deg. The Air conditioners may either be provided with adjustable step less type mechanical thermostat or electronic thermostat as per IS:11338:1985.
deg. East 1678 vrs. to xxxx xxx xorxxx on line of the Peredena Survey, granted to Manuel Pereda; THENCE South 55 deg. West with line of said Xxxxxx Xxxxey 2505 vrs. to the beginning;
deg. BOSS 8' SPR plow $ 1,360.00 KNA 34A00550O GK5 ‐ 28 deg. ‐ BOSS 8.5' SPR plow $ 1,445.00
deg. BOSS 9' SPR plow ‐STB $ 1,530.00 KNA 34A50350OM KNA:GK5 BOSS Vplows GK5 ‐ 28 deg. ‐ LH ‐ BOSS 8.2 VXT Vplow ‐3.875' $ 659.00 KNA 34A60350OM GK5 ‐ 28 deg. ‐ RH ‐ BOSS 8.2 VXT Vplow ‐ 3.875' $ 659.00 KNA 34A50450OM GK5 ‐ 28 deg. ‐ LH ‐ BOSS 9.2 Vplow ‐ 4.375' $ 744.00 KNA 34A60450OM GK5 ‐ 28 deg. ‐ RH ‐ BOSS 9.2 Vplow ‐ 4.375' $ 744.00 KNA 34A52250OM GK5 ‐ 28 deg. ‐ LH ‐ BOSS 10' Vplow ‐ 4.5' $ 765.00 KNA 34A62250OM GK5 ‐ 28 deg. ‐ RH ‐ BOSS 10' Vplow ‐ 4.5' $ 765.00 KNA 232900161 Middle piece for BOSS Vplow ‐ Poly ‐ fits both Right and Left hand blades $ 75.00 KNA 34A025507 KNA:GK5 Western Plows GK5 ‐ 25 deg. ‐ Western 8' pro plus plow ‐ one set $ 1,360.00 KNA 34A0065B7 GK5 ‐ 25 deg. ‐ Western 9' Pro Plus Plow ‐ one set $ 1,530.00 KNA 34A5245B7M KNA:GK5 Western/SnowEx/Xxxxxx Vplows GK5 ‐ 25 deg. ‐ LH ‐ Western/SnowEx/Xxxxxx 8.5' HD Vplow ‐ 4' $ 680.00 KNA 34A6245B7M GK5 ‐ 25 deg. ‐ RH ‐ Western/SnowEx/Xxxxxx 8.5' HD Vplow ‐ 4' $ 680.00 KNA 34A6235B7M GK5 ‐ 25 deg. ‐ RH ‐ Western/SnowEx/Xxxxxx 9.5' HD Vplow (MVP3) ‐ 4.5' $ 765.00 KNA 34A5235B7M GK5 ‐ 25 deg. ‐ LH ‐ Western/SnowEx/Xxxxxx 9.5' HD Vplow (MVP3) ‐ 4.5' $ 765.00 KNA 232900186 Middle Piece ‐ LH ‐ Western/SnowEx/Xxxxxx 8.5' & 9.5' HD Vplow ‐ Poly $ 120.00 KNA 232900187 Middle Piece ‐RH ‐ Western/SnowEx/Xxxxxx 8.5' & 9.5' HD Vplow ‐ Poly $ 120.00 KNA 387014507 KNA:GK5 Xxxxx Plows GK5 ‐ 7.5' ‐ Xxxxx XX straignt plow one set $ 1,275.00 KNA 387015507 GK5 ‐ 8.5' ‐ Xxxxx XX straight plow ‐ one set $ 1,445.00 KNA 34A0095B7S GK5 ‐ 25 deg. ‐ Xxxxx 9' CP straight plow ‐ one set $ 1,530.00 KNA 387619507 KNA:GK5 Xxxxx VPlows GK5 ‐ LH ‐ for XXXXX 8.5' Vplow ‐ 4' $ 680.00 KNA 387519507 GK5 ‐ RH ‐ for XXXXX 8.5' Vplow ‐ 4' $ 680.00 KNA 387520507 GK5 ‐ LH ‐ for XXXXX 9.5' Vplow ‐ 4.5' $ 765.00 KNA 387620507 GK5 ‐ RH ‐ for XXXXX 9.5' Vplow ‐ 4.5' $ 765.00 KNA 232900178 Middle Piece ‐ LH ‐ Xxxxx VPlow ‐ Poly $ 150.00 KNA 232900179 Middle Piece ‐ RH‐ Xxxxx VPlow ‐ Poly $ 150.00 KNA 34A5894SP KNA:GK5 Pusher Plows GK5 ‐ 3' ‐rubber/ceramic blade for snow pusher plow $ 510.00 KNA 34A5884SP GK5 ‐ 4' ‐ rubber/ceramic blade for snow pusher plow $ 680.00 KNA 8s08204 GK5 ‐ 3' ‐ Adapter for pusher plow $ 140.63 KNA 8s08404 GK5 ‐ 4' ‐ Adapter for pusher plow $ 187.50 KNA 8s08204‐25‐1.5 GK5 ‐ Adapter Plate ‐ 3' ‐ 25 degree ‐ 1.5" gauge ‐ adapter for pusher plow $ 140.63 KNA 8s08204‐35‐1 GK5 ‐ Adapter Plate ‐ 3' ‐ 35 degree ‐ 1" gauge ‐ adapter for pusher plow $ 140.63 KNA 8s08404‐35‐1 GK5 ‐ Adapter Plate ‐ 4' ‐ 35 degree ‐ 1" gau...
deg. 22'05" W a distance of 2386.46 feet; 2. S 00 DEG. 19'29" E a distance of 308.79 feet; 3. S 89 DEG. 22'05" E a distance of 2298.04 feet; thence S 15 DEG. 43'30" W along the Westerly right of way line of the A.T. & S.F. Railroad a distance of 2425.47 feet; thence N 89 DEG. 48'11" W a distance of 678.73 feet; thence S 00 DEG. 44'59" W a distance of 600.54 feet; thence S 89 DEG. 03'33" E a distance of 515.85 feet; thence S 15 DEG. 43'30" W a distance of 548.74 feet; thence N 00 DEG. 23'36" E a distance of 226.92 feet; thence S 15 DEG. 45'37" W a distance of 788.62 feet; thence N 89 DEG. 09'35" W, along the South line of the North half of Section 33, a distance of 1062.26 feet; thence N 00 DEG. 50'25" E a distance of 1475.80 feet; thence N 56 DEG. 57'07" W a distance of 3202.16 feet; thence N 21 DEG. 08'57" W a distance of 2657.54 feet; thence along the following fifteen courses along Xxxxxx Ridge Filing B;
1. N 77 DEG. 53'15" E, non-tangent to the following described curve, a distance 42.72 feet; 2. along the arc of a curve to the right, having a central angle of 89 DEG. 23'40", a radius of 41.00 feet, the chord of which bears S 26 DEG. 49'54" W a distance of 57.68 feet and an arc length of 63.97 feet; 3. N 71 DEG. 31'44" E, tangent to the previously described curve, a distance of 146.27 feet; 4. N 70 DEG. 13'51" E a distance of 110.35 feet; 5. N 71 DEG. 31'4" E, tangent to the following described curve, a distance of 160.53 feet; 6. along the arc of a curve to the right, having a central angle of 51 DEG. 49'07", a radius of 908.07 feet, the chord of which bears N 82 DEG. 33'43" W a distance of 793.56 feet and an arc length of 821.26 feet; 7. S 51 DEG. 57'48" E, tangent to the previously and following described curves, a distance of 105.49 feet; 8. along the arc of a curve to the right, having a central angle of 01 DEG. 47'42", a radius of 905.57 feet, the chord of which bears N 49 DEG. 05'17" W a distance of 28.37 feet and an arc length of 28.37 feet; 9. S 48 DEG. 11'26" E, tangent to the previously and following described curves, a distance of 101.79 feet; 10. along the arc of a curve to the right, having a central angle of 87 DEG. 30'40", a radius of 40.00 feet, the chord of which bears S 04 DEG. 26'06" E a distance of 55.33 feet and an arc length of 61.09 feet; 11. S 47 DEG. 39'40" E non-tangent to the previously and following described curves, a distance of 120.18 feet; 12. along the arc of a curve to the right, having a central angle of 92 DEG. 40'47", a...
deg. C. rise; no taps unless otherwise specified, complete with ester oil; two primary cover bushings; Low-voltage tank-wall bushings with tin-plated clamp type eyelet terminals to accommodate copper and aluminum conductor or secondary connectors with a minimum 5/8" stud. Transformer tank to be equipped with automatic pressure relief valve with external release for manual operation with switch stick; transformers to conform to latest ANSI and NEMA Standards. All transformers to be equipped with two (2) hanger brackets on same side of transformer. Each transformer shall have an arrester mounted to the transformer tank by means of an “L” type bracket OEU Stock # E02- 05-0050. (This kit contains a flat copper ground strap, a 16” piece of #4 insulated stranded copper conductor with 3/8” terminal lugs at both ends, 2 mounting bolts, and 2 washers). The arrester shall comply with OEU AURSI catalog number E02-01-0009. All transformers shall be supplied with owner specified sequential identification numbers per Uticom Catalog number U358HS15-#. All 167 KVA and larger transformers shall have 2 , 2 1/2 % taps above and two 2 1/2 % taps below rated voltage with an external operating handle. All single phase pole mount 833 KVA transformers shall have two primary bushings xxxxx compatible with 8.3 KV 200 amp primary loadbreak elbow terminators. Bidders shall supply user price and data on average impedance and average xxxxx loss (both No-Load Loss and Load Loss) on each bid item. The successful bidder shall submit the following transformer data via e-mail in ASCII format; manufacturer's name, date of manufacture, KVA size, high and low voltage rating, serial number, actual No-Load Losses (NLL) and Load Losses (LL), percent impedance, and Ocala Electric Utility stock number. The following formula will be used to evaluate the bids: Residential & Commercial: Total Ownership Cost = Unit Price + 7.019 (No-Load Loss) + 4.301 (Load Loss)
deg was missing in the WW130, WW 1 and WW2, and appeared in WW3 and WW4, “slightly” derived from glycine growth crystals (it probably was a “weak altered” crystal). The peak from 25.26 was characteristic for (110) plane of glycine. In the case of apparition of characteristic peaks of glycine, most credible hypothesis was the crystallization of glycine induced by treatment agent. This induces increased fragility of wool fibres. The deterioration of the wool structure increase by chemical breakdown of disulfide bridges within structural units of the first layer and the exocuticle and matrix of the cortex and the establishment of new intra- and intermolecular cross-links via reaction of these carbonyl groups with protein amino groups within and between structural units. These reactions most likely led to a gradual increase in brittleness and a gradual loss of structural differentiation, as already have been illustrated by SEM/EDS analysis and micrographs that support these conclusions. For wool aged samples no clear trends in change of the ΔE values by exposure at both acetic and formic acid have been found. Fibres from the historic samples showed a granular / fibrillar fracture indicating moderate loss of interfibrillar cohesion that causes a break of rough surface appearance, defined by groups of morphological units. Most samples exhibited a variety of breaks including brittle, granular, fibrillar and multiple split ends. The most commonly found fractures were a combination of granular and fibrillar and were similar to the fractures found in aged wool. Acid attack on the peptides bond, salt linkages and secondary bonds of accessible keratin chains in the amourphous regions can change the structure of the wool. After photo-oxidation, the disulphide link may turn into a sulphonic acid side group, which can cause acid hydrolysis of neighbouring peptide bonds. The impact doses have been observed but it has not yet been possible to establish threshold levels based on no observable adverse effects levels (NOAELS) and / or lowest observable adverse effects levels (LOAELS) for exposure of textile materials to organic acids. Silks with remnant sericin gum coating the fibroin fibres would require different conservation protocol. A link of the scientific results at macromolecular level with the observed impact of acidic concentrations and doses at a visual level have been established. Optical microscopy visualisation could be correlated with scanning electron microscopy, ...
deg. E. 10 poles and 4 links to a stake; Thence N. 49.5
deg. 02' 55" W. along and with an old fence line and hedge row, a distance of 2,151.84 feet to an iron pin set at a fence corner for the south southwest corner of this tract of land;
deg. W. 27 of the Plaza, Paris, Xxxxx County, Texas owned by Flex-O-Lite.
