Communication Interface Clause Samples

Communication Interface. The DOC and FAA will resolve all issues arising within their commercial requirements process prior to providing the AF their jointly approved requirements product. Commercial requirements will be presented annually in January by the FAA’s Associate Administrator for Commercial Space Transportation (FAA/AST) and DOC’s Director, Office of Space Commercialization (DOC/OSC), to the office of the Under Secretary of the Air Force who will ensure the requirements are properly stated prior to forwarding them to Air Force Space Command Director of Requirements (AFSPC/DR) for action. Follow-on staff level meetings will take place, as necessary, to resolve requirements categorization and associated issues.

Communication Interface. (a) Communications are required for two purposes; operational monitoring and control and measurement Validation. (b) The DFO shall install, commission, operate and maintain communication equipment to provide signals to National Grid of type, quality, quantity and frequency to be agreed between National Grid and the DFO. The requirement shall include but may not be limited to: Instantaneous energy flow rate TJ/day [ - ] Analogue Integrated standard volume flow MSCM/day Digital Integrated energy flow TJ/day Digital [Hydrogen Sulphide] mg/CM [0 – 6] [Analogue] Flow measurement fault alarm Digital (c) [National Grid shall install, commission, operate and maintain communication equipment to provide signals to the DFO of type, quality, quantity and frequency to be agreed between National Grid and the DFO. The requirement shall include but may not be limited to:] [Hydrogen Sulphide] mg/CM [0 – 6] [Analogue] (d) The signals provided pursuant to this paragraph 2.9 shall be provided as [4-20 mA or volt-free contact signals] [RS232] [RS485] [modbus] [] as agreed by both Parties.

Communication Interface. The communication between HOEC and the Contractors is vital to execute the operations in a safe and effective manner. It is important that these communications links are refined to suit any organisational changes within or among the parties. The main areas of communication among the parties are: • Routine Communication • Management Of Change • Emergency Communication • Regulatory Body Communication

Communication Interface. The project envisages a communication interface which shall be able to support:  Real time data logging  Event logging  Supervisory control  Operational modes  Set point editing

Communication Interface. (a) Communications are required for two purposes; operational monitoring and control and measurement validation. (b) The CSO shall install, commission, operate and maintain communication equipment to provide signals to National Grid Gas of type, quality, quantity and frequency to be agreed between National Grid Gas and the CSO. The requirement shall include: Instantaneous standard volume flow rate (Forward) MCM/day [0 – 60] Serial Analogue Less than 10 secs Instantaneous energy flow rate (Forward) MMJ/day [0 – 2600] Serial Analogue Less than 10 secs Instantaneous standard volume flow rate (Reverse) MCM/day [0 – 60] Serial Analogue Less than 10 secs Instantaneous energyflow rate (Reverse) MMJ/day [0 – 2600] SerialAnalogue Less than 10 secs Integratedstandard volume flow (Forward) KCM [0 – 999999 Serial Counter Less than 10 secs Integrated energy flow (Forward) GJ [0 – 999999] Serial Counter Less than 10 secs Integratedstandard volume flow (Reverse) KCM [0 – 999999] Serial Counter Less than 10 secs Integrated energy flow (Reverse) GJ [0 – 999999] Serial Counter Less than 10 secs Forward Flow Serial Counter Less than 10 secs Reverse Flow Serial Counter Less than 10 secs Gas Pressure ▇▇▇▇ [0 – 85] Serial Analogue Less than 10 secs Gas Temperature °C [-10 – 40] Serial Analogue Less than 10 secs Hydrocarbon Dewpoint °C at 27 ▇▇▇▇ [-30 – 10] Serial Analogue Less than 10 secs Water Dewpoint °C at line pressure [-60 - +20] Serial Analogue Less than 10 secs Oxygen Mole % [0 -0.0015] Serial Analogue Less than 10 secs Hydrogen Mole% [0 – 1.5] Serial Analogue Less than 10 secs Hydrogen Sulphide ppm [0 – 5] Serial Analogue Less than 10 secs Total Sulphur mg/CM [0 – 100] Serial Analogue Less than 10 secs Incomplete Combustion factor [-3 - +2] Serial Analogue Less than 10 secs Soot Index [0 – 1] Serial Analogue Less than 10 secs Inert Gases (includingCarbon Dioxide and Nitrogen) Mole% [0 – 10] Serial Analogue Less than 10 secs Nitrogen Mole% [0 – 10] Serial Analogue Less than 10 secs Carbon Dioxide Mole% [0 -5] Serial Analogue Less than 10 secs Gross Calorific Value MJ/CM [38 – 49] Serial Analogue Less than 10 secs Relative Density [0.5 – 0.8] Serial Analogue Less than 10 secs ▇▇▇▇▇ ▇▇/CM [48 – 58] Serial Analogue Less than 10 secs Flow measurement fault alarm Serial Digital Less than 10 secs GS(M)R compliance alarm Serial Digital Less than 10 secs Gas quality measurement fault alarm (NGG System 1) Serial Digital Less than 10 secs Comms link Netherlands Shell Route one he...