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Woodward 2301E-J Microcomputer-Based Digital Controller

OVERVIEW

The 2301E-J is a microcomputer based digital controller for engine genset control with automatic load sharing.

The controller is designed to control medium to high speed diesel engines or medium to high speed gas engines.

Control speed range (for medium to high speed engines): 400-3600 rpm.

Similar in function to the 2301A LSSC, the 2301E-J is Woodward’s traditional analogue controller plus a DRU (Digital Reference Unit) with soft load/unload.

The 2301E-J also has the same features as the 2301D.

While the engine is operating, the 2301E-J can switch its operating mode from isochronous to sag and vice versa without buffering.

The 2301E-J can be switched to the 2301D by using the same function as the 2301 LSSC, the 2301A LSSC, the 2301D LSSC, and the 721DSC with Automatic Load Sharing,

723DSC with automatic load sharing, or other Woodward Electric controls with load sharing capability to operate in automatic load sharing mode.

In conjunction with an external inlet/outlet controller, the 2301E-J can control the inlet/outlet power to the mains (i.e., commercial bus) by simulating a remote speed setting signal (optional feature).

The 2301E-J can operate in isochronous mode, isochronous base load mode, kilowatt drop mode, normal speed drop mode, and mains parallel operation mode with GCP/EGCP.

In Isochronous operation mode, the 2301E-J can perform the following operations

– Parallel operation with multiple engine-generator sets connected to the bus via automatic load sharing functions (including soft load and soft unload).

– Base load operation in isochronous mode. (The load level can be preset or manually adjusted to the desired level using discrete or analogue inputs).

– Single engine generator operation. (Speed reference is manually adjusted to the desired level via discrete or analogue inputs).

In kW down operation, the 2301E-J can perform the following operations:

– Run in parallel with the mains. (Load level or speed reference preset or manually adjusted to the desired level via discrete or analogue inputs).

– Parallel operation with other engine generator sets. (Manual adjustment of the speed reference to the desired level via discrete or analogue inputs).

– Single engine genset operation. (Manual adjustment of the speed reference to the desired level via discrete or analogue inputs).

– In reduced speed operation, the 2301E-J can perform the following operations:

– Run in parallel with the power supply. (Manually adjust the load level or RPM reference to the desired level via the discrete inputs or analogue inputs).

– Operate in parallel with other engine generator sets. (Manually adjust the load level to the desired level via the discrete inputs or analogue inputs).

– Single engine genset operation. (Manually adjust the speed reference to the desired level via the discrete or analogue inputs).

VMIVME-4140 32-Channel 12-Bit Analogue Output Boards

Functionality

The VMIVME-4140 Analogue Output Board provides 32 high quality analogue output channels with 12-bit resolution, capable of outputting or sinking 10 mA at ±10 V. The outputs all have a dedicated D/A converter (DAC).

The outputs each have a dedicated D/A converter (DAC).

The analogue outputs can be disconnected from the field wiring for off-line testing. Calibration and self-test are initiated by a VMEbus system reset or by executing a software command.

During calibration, offset and gain factor tables are compiled and stored in RAM. Each of the 32 channels configured over the six output voltage ranges has a corresponding offset and gain.

Self-Test: A self-test is run automatically after a system reset.

The self-test register indicates success or failure and can display the channel that failed.

Front Panel Status LEDs: The LEDs illuminate after a system reset. After a successful self-test and auto-calibration, the LED is off. The LED can also be turned on or off under software control.

Functions

– 32 analogue output channels

– Maximum output current per channel is 10mA.

– One 12-bit D/A converter (DAC) per output channel

– 0.8Ω output impedance

– Random update (non-scanning)

– Software or external synchronised update of double buffered outputs

– Single reference potentiometer – no additional manual calibration required

– Auto-calibration initiated by reset or software command

– Unipolar (0 to +10V, 0 to +5V, 0 to +2.5V) or bipolar (±2.5. ±5 and ±10V) software selectable

– Discrete or bulk terminated cables

– Self-testing

– Extensive on-board diagnostic test capabilities

– Outputs can be disconnected from the field for off-line operation

– PMC expansion slots

– Self-test

– Front panel status LEDs

– Front panel analogue output connector

– Front panel reference voltage access

– Applications

– Data acquisition systems

– Control systems

– Precision analogue stimulus

– Automatic Test Equipment (ATE)

Front Panel Reference Voltage Access: Isolated BNC connectors on the front panel allow access to the internal reference voltage. The front panel allows the reference voltage to be adjusted accordingly.

DFI CM901-B AMD® Embedded R-Series COM Express® Basic

Chipset

– AMD® A70M Converged Controller Hub

System Memory

– Two 204-pin DDR3 SODIMM sockets

– Supports DDR3 (1.5V), LVDDR3 (1.35V), ULVDDR3 (1.25V) up to 1600MHz

– Supports dual-channel memory interface

– Supports up to 16GB of system memory

– DRAM device technology: 1Gb, 2Gb, 4Gb and 8Gb DDR3 DRAM technology

Supports x8 and x16 devices, unbuffered, non-ECC

Onboard Graphics Capabilities

– Supports DP, DP/LVDS and DP/VGA interfaces

– VGA: resolutions up to 1920×1600 @ 60Hz

– LVDS: Single channel – 18/24-bit; Dual channel: 36/48-bit, resolutions up to 1920×1200 @ 60Hz

– DP: Resolution up to 4096×2160 @ 30Hz

Onboard Audio Features

– Supports high definition audio interface

Onboard LAN Function

– Intel® 82574L Gigabit Ethernet Controller

– Integrated 10/100/1000 transceiver

– Fully compliant with IEEE 802.3. IEEE 802.3u, IEEE 802.3ab standards

Serial ATA (SATA) Interface

– Supports 4 Serial ATA interfaces

– 4 SATA 3.0 with data transfer rates up to 6Gb/s

– Integrated Advanced Host Controller Interface (AHCI) controller

– Supports RAID 0/1

Solid State Drives

– 4GB/8GB/16GB/32GB

– Write Write: 30MB/s (max), Read: 70MB/s (max)

– Onboard SATA to SSD

USB Interface

– XHCI host controller supports up to 4 SuperSpeed USB 3.0 ports

Watchdog Timer

– Watchdog timeout is software programmable from 1 to 255 seconds

Trusted Platform Module (TPM)*

– Provides a trusted PC for secure transactions

– Provides software licence protection, enforcement and password protection

Expansion Interfaces

– Supports 8 USB 2.0 ports (first 4 USB ports support up to USB 3.0)

– Supports 1 PCIe x16 interface

– Supports 7 PCIe x1 interfaces (the first 4 PCIe x1 can be configured to support PCIe x4 Supports PCIe x4)

– Supports LPC interface

– Support SMBus interface

– Support I2

C interface

– Supports 2 serial interfaces (TX/RX)

– Support 8-bit digital input/output (4 in 4 out)

Nondestructive Intelligent

– Monitors APU temperature

– Monitor APU fan speed

– Monitor APU_VDD/APU_VDDNB/APU_VDDIO_SUS/1V2/1V1 Voltages

– Watchdog Timer Function

BIOS

– 32Mbit SPI BIOS

Power Consumption

– 31.12 W (R-464L at 2.3GHz, 2x 1GB DDR3 SODIMM)

Operating System Support

– Windows XP Professional x86 and SP3 (32-bit)

– Windows 7 Ultimate x86 and SP1 (32-bit)

– Windows 7 Ultimate x64 and SP1 (64-bit)

– Windows 8 Enterprise x86 (32-bit)

– Windows 8 Enterprise x64 (64-bit)

Intelligent Platform 5565 Reflective Memory Series Features

Benefits

– Highly scalable technology supports up to 256 nodes

– Bus-independent design protects your investment in your current network infrastructure

– Low-latency, deterministic data rates for predictable, high-performance application deployments

– Seamless integration with GE Fanuc Intelligent Platforms’ SBC solution and most industry-standard products

– PIO version offers increased PIO read performance and field-upgradeable firmware

Reflective Memory is a halo-based, ultra-fast shared memory networking solution.

It allows distributed networks to share real-time data at a defined rate, independent of bus architecture and operating system.

GE Fanuc Intelligent Platforms has over 15 years of experience in this area and is a pioneer in this technology.

Our 5565 Reflective Memory family further solidifies our market leadership.

How did we do it? Our approach is simple. Our Reflective Memory technology is centred on an innovative and efficiently designed hardware platform.

The platform is easy to use, with greater distance between nodes and higher noise immunity.

Distance between nodes, high noise immunity, optional node bypass and no software overhead.

Only the on-board memory needs to be read and written, the Reflective Memory node controller does the rest.

The 5565 Reflective Memory family is available in multiple form factors including PCI Express (PCIE-5565RC),

PMC (PMC-5565PIORC and PMC-5565), PCI (PCI-5565PIORC and PCI-5565) and VME (VME-5565).

This family of products allows computers, workstations, PLCs and other embedded controllers to share data in real time.

Data transfers between nodes are software transparent, so no processor overhead is required.

Data written to reflective memory is broadcast to all nodes on the network without further involvement of the sending or receiving node.

GE Fanuc Intelligent Platforms’ Reflected Memory products are proven and highly reliable.

They are used around the world in applications such as data acquisition, simulation and training, industrial automation, and electronic communications.

Most importantly, GE has the experience, stability, innovation and commitment to provide you with global support and service.

PCIE-5565RC Ultra-High-Speed Optical Fibre with Interrupt

Features

Features include

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

– x4-lane PCI Express 1.0a to PCI bridge

– Network operates without the involvement of a host processor

– Optional redundant operating modes

– Up to 256 nodes

– Connections up to 300 m to multimode fibre, up to 10 km to singlemode fibre

– 10 kilometres

– Dynamic packet sizes from 4 to 64 bytes of data per packet

– Transmission rates over fibre-optic networks from 43 MByte/s to 170 MByte/s

– 128/256 MB bytes of SDRAM reflective memory, parity selectable

– Independent direct memory access (DMA) channels

– Four general-purpose network interrupts; each interrupt has 32 bits of data

– Configurable endpoint translation for multiple CPU architectures on the same network

– Selectable PCI PIO window size from 2 MB bytes to 64 MB bytes to full installed memory size

– Supported Operating Systems Supports Windows® 2000. Windows XP, Linux®, and VxWorks® operating systems.

– RoHS compliant

Comparison of PCIE-5565RC and VMIPCI-5565*

The classic VMIPCI-5565* contains multiple components that are combined into a single Field Programmable Gate Array (FPGA) in the PCIE-5565RC.

These components include PLX Technologies’ PCI interface device, three separate small FPGAs, a transmit FIFO and a receive FIFO.

Compared to the legacy VMIPCI-5565. the PCIE-5565RC adds greater design flexibility and improves performance in at least three ways.

1. The PCIE-5565RC has improved DMA burst and PIO write access rates over the legacy VMIPCI-5565. 2.

2. The PCIE-5565RC doubles the on-board SDRAM memory access bandwidth, improving overall throughput.

3. The PCIE-5565RC can be field upgraded with new features.

Honeywell System 57 MODBUS Interface Module

Key Features

The 57 System MODBUS interface facilitates digital communication between the 57 System control system and an external computer system.

MODBUS is a widely supported digital data communication protocol that provides a standard set of commands that can be used for system data communication.

Two different interface modules support the most widely used electrical interface standards, ensuring compatibility with most external systems.

Using the MODBUS interface it is possible to read configuration, alarm status and other information from any channel in the rack and perform calibration and other procedures.

The MODBUS interface is typically used to connect a System 57 control system to a plant control system for centralised monitoring of system status, often with a graphical display.

The main features of the MODBUS interface are as follows.

Easy installation on engineering cards.

Compatible with the 5701. 5704 and 5704F control cards.

Simple field connection via DC input card terminal block for

Wiring up to 2.5mm² (14 AWG).

Operates as MODBUS RTU.

Supports MODBUS protocol functions 02. 03. 04. 06. and 16.

Provides sensor gas readings and alarm status for fault and prohibition,

Provides sensor gas readings and alarm status for A1. A2. A3. FIRE, STEL, LTEL, and rate alarms.

Sensor gas readings and alarm status for A1. A2. A3. FIRE, STEL, LTEL, and rate alarms.

Supports commands to inhibit, reset, zero, calibrate (span) and set alarm levels.

(range) and set alarm levels for all channels in the rack.

Supports RS485. RS422. and RS232 electrical standards.

Data signals are isolated from the system 57 power supply.

Asynchronous serial link with configurable baud rate, parity and stop bits.

Primary and secondary channel operation.

Half-duplex operation.

Multi-point transmission capability

Easily configured using engineering interface software.

Bently Nevada Machinery Condition Monitoring 1900/65A General Purpose Equipment Monitor

Outputs

The 1900/65A provides six relay outputs, four 4-20 mA logger outputs, and one dedicated buffered output.

The 1900 Configuration Software allows the user to configure the relay contacts to be determined for any channel or combination of channels,

alarms, and hazardous conditions, and provide data on any logger output for any variable from any channel.

Dedicated buffered outputs provide signals for each sensor input.

The Modbus gateway option allows the monitor to provide static variables directly to any Modbus client,

status, event list, time and date information directly to any Modbus client, including Distributed Control Systems (DCS),

Supervisory Control and Data Acquisition (SCADA) systems, Program Control and Data Acquisition (DCS) systems, Data Acquisition Systems (DCADA).

(SCADA) system, programmable logic controller (PLC), or System 1 software.

The monitor uses internal counters and a Modbus client/master time base to generate time and date information.

The 1900/65A supports Modbus communications via Ethernet and a software configurable RS232/485 serial port.

Configuration

Users can create configuration files using software running on a laptop or PC.

The user can create a configuration file using software running on a laptop or PC and download the file to the monitor over the built-in Ethernet connection to define monitor operation and Modbus Gateway register mapping.

The 1900/65A can permanently store configuration information in non-volatile memory, which can be uploaded to a PC for changes.

Display Module

The 1900/65A supports an optional display/keypad for viewing channel information or making minor configuration changes.

This allows the 1900/65A to operate as a stand-alone software package. If desired, the user can mount the display up to 75 metres (250 feet) away from the monitoring module.

Bently Nevada 60M100 Condition Monitoring System Monitor

60M100 Overview

The 60M100 Condition Monitoring System has been specifically designed for continuous permanent monitoring of wind turbine generator sets.

The system is designed to monitor equipment where reliability and availability are critical.

The 60M100 system is designed to monitor the basic characteristics and components of a wind turbine generator, including.

Tower sway

Main bearings

Main rotor

Gearboxes

All internal bearings

All bearing engagement

Debris monitoring

Generator bearings

Generator Grounding

Digital Communications

The 60M100 system has digital communications capabilities to connect to ADAPT software using a proprietary prtocol over an Ethernet connection.

The 60M100 system transmits data via Ethernet TCP/IP. You can monitor the values and status of process and control and other automation systems.

The 60M100 system provides extensive communication capabilities for all monitored values and statuses.

It can be integrated with process control and other automation systems that use Ethernet TCP/IP communication functions.

It allows Ethernet communication with other 60M100 systems and system software.

Supported protocols include

Modbus/TCP

The industry standard Modbus protocol over TCP.

The 60M100 supports both server and client modes.

System Features

The 60M100 monitors up to 150 static variables and generates high resolution waveform data and trend lines.

The 60M100 is a powerful and versatile condition monitoring system.

It provides basic monitoring functions and advanced signal processing and rules in a compact, rugged unit.

The module modulates the input signal to make a variety of measurements and compares the modulated signal with user-programmable alarms.

The 60M100 system is capable of receiving input signals from different types of sensors.

It supports up to 12 dynamic channel inputs, two key signals and digital communications. Channels 1 to 10 are connected to a 2-wire ICP type accelerometer.

Channels 11 and 12 can be configured to interface with 2-wire ICP-type sensors or 3-wire proximity probes.

Each dynamic channel can be configured independently with flexible signal processing options.

The Keyphasor channels can be connected to 3-wire proximity probes or other externally powered speed sensors.

The module enhances monitoring of rolling bearing machinery and gears with 24-bit analogue/digital conversion and a 40 kHz bandwidth design.

The 60M100 system is not a replacement for hard-wired safety systems, nor is it a replacement for standard systems that collect data on wind turbine operation.

Bently Nevada 9200 and 74712 Seismic Probe Velocity Sensors

Description

The Bently Nevada Seismic Probe Velocity Sensor System is designed to measure absolute vibration (relative to free space) of a bearing housing, enclosure, or structure.

The two-wire system consists of a transducer and appropriate cable.

The Seismoprobe series of velocity sensors is a two-wire design using moving coil technology.

It provides a voltage output proportional to the vibration velocity of the sensor.

Moving coil sensors are less sensitive to www.cniacs.com shock or pulse excitation than solid state velocity sensors.

Solid-state velocity sensors are themselves accelerometers with embedded integrated electronics.

Moving coil sensors are less sensitive to shocks or pulsed excitation and are a good choice for some applications.

Portable measurement applications are facilitated by the fact that no external power supply is required.

Available Types

There are two types of seismic probe velocity sensors:

l 9200: The 9200 is a two-wire sensor suitable for continuous monitoring or periodic measurements with test or diagnostic instruments.

When ordered with the optional integrated cable, the 9200 offers excellent corrosion resistance without the need for an additional cable.

l 74712: The Model 74712 transducer can be used for continuous monitoring or periodic measurements with test or diagnostic instruments.

l 74712: The 74712 is the high temperature version of the 9200.

Interconnecting cables can be used to connect 9200 and 74712 sensors to other instruments.

Other Instruments. These cables are available in various lengths, with or without stainless steel armour.

When ordering the 9200 and 74712 Seismic Probe Velocity Sensors, expect approximately six weeks lead time.

Approximate lead time is six weeks. Lead times vary depending on component availability and configuration.

For estimated lead times for specific orders, contact your local Bently Nevada representative.

Rexroth MKD071B-061-KG1-KN Servo Motor

The Indramat MKD071B-061-KG1-KN is a servo motor manufactured by Indramat, a major 20th century motion control system manufacturer.

We specialise in Indramat motion control. We have the largest inventory of emergency replacement components in the country. We offer 24-hour factory repair turnaround.

Learn about MKD071B-061-KG1-KN

Indramat’s MKD motors are a family of servo systems in a variety of sizes.

Frame sizes range from 025 to 112. A, B, C, and D frame lengths are available.

The MKD071B-061-KG1-KN has a frame www.cniacs.com size of 071 and a frame length of B. The MKD071B-061-KG1-KN has a frame length of B.

These servo motors are designed to provide cost-effective automation for industries that require power and reliability.

Some of the advantages of the MKD series:

High Reliability

Maintenance free operation with brushless design and grease lubricated bearings

Suitable for harsh environments

Overload protection through thermal monitoring and winding cooling

Simple and flexible installation

High performance

These features make the MKD series motors ideal for food preparation and packaging, machine tools, automation and assembly, and printing and packaging applications.

MKD071B-061-KG1-KN has a junction box and a holding brake. Cables are sold separately.

Modular Design

Indramat components benefit from a modular design. As soon as a faulty component is found, it can be removed from the machine and replaced with a working component of the same type. With the correct parameters, the machine can be started again immediately, avoiding downtime.

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