Technical sheet. Fishing zone: — Beyond 20 nautical miles from the base lines. Area indicated in Appendices 3 and 4. — A protection area of 3 miles around national fish aggregating devices must be complied with. — The surface longliners covered by this Protocol may not fish in the areas of the Leven Bank and Castor Bank, the coordinates of which are indicated in Appendix 5. Authorised gear: — Seine — Surface longliners By-catches: — IOTC recommendations complied with Fees to be paid by ship-owners/catch equivalent: Fee to be paid by ship-owners per tonne caught EUR 35/tonne Cost of annual advance payments paid by ship-owners: — EUR 4 900 EUR for 140 tonnes per tuna seiner — EUR 3 675 per 105 tonnes per surface longliner over 100 GT — EUR 1 750 per 50 tonnes per surface longliner of 100 GT or below Number of vessels authorised to fish — 40 seiner vessels — 34 surface longliner vessels over 100 GT — 22 surface longliner vessels of 100 GT or below Other — Fee per support vessel: EUR 2 500 per vessel — Seamen: — for the fleet of tuna seiners, at least 20 % of the seamen signed on during the tuna-fishing season in the fishing zone of the third country shall be of ACP origin, — for the fleet of surface longliners, at least 20 % of the seamen signed on during the fishing season in the fishing zone of the third country shall be of ACP origin. — ship-owners shall endeavour to take on board additional seamen of Malagasy origin. — Observers: — EU vessels shall, at the request of the authorities of Madagascar, take on board one observer in order to reach the cover rate of 10 % of licensed vessels. Nevertheless, vessels less than 100 GT are not subject to this measure. — With regard to any vessel taking aboard an observer, the ship-owner is asked to pay a contribution of EUR 20 for each day on board. This sum shall be paid to the observers programme administered by the FMC. Appendix 3 COORDINATES (LATITUDE AND LONGITUDE) OF MADAGASCAR'S FISHING ZONE Coordonnées (latitudes et longitudes) de la zone de pêche (ZP) de Madagascar (voir aussi carte géographique annexée en appendice 4) Coordonnées en deg. déc. Coordonnées en deg. mm Réf X Y X Y A 49,40 – 10,3 49°24′E 10°18′S B 51 – 11,8 51°0′E 11°48′S C 53,3 – 12,7 53°18′E 12°42′S D 52,2 – 16,3 52°12′E 16°18′S E 52,8 – 18,8 52°48′E 18°48′S F 52 – 20,4 52°0′E 20°24′S G 51,8 – 21,9 51°48′E 21°54′S H 50,4 – 26,2 50°24′E 26°12′S I 48,3 – 28,2 48°18′E 28°12′S J 45,4 – 28,7 45°24′E 28°42′S K 41,9 – 27,8 41°54′E 27°48′S L 40,6 – 26 40°36′E 26°0′S M ...
Technical sheet. Note: the bidder must fill out the technical sheet schedule for 1×400 & 1×500 cables:
Technical sheet. Note: the bidder must fill out the technical sheet schedule for 4×25 cables: Schedule (1) No. Description Unit Required particular 1 Line voltage of three phase circuit kV 0.6/1 2 Number of cores 4 3 Class of cable Low Voltage 4 Conductor - Cross sectional area mm2 25 - Overall dimensions - Material Copper - Conductor Strand Type Circular compacted - Thickness of insulation over conductors mm 0.7 5 Number of wires per core 6 Completed cables - Overall diameter mm * - Weight per meter kg * - Drum length m 1000 +10% , - 5% 7 Outer covering - Material PVC - Minimum Thickness mm * 8 Cable drums - Overall diameter mm * - Width mm * - Wight loaded kg * 9 PVC outer sheath shall be UV- resistance * 10 Maximum rated temperature °C 11 Maximum DC Resistance of conductor at 20°C - RED Ω/km ≤ 0.727 - Yellow Ω/km ≤ 0.727 - Blue Ω/km ≤ 0.727 - Black Ω/km ≤ 0.727 12 Maximum AC Resistance of conductor per km at max conductor temperature - RED Ω/km * - Yellow Ω/km * - Blue Ω/km * - Black Ω/km * 13 Insulation resistance per Meter of cable - At 20 ᵒC MΩ - At maximum rated temperature MΩ 14 Charging current per phase per 1000 Meters of conductor at normal voltage Amp * 15 Maximum electrostatic capacitance per phase per meter of cable 16 Minimum radius which cable can be bent around mm 8 × OD 17 Ultimate tensile strength of cable K.N * Item 5: Table 15 item Material Description Stock Code 5 Rated 0.6/1kV, XLPE insulated, self-supporting overhead AL twisted cables 3×25+25 mm2 6145-1041
Technical sheet. Note: the bidder must fill out the technical sheet schedule for 3×25+25 mm2cables: Schedule (1) No. Description Unit particular 1 Line voltage of three phase circuit kV 0.6/1 2 Number of cores 3 cross sectional area - of phase conductor mm2 - of neutral (messenger) 4 Diameter - of phase conductor Mm - of neutral (messenger) 5 Maximum insulation thickness - of phase conductor mm - of neutral (messenger) mm 6 Minimum insulation thickness - of phase conductor mm - of neutral (messenger) mm 7 Overall diameter for complete cable mm 8 Weight/ meter for complete cable kg/m 9 Maximum drum length m 10 resistance per 1000 m at 20° C - of phase conductor Ω/km - of neutral (messenger) Ω/km 11 resistance per 1000 m at 75° C - of phase conductor Ω/km - of neutral (messenger) Ω/km 12 Mean electrostatic capacity of each conductor to earth /1000 m µF 13 Charging current/ conductor/ 1000 m of complete Cable at normal voltage Amp 14 minimum radius of bend around which cable can be laid mm 15 Maximum permissible short circuit current for 1 second - of phase conductor kA - of neutral (messenger) 16 Current Carrying capacity at maximum operating temp and 20° C ambient - of phase conductor Amp - of neutral (messenger) Amp 17 Insulation type 18 Black carbon percentage % 19 Minimum insulation resistance at 90° C MΩ/km 20 Minimum insulation tensile strength before aging N/mm2 21 Elongation after hot-set test % 22 Minimum insulation tensile strength after aging N/mm2 23 Elongation after Cooling % 24 Insulation water absorption mg/cm2 25 Individual wires before stranding (for all cable size) - Cross sectional area mm2 - Tensile breaking stress N/mm2 - Elongation on 200mm on breaking % - Elastic limit of material as % break strength % 26 lay ratio for the completed cable mm
