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FailSafe(TM) devices provide an optimum solution for applications where continuous operation is required in the event of a primary clock failure. The continuous operation is achieved using a DCXO that serves as a redundant clock source in the event of a reference clock failure by maintaining the last frequency and phase information of the reference clock. The unique FailSafe IP block eliminates sudden output phase changes, aka. 'phase bumps', which usually occur in conventional clock distribution devices as the user switches between two asynchronous reference clock sources.
Field Programmable Zero Delay Buffer is a high-performance clock distribution device that can be customized for a wide range of applications. The device is implemented on Cypress's proprietary non-volatile technology. It is fully programmable via volume or prototype programmers. The device enables the user to define an application-specific clock distribution device with customized input and output dividers, feedback topology (internal/external), output inversions and output drive strengths.
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Silicon IC clocks enable applications such as servers, work stations, registered DIMMs, routers, wwitches, storage (RAID, SAN, NAS), set-top boxes, and imaging products like scanners, printers, and digital cameras.
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Analog Devices offers ultra-low jitter clock distribution and clock generation products for wireless infrastructure, instrumentation, broadband, ATE and other applications demanding sub picosecond performance. ADI clock products deliver low jitter, low phase noise, and low spurs making them ideal for clocking high performance analog-to-digital converters (ADCs) and digital-to-analog converters (DACs). ADI clock ICs integrate PLL cores, dividers, phase offset, skew adjust, and clock drivers in small chip scale packages.
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The Elliott Digital Governor (EDG) is a compact, cost efficient, packaged electronic speed control unit for precise, reliable speed control of mechanical drives or induction generators. The EDG has simple push-button control to provide improved reliability and speed control over hydraulic governors without the use of wearing parts such as linkages and bearings. Additionally, it does not require a separate programmer as required by many other speed control methods.
The EDG has numerous standard design features including a large, continiuous LCD display and a wide, continuously adjustable governing range from 200-10,000 Hz. Idle speed, ramp rate and turbine speed are programmable, while electrical trip speed is pre-programmed. Optional features include remote trip and start/stop capabilities. The unit is sized for 19-inch rack mounting and can be configured for NEMA A or NEMA D operation. The standard enclosure is NEMA 4X and is suitable for wall mounting.
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Generator Paralleling Controller – GPC-2
Compact all-in-one control unit designed for applications programmed in a PLC. The GPC-2 contains all necessary functions for protection and control of a synchronous/asynchronous generator along with all necessary galvanically separated 3-phase measuring circuits.
The GPC-2 is intended for land-based applications. It is designed for the following applications (can be combined):
> Stand-alone
> Parallel with other generators
> Parallel with the mains
The GPC-2 can synchronise the generator and after synchronisation carry out all necessary generator control and protective functions. It is well-suited for PLC-controlled systems and the interfacing can be done via binary and analogue I/Os or via (optional) serial communication.
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Generator Paralleling Controller – GPC-2
Compact all-in-one control unit designed for applications programmed in a PLC. The GPC-2 contains all necessary functions for protection and control of a synchronous/asynchronous generator along with all necessary galvanically separated 3-phase measuring circuits.
The GPC-2 is intended for land-based applications. It is designed for the following applications (can be combined):
> Stand-alone
> Parallel with other generators
> Parallel with the mains
The GPC-2 can synchronise the generator and after synchronisation carry out all necessary generator control and protective functions. It is well-suited for PLC-controlled systems and the interfacing can be done via binary and analogue I/Os or via (optional) serial communication.
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DST2600 is a compact and affordable gen-set controller system for power up to 40kVA.
DST2600 makes available all the functions of a traditional gen-set stand-by panel: full AMF controller with engine and generator protections, contactors for power transfer, battery charge maintainer, power relays for engine commands, measurement systems and display for electrical and other physical quantities.
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DST4601/PX is the evolution of SICES renowned DST4601 AMF controller.
Aimed particularly to parallel application, thanks to its high degree of configuration, it can easily be used in quite all standard and special gen-set applications.
Born to manage the last generation of electronic engine, it supports CAN interface toward quite all most popular engines: J1939 protocol for VOLVO, SCANIA, DEUTZ, PERKINS, CAT, IVECO and MTU protocols for MTU engines.
A large graphic display, with a resolution of 240x128 pixels, allowed to implement a simple to use operator interface that is able, at the same time, to report an huge number of electrical and engine measures and information. Engine troubleshooting now can be made by textual interface (for example all MTU diagnostic codes are translated in plain English text).
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Tide Powercon electronic intelligence power controller has inlaid high performance computer chips and various functions, such as measurement, control, protection and remote control all in one, and the controlling program and protective parameters can be changed, completely satisfying requirements of users and professional assembly factories on automatic control of different generator sets.
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TEM10 are mounted on canopies. They allow the Manual and Automatic operation and the removal of power through alternator by socket protected by switches.
The degree of protection is IP55 in the command part, while it is IP44
in the socket place (IP 55 is an optional and it can be requested with special sockets).
These panels are suitable for being used daily in a generator in safety. Actually, they are characterized by sturdiness, components reliability and a lot of care during assemblying phase. A 10 poles connector (which is placed on the front part of the sockets panel) ,allows to connect to a Mains/generator transfer switch panel (i.e. ATS-E) managed by the Control Panel.
These panels are equipped with all it is necessary for their installation: bolts, power cable to connect to alternator (up to 125Amp), metal plug to be inserted into the panel to connect the engine cables.
They use an electronic device which is named TE806. It is simple and reliable. It is also homologated for being used in the most severe environments with maximum security. All controls related to mains and generators electrical measures and all engine controls are shown on a 4 led digits display. It is an easy and powerful device with a lot of available functions.
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It is an easy, sturdy and practical manual panel for generating sets control. It is easy for inspection. It is made in a metal box. It is provided with anti vibrating camping pads. It can be directly connected to the alternator.
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As a major Original Equipment Manufacturer and Supplier of turn-key plants, ALSTOM Power Service delivers not only after sales service for the key components, but also a broad spectrum of instrumentation and control as well as plant information systems solutions that allow to modernise plant control and improve and optimise your power plant business.
Instrumentation and Control Systems (I&C) perform the functions of regulation, protection, control, monitoring, alarm and information management on your power plant. It is a central information system that enables plant operators to supervise the plant effectively and to make the right decisions in time, and it ensures fault free operation of your plant. Therefore, state of the art I&C is beneficial and vital for plant information, decision making, competitive high end performance and high reliability of the plant.
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