Lcc panel pdf

If an LCC requires support materials, such as an artist resume, a flyer for the project, or a support letter, the applicant will be instructed to convert the document to a PDF and upload it as part of the online application.

These materials will be collated with the application and included in the panel book that is delivered to the LCC. How will we receive and review the PDF panel book? Then, it will be available for download so it can be viewed electronically or printed and reviewed as a hard copy. I prefer to read from a paper application or have a paper copy of each application in front of me during the voting meeting.

Can I still do this? Can we work with applicants once we see the panel book to ask questions and get additional information? Yes, as always, LCCs can decide if they would like to do any follow up to applicants after receiving their application. If an LCC chooses to reach out to an applicant, be sure to offer all applicants the same courtesy.

My LCC prepares a spreadsheet of the applications to bring to our voting meeting. Will we still be able to do this? Now that the applications are online, will we be able to discuss them online or vote online too?

We currently assign a unique identifier to each application to make it easier to review. Will this be possible in the new process? Yes, but it will be automatically generated by the online application system. All applications submitted online will have an application number. This will appear in the panel book as well as in the annual reporting. Will I be able to easily export applicant information into an Excel document that will help facilitate creating the approval and denial letters?

Currently, you can export applicant name and address information into an Excel spreadsheet from the grants management system. Using this spreadsheet, the LCC can create a mail merge Word document to use for approval and denial letters. Will the reimbursement process be moving online as well? The reimbursement process will stay the same as it has in the past and will not move online this year.

Contact Us. From Artist News, Community Initiative, and Power of Culture, our email lists are a great way to keep up with the work of Mass Cultural Council and its partners across the Commonwealth. Sign Up. Close Search. Annunciation of alarms is also usually provided in the LCC.

Electrical interlocking and some other control functions can be conveniently implemented in the LCC. A mimic diagram showing the arrangement of electrical equipment in the bay including bus. Position indicators showing the position of all circuit breakers, disconnect switches and.

Overriding interlock switch between disconnects and grounding switches associated with. All CT secondary taps should be wired to the local control cabinet. The CT terminal block is. Facility is provided in the LCC for shorting and grounding of secondary terminals. Potential transformer PT secondary windings are terminated at the local control cabinet through a terminal box. Knife switches are located on the PT side of fuses. Separate terminals are provided for PT fuse supervision.

The following interlocking scheme is incorporated inside the cabinet for reasons of safety and convenience of operation, and also to prevent incorrect switching sequences that could lead to a hazardous situation to plant, equipment, or personnel. The electrical interlocking is effective under both local and remote operations. The following are some typical requirements for interlocking:. No closing of dis-connectors with the earthing switch closed.

No closing of circuit breakers if the associated disconnectors are in an intermediate state. At the present stage, using a combination of existing mature secondary technology and traditional switching equipment, to enhance the level of intelligence, is a realistic scheme to achieve switchgear intelligence.

At present, the intelligent control devices have been developed for GIS monitoring. Protection and intelligent control panel based on the intelligent control devices have also been designed.

Integrating GIS control function and the secondary functions such as measurement and control function, intelligent control devices can realize the data acquisition and analysis, remote and local control, event recording, online monitoring, interlocking functions etc. Intelligent control devices simple and replace the relays, contactors, special measuring instruments, alarm light plates in the traditional GIS LCC , which make it possible to achieve a combination between primary and secondary equipment, an integration of measurement and control, operation and GIS intelligent control.

The GIS intelligent device samples and processes the bay current and voltage signal, calculate the current, voltage, power, power factor and the measurements of fundamental frequently and 3rd to 15th odd harmonics components, displays them on the local MMI Man-Machine Interface and sends them to the station level system via Etheret.

Therefore, the control and signal cables have been reduced greatly. The device achieves inner-bay interlocking, phase discrepancy trip and synchronism checking by software. The traditional relay connection circuits have been cancelled. The programmed operation server is embedded in the intelligent device. Therefore, the primary equipment program operations of GIS can be realized through the inner operation sheet, which has high reliability, fast response, and the operation records can be traced back.

Through optimizing control connection circuits, the integration of protection, monitoring and control, intelligent control of GIS for a bay can be realized. The protection device samples the bay current and voltage and implements the protection algorithm. The outputs of protection trip connect to the operating circuit by the interal wiring. For those protections which need information from other bays, such as transformer protection and busbar protection, a decentralized scheme will be suggested.

The electric interlocking mode among GIS components can be selected through the switch on the LCC , which can be switched feely form software interlocking, hardware interlocking, putting into interlocking to lifting interlocking.

The GIS intelligent control device samples the status signals of all the isolators in the bay, the status signals of other bays are transmitted via the digital. The GIS intelligent LCC connects to GIS via standardized plugs and sockets, and communicates with the station level system in control room via optic-fiber cables, which forms the basic structure of the digital substation based on the protection and Intelligent LCC.

Figure 1 show shows the technical ideas of the GIS intelligent LCC and photo 3 show an intelligent installed in a substation in china country. Because of that FAT for control panel is become difficult. Looping method is used for testing.

Looping can be done only by studying drawings. For single annunciation checking, number of wirings is needed. This increases complexity as well as some annunciations or function cannot be performed during Factory Acceptance Test. With this simulation kit, fully functional assessment of LCC panel can be conducted viz panel wiring; interlock wiring, component functioning etc.

This way any abnormalities in LCC will be detected in the factory itself resulting in reduced site complains. With simple plug in harting connection there is no longer need for complex wiring and tiresome setup arrangements for LCC testing. So, considerable amount of man hour is saved in this Process.

Great article. Thanks for your comment. The control cabinet is designed in such a way as to facilitate full and independent control and monitoring of the GIS locally. In most cases, the relay panels are separate, but it is possible to combine these two panels in some designs.