SITE SURVEY REPORT. Contract number: Customer: Site Name: Site Location: (City, Country) Sub-contractor: Requested by TSS/Project Manager Date:

Transcription

1 Contract number: Customer: Site Name: Site Location: (City, Country) SITE SURVEY REPORT Sub-contractor: Requested by TSS/Project Manager Date: Survey Date: Surveyor:

2 Survey: CONTRACT NUMBER: SITE Survey Engineer record the following information (enter NONE if item is not applicable; enter N/AV if information is not available): 1.1 SITE IDENTIFICATION SITE NAME: SURVEY DATE: SITE ADDRESS: 1.2 CONTACT INFORMATION UNDER SITE CONTACT: TELEPHONE: FAX: USER FACILITY MANAGER: TELEPHONE: FAX: List any LOCAL CONTRACTORS (e.g. electrical, architectural or engineering firm, crane supplier) with contact name, address and phone/fax numbers: 1) : List all other pertinent contact persons and/or local addresses and phone numbers: 2) List any local representatives/suppliers of equipment + local support/pricing comments: -2-

3 1.3 BUILDING INFORMATION OWNER INFORMATION Building owner is: User Other Name: Contact details if owner is other than User: ACCESS INFORMATION Normal working hours: Restrictions to free access? (Circle Y / N ) Explain procedure: Is work permitted after-hours, weekend, holiday? (Circle Y / N ). Times? After-hours contact: Phone: Is a security guard (for equipment, tools) available? Needed? -3-

4 1.4 EQUIPMENT DELIVERY ACCESS INFORMATION Freight elevator available? (circle Y / N ) Size or height restriction? X ; Max height: What weight limit? Will user store the VSAT equipment on site before installation? (circle Y / N ) Describe any obstructions along the route from the freight delivery/storage area to the INDOOR and OUTDOOR areas. Record size limits imposed by these. If unobstructed routes from the delivery/storage area to the INDOOR and OUTDOOR areas are not clearly definable, the Surveyor and the User Site Contact must work out an alternative means of transporting equipment to each installation area. Describe the method below and/or on the rear of this sheet. -4-

5 1.5 OUTDOOR ANTENNA LOCATION Use a GPS receiver to determine the site coordinates: Latitude: Longitude: Height (AMSL): Normal Security? (circle here open / secure ) Is view of sky toward equator clearly unobstructed? (circle here Y / N ) Required antenna mount type is (check one): Roof (penetrating) type, Wall type, Ground-level type, Other type, Describe: If antenna is roof mounted, please indicate the height (above ground) of the proposed antenna location: meters Indicate how the antenna can be installed on site (crane, hoist, etc) and any restrictions involved : _ Antenna deicer power is: Available, To be installed, Not required -5-

6 MAINS POWER: UPS (Uninteruptable power Supply) Is a UPS available for providing power to the VSAT equipment Yes / No (please circle) Size (in KWH) of UPS KWH Is the UPS shared by other equipment (eg the customer router?) Yes / No (NB: Check for grounding and live chassis issues between equipment on separate UPS s) Make and model of UPS Is the UPS running in stand-by mode (where the equipment power only switched to UPS when there is a mains-fail), or is the UPS running continually from batteries? (The stand-by mode and some units only operate this way, creates an interuption and back-emf when switching back to full mains power. The back EMF of some UPS s is sufficient to damage satellite comnmunication equipment). Please supply any additional detail and configuration information regarding the UPS (if possible attach copy of handbook/data-sheet): _ -6-

7 1.6 BUILDING AND SITE PLANS Please sketch below plans of the buildings and site with particular reference to cable runs and installation. (Use additional sheets if necessary) -7-

8 1.7 PHOTO SURVEY General.Make a photograph of any unique site feature that VSAT design engineers need to be aware of when producing the site installation kit. Attach an explanation of what is illustrated to each such photograph Toward Satellite.Make a series of overlapping photographs of the horizon viewed from the antenna location. Start at 90 degrees azimuth and sweep toward the equator to 270 degrees. Note the approximate azimuth angle toward each potential obstruction (measure with compass), record its approximate maximum elevation angle (measure with inclinometer) and provide a brief physical description: Please attach the photographs and catalogue them below: Approx. azimuth Approx. elevation Description (use additional sheets as necessary) 1.8 ACTIONS List the actions required for site preparation. (Use additional sheet if necessary) -8-

9 OPERATIONAL LOOK ANGLE SURVEY Enter the site Latitude (See section 3.2) N or S? Enter the site Longitude (See section 3.2) N or S? Enter the Longitude of the first Operational Satellite (See section 3.2) (E) Enter the Azimuth angle to first Operational Satellite (See section 3.2) deg. Enter Elevation angle to first Operational Satellite (See section 3.2) deg. Orient the Horn at the Azimuth and Elevation pointing angles to the first Operational Satellite. Observe the output of the LNB using the Spectrum Analyzer. Under the heading OPERATIONAL LOOK-ANGLE, note and record the local time of day, the frequency and the relative level of EACH EMITTER DETECTED. Repeat steps through above for each Operational Satellite listed in Section 3.2. LNB Serial Nr.: HOM Serial Nr.: Conduct a frequency sweep at Ku/C Band (as appropriate) using a) LNB connected to the analyzer without a dish (for terrestrial interference) and b) With a small antenna/lnb (for ASI etc.) SWEEP 1 Observation Day Azimuth Emitter Frequency Time of (Use extra sheets as necessary record Site Name & Date) -9-

10 SWEEP 2 Observation Day Azimuth Emitter Frequency Time of (Use extra sheets as necessary record Site Name & Date)

11 OPERATIONAL LOOK-ANGLE Satellite Longitude: E Observation Azimuth Angle: Emitter Frequency Elevation Angle: Time of Day (Use extra sheets as necessary record Site Name & Date) Satellite Longitude: E Observation Azimuth Angle: Emitter Frequency Elevation Angle: Time of Day (Use extra sheets as necessary record Site Name & Date) Satellite Longitude: E Observation Azimuth Angle: Emitter Frequency Elevation Angle: Time of Day (Use extra sheets as necessary record Site Name & Date) Satellite Longitude: E Observation Azimuth Angle: Emitter Frequency Elevation Angle: Time of Day

12 3. 4. (Use extra sheets as necessary record Site Name & Date)