Ambient temperature Sample Clauses

Ambient temperature. For the measurement of electrical and photometric characteristics, the headlamp shall be operated in dry and still atmosphere at an ambient temperature of 23 °C ± 5 °C.
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Ambient temperature. For the measurement of electrical and photometric characteristics, the front fog lamp shall be operated in dry and still atmosphere at an ambient temperature of 23 °C ± 5 °C.
Sample 1Sample 2Sample 3See All (7)
Ambient temperature. The ambient temperature shall be between 0 °C and 40 °C.
Sample 1Sample 2Sample 3See All (5)
Ambient temperature. For the measurement of electrical and photometric characteristics, the device shall be operated in a dry and still atmosphere at an ambient temperature of 23 °C ± 5 °C.
Sample 1Sample 2Sample 3See All (4)
Ambient temperature. For the measurement of electrical and photometric characteristics, the AFS shall be operated in a dry and still atmosphere at an ambient temperature of 23 °C ± 5 °C.
Sample 1Sample 2Sample 3See All (4)
Ambient temperature. 4.2.1 System Normal Extreme DMS-MTX/NT Cell Site 50 to 86 deg. F 41 to 120 deg. F Conditions above or below the normal tolerance for more than 72 consecutive hours and 15 days maximum per year are considered extreme. The rate of change shall not exceed 15 degrees F per hour. Ambient Temperature is measured at a point 5 feet above floor level and either mid-aisle or 15" in front of the equipment, whichever is less. 4.2.2 Storage Ambient Temperature: -40 to 160 deg. F.
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Ambient temperature. Ratings should be based on the ambient conditions as defined in Appendix A to this procedure.
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Ambient temperature. For tests requested by Xxxxx (and not for any CAISO‑initiated test, which shall occur when directed by XXXXX), the average ambient temperature, based on an aggregate of 1-minute resolution data collected throughout the SCT, must be within the range of 8 – 33 degrees Celsius.
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Ambient temperature. (i) Wastewater Quality and Water Use (1) temperature rise in cooling water system, CWS flow rate (2) fresher use rate (provide breakdown) (3) wastewater volumes and characteristics SAMPLE COMPUTATIONS OF MONTHLY BILLING, START-UP CHARGES, PENALTIES AND INCENTIVES NOTE: ALL CALCULATIONS ARE ON A PER UNIT BASIS 1. PENALTY FOR LATE COMPLETION Target Unit Completion Date July 31 1997 Actual Completion Date December 1 1997 Delay In Completion 123 Days Grace Period 30 Days Net delay subject to penalty 93 Days Delay Penalty per day $ 170,000.00 Total Delay Penaxxx - 000000 x 03 $15,810,000.00 2. MONTHLY CAPACITY BILLING; OUTAGES WITHIN ALLOWED LIMITS Contracted Capacity = (CC) 500000 kW Nominated Capacity = (NC) 500000 kW Planned Outage for the month = 60 hours Allowable Planned Outage for month = (Po) 60 hours Unplanned Outage for the month = 12 hours Allowable Unplanned outage for the month = (Uo) 12 hours Total Hours in the month = (Ao) 720 hours Measured Energy on HV side of transformer = (Em) 340000000 kWhr Energy not delivered due to no fault of CEPA = (Eq) 0 kWhr Reduced load as requested by NPC = (D) 0 kW Number of hours dispatch order of NPC is in effect = (Td) 0 hours Contract Capacity Rate for Basic Power Plant = (CCRp) 0.02300 $/kWhr Contract Capacity Rate for Basic Power Plant's fixed operating cost = (OCRp) US$ Component 0.0014 $/kWhr Contract Capacity Rate for Basic Power Plant's fixed operating cost = (OCRp) Peso Component 0.00033 Pesos/kWhr Service Fee Rate for Basic Power Plant's return on Investment = (SFRp) 0.0023 $/kWhr Contracted Energy for the month= (Ec) = CC x (Ao-Po-Uo) = 500000x(720-60-12) = 324000000 kWhr Nominated Energy for the month= (En) = NC x (Ao-Po-Uo) = 500000x(720-60-12) = 324000000 kWhr Undelivered Energy due to NPC's dispatch order= (Ed) = (NC-D) x Td = (500000-0) x 0 = 0 kWhr Energy Credit due to allowable Planned and Unplanned Outages (Eo) NC x (Uo +Po) = 500000x(12+60) = 36000000 kWhr Adjusted Energy Generation= (Ea) = Em+Ed+Co+Eq = 340000000+0+36000000+0 = 376000000 kWhr (En+Eo)= 324000000+36000000 = 360000000 kWhr As Ea > (En + Eo) then the value of (En+Eo) shall be used in place of Ea Y is a variable: If NC is greater than or equal to 0.95 x CC then Y=0 If NC less than 0.95 x CC then Y=1. Therefore Y=0 A) CAPITAL COST RECOVERY FEE (A) A=((CCRP X EA)-(Y x 1.05) x (CCRp)(Ec-En)) A=((0.023 x 360000000)-(0 x 1.05) x (0.023)(324000000-324000000)) = $8,280,000 B) FIXED OPERATING COST FEE (B) I) US Dollar Component B=((OCRp x...
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Ambient temperature. The EEAAD shall function installed in a parachute system exposed to temperatures from –30 to 140 degrees Fahrenheit [T]. The EEAAD shall function installed in a parachute system exposed to temperatures from –65 to 145 degrees Fahrenheit [O]. C-3.2.17 APA 9 – Self Test. The EEAAD shall have self-test and fault identification capability [T]. The EEAAD shall display error messages for identified faults [O]. C-3.2.18 APA 10 – System Turn-Off. The EEAAD shall have manual turn-off and automatic turn-off capability when not in use [T]. System shall possess a visual alert 15 minutes prior to automatic shut-off [O].
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