choose the best network to meet their needs.

The product’s network connectivity provides a simplified interface for drive control and management, www.abb-drive.com improving quality, productivity, flexibility and scalability.

Communication networks also reduce wiring costs compared to traditional I/O connections.

traditional I/O connections.

Combining these feature-rich adapter modules with ABB inverters can provide a solution for applications focused on food and beverage, material handling, printing,

rubber-plastics and textile industries OEMs and system integrators with powerful inverter solutions.

Advantages of network connectivity

– Reduced mechanical and electrical installation time

– Reduced downtime

– More data at a lower cost

– Reduced time and cost for machine expansion or relocation

– Remote data access

– Diagnostics provide predictive fault warnings

– Open protocol to interface with any major PLC

– PC tool communication through installed PLC networks

Benefits of ABB Network Connectivity

– Connects to virtually any automation architecture

– Fast and simple connection

– Products designed and tested to comply with the protocol

Testing

– First-class support resources

– FENA-21 and FEIP-21 support DLR (Device Level Ring)

End-user benefits

– Lower mechanical and electrical installation costs

– Reduced downtime

– Increased productivity

– Lower start-up costs

– Lower maintenance and diagnostic costs

– Quick access to networked hard disks via PC-based startup and maintenance software tools

CANopen: FCA-01 (+K457)

The adapter module complies with the CiA (CAN for Automation) standard DSP 402 (Drive and Motion Control Device Profile).

The CANopen device profile defines direct access to drive parameters and communication of process data at     critical moments.

Control network: FCNA-01 (+K462)

The adapter supports redundant RG-6 quad-screened cables (coaxial) for bus connections and is compatible with all ControlNet

protocol. The module is also equipped with a NAP (Network Access Port).The FCNA-01 controls both standard ControlNet-based objects and vendor-specific objects.

DeviceNet: FCNA-01 (+K451)

The DeviceNet adapter module acts as a Class 2 slave with predefined master-slave connection services.

These services include explicit messaging, PollResponse service and Change of tate/Cyclic service.

The adapter supports ODVA AC/DC drive function profiles and ABB drive profiles with additional functions.

EtherCAT: FECA-01 (+K469)

This adapter module supports CANopen DSP 402 (Device Profile Drive and Motion Control) profiles or ABB drive profiles.

The FECA-01 implements an EtherCAT state machine, four synchronization manager channels (for controlling access to application memory),

two watchdogs as well as specified EtherCAT® services, addressing modes and FMMUs.

EtherNet/IP: FENA-01 (+K466) / FENA-21 (+K475) / FEIP-21 (+K490)

The adapter modules are used as EtherNet/IP servers and support ODVA AC/DC drives, ABB drives and transparent profiles.

The adapter module supports both explicit messaging (setting each property of a class individually) and implicit messaging (using input and output instances). the FENA-21 supports DLR (Device Level Ring).

EtherNet PowerLink: FEPL-02 (+K470)

Ethernet PowerLink is a communication profile for real-time Ethernet communication.The FEPL-02 module supports the CiA 402 and ABB Drives profiles.

In addition, two transparent modes are available (for 16-bit and 32-bit words).

The Modbus-RTU FMBA-01 (+K458) / FSCA-01 / FRSA-00 adapter module connects the drive to an RS-485 Modbus-RTU network.

Common read/write function codes for single and multiple registers are supported.

FRSA-00 Set of 20 adapters.

Vibro-Meter RLC16 Relay card Relay card

Features

” From the Vibro-Meter® product family

” Relay card with screw terminal block

” 16 relays with changeover contacts

” Relay-driven inverted logic (jumper selectable)

” Low contact resistance

” Low capacitance

” High throughput power

” Real-time board insertion and removal (hot-swappable)

” EU EMC compliance

Description of the RLC16 Relay Card

The RLC16 relay card is designed for use in Meggitt Sensing Systems’ VM600 Series Vibrometer® www.abb-drive.com roduct line for mechanical protection systems as well as condition and performance monitoring systems.

It is an optional card for use when the four relays on the IOC4T I/O card are insufficient for the application and additional relays are required.

The RLC16 is mounted on the rear of the VM600 (ABE04x) rack and connects directly to the rack backplane via a connector.

The RLC16 contains 16 relays with changeover contacts. Each relay is associated with 3 terminals on the screw terminal strip at the rear of the VM600 rack.

The relays are controlled by software-controlled open collector actuators.Jumpers on the RLC16 card allow selection of either Normal Energized (NE) or Normal De-energized (NDE) relays.

Relay Characteristics

Relay Name: RL1 to RL16

Type: PE014005

Contact Arrangement: 1 COM, 1 NC, and 1 NO contact/relay.

All relay contacts are on J1. J2 and J3.

Rated voltage: 250 VAC

Current Rating: 5 AAC

Maximum breaking capacity (no contact protection): 1250 VA

Maximum DC Load Breaking Capacity Curve

Operate/Release/Return Time: Typically 8 / 8 / 6 milliseconds

Dielectric strength test voltage

– Between open contacts: 1000 VAC

– Between contacts and coil: 4000 VAC

Mechanical life: 15 x 106 operations

Electrical life: >105 operations

Display: 16 relay PCBs

Relay status: Normal energized or normal de-energized (jumper optional)

External connections : Screw terminal connectors (J1. J2 and J3)

Mounting: Mounted on the rear of the VM600 rack and connected to the rack’s backplane via connectors. Rack Backplane

Temperature Range: See Relay Characteristics above

Humidity: ≤95% (non-condensing relative humidity)

RLC16 Power Supply

Supply voltage: +5 VDC

Consumption: 40 mA x 16 (per relay)

ENVIRONMENT

Operating environment

– Temperature : -25 to +65°C (-13 to +149°F)

– Humidity: 0 to 90% non-condensing

Storage

– Temperature : -40 to +85°C (-40 to +185°F) -40 to +85°C (-40 to +185°F)

– Humidity: 0 to 95% non-condensing

Vibration and shock: See general specifications for VM600 racks

Physical Dimensions

Height: 6U (262 mm, 10.3 inches)

Width: 20 mm (0.8 in)

Depth: 125 mm (4.9 in)

Weight: 0.30 kg (0.66 lbs)

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A-B Stratix 5800 High Performance Managed Switch

The Allen-Bradley® Stratix® 5800 managed industrial Ethernet switch delivers Gigabit performance in a flexible package.

Its fixed and modular design supports a variety of copper, fiber, and PoE expansion modules, and offers Layer 2 switching or Layer 3 routing firmware options to meet a variety of application needs.

When used as a Layer 2 switch, the Stratix 5800 is ideal for high-performance end devices.

When used as a Layer 3 switch, routing can be enabled between segmented networks to improve performance and prevent unwanted network traffic.

Network segmentation helps simplify security management by establishing trust domains and improving efficiency.

The Stratix 5800 includes a robust set of switching, routing, and security www.abb-drive.com features to support a wide range of architectures and uses the Cisco IOS-XE operating system to optimize compatibility with enterprise environments.

Choosing a switch co-developed by Rockwell Automation and Cisco allows your operations technology (OT) and information technology (IT) professionals to leverage the tools and techniques they are familiar with.

By helping to provide optimized integration, you can experience easier commissioning and actionable diagnostics.

Features and Benefits

– Full Gigabit switch platform High-performance networking support

– Fixed and modular options with up to 26 ports for flexibility and scalability

– Multiple copper, fiber and PoE options to support a variety of applications

– Supports Layer 2 access switching and Layer 3 routing for use in multi-tier architectures

– Supports IT and OT configuration and management tools, enabling users to leverage the expertise of both teams

– Provides default configurations for industrial applications for easy setup and optimized performance

– IEC 62443-4-2 certified for compliance with global cybersecurity standards

Optimized integration

– Studio 5000® Add-On Profiles (AOPs) enable optimal integration with Rockwell Automation® Integrated Architecture® systems.

Integration into Rockwell Automation® Integrated Architecture® Systems

– Predefined named Logix tags for monitoring and port control

– FactoryTalk® View panel for status monitoring and alarming

– Embedded Cisco® technology, including the IOS-XE operating system, facilitates secure integration with corporate networks

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Prosoft ILX56-MM inRAx® Message Manager for Industrial Communications

ProSoft Technology® inRAx® Message Manager is a single-slot solution that

Connects and transfers plant and factory process automation monitoring and control data between automation islands of different platforms, networks and protocols.

The inRAx Message Manager is an easy-to-use data transfer engine for the ControlLogix™ 1756 platform.

Supports Rockwell Automation® Programmable Logic Controller (PLC) and Programmable Automation Controller (PAC) network protocols.

as well as platforms and devices using Siemens Industrial Ethernet and Modbus TCP/IP protocols.

The ILX56-MM helps system integrators and end-users reduce the engineering effort required to coordinate data transfer between multiple control systems in factory and plant automation applications.

The Message Manager enables PLC/PAC data exchange without the need for additional PLC programming for specific messages, simplifying and streamlining data connection and transfer operations.

Functional Advantages

Licensed Backplane Technology

Manufactured under license by Rockwell Automation

High-speed data transfer between modules and processors

Performs PLC/PAC data transfers

Eliminates the need to program PLC/PAC messages

Built-in network configuration tool

No software to purchase, install or maintain Easy-to-use interface

Two built-in Ethernet ports

Connects to Modbus TCP/IP and Siemens Industrial Ethernet

Backed by ProSoft technology

20 years of commitment to providing you with high-quality, reliable solutions

Free, unlimited worldwide technical support available by phone at any time for pre-sales, setup or troubleshooting support to help you get up and running faster and stay up and running longer.

Three-year warranty to ensure reliability and prevent equipment failure

Free ProSoft software tools tightly integrated with our www.abb-drive.com hardware …… A quick and easy total solution to help you adapt our products to your application.

Configuration

Message Manager is both a communications interface and a message transaction engine. Easy-to-use configuration tools are web-based and built into the module for module and network configuration, diagnostics, and upload/download.

Module for module and network configuration, diagnostics and uploads/downloads. telegram programming is no longer required for PLC to PLC data transfers.

These transfer setups can be accomplished in one location with up to 16 controllers, including a variety of networked Rockwell Automation controllers and PLCs/PACs located on Modbus TCP/IP or Siemens Industrial Ethernet networks.

General Specifications

– Built-in web-based configuration tool

– Requires Internet Explorer 7 for full operation

– Single slot – 1756 backplane compatible

– Remove and insert under power – RIUP

– Local or remote rack

– Status and diagnostics scrolling display

Functional Specifications

Supported protocols: Modbus TCP/IP and Siemens Industrial Ethernet are supported through the built-in Ethernet port.

EtherNet/IP, ControlNet, Data Highway+ (DH+), and Data Highway 485 (DH485) are supported through the Rockwell Automation (RA) 1756 communications bridge module.

Data transfer: Transfer data between up to 16 individually configurable communication interface connections

Interfaces: Select RA, Modbus TCP/IP, or Siemens IE protocols for each interface

Label Browse and use the label name of any RA PAC or any Allen-Benix PAC in the ControlLogix local or remote chassis.

Chassis or the tag name of any Allen-Bradley® PLC or RA PAC.

Label name in the network. Create user-defined labels for Modbus and Siemens data addresses.

Transfer Lists: Create data exchange lists using source and destination tags

Triggers: Define events that can cause one or more transfer lists to be executed.

Triggers can be based on tag values or predetermined time intervals.

Security View configuration information without logging in. You must log in to change the configuration. Project-level users can change the configuration and start/stop data transfer operations (i.e., switch between running and idle).

Administrator-level users can make project-level changes and assign user names, passwords, and security access levels to all users.

Internal Date and Time: Can be set manually or synchronized with ControlLogix or CompactLogix. Synchronization frequency can be infrequent, hourly, daily, every 8 hours, or every 12 hours.

Configuration Data: Can be saved offline or to an on-board flash card.

Configuration Utility: Includes built-in help. Online configuration only

Setup Mode: Setup mode allows you to temporarily set the Message Manager network port settings to default values. Setup mode also allows you to reset the default administrative password.

GE VMIVME-2127 128-bit Voltage Source Digital Output Board with Built-in Test Support

Functional Features

– 128-bit voltage output

– High current driver (350 mA current source)

– Heavy duty options available

– Automatic overcurrent shutdown protection

– Thermal shutdown protection

– Output fault indication provided in status register

– High breakdown voltage (35 V)

– Output clamp diode for inductive flyback protection

– Compatible with intelligent I/O controllers

– Built-in test logic for fault isolation

– Compatible with VME bus (ANSI/IEEE STD 1014-1987 IEC 821 and 297)

– A24:A16:D32/D16/D08 (EO): Slave 39/3D:29/2D:6U Form Factor

– Front Panel with Fault LED

– Preheat resistor sockets available, to be supplied by the user

– External power supply can be connected on the front panel (P3 to P4) or on P2.

Compliance: This product complies with the VMEbus specification www.abb-drive.com (ANSI/IEEE STD 1014-1987 IEC 821 and 297) and uses the following mnemonics: A24:A16: D32/D16/D08 (EO): Slave: 39/3D:29/2D:6U form factor

Output Connector Types: Three types of female mating connectors are available for use with the P3 and P4 interfaces: 96-pin mass termination (IDC) connectors, 64-pin IDC connectors, and 96-pin discrete wire connectors.

Part numbers for ERNI IDC DIN 96-pin and 0.033-inch 30 AWG ribbon cable are

96-pin connector 913 031 (ERNI)

96-pin cable 913 049 (ERNI)

Part numbers for Panduit IDC DIN 64-pin connectors and 0.050-inch ribbon cable are

64-pin connector 120-964-435E (Panduit)

Strain Relief 100-000-032 (Panduit)

64-conductor cable 9V28064-XXX (Belden)

Harting discrete wire connectors consist of a contact housing with female crimp contacts.

Housing with female crimp contacts Harting part numbers are as follows

96-pin connector 09 03 096 3214 (Harting)

Female crimp 09 02 000 8484 (Harting)` Contacts

Contacts

Crimp tool 09 99 000 0075 (Harting)

(for stripping wires)

Discrete wire connectors require a housing with a retaining bar. We recommend the Harting housing.

Its order number is 09 03 096 0501. This housing latches the discrete wire cable to the board connector and provides strain relief.

Input/Output Organization: 16 output ports, 8-bit wide, 128 total outputs.

Addressable to any address within Short-Circuit Monitor and/or Short-Circuit Non-Privileged or Short-Circuit Monitor and/or Short-Circuit Non-Privileged or Short-Circuit Non-Privileged.

Standard Monitor and/or Standard Unprivileged I/O mapping.

Addressing Scheme: 32 bytes, individually addressable on 8. 16. or 32-bit boundaries. The board ID register is located at the board’s base address.

The Control and Status Register (CSR) is stacked on top of the ID register. 16 output bytes are located above the CSR. 20 jumpers identify the board’s base address.

Another jumper is used for the standard or short address.

Output Drivers: The output drivers provide overcurrent (short circuit) and thermal shutdown protection. The overcurrent protection has a minimum current of 370 mA, allowing safe operation at currents up to 350 mA.

The thermal shutdown function depends on

Thermal shutdown is a function of load, number of channels turned on per byte, and duty cycle. Figure 3 shows the allowable output current at 25 and 50 °C as a function of duty cycle and number of channels turned on.

Since thermal shutdown limits the allowable output current for many applications, a heavy load option is provided by connecting two output devices in parallel.

Parallel Placement. Connecting two devices in parallel may or may not double the short-circuit protection current. However, the overload protection (thermal shutdown) current is doubled.

GE Fanuc VMIPCI-5565 Ultra High Speed Fiber Optic Reflective Memory

Functional Features

– High-speed, easy-to-use fiber optic network (serial rate of 2.12 Gbaud)

– Data written to the memory of one node is also written to the memory of all nodes on the network

– Up to 256 nodes

– Connections up to 300 meters to multimode fiber and up to 10 kilometers to single-mode fiber

– Dynamic packet size, 4 to 64 bytes of data

– Transfer rates 47.1MB/sec (4-byte packets) to 174MB/sec (64-byte packets)

– 64MB or 128MB SDRAM Reflective memory

– Two independent DMA channels

– Any node on the network can generate an interrupt in any other node on the network www.abb-drive.com or in all network nodes with a single command

– Error Detection

– Redundant transfer mode for additional error suppression

– No processor overhead

– Processor is not involved in network operation

– PCI 64-bit 66MHz Transport

– Compliant with PCI Revision 2.2

– Includes VMISFT-RFM2g network and shared memory drivers.

Features

Description: The VMIPCI-5565 is the PCI member of the VMIxxx-5565 family of reflective memory (RFM) real-time networking products from GE Fanuc Embedded Systems.

Other members of this family include the VME-compatible board VMIVME-5565 and the PCI mezzanine card (PMC) VMIPMC-5565.

All three products are network compatible and can be integrated into a network in any combination.

This family of products allows computers, workstations, programmable logic controllers (PLCs) and other embedded controllers with different operating systems or no operating system at all to share data in real time.

Reflective Memory boards are like shared memory for local nodes.

Any level of software, including the application program itself, can write to or read from the memory.

Data written to one node’s Reflective Memory is transferred by the network hardware to all other nodes and placed in the same addresses on those nodes’ Reflective Memory boards.

This data transfer does not require the involvement of a processor on any node. With this system, all nodes on the network have a local copy of the shared data that is immediately accessible.

Product Overview: The Reflective Memory concept provides a very fast and efficient way to share data between distributed computer systems.

The VMIPCI-5565 Reflective Memory Interface allows data to be shared between up to 256 independent systems (nodes) at rates up to 174MB/s. Each Reflective Memory board can be configured with 64MB of memory.

Each Reflected Memory board can be configured with either 64MB or 128MB of on-board SDRAM. local SDRAM provides fast read access times to stored data.

Write data is stored in the local SDRAM and broadcast to other Reflective Memory nodes via a high-speed fiber optic data path.

Data transfers between nodes are software transparent, so there is no I/O overhead.

Transmit and receive FIFOs buffer data during peak data rates to optimize host and bus performance and maintain high data throughput.

Reflective memory also allows interrupts to one or more nodes by writing to byte registers.

These interrupts (four levels, each user-definable) can be signaled to synchronize system processes or to follow any data.

The interrupts always follow the data to ensure that the data is received before the interrupt is acknowledged.

Each node in the system has a unique identification number between 0 and 255.

The node number is determined by placing jumpers on the board during hardware system integration.

Software can read the node number by accessing on-board registers. In some applications, this node number helps determine the function of the node.

Link Arbitration: The VMIPCI-5565 system is a fiber optic daisy chain ring as shown in Figure 2.

Each transmission travels from one node to another until it wraps around the ring and reaches the originating node.

Each node retransmits all transmissions it receives except those it originates.

A node can insert transmissions between passed transmissions.

GE VMIVME-3122 High Performance 16-bit Analog-to-Digital Converter Boards

Product Description

The VMIVME-3122 is a member of VMIC’s extensive VMEbus analog I/O product line.

It features 16-bit digital resolution, program-controlled gain, selectable slew rates, and auto-scanning for 64 differential or single-ended channels,

Auto-scan for 64 differential or single-ended analog inputs.

The VMIVME-3122 has excellent dynamic range and analog input channel density. Multiple modes of operation are supported, including auto-scan, data burst, and external synchronization.

The board interfaces directly with VMIC’s family of signal conditioning boards to digitize the outputs of thermocouples, RTDs, and strain gages.

Individual channel gains can be downloaded for use during scanning operations, or the board can be configured for fixed gains. The boards can be configured for fixed gain common to all channels.

Multiple boards can be synchronized together, allowing up to 16 boards to www.abb-drive.com start each scan simultaneously.

Interval timers, bus interrupters, channel counters, and mid-scan/end-of-scan flags simplify monitoring of data in the dual-port data buffer.

System applications that can benefit from the features of the VMIVME-3122 include factory automation, process control, data acquisition systems, training simulators, and laboratory instrumentation.

The following overview of key features illustrates the flexibility and performance of the VMIVME-3122:

– 16. 32. or 64 differential or single-ended analog inputs

– 16-bit A/D conversion

– Selectable sweep rates from 381 Hz to 100 kHz (high performance option), 381 Hz to 50 kHz (standard performance option)

– Programmable gain of x1 or x10

– A/D converter ranges of ±2.5 V, ±5 V, ±10 V, 0 to +5 V, 0 to +10 V

– Programmable channel gain

– 16- to 1.024-word dual-port data buffer

– Operates in short I/O (A16), standard (A24), or extended (A32) data spaces

– Programmable channel block size and buffer size

– Optional low-pass input filter

– Continuous and burst operation modes

– Free-run or external/internal trigger

– Bus interrupter for mid-scan or end-scan indication

– Programmable interval timer for timing data bursts

– Direct wiring from VMIC signal conditioning boards

– Initialized after reset in Auto Scan mode, gain = x1

Functional Description

The VMIVME-3122 is a high-resolution, 16-bit, 64-channel analog scan and digitizing input board for VMEbus system applications.

Dual-port data memory, on-board timers, automatic gain control, and programmable bus interrupters enable the VMIVME-3122 to support large amounts of analog input traffic with minimal host processor involvement.

Analog inputs are scanned and digitized sequentially. Digital values are stored in dual-port data buffers that are readily accessible from the VME bus.

The gain of each channel can be programmed individually or set by software to a fixed gain common to all channels. Channel gains are software selectable to x1 or x10.

The A/D converter voltage ranges are jumper-selectable to ±2.5 V, ±5 V, ±10 V, 0 to 5 V, and 0 to 10 V. The A/D converter voltage ranges can be set to ±1 or x10 by software.

Upon system or program reset, the board will initialize in 64-channel auto-scan mode at 100 KHz with all channel gains initialized to 1 (x1).

After the reset operation, the program can select timed burst or triggered burst mode and modify the block size, buffer size, and channel gains as desired.

The channel block can be adjusted to 1. 8. 16. 32. or 64 channels, and the data buffer size can be selected from 16 to 1.000 channels.

The data buffer size is selectable from 16 to 1.024 data words in binary increments.

In standard performance mode, the board must be reprogrammed after a reset to obtain a 50 kHz scan rate. The value of $00F7 must be written to relative address $0006.

Timed Data Bursts are controlled by an interval timer that provides repeat or single burst intervals of up to 687 seconds.

A burst can contain from 8 to 1.024 channel samples. A data ready flag can be used in the middle or at the end of a scan, and an interrupt request can be generated at the same time as the flag.

An interrupt can also be initiated after a specific number of samples have been acquired.

A-B 1336E-B030-AN-EN-GM1-HA2-L7E Adjustable Frequency Inverter

Product Description

The 1336E-B030-AN-EN-GM1-HA2-L7E inverter is an Allen-Bradley/Rockwell Automation adjustable frequency inverter.

Part of the 1336 IMPACT series, the 1336E-B030-AN-EN-GM1-HA2-L7E inverter smoothly varies the rated speed and torque of an AC motor using its adjustable frequency.

It has a rated input voltage of 380 to 480 volts AC and a rated output of up to 30 horsepower.

The 1336E-B030-AN-EN-GM1-HA2-L7E adjustable frequency inverter’s built-in interfaces make it easy to control, and all interfaces operate and display data in English.

About the 1336E-B030-AN-EN-GM1-HA2-L7E

The 30 hp 1336E-B030-AN-EN-GM1-HA2-L7E drive is an Allen-Bradley www.abb-drive.com AC drive that is part of the Allen-Bladley 1336 IMPACT product family.

For the Rack C 1336E-B030-AN-EN-GM1-HA2-L7E drive, the outputs and inputs are connected to TB1. which is the 11-position terminal block on the gate drive board.

National wiring codes should be considered during wiring to minimize the risk of injury and equipment damage.

The drive control interface supports TTL contacts. Encoder feedback is also provided on the drive.

The 1336E-B030-AN-EN-GM1-HA2-L7E drive is available with an output power of 22 kW or 30 hp at 380 to 480 volts AC input voltage.

Output current and apparent power ratings are 48.2 amps and 38 kVA, respectively.

The 1336E-B030-AN-EN-GM1-HA2-L7E drive draws 49 amps and 32 to 41 kVA at the input.

The input and output frequency ranges are 47 to 63 Hz and 0 to 250 Hz, respectively.

The driver output is capable of sustaining 100% of the rated current continuously or 150% of the rated current for up to 1 minute.

The maximum short circuit rating is 200.000 amps RMS symmetrical. The HMI is part of the standard driver package, which includes the controller and programmer.

Digital potentiometers are also available on the driver. The drive has an English language module. For network communications, the drive has a single point remote I/O interface.

The 1336E-B030-AN-EN-GM1-HA2-L7E drive is an open drive with an IP00 enclosure.

The recommended operating ambient temperature range is 32 to 122 degrees Fahrenheit. The drive has a shipping weight of 38.6 kg.

The dimensions of the drive rack are 701 x 301.8 x 225.0 mm.

1336E-B030-AN-EN-GM1-HA2-L7E Technical Description

This 1336 PLUS II Adjustable Frequency AC Drive is a 380-480 VAC unit with 22 (30) kilowatts (horsepower) and has a(n) open (IP00) enclosure.

SST 5136-PFB-VME Profibus Interface Card

Card Overview

The 5136-PFB-VME card can be used as a

– as DP slave

– as DP master

– Send and receive FDL (Layer 2) messages

The card supports simultaneous operation in all these modes.

The card supports the standard ProfiBus baud rates of 9.6K, 19.2K, 93.75K, 187.5K, 500K, and 187.5K,

187.5K, 500K, 750K, 1.5M, 3M, 6M and 12M baud rates.

The card has an onboard Intel i960 processor and 512 Kbytes of local RAM,

The card has an on-board Intel i960 processor and 512 Kbytes of local RAM, which handles the communication protocols and data formats into shared RAM.

The 5136-PFB-VME includes

a VME bus interface with functions as described in the “Specifications” section of this manual

Five registers in the VME short address space for controlling the card. The card also has a 256 kilobyte RAM that

It is shared with the host in either a single 256-kilobyte block (linear addressing mode) or one of sixteen 16-kilobyte pages (paged mode).

In paged mode, the host decides which page of the shared RAM to map into host memory by writing to a register on the card.

This block of memory contains all the tables and buffers used to pass information between the interface card and the application software running on the host.

Passing information between applications running on the host. This method ensures a quick and easy connection between the card software.

In addition, the interface card has 512 Kbytes of segmented flash memory for storing program and configuration data. Program and configuration data.

ProfiBus configuration information can also be stored in the flash memory.

Access rights

The 5136-PFB-VME provides 8-bit access to objects in the short address space and 8-bit and 16-bit access to objects in the standard address space.

The VME master selects whether a particular bus cycle accesses the short address space, the standard address space, or the long address space (extended address space) by using the address modifier code,

Extended Address Space, Standard Address Space, Extended Address Space, or Long Address Space (Extended Address Space and Long Address Space are not used by the 5136-PFB-VME) for a particular bus cycle, as well as the type of access.

The card decodes these address modifier codes and determines the object to be accessed.

In addition to selecting one of the four available spaces on the VME bus, the address modifier code selects

– Whether the master is performing supervised or unprivileged accesses

– Whether the access is to program space or data space (all accesses except short address space)

– Whether it is a single object access or a block access

The 5136-PFB-VME can respond to address modifier codes 3Dh, 39h, 2Dh, and 29h.

Regulatory or unprivileged data accesses can be made to the standard address space (3Dh and 39h, respectively).

Supervised or unprivileged access to the short address space (2Dh and 29h, respectively) is available.

Accessing the board with an unsupported address modifier code results in a VMEbus error.

Bit 7 of the board DIP switch is used to select whether to allow supervisory access only, or both supervisory and unprivileged access.

Startup Card

Before using the 5136-PFB-VME card on ProfiBus, download the PFBPROFI software module to the card and configure and run the software module.

Download the software module to shared memory from the host computer,www.abb-drive.com  or download it to flash memory using the serial CONFIG port on the card.

The shared memory module is called vmeprofi.ss1. The module in flash memory is called vmeprofi.ssf.

To run the software module, load the appropriate initial boot record (IBR, see Section 2.7.3. Initial Boot Record) to the card.

There are two IBRs, one for running the module from flash memory and one for running the module from shared memory.

It is possible to install one module in flash memory and another in shared memory and run one or the other depending on the IBR used.

When the card is first received, the only software on the card is a short bootloader program in flash memory.

Use this bootloader to access the card and download the software modules to the card via the serial port.

Loading the VMEPROFI Module into Shared Memory from the Host Computer

Use the following steps to load vmeprofi.ss1 into shared memory from the host computer

Load vmeprofi.ss1 into shared memory from the host:

1. Ensure that the board processor is in a reset state by setting the CpuReset bit in the board control registers to 1.

2. Set the standard memory address using the address bits in the Memory Control Register and the Interrupt Control Register.

3. select the addressing mode (linear or paging) and enable the board memory. 4.

4. if using interrupts, initialize the interrupt ID register and enable interrupts in the interrupt control register.

5. copy vmeprofi.ss1 to shared memory on the card. In linear mode, copy the module starting at offset 0 only.

In paged mode, copy one 16 Kbyte module at a time and change pages as needed.

6. Write the shared memory initial boot record. In linear addressing mode, write base address + 3FF30h.

In paged mode, set the page register to FFh and write the IBR to base address + 3F30h.

A-B 1336-FAN-SP5A Radiator Fan Replacement Kit

Description of the Allen-Bradley 1336-FAN-SP5A

The Allen-Bradley 1336-FAN-SP5A is an assembly for Bulletin 1336 drives.

This unit is a cooling fan that mounts on the side of the heat sink of the 1336 Plus, Plus II, Impact, and Force drives. For use with G and H model hard drives.

About the 1336-FAN-SP5A

The 1336-FAN-SP5A is a replaceable cooling assembly that installs on Allen-Bradley’s 1336 Plus,

Plus II, Impact, and Force adjustable frequency AC drives from Allen-Bradley. The fan is mounted on the heatsink side of the Frame H and G drives.

It is a Class 3 component of the 1336 drive and is labeled FAN in the Troubleshooting Symbols Guide. a C-HB1 cap is included.

Outputs 250 HP, 300 HP, 350 HP, 400 HP, 450 HP, 500 HP, 600/650 HP, or Frame G drives and 700 HP drives.

One (1) of these assemblies is used per drive for 250 HP, 300 HP, 350 HP, 400 HP, 450 HP, 500 HP, 600/650 HP, or Frame G drives and 700 HP, 800 HP, or Frame H drives.

Since the entire 1336 drive has been phased out, this component has also been declared obsolete.

Since Rockwell Automation no longer www.abb-drive.com manufactures this product, this part is only available as a spare part.

Fans are an important part of almost all compact units. The power dissipation of Rack G and Rack H drives ranges from the relative parameters to the fan performance.

can be found under drive parameter 70 (heat sink temperature). The minimum value for this parameter is 0. The maximum value is 255 degrees Celsius, but the drives operate at temperatures from 0 to 50 degrees Celsius.

In addition to the integrated fan, the hard disk’s environment can be properly maintained at the specified operating temperature by following the required mounting clearances and installing an appropriate climate control device.

It is important to note that the fan exhausts air from the hard disk, which means that hot air from the hard disk remains in the case.

An enclosure fan can be installed to pull air from the enclosure to continuously remove hot air from outside the panel.

The Allen-Bradley 1336-FAN-SP5A Heatsink Fan Replacement Kit with Fan Capacitor is for the

Allen-Bradley 1336 Plus, Plus II, Force, Impact, and Force Frame G and

H adjustable AC drives (known as Fan 2). It provides cooling and temperature control for the drive.

The package includes a fan with leads, sealant, a connector with leads, 2 fittings, and a grommet.

The 1336-FAN-SP5A replacement fan is mounted on the side of the drive heatsink near the bottom of the inverter enclosure.

The 1336-FAN-SP5A heatsink fan kit can be securely installed on the hard disk by following these steps:

(1) disconnecting power from the hard disk, (2) routing the wires from the kit assembly through the hard disk opening, (3) installing the supplied grommet in the fan wire opening.

(4) connect the fan wires together using the supplied lugs, (5) connect the fan connector (harness) and secure the fan cover to the fan using the supplied captive screws.

(6) Apply the supplied sealant to the wires at the chassis holes to seal and prevent unwanted particles from entering, (7) Open the hard disk and monitor it for proper airflow.

The 1336-FAN-SP5A Side Radiator Fan Replacement Kit has an ambient operating temperature range of 0 to 50 degrees Celsius (32 to 122 degrees Fahrenheit).

The ambient operating temperature range for the 1336-FAN-SP5A side radiator fan replacement kit is 0 to 50 degrees Celsius (32 to 122 degrees Fahrenheit).

The ambient operating temperature range for the 1336-FAN-SP5A side radiator fan replacement kit is 0 to 50 degrees Celsius (32 to 122 degrees Fahrenheit) with a relative humidity of 5% to 95% (non-condensing) and a storage temperature range of 0 to 50 degrees Celsius (32 to 122 degrees Fahrenheit).

Storage temperature range is 0 to 50 degrees Celsius (32 to 122 degrees Fahrenheit).

Technical Notes for 1336-FAN-SP5A

Allen Bradley-FAN radiator flanks the 1336STG frame G inverter.

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