EQUIPMENT SCHEDULE POS AND PRINTER (OPERATOR FURNISHED) BREAK ROOM DRIVE-THRU CO2 TANKS (OPERATOR FURNISHED) CO2 TANKS (OPERATOR FURNISHED)

Transcription

1 QUPN HU QUPN HU QUPN HU 8 GN K Z: 96" X 4"W X 47"H WGH:,485 B. VY X N WH HU WNG QY PN 6 G HVNG N-UP K WK-N /Z BY W/ G H-N 4 UN () 5 8 UNNG K UN () 7 B HVNG 8 BVG GB-N-G HVNG () 9 UN (Z) BVG GB-N-G HVNG (Z) B HVNG B V P NUB 4 P NUB 5 P NUB 6 WK-N BY 7 UN () 8 4 KG K 9 P NUB P NUB P NUB P NUB Y 4 WK-N Z BY 5 UN (Z) 6 5 B HVNG 7 B P HVNG QY PN 8 UN WHNG NK 9 UN K W/ H HN NK W/ P N W PN P NUB P NUB P NUB 4 WKB W/ NK 5 K 6 B H-N Z 7 P NUB 8 B G WKB 9 N P H 4 WV VN 4 G WKP 4 P NUB 4 P NUB 44 P NUB 45 B H-N Z 46 XHU H W/ K-UP 47 N W HNG 48 NVN VN W/ N 49 B BNG & B B 5 B Y K 5 P 5 B Y BY WH 5 UPPN Y 54 WKB 55 UP W QY PN 56 W H 57 XHU H N BN 58 XHU H P. N N GH/ N WH 59 N GW N P & PH 6 W UN B P ( P) 6 H PZZ PY BN 6 H PY 6 P NUB 64 P NUB 65 W (UNUN) 66 N PN 67 HN 68 PPUN HN 69 6 H PN 7 PNNG N 7 Y PY 7 KHK N 7 P NUB 74 P NUB 75 P NUB 76 WV VN 77 UP W 78 UP PN 79 9 PN 8 5 NPKN PN 8 G V 8 GN K 8/5/6 4:6:6 P HN QUPN PN /4" = '-" Z Y G 7 7 (+5º) (46.4 Q..) 48X4 (-º -5º) (6.8 Q..) 9 48X4 48X4 48X4 48X4 4X4 48X4 48X4 48X4 48X4 48X4 48X 48X 6X 48X 48X 48X 48X 6X 6X 48X QUPN PN /4" = '-" 8 6X 6X 6X 48X4 48X 48X4 6X 48X 48X4 4 B V (+5º) (6.9 Q..) 6X 6X 5 48X4 48X 48X NG 6X4 48X 48X NK 59 6 N UN (BY WK 6 7 GW N (+5º) (87.55 Q..) 8 B BN (BY WK K P N PN V-HU U G P N PN NK H 45 N 46 () () P N PN X 54X 4 PP 7 B 4X 5 6 Z (-º -5º) (8.9 Q..) () KN X 54X 48X GB-N-G () 7 5 H PY 48X4 UN/PN WH 4 KHN PK-UP H N BW NU 8 UP N UN (BY WK H (56 B.) G HK N UN (BY WK WN N H N BW 69 H N BW 68 7 H N BW NQUY K - KN - GN H Z = 4 x 6 H Z UN = x7 VN: : 8/8/6 NUN UN H N. NQUY B N VPN KN P 788 NYN KN, W 9875

2 8/5/6 4:6:4 P YP N HW Z HW W W Z UY HU QY PN V PH P HP 6 G HVNG N-UP K B V 4 UN (). BX UB WN. "5" H 9 WNG G " W YP G BU PUBNG N 5 8 UNNG K UN () BX V. P.) UB WN. "5" H 9 " WNG G 7 B HVNG BVG GB-N-G HVNG. BX UB WN, W HU WH 9 UN (Z) 8. BX UB WN. 5 W 8, GN K. " "5" H 9 WNG G BVG GB-N-G HVNG. BX UB WN, W HU WH B HVNG P NUB 4 P NUB 6 WK-N BY 8. UB WN. "5" H 9 WNG G 7 UN (). BX UB WN. "5" H 9 WNG G " 8 4 KG K 9 P NUB P NUB P NUB P NUB Y 5. 7" VY QUN WH P UPP QUPN /" 7" UN HU, VY QUN WH P UPP QUPN 4 WK-N Z BY 8. UB WN. "5" H 9 WNG G 5 UN (Z) 8. BX UB WN. 5 W 8, GN K. " "5" H 9 WNG G 6 5 B HVNG 7 B P HVNG 8 UN WHNG NK /4" " 6 /4" " " /4" H. " W) N N N 9 UN K W/ H HN NK W/ P N W PN /" 8" 5 /" 8" /" 4" P NUB P NUB P NUB 4 WKB W/ NK /" " /" " /" 5 K 8. 48" W + GUN; VY QUN WH P UPP QUPN /" 48" UN HU, VY QUN WH P UPP QUPN XH WH XH PH.P. UP WH UP PH.P. VNN N 6 B H-N Z " NN VP VNN QU XHU. BU' P HU (BY HN 7 P NUB 8 B G WKB 8.6 8" NN VP 9 N P H 4 WV VN.4 48" 4 G WKP 5. 8" NN VP 4 P NUB 4 P NUB 44 P NUB 45 B H-N Z " NN VP VNN QU XHU. BU' P HU (BY HN 46 XHU H W/ K-UP V. P.) UB WN, GH & N WH (BY.), () U/ P N NK, H V- N NN. 47 N W HNG 48 NVN VN W/ N. 48" /4" 48" /" 48" 49 B BNG & B B 5 B Y K 7. 8" 45 /" " 5 P 5 B Y BY WH.4 8" N 44 /4" " N G NNN, PV QUK NN. 7. 8" 5 UPPN Y. UB WN, NU UN BV NG 54 WKB 55 UP W 9. V 9. P.) 56 W H 57 XHU H N BN. UB WN, N-NN WH GH N N WH, V H N NN N. 8 UB WN,. NG. WNG XHU /.U.. 58 XHU H P. N N GH/ N WH. BX N-NN WH 49 XHU H N BN, V- H N NN N. 59 N GW N P & PH 6 W UN B P ( P) 6 H PZZ PY BN. UB UP, NN XU UN U (BY 6 H PY 9.7 (/8V) UB UP, NN XU UN U (BY 6 P NUB 64 P NUB 65 W (UNUN) /" 8" UN.W. 67, HN 66 N PN 8. 48" VY QUN WH P UPP QUPN /" 48" " UN HU, VY QUN WH P UPP QUPN " " " x 4" UPPY 69.,.".P.) V- N NN 67 HN 8 4. BX 7" /" /" UN.W. 65, W VNN QU XHU 6. BU' P HU (BY HN 68 PPUN HN 69 6 H PN 7 PNNG N 5. 48" V 5. P.) VY QUN WH P UPP QUPN.8 48" VY QUN WH P UPP QUPN /" 48" UN HU, VY QUN WH P UPP QUPN 7 Y PY. 48" 7 KHK N " VY QUN WH P UPP QUPN NN VP 7 P NUB 74 P NUB 75 P NUB 76 WV VN.4 48" UB UP, NN XU UN U (BY 77 UP W 9. UB UP, NN XU UN U (BY 78 UP PN 79 9 PN 8 5 NPKN PN 8 G V 6. V 6. P.) UB UP P NN VP 8 GN K VY N UGH-N NQUY K - KN - GN H Z = 4 x 6 H Z UN = x7 VN: : 8/8/6 NUN UN H N. NQUY B N VPN KN P 788 NYN KN, W 9875

3 8 N: GN Y 8. "5" 9 H 9 N: U/ WH B N BY NGN. N WH WN N "" 9 H N: GN Y 8. "5" 9 H 5 4 VY N W/ PN NGN/ H V- N N WNG H N "",9 H N "",9 H 6 6 PN GH N N WH P N GN H Z = 4 x 6 H Z UN = x7 VN: : H N. 8/5/6 4:7: P NQUY K - KN - NQUY B N VPN KN P 788 NYN KN, W /8/6 NUN UN

4 V HU W (BY PU. V.) 9 V HU W (BY PU. V.) V HU W (BY PU. V.) GN H Z = 4 x 6 H Z UN = x7 VN: : H N. 8/5/6 4:7: P NQUY K - KN - NQUY B N VPN KN P 788 NYN KN, W /8/6 NUN UN 4

5 N: VNN QU XHU BU P HU (BY H. V.) /4" /" 7"P B PN "7", 9 H G 8/5/6 4:7:7 P 8 /4" 7"P B PN "7", 9 H 87 /" G G N: VNN QU XHU.4 BU' P HU (BY HN N: VNN QU XHU. BU' P HU (BY HN G G G N "" N: VNN QU XHU. BU' P HU (BY HN 8 N "" G G B 8 B N: VNN QU XHU 6. BU' P HU (BY HN 8 8 NQUY K - KN - GN H Z = 4 x 6 H Z UN = x7 VN: : 8/8/6 NUN UN H N. 5 NQUY B N VPN KN P 788 NYN KN, W 9875

6 N: GN K, 8, (VY X N WH HU WNG), N N UNG GN N N PU BX WH BUNG N. VN P PV PPV NU HU B, W, N N HWN. GN NGNNG H "-". UN G. N 4 UN (), UN (), 9 UN (Z), 7 UN () N 5 UN (Z). G. HU 9 H. 5 UN G. N 4 UN (), UN (), 9 UN (Z) N 7 UN (). G. HU 9 H. UN G. N 5 UN (Z). G. HU 9 H. 4 8/5/6 4:7:9 P 9 B " Ø PPV NU UN BW B N. NU HU 9 H. 66 NQUY K - KN - GN H Z = 4 x 6 H Z UN = x7 VN: : 8/8/6 NUN UN H N. 6 NQUY B N VPN KN P 788 NYN KN, W 9875

7 QUPN HU opy 8/5/6 4:8:9 P 8" VY 8" VY BUNG W B H H B (YP.) NY-X KHN V W 9 8 V B BY GN N VN : /" = '-" NH NG V W.. B H 4" BUNG W N GU NH NG.U.. PNU BUNG W 4" 8" 6" 4" 8" B XHU H 5 57 VN : /" = '-" N UN (BY WK U. H PN VN : /" = '-" B H 46 5 PN NNG 47 B H 5 58 U PN V B BY GN N 48" VY 5 7" VY 6 6 U. H PN P N PN 4 B VN : /" = '-" 45 N GU NH NG () () NH NG PN PN NNG P N PN 9 8 BUNG W () 4 6 V B BY GN N V B BY GN N P N PN () 4 NK.. V W 5 B H BUNG W N GU P N PN PN NNG N UN (BY WK QY PN 6 G HVNG N-UP K WK-N /Z BY W/ G H-N 4 UN () 5 8 UNNG K UN () 7 B HVNG 8 BVG GB-N-G HVNG () 9 UN (Z) BVG GB-N-G HVNG (Z) B HVNG B V P NUB 4 P NUB 5 P NUB 6 WK-N BY 7 UN () 8 4 KG K 9 P NUB P NUB P NUB P NUB Y 4 WK-N Z BY 5 UN (Z) 6 5 B HVNG 7 B P HVNG 8 UN WHNG NK 9 UN K W/ H HN NK W/ P N W PN P NUB P NUB P NUB 4 WKB W/ NK 5 K 6 B H-N Z 7 P NUB 8 B G WKB 9 N P H 4 WV VN 4 G WKP 4 P NUB 4 P NUB 44 P NUB 45 B H-N Z 46 XHU H W/ K-UP 47 N W HNG 48 NVN VN W/ N 49 B BNG & B B 5 B Y K 5 P 5 B Y BY WH 5 UPPN Y 54 WKB 55 UP W 56 W H 57 XHU H N BN 58 XHU H P. N N GH/ N WH 59 N GW N P & PH 6 W UN B P ( P) 6 H PZZ PY BN 6 H PY 6 P NUB 64 P NUB 65 W (UNUN) 66 N PN 67 HN 68 PPUN HN 69 6 H PN 7 PNNG N 7 Y PY 7 KHK N 7 P NUB 74 P NUB 75 P NUB 76 WV VN 77 UP W 78 UP PN 79 9 PN 8 5 NPKN PN 8 G V 8 GN K NQUY K - KN - GN H Z = 4 x 6 H Z UN = x7 VN: : 8/8/6 NUN UN H N. 7 NQUY B N VPN KN P 788 NYN KN, W 9875

8 QUPN HU opy 8/5/6 4:8:49 P 8" VY 8" VY BUNG W 78 V B BY GN N VN : /" = '-" 6" VY 8 G VN : /" = '-" H N BW NH NG PN 76 NH NG V B BY GN N BUNG W VW N UN (BY WK H N BW (...) 7" N HU N UN (BY WK 8 8" VY BUNG W VW " N HU VN : /" = '-" N UN (BY WK V B BY GN N 8 79 NH NG H N BW VY WNW (BY H) 78 BUNG W 8 79 QY PN 6 G HVNG N-UP K WK-N /Z BY W/ G H-N 4 UN () 5 8 UNNG K UN () 7 B HVNG 8 BVG GB-N-G HVNG () 9 UN (Z) BVG GB-N-G HVNG (Z) B HVNG B V P NUB 4 P NUB 5 P NUB 6 WK-N BY 7 UN () 8 4 KG K 9 P NUB P NUB P NUB P NUB Y 4 WK-N Z BY 5 UN (Z) 6 5 B HVNG 7 B P HVNG 8 UN WHNG NK 9 UN K W/ H HN NK W/ P N W PN P NUB P NUB P NUB 4 WKB W/ NK 5 K 6 B H-N Z 7 P NUB 8 B G WKB 9 N P H 4 WV VN 4 G WKP 4 P NUB 4 P NUB 44 P NUB 45 B H-N Z 46 XHU H W/ K-UP 47 N W HNG 48 NVN VN W/ N 49 B BNG & B B 5 B Y K 5 P 5 B Y BY WH 5 UPPN Y 54 WKB 55 UP W 56 W H 57 XHU H N BN 58 XHU H P. N N GH/ N WH 59 N GW N P & PH 6 W UN B P ( P) 6 H PZZ PY BN 6 H PY 6 P NUB 64 P NUB 65 W (UNUN) 66 N PN 67 HN 68 PPUN HN 69 6 H PN 7 PNNG N 7 Y PY 7 KHK N 7 P NUB 74 P NUB 75 P NUB 76 WV VN 77 UP W 78 UP PN 79 9 PN 8 5 NPKN PN 8 G V 8 GN K NQUY K - KN - GN H Z = 4 x 6 H Z UN = x7 VN: : 8/8/6 NUN UN H N. 8 NQUY B N VPN KN P 788 NYN KN, W 9875

9 8/5/6 4:8:59 P YB UPX., -P, -V, GUN YP, HZN UN PX., -P, -V, GUN YP, HZN UN P PUP U, VG N, GUN YP, HZN UN UNN BX, HZN UN NU, UB N NNN /NG P N WH XU UN UNN BX XU UN P () UPX., -V, PY BX WH NU NNNNG P... P-HK & PN, PHN N XU UN PN NNN GH XU UN GH XU WNG UN UPPN NU PU N PY BX WH 5mm NU UN N W UP HU NG P N: WK-N NU H B UN N H X NG G N H PN H NG PN WH H NU N P Y H PN NNN. UN N UN, W NU B P N H N. PUBNG N. PUBNG PN HW UGH-N PN N HU NNN. KHN QUPN N W PV NN UGH-N WNG NUN.. W PU N N BVG HU B 5 PG (45 KPa) XU. W PU HHN, B H, G N UN WH B 5 PG (7 KPa).. PUBNG VN H UNH N N NY VV, P, P, N N, W PU UNG VV (NG N/ U HK VV) N VUU N NN W, U G, N W N V N BVG QUPN. 4. PUBNG VN H N N NN U UNH BY K. 5. PUBNG VN H UNH N N N NK N VN W N NK. 6. PUBNG VN PV QU N-U N N. 7. KHN QUPN N H UNH N N PN Y (NUNG UNHNG N HU VY N WH K. 8. NK H B N UH WH NH P WH G V N. 9. N N N BVG NY. N GN PUP N H B BY H PUBNG NGN/ H. N W UN PUBNG U B UH UN N W WH N XP PPNG HWNG N U W. H PV NU W UNG QU. N KHN QUPN N VY N N PP N N Z GN N UNH UU PNN N PUBNG VN UNH V HU. N. PN HW UGH-N PN N HU NNN. KHN QUPN N W PV NN UGH-N WNG NUN.. Y GN /8 V, & PH, 6 HZ, 4 W Y.. VN H UNH N N UNN BX, P, V P, PU BX, NU N WNG XP WH N. P N V P H B BUH N UNH BY VN. 4. KHN QUPN N H UNH N N B UN N P WH UNN BX, NU, U UN BX, P, V P, WY, U PN N WNG. VN K N NNN. 5. KHN QUPN N H UNH N N VP P VN GH P WH P. NNNNG NU, WNG WH W WH UNH N N BY H VN. 6. N NVNN P, PHN N N K N PU NNG Y.. H B BY H NGN/ H N QU BY. 7. KHN QUPN N H UNH P N. VN H UNH N N NNNNG NU N W BWN WH, P N PNN. 8. VN H UNH N N NNNNG NU N WNG BWN -WH N N U HU VV UNH WH UPPN Y UPP BY H KHN QUPN N. 9. P-B G UNH BY H KHN QUPN N P WH P BX, GH XU, P, GH WH N H. VN N N H UNH N N NNNNG NU, WNG, N N K N NNN.. VN H UNH N N NNNNG NU N WNG BWN KHN QUPN N UNH W P G VP N, WH, N WH N P N PN.. VN H UNH N N PY NU WH UNN BX NN WN UPP.. QUPN NUNG P/ N H N Y. VN VY NN N N WH WN' QUN N NUU' NUN.. VN H UNH N N NN QUPN UN H V BY UPPN Y. N W UN P N -BX B UH UN N W WH N XP NU HWNG N U W. H PV NU W UNG QU. PUBNG YB HW-H W, W- W W, -NN UN N "PN HUB" N W N N WH UNN HUB N N N, NN GN N. N PN NK WH H G UN N HW NK WH UNN G G G PU GU/BY K UPPY NN UN N "" V, PH, V,. P, UB N, P/P-HK Y N. ( U, GUN, PHN N, PV PY -BX WH NU NNNNG P Y, P-HK N PN) (VY QUN WH P Y UPP.) N V N N U Q U N PN G VP, N, H, QU N N & PN P K UPP P H GN Y. VN UNH & N NU, -BX N WNG BWN G N P K. PN N. V. BV G NG. KW GH (H).4 KW VW P & H (Z). KW HGH P. (WHN P) XN NU GH QU. PN QUNY V. BV... NG VY KW VP VP VP P GH XU N N H B G H BV N -U. Z 5 * * V PH P HGH P. (WHN P) 4P VW P & H B YP UNN BX H QU N N Y & NPP NG PNN P BX H VUU VN... - G G NU * UN BV... NG BY. VN (YP). GH XU, WH BX, WH, & P BX UNH WH G. VN N UNH NUNG NNNNG NU & WNG.. VP G UNH & N P WH H, QU N N & NN WH. VN PV NNNNG NU & WNG BUNG V PNN.. VN PV BUNG V NUNG -BX, NNNNG NU & WNG BUNG V PNN. 4. Y NG UNH WH G. VN N, W & BY P NUY P. 5. N UHN P & H HUGH NU PN UNH WH G. VN PN- N WH UKNG N H... N & X N N N & X UHN P. 6. VP N G- UN NNUUY. N W NNY WH H. VP- N Z Y WH Z. YP G. G N 9 NVNN P 5. 8" NVNN U UB U W 9 NVNN P 5. 48" NVNN U UB U W. H P & P N Z N BY G'N N PP N N NU W GN N' PNN NU UN N & QU N W PP UNN B UPP N N BY K N N QU NU /" P. N:. UN H N PY. NU 5" GP W N/ X GH WH P '-" N: P NN N (YP) PU BX N NU N UN YB GN UB N GN N N 6"X6" (5X5) PU BX GN N N "X" (5X5) PU BX NU UB N GN N UN HU XU G B UB NU BV NH NG W NH NG PY NU UN N W BY VN 4" (6) NU U UN N W WGH (YP) 4" (6) NU U UB HUGH 4" (6) NU U 6" (5) N. UB HUGH N P NU N:. NU B 6".. NU.. BN B "NG WP", NU U U BY H.. N U PUBNG BW. 4. BU HP G N.. NU. 5. UZ NUB BN. 6. N PU BX QU 7. P N UNG NUN. 8. 8" NU N N NNUNG UB-UP. NU UN. UU "Z" UPP (GN N UNH N N "X"X/4" (75X75X6) Z-B UN UU B BV-N NN WH KHN QUPN N) B. W NG N. NN-BUB W. 6" (5) N UB. PN G. N GU BY G.. VNN YB XHU U NNN K-UP U NNN XHU U U NG XHU G NN H 4" (6) " (5) 8 HVNG (98) 78" (75) 68" W GN HU 4 GN N, UN 8 GN K (VY X N N ) UN BV N UB WN, NN UN () U N. "" B V. VY WH GN NGNNG HU. GN N, UN 8 GN K (VY X N N ) UN BV N UB WN, NN UN () U N. "B" GN. VY WH GN NGNNG HU. 9 GN N, UN 8 GN K (VY X N N ) UN BV N UB WN, NN UN () U N. "" Z. VY WH GN NGNNG HU. 7 GN N, UN 8 GN K (VY X N N ) UN BV N UB WN, NN UN () U N. "" GN. VY WH GN NGNNG HU. 5 GN N, UN 8 GN K (VY X N N ) UN BV N UB WN, NN UN () U N. "" Z. VY WH GN NGNNG HU. 6" (4) B 4" (55) (68) 46" HN NK (5) W NG 84" UN/P K NU HU 5 8" Ø PPV NU UN 5 (B P) (B N) UN VH N UB WN W PUBX + 6 8"..., UB U N HWN N H H 6 (B P), (4" N. U BN). N N UNG B N N PUBX WH BUNG N. VN PV PPV NU HU B, W N. 6" Ø PPV NU UN, ( Y) ( N), UN BW B N UB UP N 66 HWN N H H 66 ( N PN (4" N. U N). N N UNG N N PU BX WH BUNG N. VN PV PPV NU HU B, W N. 5" (8) VY WH VN P VN N:. NN NH.. W NG B 4G P UY H U. 4" () UHN PN WH NG Q.. X B BY G.. NH 7" (78) PN. GVNZ HNN WH N B 4" (6).. 7 N NU UN N GN N NK Y N H B UNH N N BY H VN. NUH HV 4" (6) NU U BN. N WH GN N PN PNU &, N B HU N NU NU P PPB. NU BY VN & NUN BY KHN QUPN N. N "" VY WH WN/VN N PU BX N QUN H BY G.. - N PN WH.. Q.. N B BY G.. Q.. WNG BY G.. N UB BY G.. " (5) Q. W H G. ZN. BY G.. 5# P H G X N BUNG W - 7" (78) PN " (76) 4" ().. 7" (6). UHN NUN PH UN & BN NQUY K - KN - GN H Z = 4 x 6 H Z UN = x7 VN: : 8/8/6 NUN UN H N. 9 NQUY B N VPN KN P 788 NYN KN, W 9875

10 YP PPNG V GN QUPN HU N P GN K GN UN GN HGH V GN N P-P VY 5' mnieam,nc. efrigeration Products 9 Hall oad owney, alifornia 94 (8) (oll-ree) (56) (ax) esign #: 664 Project Name: Nisqually arkets - rederickson -tore mnieam odel: 4--V ack tem Number: 8 quipment: ulti-ompressor ack Project ocation: rederickson, W ondenser ype: ir-ooled Project Notes: nitial esign elease ize of ack rame: 96" x 4"W x 47"H onsultant irm: levenger ssociates Weight of ack:,485 bs. onsultant: im cougald Weight of oil(s): 54 bs. onsultant epresentative: chulz ssociates Power upply: 8-V/Ph/6Hz onnected oad: 69. mps ate: 7/6/6 esigned By: ean Green inimum mpacity: ax verload ize: 74.6 mps 9. mps XU NN P NN NN X U X U U P P P P P H V P Y P N Y N Q H H H V V U N B G B B Y B U P G N N N Y P U U G G B / P P W / / / / H H N P H G P P P P P P N N XU PN H Y H H 4 Beer ave a ZK / / X /QUZ B Walk-in ooler -hape a ZB8K / / X /QUZ 9 Walk-in reezer a Z9K / / / X XB4 7 Walk-in ooler a Z9K / / X /QUZ 5 Walk-in reezer a Z9K / / / X XB4 -Heated abinets. 8/ P P Y P H H U P U P NK U N U 995 B.... W. & UNN : 4--V H.. mniemp -ondenser an otors.5. -ondenser an otors.5. 8/ 8/ ack esign Notes: voltage variation of +/- % of nameplate utilization voltage is acceptable. ype of defrost for the systems are: "" (off-cycle) air defrost, "" electric defrost, "G" gas defrost. ach (compressor) system is supplied with a crankcase heater and head pressure controls factory installed. ow temperature (compressor) system(s) are supplied with suction line accumulator factory installed. ll compressors and coated condensers are sized to operate at an air ambient of 95. Walk-in coil(s) supplied with patent pending "-peed" for low energy consumption (savings). ll evaporator coils supplied by mni with matching thermostats (t'stat), solenoid & expansion valves along with "" motors (W/'s only) factory installed. ow ambient package consists of heated receiver cabinet(s) or blanket wrapped receivers based on t'stat settings. efrigeration design is based on a maximum line run of ' for (each system) liquid and suction lines. his includes a vertical allowance of 45'. he information disclosed herein was originated by and is the property of mnieam nc. and except for rights expressly granted to the customer, mnieam nc. reserves all patent, property, design, use, sale, manufacturing and reproduction rights thereto.! WNNG N: ) efrigeration installer must have nitrogen flowing through all pipes during all brazing. ) mnieam, nc.will not pay for any damage in the solenoid(s) or expansion valve(s), caused by scale in the pipe. (N VW) 9'-" (8") UB 8'-" (96") K ( VW) Kitchen quipment ontractor (or his efrigeration ontractor) Notes: t is the installing contractors responsibility to follow all applicable codes & current refrigeration industry standards and practices when determining line sizes, installation and start-up of mnieam equipment. PN 8/5/6 4:9: P GN N. N H VY NN N N WH N P GN N: UPP WH XPNN VV, H N N VV UN N P-W N H UPP BY N P GN (UN HW N N PN)... UN N WH 5. V, B PP PP UN.. 4. UGH-N PPNG H B PU WH NGN P ( & K 5 P) UNH N N 6 W P. V. H P N WK-N Z N PPNG UPP HV P NUN BWN P N PPNG, N PP N P. 9. N P N PNB WNG N (VN 6) PV NY NN WH N BY.. PUBNG N (VN 5) PV H YP "" PP NN N N WK-N Z N G. PH B NU /" P UN N Z. N N N Z U B NU PVN ZNG. N N U B PP U BX V NN W. PV NVU N N H VP, UN HW N.. GN N N H PN. UNG GN UBNG UNH GU. W B NY P WH NUN NN.. H QU N B B PV BY GN N. 4. H H B P QU BY BY GN N. NU " N BY UN P K N VBY. NU 6" N N N PN. NN GN N, GN N H H PH PK QU. GN PP UBNG B GN G YP "". N H PP UBNG H B W YP NG. UN N B NU WH /" W P NUN N /4" W NUN Z. PP NNN, U V. PP PP NNN, U -. ( H N B U GN PPNG). P GN Y U B VU 5 N WH VUU PUP. UPP BY H U HV XPNN VV PB WH H GN U N H Y. Y UN: N (VN 6) PV PW GN K N. NNN QU K N PN N Y P H WNG G. N (VN 6) PV 5-W V H K H GN PKG BW N H XU U, UN H BUPN N HW. W N NN H B N N WH H WNG G N. PUBNG H Y N VP HPP UN NGN PU. U UN N X Y WHN UNG N N VP N GN K. 5..W.., H N N W BY N. PUBNG N (VN 5) VY H H U N N XU N. WHN QU, NN N N N W HU B N B H W. H PN PY GN NGN QUPN H NVNN N N VB NN. BU UN B V N H B. PUBNG,, GN, N VN U HV BN UY PB N NN U QUPN B UPP. W P N PNBY WK N BY N N W N N NY XPN HNG NY BY BUNG, NN, UU NN, BY H UBUN HNG N QUPN HWN N H PN. H WNG H PPY N NP. N B PU BU, H N WH N P. N. VN BY nitial esign elease to levenger ssociates (. cougald) 7/6/6 P N. VN BY e l in g so v t h e n eeds of tom r o w o r to a d y! mnieam,nc. anufacturer of mniemp efrigeration Products 9 Hall oad, owney, alifornia 94 (8) (oll-ree) - (56) (ax) Web page address: -ail: lbert@omniteaminc.com '-4" '-8" '-4" B 4'-4" (5") UB '-" (47") K 8" '-4" (4") K 6" '-" 6" N NN UB K N U N PW (4) 8" N N B WN ( 4 YP) Nisqually arkets - rederickson -tore rederickson, W efrigeration Plan K N GN N & NNN NN PH PK N UN - W (U ) UN (BW WH ) N NN HWN N WNG G. NN P VW PH PK UBNG QUN PN VW V N HG VN : 6" " PNN 7/6/6 664 : GN BY: ean Green WN BY: GN #: None lbert amug W N 6 " NG N _ 4 " H - _ ".. - _ " " B WN () UB 8 G. G.. V (6" HGH PH PK) B PV BY H P (6" NU) B PV BY H N VW 6" HGH 6" of H NUB: NQUY K - KN - GN H Z = 4 x 6 H Z UN = x7 VN: : 8/8/6 NUN UN H N. NQUY B N VPN - KN P 788 NYN KN, W 9875

11 NN N N VP PN W P UN GN N NU (UN N QU N) GN N PNN W P UN U N GN NNN N NNN N.475 N: PH PP NG: N N QU NU /" P PP UNN: UPP/N BY PUB WK-N PPN "W P" ( & W): H (P N P) N N N B PPYNG NUN BY GN N PP N N: BY PUBNG N. UN H N PY.. N N X 45. X Z PB N.. N K N NNN N N H. 8"... NV "P"-P NN (") N W WK-N NU W VP BY PUBNG N "P"-P: N BV NK (") QU BY NK PN N NN N NH * * abinet design features front access panels on each side for easy access to electrical and refrigeration components. * mni's patent pending "-peed" fan motors for low energy consumption (savings). ll evaporator coils supplied by mni with matching thermostats (t'stat), solenoid & expansion valves along with "" motors (W/'s only) factory installed. ~ () N N:.48 N UNNG /4 P / /4 N NNN.5 NU N BWN WK-N W. WK-N Z W UN N QU N Y: B Primary / econdary / econdary coil piping 9 4 U P VG 5 PH / HZ / UN NNN () W 7/8 7/8 NNN (NH) BU N Z / / H G BU P / / PPX. HP WG. B PW UPPY NNN BUNG K Y N Y N QU N ~ () N 9 U VG NNN (NH) P 8- PH / HZ UN BU H G / 6 NNN N BU () W Z P - 7/8 / / PPX. HP WG. B. 8 PW UPPY NNN BUNG K N Y XV NY XV PY XV NY 8/5/6 4:9:4 P WNG WK-N Z (U P) GN: P-= PN K B-P= N PN W-= WNG (N N) BY N 5W-= 5-W (-) Y ()= BU (-) X ()= YW (-) 4 ()= (-) N ()= (-) ()= BWN (-) -W= VP WK-N B-= N VP H= N N H (8V) -= H (-G) G -4. w/ N N G -. w/ N = P N ( N UN ) H= H = NN & N Y V= QU N N VV = N () = N P. H= H H= H P 8. -W P- Y(): Y(): Y(): & & B H PN PY GN NGN QUPN H NVNN N N VB NN. BU UN B V N H B. PUBNG,, GN, N VN U HV BN UY PB N NN U QUPN B UPP. W P N PNBY WK N BY N N W N N NY XPN HNG NY BY BUNG, NN, UU NN, BY H UBUN HNG N QUPN HWN N H PN. H WNG H PPY N NP. N B PU BU, H N WH N P. 4 WNG QY.: 5 W() - (-G) W- N/ N/ N/ N/ N K WNG BY NP 5W- B-P B- V N. VN BY H N X N X 4 H 4 H H nitial esign elease to levenger ssociates (. cougald) WNG WK-N (U P) GN: W-= WNG (N N) BY N -= H (-G) G 8. w/ N N G 5. w/ N = P N ( N UN ) B-= N VP -W= VP WK-N = V= QU N N VV = N () = N P. 7/6/6 P N. -W N/ 5 N/ - (-G) 4 VN W- WNG QY.: W() N/ N/ V B- 4 V N BY e l in g v so th WNG PY - w/ W NY (U P) GN: W-= WNG (N N) BY N -= H (-G) = P N ( N UN ) B-(P)= N VP (PY) B-()= N VP (NY) -W(P)= VP WK-N (PY) -W()= VP WK-N (NY) V= QU N N VV (P)= N P (PY). ()= N P (NY). e n * G 8. w/ N *N G 5. w/ N = = N () eeds of tom o w orr to a d y! N/ 5 N/ - (-G) 4 -W(P) W- WNG QY.: 6 W() N/ N/ B-(P) V 4 (P) mnieam,nc. anufacturer of mniemp efrigeration Products 9 Hall oad, owney, alifornia 94 (8) (oll-ree) - (56) (ax) Web page address: -ail: lbert@omniteaminc.com V N B-() -W() 4 () B-() -W() 4 () Nisqually arkets - rederickson -tore rederickson, W efrigeration Plan : GN #: 7/6/6 664 : GN BY: ean Green WN BY: None lbert amug of H NUB: NQUY K - KN - GN H Z = 4 x 6 H Z UN = x7 VN: : 8/8/6 NUN UN H N. NQUY B N VPN - KN P 788 NYN KN, W 9875

12 H NN - ob#79 H N. G NGH 544 N--PP- '." X. KNG P. 6 eg. XH. XHU PNU () WH NG. HGH..P. UPPY 96 " " 4" " 59 H NUN 4 Where xposed H NG. N W N N N PN: P G-P H P G-P NG-G UNG UNQU -B GN N NUNN WH B GN, V XPN N NY. N NUN, N Z N N -NH P H HNN(). VN PN : BU N N WH NP No. 96 8/5/6 4:9:6 P H NN H N. H PN G H N. G P UPPY PNU() ront 7" 6" 6" Utility abinet () YP QY. HGH NGH 9 N aptrate olo ilter " 6" 9% ee ilter pec eries 6 N eft "x54"x4" nsul./. -P PN WPP 8." High ront, eft, ight PH 8." High X 7." ong 4 Vertical UU N PN NUN H H N. G P. NGH WH HGH YP U U U U " Y NUN Y N N NN N. NH QUN N BUB U. U.. isted 55 eries 6 anopy ight ixture - High emp ssembly 8" 8" () WH NG...P. " " " " 4" 4" 4" 4" 4" "."."." PN VW - Hood # '." NG 544N--PP- N: dditional hanging angles provided for hoods ' and longer. GH() /4" 56 /" 4 /" 56 /" " /4" QY. 4" 4" 4" " " " " 4 /4" 79" " " '."Nom./'." 4'-." verall ength " YP 4" 8" 8" 4 /4" 79" W GU N Z " YP 54" 6" UY BN() Y Z # N- eries with PP ccessory pecification WH QUNY ight an he model N- with PP ccessory is a compensating canopy hood rated for all types of cooking equipment. he hood shall have the size, shape and performance specified on drawings. onstruction shall be type 4 stainless steel where exposed. he manufacturer, and N shall determine the individual component construction. onstruction shall be dependent on the structural application to minimize distortion and other defects. ll seams, joints and penetrations of the hood enclosure to the lower outermost perimeter that directs and captures grease-laden vapor and exhaust gases shall have a liquid-tight continuous external weld in accordance with NP 96. he hood shall be wall type with a minimum of four connections for hanger rods. onnectors shall have 9/6" holes pre-punched in ½" x ½" angle iron at the factory to allow for hanger rod connection by others. he hood shall be furnished with U.. classified filters, supplied in size and quantity as required by ventilator. he filters shall extend the full length of the hood and the filler panels shall not be more than 6" in width. he hood manufacturer shall supply complete computer generated submittal drawings including hood sections view(s) and hood plan view(s). hese drawings must be available to the engineer, architect and owner for their use in construction, operation and maintenance. xhaust duct collar to be 4" high with " flange. uct sizes, and static pressure requirements shall be as shown on drawings. tatic pressure requirements shall be precise and accurate; air velocity and volume information shall be accurate within -ft increments along the length of the ventilator. U.. incandescent light fixtures and globes shall be installed and pre-wired to a junction box. he light fixtures shall be installed with a maximum of 4'" spacing on center and allow up to a watt standard light bulb. he hood shall have: - double wall insulated front to eliminate condensation and increase rigidity. he insulation shall have a flexural modulus of 475, meet U 8 requirements and be in accordance with NP 9 and 9B. - n integral front baffle to direct grease laden vapors toward the exhaust filter bank. - built-in wiring chase provided for outlets and electrical controls on the hood face and shall not penetrate the capture area or require an external chase way. - emovable grease cup for easy cleaning. he hood shall be isted as "xhaust Hood Without xhaust amper", N isted and built in accordance with NP 96. he hood shall be listed for 45 cooking surfaces at 5 /ft, 6 cooking surfaces at /ft, and 7 cooking surfaces at 5 /ft. he hood shall be isted as "xhaust Hood Without xhaust amper". H Y HNGNG PPNG WGH Y 866 B XHU HNGNG NG " P WH HK " Y NUN Y N N " NN N. NH QUN N BUB U. H PNBY H H/WN NU H H H N -BUB N BUB N PN WH QUN. G N WH VB UP UN H NU N HN N NNG V U H W PNN WHN B. G XN NY PN H V 75% G P V N N Z, N 9% G P VN N N Z N G, WH PNNG PU P N X. NH W GUG. H P G-P W N N " aptrate Grease-top olo NY ilter N NY (%) P (um) P BU N PN WH:. NP #96 N N # U N #46 N. H. () U-649 H B 54" PH 8." HGH X 7." NG QUPN BY H 6" 48." X N VW - H - 544N--PP- # N (in. H) " aptrate Grease-top olo N V. W - ilter W (cfm) N N N NG B, B. H Y NPY GH XU - HGH P BY, NU H N HK N GB (55 XU) 8" /4" WPP 8." HGH ( H PN B) 6" HNG P UPPY WH VU P 4" N. 8" BU N N WH NP No. 96.5% PN N P PN Nisqually arkets : WN BY: Puyallup, W, 6//6 WG.#: 79 : /4" = '-" WNG eattle ffice H N. 9 Pacific ve, verett, W, 98 PHN: (45) X: (45) : reg85@captiveaire.com U NQUY K - KN - GN H Z = 4 x 6 H Z UN = x7 VN: : 8/8/6 NUN UN H N. NQUY B N VPN V- KN P 788 NYN KN, W 9875

13 ire ystem nformation - ob#79 Y N. ag YP Z W PN Y NN N N H PNU PN NZZ VN PN : 8/5/6 4:9:8 P nsul./. ire abinet eft eft G VV() Y N. ire ystem Parts ist Key Y N. 8.5" X (N) 4 G YP Z UPP BY echanical. aptiveire ystems G B B 5 5 9B N Plenum N Hood # ob # 79 8 ryer- w/rip Board High Proximity 6." x." N 8 N ryer- w/rip Board High Proximity 6." x." KY NUB - P PN YN BY - ir ylinder and ubing for echanical Gas Valves (nsul) - - UNN Bursting isc Union ssembly for anifold ystem. - - P-B BW P - etal NK(#B) -. Gallon ank (for use with utoman elease, ctuator, or nclosure (U/U)) - - N- GU - nsul egulated echanical elease/bracket ssembly (7949),, -, artridge etection ncluded Q-. GN - nsulex ow PH Wet hemical gent, Gallon (U) ouble ank Nitrogen artridge - - NK NK - est ink ( test link) WH K- ncludes switcvhes and ounting Hardware. ingle ual lectric witch, ne tandard witch, ne larm uty witch H H - ubber Hose NZZ - W Nozzle, uct (eplaces NU Part# 4948, Part# 497) NZZ - N Nozzle, Plenum/ppliance (eplaces NU Part# 4946, Part# 495) NZZ - N Nozzle, ppliance (eplaces NU Part# 4949, Part# 498) Q-/8 QUK - /8" (U) QP-/ PUY - /" Hood eal (U) eries (cissor inkage) NW#45547/45548 (#4769/4448) N-6 UB NK - 6deg, - and PNH - - N-5 UB NK - 5deg, - and PNH, Part Number P- PU N - ed composite (without wire rope) 4468 (ld acola #6-485) P- PUY BW - ow emp. Pulley lbow, et crew ype NU Part # P-H PUY BW - High emp Pulley lbow, ompression ype 4. able No Proximity ating 4." x6." N uct W 8 ryer- w/o rip Board High Proximity 8." iameter able No Proximity ating 4." x." 8. QY. BY Y ven High Proximity." x." QY. BY. Plenum N NU PU N VB N V GN NK N - PP P HWN VNG, BW,, N NZZ UPP BY - NZZ W PN BY HVNG, N,. - XU 9 BW N UPPY N. - NU 7 NH GN N NK NZZ. - PPB, P-PP HB P HPP. - Y PPNG XN XU 6" BV H P H H. - PPN NN PN H KNG U Z, N H V PPN Z. - H Y P WH U.. QUN ob #: 79 ob Name: Nisqually arkets rawn By: ystem ize: NU-./.-N otal P required: Hood # '." ong x 54" Wide x 4" High iser # ize: " x " Hood # etal Blow-ff aps included. PN / BY U PN NZZ H UN UPPN Y H B H P-NGN YP WH X NZZ GN BUN NWK. H B WH UNW B, N. (U) H Y H B PB U N N UN WH NU UN. H B VB HN G N HU- PPN. H XNGUHNG GN H B PU BN, PU -B UN GN KNKWN N UN G. H B VB N P NN WH NUN QU GN HNNG N UG. H GU HN H B PB WH UB NK N Y. H UB NK H B N N NG H PNG PU N H VNNG Y. H UB NK H B UPP BY / NKG BY. PPN PN NZZ PN P-W N BX WH N P, -PH N N V N N GH ( PPB) N PN YP NU - Y YU GN - BN NU Y B.5 GN NK GN NK UN GU 4 GU U 5 NUX QU GN ( G.) 6 NUX QU GN (.5 G.) 7 G (-) 8 G (-) 9 G (-) 9 G (---) 9B UB NK G NK UB WH H BY U NZZ (49) W U NZZ (497) W NZZ BY (496) NZZ BY (49) N NZZ BY (495) /N NZZ BY (494) N NZZ BY (498) 45 NZZ BY (494) NZZ BY (499) NZZ BY (494) 9 NZZ BY (494) 6 NZZ BY (494) 8 9 W P UB NK HGH P UB NK GV HN G VV GV G VV 4 NU PU N WV P Nisqually arkets : WN BY: Puyallup, W, 6//6 WG.#: 79 : /4" = '-" WNG eattle ffice H N. BU N N WH NP No Pacific ve, verett, W, 98 PHN: (45) X: (45) : reg85@captiveaire.com U NQUY K - KN - GN H Z = 4 x 6 H Z UN = x7 VN: : 8/8/6 NUN UN H N. NQUY B N VPN V- KN P 788 NYN KN, W 9875

14 4.5".5" PKG - ob#79 N. G PKG # N -P Utility abinet eft WH N Utility abinet eft Hood # QUNY ight an PN mart ontrols hermostatic ontrol N N YP ɸ H.P. V xhaust upply **HN N NGN N N N** G. NY VN PN : BU N N WH NP No. 96 8/5/6 4:9: P B N PH 8 V :. P: oad Wiring W oad Wiring 7 W N PN 8. Y WH 79 N PN GN HN N Y, W N HWN N: G G G GUN GN W Y PV NU P N PN Y N PN PN N PN esponsibility: lectrician Z HWN H XU W PN 4 Hot PH Neutral V Ground 5 N PW. N W HUN P. 5 H GH H W/ N PW. WH # XH- &UP- GN N PN N esponsibility: lectrician G G G GUN esponsibility: lectrician N: W N (). W NY (). HU HV NNUY WHN. N N N Ground W NN : 5.4 HP:. V: 8 V : 5.4 HP:. V: 8 V N PN K WH P N PN WH N PN H GH 4 W X N PN KHN P N N PN U N N PN GN XN HUN P N PN P Y Y N N PN XN WH V GN HUGH K WH P. WH HU B N N N PN N. WH Y W -5 NNN W -BX N P H W N B. N UN N WY H U. NU B Y W PU H N. UN N XHU U H WNG NNN Y Y N B QU B N B PN N NGZ N NN. N NY PN P N W K WHN Y. HY U B QUPN PV GN. (N BUNG WHH U B W H NU NNG WH N NU UN) GN WH HUGH B W V ZN N N GH -XN PNN - N PN: NUB -P B N Nisqually arkets N PN WH : H N GN GN PNN P 4:N :N - P 4:N : :N - P 4:N : :N. H he lectrical Package, typically P, is designed to thermostatically activate the exhaust fans for an exhaust hood whenever elevated temperatures are sensed in the exhaust system. his option will meet the requirements of by providing a thermostat(s) mounted in the duct or hood riser to sense increased exhaust temperatures. ontrols shall be listed by (U 58). he control enclosure shall be N rated and listed for installation inside of the exhaust hood utility cabinet. he control enclosure may be constructed of stainless steel or painted steel. emperature probes(s) located in the duct riser shall be constructed of tainless teel. room temperature sensor is also provided for field installation in the kitchen space in order to start the fan(s) based on the temperature differential between the room and the exhaust air in the duct, rather than fixed set-points. he system is factory pre-set to activate the fans at deg above the room temperature. nce the duct temperature reaches the activation point, the exhaust fans will be activated. he controls also provide hysteresis to prevent cycling of the fans after the cooking appliances have been turned off and the heat in the exhaust system is reduced. he hysteresis is factory set degrees and will keep the exhaust running until the temperature falls degrees below the activation set point. hysteresis timer also exists to keep the fans running for at least min after being activated by the temperature rise. he activation and hysteresis settings may be field adjusted on the board interface located inside the control enclosure to meet application needs. he panel is factory configured to shut down supply fans, turn on the exhaust fans and turn off the hood lights in a fire condition. N XH- UP K H HN N NU G W, W N HWN K 4 B W GN B N H WN BY 6//6 H YP N WG N P #- : WH GN H HUN NU HUN NU G W - : : - :N 4:N :N 4:N :N 4:N H GH P HUN B WH N PN PN: Phase w/ control for xhaust an, upply an, xhaust on in ire, ights out in ire, an(s) n/ff hermostatically ontrolled. oom temperature sensor shipped loose for field installation. PU N UN N N NG GNG BX. N N N PV U PU (N U - U UN) WY H U. W N B WH PV W W VG B B G H UN P HW, Y WNG 6 WG. Y WNG 8 WG. PU N N PUG N PW U PY 45 K, PN: WH -5 B. NGH QU. 9 V H WH x : N NPU 4 4 WG - - XH- N N P N: -K9 PH V H=N, V: 9-KB6 8 V : 5.4 N=NU, 5 5 HP:. G G. 4V K 4 K N NN 4 WG - - : UP- K 5 HUN P - + 4V N: -K9. P- V: 9-KB6 6 : 5.4 NN N HP:. PU 7 x H H 8 H N Q. G PN 7 + V B 4 V 5 B 8-7 B H GH P H W UP H WH/B B GN H N N H N K B + N GN WH N H N H N NN -NVNN W U N: ne per xhaust iser : hermistor has wires that will need to be field wired to controller : hermistor will be factory installed if exhuast risers are factory installed : f hermistor is to be field installed it is to be installed no further than 4" from top of hood. uct hermostat (H) Part # /P-P-4"-XP V.. /" NP Quik eal (dapter Body) Part # - /" Quik eal (Gasket) Part # - U. /8" - /4" iameter Hole H N NN -Y BU W U N: ne per xhaust iser : hermistor has wires that will need to be field wired to controller : hermistor will be factory installed if exhuast risers are factory installed : f hermistor is to be field installed it is to be installed no further than 4" from top of hood. # 7 - QUK. xtension ing 596-/ xtension ing over -BW Y N (HWN -NGZ) 4 WG -- N/ N WH YW Grease uct (xternal urface) /" Quik eal (ock Washer) Part #- /" NP Quik eal (Nut) Part #- # -BW V. **N: XNN NG B K W U /" X /" PP - & Z. /" X /" PP -. xtension ing 596-/ xtension ing over -BW -x V Y N 4 N x 4 V Y 4 N N + PNN B PN -X tarter PN: varies -X verload PN: varies -X ontactor PN: varies P- Power up. 4V PN: P8-4- -x V elay P PN: V ight elay PN: uct hermostat PN: /P-P-4"-XP G WH PN: 4878 GN WNG Y - WNG YW- YW B- BU GY- GY B- BWN P- PUP - NG - WH- WH /B- /B P B/- B/ P /GN- /GN P WH/B- WH/B P B N Nisqually arket... WNG -P PN PN Phase w/ control for xhaust an, upply an, xhaust on in ire, ights out in ire, an(s) n/ff hermostatically ontrolled. oom temperature sensor shipped loose for field installation. B N WN BY 79 YP Y 6//6 WG N P #- H- () P XHU N N H XHU WHN 4" NNN H (HW PV). W N B WH PV W W VG B. 4 x 8 x 6 Box Y WNG H U B P ev..6 H ev x -x -X Nisqually arkets : WN BY: Puyallup, W, 6//6 WG.#: 79 : /4" = '-" WNG eattle ffice H N. U 9 Pacific ve, verett, W, 98 PHN: (45) X: (45) : reg85@captiveaire.com NQUY K - KN - GN H Z = 4 x 6 H Z UN = x7 VN: : 8/8/6 NUN UN H N. NQUY B N VPN V- KN P 788 NYN KN, W 9875

15 788 NYN KN P KN, W 9875 NQUY B N VPN NQUY K - KN - 8/5/6 4:9: P GN H Z = 4 x 6 H Z UN = x7 VN: 8/8/6 NUN UN : H N. W-

16 788 NYN KN P KN, W 9875 NQUY B N VPN NQUY K - KN - 8/5/6 4:9:6 P GN H Z = 4 x 6 H Z UN = x7 VN: 8/8/6 NUN UN : H N. W-

17 788 NYN KN P KN, W 9875 NQUY B N VPN NQUY K - KN - 8/5/6 4:9:9 P GN H Z = 4 x 6 H Z UN = x7 VN: 8/8/6 NUN UN : H N. W-