DC Power. Dual-fed 48V DC power (A&B power feeds) is provided to a circuit breaker panel at the top of the rack. Each will be capable of providing up to 60 amps in total. DC power is available to a maximum of 20% of the existing DC system capacity at the Co-Location site and is guaranteed under SLA at 99.99% availability.
DC Power. One 125V DC station battery system will be provided for primary protection; another identical 125V DC station battery system will be provided for secondary protection. Each battery system will be provided with a dedicated battery charger. The two systems are independent. However, the two systems are provided with a manual cross over connection per NPCC requirements.
DC Power o DC Power Plant (- 48 VDC System) and Rectifiers: o Supplied by (Motorola, Customer, etc. Default = Motorola).............................(MOTOROLA ) o N+1 Redundant Rectifier? (Yes, No, Default = Yes).....................................(YES ) o Battery Backup Hour (2,4, 6, 8, etc. Default = 2 Hr)..................................(8 HRS. o DC to AC Inverters (Yes, No, Default = Yes)..............................................(YES ) o DC Generator, if required................................................................(CUSTOMER SUPPLIED) 5 EBTS INFORMATION
5.1 FREQUENCY AVAILABLE o Frequency Range Chose one: o Base RX (806 - 821 MHZ, 896-901 MHZ)..................................................(806 - 821 MHZ ) o Base TX (851-866 MHZ, 935-940 MHZ)....................................................(851 - 866 MHZ )
5.2 EBTS EQUIPMENT o EBTS Power (Standard, None, Specific)....................................................(STANDARD ) o EBTS Antenna (Standard, None, Specific)..................................................(CUSTOMER SUPPLIED) o EBTS Spares (Standard, None, Specific)...................................................(STANDARD ) 6 STANDARD EBTS SITE REQUIREMENTS
6.1 SPAN LINES FROM EBTSS TO MSO: CUSTOMER'S RESPONSIBILITY o Type of Span Lines (T1, 120(OMEGA) E1, 75(OMEGA) E1, etc., Default = 120(OMEGA) E1)......(120(OMEGA) E1 ) 7 TEST EQUIPMENT
7.1 MSO TEST EQUIPMENT o How many sets of MSO Test Equipment? (0,1 , 2, etc. Default = 1).........................(1 ) 7.2 EBTS TEST EQUIPMENT o How many sets of EBTS Test Equipment? (0, 1, 2, etc. Default = 1)........................(2 ) 8 ADDITIONAL INFORMATION Please provide any additional comments concerning the system requirements or the quotation format below: THE GRADE OF SERVICE GOS THAT SHOULD BE USED IS 2% BLOCKING FOR INTERCONNECT AND 5% FOR DISPATCH. 9 ATTACHMENTS:
DC Power. Table 2 - DC Power Specifications -------------------------------------------------------------------------------------------------------------------------- Parameter Symbol Min Typ Max Units Comments ========================================================================================================================== Power Dissipation Pdisp [*] [*] Xxxxx -------------------------------------------------------------------------------------------------------------------------- Supply Voltages Vcc1 [*] [*] [*] Volts +7% - Vcc2 [*] [*] [*] Volts +7% - Vee1 [*] [*] [*] Volts +7% - Vee2 [*] [*] [*] Volts +5% - -------------------------------------------------------------------------------------------------------------------------- Current Draw Icc1 [*] milliAmps Icc2 [*] milliAmps Iee1 [*] milliAmps Iee2 [*] milliAmps -------------------------------------------------------------------------------------------------------------------------- Power Supply Sequencing Module shall be insensitive to supply power-up and power-down sequencing or timing. -------------------------------------------------------------------------------------------------------------------------- Power Failure Tolerance Failure of one or more supplies will not cause damage to module. -------------------------------------------------------------------------------------------------------------------------- Confidential materials omitted and filed separately with the Securities and Exchange Commission. Asterisks denote omissions. Issue 7 TSSL PROPRIETARY 1/19/2000 Sheet 4 of 14 Tyco Submarine Systems, Ltd Issue 7 [*] TSSL Part Number [*]
DC Power. 1.1 Backup electrical power, including batteries and shared use of an emergency generator to the extent such generator exists and is maintained to support the Premises.
1.2 DC power adequate for WinStar's consumption equated to power specified in applicable Collocation Service Order. A low-voltage and high-voltage battery alarm will be monitored by Xxxxxxxx.
1.3 Nominal 50 +/- 6V DC battery and charger supply with a minimum four (4) hour reserve will be provided by Xxxxxxxx.
1.4 Redundant chargers of adequate size will be provided by Xxxxxxxx, so that in the event of a charger failure the full load will be supplied to WinStar's equipment. A charger failure alarm will be monitored by Xxxxxxxx.
DC Power o DC Power Plant (- 48 VDC System) and Rectifiers: o Supplied by (Motorola, Customer, etc. Default = Motorola).............................(MOTOROLA ) o N+1 Redundant Rectifier? (Yes, No, Default = Yes).....................................(YES ) o Battery Backup Hour (2,4, 6, 8, etc. Default = 2 Hr)..................................(8 HRS. o DC to AC Inverters (Yes, No, Default = Yes)..............................................(YES ) o DC Generator, if required................................................................(CUSTOMER SUPPLIED) 5 EBTS INFORMATION
DC Power. The DC Power rate category provides for the consumption of –48 Volt DC Power. This rate is applied per –15 ampere draw and will be charged on a monthly basis.
DC Power. The DC power rate element consists of both a recurring monthly rate and a nonrecurring charge. The nonrecurring charge recovers the cost of delivering Sprint DC power to SBCT's collocation space and is assessed per foot of power lead provided to the collocation space occupied by SBCT. The recurring monthly rate recovers the cost of providing 48 volt DC power to SBCT's collocation space, and is assessed per fuse amperage ordered.
DC Power. The services for the installation and maintenance the DC power systems shall be made by the USER’s qualified technicians, or its subcontractors. The corresponding projects shall be submitted to the OWNER’s approval and the installation work will be monitored by the latter. The USER shall supply all the information required for the drawing up of these projects.
DC Power. Verizon will provide DC power to the Collocation arrangement as specified by SBCT in its Collocation application. The SBCT will specify the load on each feed and the size of the fuse to be placed on each feed. Charges for DC power will be applied based on the total number of load amps ordered on each feed. For example, if SBCT orders a total of 40 load amps of DC power and an A and B feed, SBCT could order 20 load amps on the A feed and 20 load amps on the B feed. Verizon will permit SBCT to order a fuse size up to 2.5 times the load amps ordered provided that applicable law permits this practice. Thus, SBCT could order that each feed be fused at 50 amps if SBCT wants one feed to carry the entire load in the event the other feed fails. Accordingly, SBCT will be charged on the basis of the total number of load amps ordered, i.e., 40 amps, and not based on the total number of amps available for the fuse size ordered.
1.3.6.3.1 SBCT is responsible for engineering the DC power consumption in its Collocation arrangements and therefore must consider any special circumstances in determining the fused capacity of each feed. Verizon will engineer the DC power feeds to the Collocation arrangement in accordance with industry standards based upon requirements ordered by SBCT in its Collocation application. Any subsequent orders to increase DC power load at a Collocation arrangement must be submitted on a Collocation application.
1.3.6.3.2 Verizon reserves the right to perform random inspections to verify the actual DC power load being drawn by a Collocation arrangement. At any time, without written notice, Verizon may measure the DC power drawn at an arrangement by monitoring the DC power distribution point. In those instances where Verizon needs access to the Collocation arrangement to make these measurements, Verizon will schedule a joint meeting with the CLEC.
(1) If the inspection reveals that the DC power being drawn does not exceed the total number of load amps ordered, no further action will apply.
(2) If the inspection reveals that the DC power being drawn is greater than 100% and up to 110% of the total number of load amps ordered, Verizon will provide SBCT with written notification by certified U.S. Mail to the person designated by SBCT to receive such notice that more DC power is being drawn than was ordered. Within five (5) Business Days of the date of notification, SBCT must reduce the DC power being drawn to match its ordered load or revise its DC power ...
