One-Line Diagram Sample Clauses

One-Line Diagram. The diagram shall include at a minimum, all major electrical equipment that is pertinent to understanding the normal and contingency operations of the DG Interconnection Facilities, including generators, switches, circuit breakers, fuses, protective relays and instrument transformers.
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One-Line Diagram. See Figure 1 in Exhibit 1 to Appendix B. The total estimated cost for the design, procurement, construction, and installation of Grant PUD’s Interconnection Facilities is $ *. This amount shall be used by the Customer to provide financial security in accordance with Section 11.5. * % of the total estimated cost is Direct Assigned and % of the total estimated cost is Network Upgrades. Transmission Credits per Section 11.4 will be based on final actual costs for Network Upgrades based on the percentage of costs assigned to Network Upgrades. Check box if applicable [ ] Customer with qualifying regulatory limitations must demonstrate 100% Site Control by {Grant PUD to insert date 180 days from the effective date of this Agreement} or the Agreement may be terminated per Section 17 (Default) of this Agreement and the Customer may be subject to Withdrawal Penalties per Section 3.7.1.1 of Grant PUD’s LGIP (Calculation of the Withdrawal Penalty). Milestone No. Description Estimated Timeline 1 Customer executes the Interconnection Agreement Start 2 Customer completes their requirements specified in Section 5.3 3 As applicable and determined by Grant PUD, the Customer shall provide a detailed short circuit model of the Generating Facility. This model must be constructed using the ASPEN OneLine short circuit simulation program and contain all individual electrical components of the Generating Facility. Customer provides required design information (final one line diagram, site plan, protection scheme, etc.). Note: Design modifications to the Customer's Generating Facility after this date requiring updates to Grant PUD's network model may result in a minimum of three months added to all future milestones.
One-Line Diagram. This drawing shows the functional arrangement, using single line and standard symbol notations (per ANSI 432.2-1970, 41.1-1972) for the following equipment and accompanying information: a) Equipment Names and/or Numerical Designations for all circuit breakers, contactors, switches, transformers, generators, transmission lines, etc., associated with the generation as required by GPU Energy to facilitate switching. b) Power Transformers - Name or designation, nominal KVA, nominal primary, secondary, tertiary voltages, vector diagram, impedance and tap settings. c) Station Service/Operating Transformers - Designate phase(s) connected to, and estimated KVA load. d) Instrument Transformers - Voltage and current, used to supply the Protective Relay cabinet and phase connections. e) Lightning Arresters/Spill Gaps/Surge Capacitors - Ratings. f) Capacitor Banks - kvar rating. g) Switches - Indicate status normally open with a (N.O.) and type of operation manual or motor. h) Safety Switch - Continuous ampere and interrupting ratings. I) Circuit Breakers and/or Contactors - Interrupting rating, continuous rating, operating times.
One-Line Diagram. Appendix B - Milestones
One-Line Diagram. This drawing shows the functional arrangement, using single line and standard symbol notations (per ANSI 432.2-1970, 41.1-1972) for the following equipment and accompanying information:
One-Line Diagram. This drawing shows the functional arrangement, using single line and standard symbol notations (per ANSI 432.2-1970, 41.1-1972) for the following equipment and accompanying information: a) Equipment Names and/or Numerical Designations for all circuit breakers, contactors, switches, transformers, generators, transmission lines, etc., associated with the generation as required by GPU Energy to facilitate switching. b) Power Transformers - Name or designation, nominal KVA, nominal primary, secondary, tertiary voltages, vector diagram, impedance and tap settings. c) Station Service/Operating Transformers - Designate phase(s) connected to, and estimated KVA load. D10 d) Instrument Transformers - Voltage and current, used to supply the Protective Relay cabinet and phase connections. e) Lightning Arresters/Spill Gaps/Surge Capacitors - Ratings. f) Capacitor Banks - kvar rating. g) Switches - Indicate status normally open with a (N.O.) and type of operation manual or motor. h) Safety Switch - Continuous ampere and interrupting ratings. i) Circuit Breakers and/or Contactors - Interrupting rating, continuous rating, operating times. j) Generator(s) - Include type, connection, KVA, voltage, current, rpm, PF, etc. k) Point of interconnection to the GPU System and phase identification. l) Fuses - Size, type location.

Related to One-Line Diagram

  • Provisioning Line Splitting and Splitter Space 3.8.1 The Data LEC, Voice CLEC or BellSouth may provide the splitter. When Southern Telecom or its authorized agent owns the splitter, Line Splitting requires the following: a non-designed analog Loop from the serving wire center to the NID at the End User’s location; a collocation cross connection connecting the Loop to the collocation space; a second collocation cross connection from the collocation space connected to a voice port; the high frequency spectrum line activation, and a splitter. The Loop and port cannot be a Loop and port combination (i.e. UNE-P), but must be individual stand-alone Network Elements. When BellSouth owns the splitter, Line Splitting requires the following: a non designed analog Loop from the serving wire center to the NID at the End User’s location with CFA and splitter port assignments, and a collocation cross connection from the collocation space connected to a voice port. 3.8.2 An unloaded 2-wire copper Loop must serve the End User. The meet point for the Voice CLEC and the Data LEC is the point of termination on the MDF for the Data LEC's cable and pairs. 3.8.3 The foregoing procedures are applicable to migration to Line Splitting Service from a UNE-P arrangement, BellSouth Retail Voice Service, BellSouth High Frequency Spectrum (CO Based) Line Sharing. 3.8.4 For other migration scenarios to line splitting, BellSouth will work cooperatively with CLECs to develop methods and procedures to develop a process whereby a Voice CLEC and a Data LEC may provide services over the same Loop.

  • Local Circuit Switching Capability, including Tandem Switching Capability 4.1.3.1 Definition 4.1.3.2 Notwithstanding BellSouth’s general duty to unbundle local circuit switching, BellSouth shall not be required to unbundle local circuit switching for <<customer_name>> when <<customer_name>> serves end-users with four (4) or more voice-grade (DS-0) equivalents or lines in locations served by BellSouth’s local circuit switches, which are in the following MSAs: Atlanta, GA; Miami, FL; Orlando, FL; Ft. Lauderdale, FL; Charlotte-Gastonia-Rock Hill, NC; Greensboro-Winston Salem-High Point, NC; Nashville, TN; and New Orleans, LA, and BellSouth has provided non-discriminatory cost based access to the Enhanced Extended Link (EEL) throughout Density Zone 1 as determined by NECA Tariff No. 4 as in effect on January 1, 1999. 4.1.3.3 In the event that <<customer_name>> orders local circuit switching for a single end user account name at a single physical end user location with four (4) or more 2-wire voice-grade loops from a BellSouth central office in an MSA listed above, BellSouth shall charge <<customer_name>> the market based rate in Exhibit C for use of the local circuit switching functionality for the affected facilities. 4.1.3.4 A featureless port is one that has a line port, switching facilities, and an interoffice port. A featured port is a port that includes all features then capable or a number of then capable features specifically requested by <<customer_name>>. Any features that are not currently then capable but are technically feasible through the switch can be requested through the NBR/BFR process. 4.1.3.5 BellSouth will provide to <<customer_name>> customized routing of calls: (i) to a requested directory assistance services platform; (ii) to an operator services platform pursuant to Section 10 of Attachment 2; (iii) for <<customer_name>>’s PIC’ed toll traffic in a two (2) PIC environment to an alternative OS/DA platform designated by <<customer_name>>. <<customer_name>> customers may use the same dialing arrangements as BellSouth customers. 4.1.3.6 Remote Switching Module functionality is included in Switching Capability. The switching capabilities used will be based on the line side features they support. 4.1.3.7 Switching Capability will also be capable of routing local, intraLATA, interLATA, and calls to international customer’s preferred carrier; call features (e.g. call forwarding) and Centrex capabilities. 4.1.3.8 Where required to do so in order to comply with an effective Commission order, BellSouth will provide to <<customer_name>> purchasing local BellSouth switching and reselling BellSouth local exchange service under Attachment 1, selective routing of calls to a requested directory assistance services platform or operator services platform. <<customer_name>> customers may use the same dialing arrangements as BellSouth customers, but obtain a <<customer_name>> branded service.

  • DNS name server availability Refers to the ability of a public-­‐DNS registered “IP address” of a particular name server listed as authoritative for a domain name, to answer DNS queries from an Internet user. All the public DNS-­‐registered “IP address” of all name servers of the domain name being monitored shall be tested individually. If 51% or more of the DNS testing probes get undefined/unanswered results from “DNS tests” to a name server “IP address” during a given time, the name server “IP address” will be considered unavailable.

  • Voltage Schedules Once the Developer has synchronized the Large Generating Facility with the New York State Transmission System, NYISO shall require Developer to operate the Large Generating Facility to produce or absorb reactive power within the design capability of the Large Generating Facility set forth in Article 9.5.1 (Power Factor Design Criteria). NYISO’s voltage schedules shall treat all sources of reactive power in the New York Control Area in an equitable and not unduly discriminatory manner. NYISO shall exercise Reasonable Efforts to provide Developer with such schedules in accordance with NYISO procedures, and may make changes to such schedules as necessary to maintain the reliability of the New York State Transmission System. Developer shall operate the Large Generating Facility to maintain the specified output voltage or power factor at the Point of Interconnection within the design capability of the Large Generating Facility set forth in Article 9.5.1 (Power Factor Design Criteria) as directed by the Connecting Transmission Owner’s System Operator or the NYISO. If Developer is unable to maintain the specified voltage or power factor, it shall promptly notify NYISO.

  • Extended Local Calling Scope Arrangement An arrangement that provides a Customer a local calling scope (Extended Area Service, “EAS”), outside of the Customer’s basic exchange serving area.

  • Line Information Database (LIDB 9.1 BellSouth will store in its Line Information Database (LIDB) records relating to service only in the BellSouth region. The LIDB Storage Agreement is included in this Attachment as Exhibit C. 9.2 BellSouth will provide LIDB Storage upon written request to <<customer_name>>’s Account Manager stating a requested activation date.

  • Interconnection Customer Drawings Within one hundred twenty (120) days after the date of Initial Operation, unless the Interconnection Parties agree on another mutually acceptable deadline, the Interconnection Customer shall deliver to the Transmission Provider and the Interconnected Transmission Owner final, “as-built” drawings, information and documents regarding the Customer Interconnection Facilities, including, as and to the extent applicable: a one-line diagram, a site plan showing the Customer Facility and the Customer Interconnection Facilities, plan and elevation drawings showing the layout of the Customer Interconnection Facilities, a relay functional diagram, relaying AC and DC schematic wiring diagrams and relay settings for all facilities associated with the Interconnection Customer's step-up transformers, the facilities connecting the Customer Facility to the step-up transformers and the Customer Interconnection Facilities, and the impedances (determined by factory tests) for the associated step-up transformers and the Customer Facility. As applicable, the Interconnection Customer shall provide Transmission Provider and the Interconnected Transmission Owner specifications for the excitation system, automatic voltage regulator, Customer Facility control and protection settings, transformer tap settings, and communications.

  • System Logging The system must maintain an automated audit trail which can 20 identify the user or system process which initiates a request for PHI COUNTY discloses to 21 CONTRACTOR or CONTRACTOR creates, receives, maintains, or transmits on behalf of COUNTY, 22 or which alters such PHI. The audit trail must be date and time stamped, must log both successful and 23 failed accesses, must be read only, and must be restricted to authorized users. If such PHI is stored in a 24 database, database logging functionality must be enabled. Audit trail data must be archived for at least 3 25 years after occurrence.

  • Unbundled Loop Modifications (Line Conditioning 2.5.1 Line Conditioning is defined as routine network modification that BellSouth regularly undertakes to provide xDSL services to its own customers. This may include the removal of any device, from a copper Loop or copper Subloop that may diminish the capability of the Loop or Subloop to deliver high-speed switched wireline telecommunications capability, including xDSL service. Such devices include, load coils, excessive bridged taps, low pass filters, and range extenders. Excessive bridged taps are bridged taps that serves no network design purpose and that are beyond the limits set according to industry standards and/or the BellSouth’s TR 73600 Unbundled Local Loop Technical Specification. 2.5.2 BellSouth will remove load coils only on copper Loops and Subloops that are less than eighteen thousand (18,000) feet in length. 2.5.3 For any copper loop being ordered by NewPhone which has over six thousand (6,000) feet of combined bridged tap will be modified, upon request from NewPhone, so that the loop will have a maximum of six thousand (6,000) feet of bridged tap. This modification will be performed at no additional charge to NewPhone. Loop conditioning orders that require the removal of bridged tap that serves no network design purpose on a copper Loop that will result in a combined total of bridged tap between two thousand five hundred (2,500) and six thousand (6,000) feet will be performed at the rates set forth in Exhibit A. 2.5.4 NewPhone may request removal of any unnecessary and non-excessive bridged tap (bridged tap between zero (0) and two thousand five hundred (2,500) feet which serves no network design purpose), at rates pursuant to BellSouth’s SC Process as mutually agreed to by the Parties. 2.5.5 Rates for ULM are as set forth in Exhibit A. 2.5.6 BellSouth will not modify a Loop in such a way that it no longer meets the technical parameters of the original Loop type (e.g., voice grade, ADSL, etc.) being ordered. 2.5.7 If NewPhone requests ULM on a reserved facility for a new Loop order, BellSouth may perform a pair change and provision a different Loop facility in lieu of the reserved facility with ULM if feasible. The Loop provisioned will meet or exceed specifications of the requested Loop facility as modified. NewPhone will not be charged for ULM if a different Loop is provisioned. For Loops that require a DLR or its equivalent, BellSouth will provide LMU detail of the Loop provisioned. 2.5.8 NewPhone shall request Loop make up information pursuant to this Attachment prior to submitting a service inquiry and/or a LSR for the Loop type that NewPhone desires BellSouth to condition. 2.5.9 When requesting ULM for a Loop that BellSouth has previously provisioned for NewPhone, NewPhone will submit a SI to BellSouth. If a spare Loop facility that meets the Loop modification specifications requested by NewPhone is available at the location for which the ULM was requested, NewPhone will have the option to change the Loop facility to the qualifying spare facility rather than to provide ULM. In the event that BellSouth changes the Loop facility in lieu of providing ULM, NewPhone will not be charged for ULM but will only be charged the service order charges for submitting an order.

  • Line Outage Costs Notwithstanding anything in the NYISO OATT to the contrary, the Connecting Transmission Owner may propose to recover line outage costs associated with the installation of Connecting Transmission Owner’s Attachment Facilities or System Upgrade Facilities or System Deliverability Upgrades on a case-by-case basis.

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