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HomeMy WebLinkAboutWTR272878 (5)REVISED SUBMITTAL DATA CITY OF RENTON, WASHINGTON NORTH TALBOT PUMP STATION PROJECT DIVISION 16.10 - MOTOR CONTROL CENTER OMEGA CONTRACTORS 11930 308TH NE DUVALL, WA 98019 SO #18898 REVISED SUBMITTAL DATE: SEPTEMBER 20, 2002 000 S& ZnC. 13200 SE 30th St., Bellevue, Washington 98005 (425) 644-1700 FAX (425) 746-9312 � SIEMENS 1 ' General Design and Structure • Heavy -Duty Construction with up to 100KA. ' Bus Bracing. • NEMA Wiring. • Plug -In Units with Racking Feature through ' Size 5 Starters. • Door/Unit Mounted Pilot Device Panel. • UL Labeling as applicable.. e• 600V 50/60 Hz. • CSA Labeling as applicable when specified. tGeneral Description TIASTAR provides an efficient means of grouping electric motor controls and related devices in one ' compact structure, A motor control center con- sists of one or more enclosed vertical sections mounted on the floor. It contains incoming line ' facilities, a common horizontal bus, wireway trough, and conduit facilities for incoming and outgoing wires. Each vertical section typically contains a vertical bus connected to the power bus, a vertical wireway, one or more combination ' motor control units, and various related devices, including push buttons, selector switches, and many others. Motor Control Centers also might include equipment such as transformers, lighting ' panels, and special assemblies. TIASTAR, in addition to providing a safe conve- nient housing for system motor controls, is easy to design and install. Modular construction and flexible features allow efficient space utilization and simplify future additions or modifications. ' IMPORTANT. The dimensions depicted within this document are for reference purposes only and are subject to change without notification. Contact the fac- ' tory for certified construction drawings. THIS EQUIPMENT CONTAINS HAZARDOUS VOLTAGES. DEATH, SERIOUS PERSONAL INJURY, OR PROPERTY DAMAGE CAN RESULT IF SAFETY INSTRUCTIONS ARE NOT FOLLOWED. ONLY QUALIFIED PERSONNEL SHOULD WORK ON OR AROUND THIS EQUIPMENT AFTER BECOMING THOROUGHLY FAMILIAR WITH ALL WARNINGS, SAFETY NOTICES, AND MAINTENANCE PROCEDURES CONTAINED HEREIN. THE SUCCESSFUL AND SAFE OPERATION OF THIS EQUIPMENT IS DEPENDENT UPON PROPER HANDLING, INSTALLATION, OPERATION AND MAINTENANCE. 1 S- Figure I - Structure with complete bus assembly. Figure 2 Top horizontal wireway, Fit Wire tie devic Figure 3 Bottom horizontal wireway. I I I I I I I I I ' Doors The vertical wireway doors and unit doors are pan type with concealed hinges of the removable pin type. The vertical wireway door hinges on the right, the unit door on the left, giv- ing maximum access to the vertical wireway. Individual doors may be removed without removing the door above or below. ' Doors stay in place even with the hinge pins removed and the door fully opened. To remove, take out pins, close door, and pull off. Doors open in excess of 110°. A minimum of two (2) 1/4 turn fasteners are used on 12" unit doors and larger. ' 15" and 20" wide MCC doors are available with a plexiglass cutout option. See page B26 for dimensions. Unit Supports Two shelf brackets and a separator angle support individual units and provide a retention for a door gasket when so spec- ified. ' Cover Plates The bottom 6" wireway of each section is covered with a formed plate with captive -type screws. There are two 13 ' gauge top plates on 15" sections (three on 20"). The rear top plate on front mounting and the center plate on back-to-back mounting sections permit access to the horizontal bus. The front top plate on front -mounting and the two outside plates on back-to-back sections are removable for installation of con- duit. A screw -mounted 16 gauge plates cover the rear of front - mounted MCCs for ease of removal if rear access is desired. Reversible bottom end -cover plates cover the bottom hori- zontal wireway, ground bus opening, and the end channels. They perform this function if the section is mounted on its ' sills or if the section with sills are grouted into the floor, the plates are simply rotated 180°. ' Finish The motor control finish is an electrostatically applied TGIC polyester powder, applied both manually and automatically in an environmentally controlled clean room, cured at 400° F for 20 minutes. All painted parts undergo a five -stage prepara- tion process that includes an alkaline wash, water rinse, iron phosphate wash, water rinse and a non -chrome sealer. The minimum film thickness on external surfaces is 2.0 Mils and ' the finish passes a 600-hour salt spray test per ASTM B117- 94 definitions. Motor control center structures are painted USAS #61 gray to match Siemens distribution products. Units and the rear of the vertical wireway are painted white. Figure 5 - 110' opening of unit and vertical wireway door. Figure 6 - Front top cover plate with conduit hole. Figure 8 - Reversible bottom end -cover plates. 1 I I I I I I I I I I I I I I I 7 I I I I I I I I I I I I I I I I I Figure 9 - Blank space with door gasket angle (intermediate angle). I D2 A ... ... ... I I I I I I I I I L I I I I I I I I I I I I I I I I I I i I Jng Figure 11 - Vertical Bus Barrier with Stab Holes and Stab Hole Covers. Optional vertical ground bus with unit ground terminations is also shown. I Figure 12 Figure 13 Figure 14 - Horizontal/vertical ground bus connections. Figure 15 - MLO Vertical 600A 42K Figure 16 - MLO Horizontal 600A 42K Max I I I I. I I P� I I � I I I I I r .. ..... . ..... ' Bus Drawings ' Available Locations Of Ground And Full Length Neutral Section Neutral Ground Typical CD ABCD With Vertical Ground Bus C AC Main Lug Only CD BCD ' Main Disconnect CD BCD Service Entrance C ABCD Note: a Location B and D is available on 21 " deep back to back structures only. s When continuous (full length) neutral bus is specified, it must be located in the bottom of the structure. Full length neutral bus requires that the ground be located in the top of the sturcture. The standard location is C. �o o 0 A B I Horiz. Bus E `a 0 LL tz C D ❑ ° 0 Side View ' Figure 17 21 Bus Mounting Dimensions 20 1s ' Distance from �20 � s� �� 1�4 Front Edge to o o Horizontal Bus � 1 ' AMP D D ' I 9 600 10 Dist. to 3 he gnd. bus l I 800 97/g �41/2 1 3 I ' 1200 91/2 13/a 1 i I 1600 91/g c Cl 2000 8 NoN N N 90 O T L L I 72 I I I I I I I I I I i Ground I I I I or neutral 2% 1 I 4 x 2�7Vi1 r71/4�1 6 1"wide 41G" + — V O ' 2" wide 31% x -F 7f3I32 1V8 Distance Dist. to to ground bus 91/32 neutral bus ' Front View Side View Figure 18 Typical Stab -On Connections 600 A Vert. Bus For Back -To -Back Sections Front • Rear Figure 19l Bus Drawing Oty. / Phase YZ Amp Size (Typ) 600 (1) 1/4 x 2 800 (1) 3/8 x 2 1200 (2) 1/4 x 2 1600 (2) 3/8 x 2 1 2000 (4) 3/8 x 2 (TYp.) t3/32 Dia. (Typ.). 2* s� Figure 20 Mounting Of Single And Double Bus Bars Horizontal bus insulator support Bus Sect. A -A 1`.11�11 JI W/600A 800A Figure 21 All dimensions are shown in inches unless otherwise specified. Sect.A-A W11200A 1600A Vertical Bus Dimensions and Availability Available Vertical Bus Structures Amp Rating Size 15 20 206/13 300 3/8 X 3/4 X X - 600 3/8 X 11/2 X X X Bus Bar Phase L1 L2 0 Front View Figure 22 Horizontal Bus Link (for joining two sections in the field). Figure 23 L1 L2 L3 Ground L1 L2 L3 I I I I �l♦■� Figure 24 All dimensions are shown in inches unless otherwise specified. 4W, Incoming Line Termination Arrangements Main Lugs Only A -1 B A 20 21) Figure 25 Figure 26 Figure 29 6-- 30 —" Figure 30 All dimensions are shown in inches unless otherwise specified. 6--- 20 —4 Figure 27 i li 12 I B 1 C A 6-- 30 Figure 31 6-20-01 Figure 28 ��� Incoming Line Termination Arrangements Main Circuit Breakers '80% Rated Thermal magnetic molded case type breakers are used for mains inthe MCC. ' Circuit Breaker Xnoonn<mgt Fig. Ref. VNreBendingt Total Assembly Required Unit Frame/MaxTrip Location Cable Size Next Pg. Space —Dim. A Height —Dim. B Space —Dim. C 0� 125A/125A Top City ~1m #3 3/0CU/AL 32 14 24 12 125AJ125A Bottom Oty~ 10 #3 3/0CU/AL 35 8 24 18 250/V250A Top Oty~ 1 #0 350MCMCU 33 15 30 18 250/V250A Bottom Dty=1 #6'350K4CMCU 38 15 36 30 40O/V400A@ Top Qty~2 3/0 500MCMCU 33 15 30 18 40O/V400A@ Bottom Qty~2 30 500K4CMCU 37 15 42 36 00OA/000/V@ To Uty~2 30 500K4CMCU 33 15 30 18 600/V000A@ Bottom Oty~2 800/V800A° Top Oty~3 #1 500K4CK4CU/AL 34 15 48 36 800/V800A°°@ Bottom Qty~3 #1 500K4CMCUA\L 38 22 54 48 120OA/1200A° To Oty~4 250 500MCMMAL 34 10 48 36 1000/V1000A°° Top Oty~4 300 600MCMCU/4L 38 10 80 72 160O/V1800A°° Bottom Oty=4 � 300 000MCK8CU/AL 40 16 SO 72 2000/V2000A°° Top City ~8 300 600MCK4CU/AL 39 19 90 72 200OA/2000A°° Bottom Qty~O 300 OOOMCMCU/AL 40 28 80 72 ` Space mrear mstructure not available. Entire rear mstructure not available. f Optional lugs available. Contact factory for size and rating. 0 1*o5A Lug size 12-1u^�14-mcU,o0-1ou^. 1*1mooAL back u (� 000^-1xooxnot mmnomo/nback m au muommuun nu @ Stab opening atbottom munit not available mrear. �� Incoming Line Termination Arrangements Main Circuit Breakers - 80% Rated Figure 32 1*--20 —W Figure 37 L 20 —J Figure 33 F L I C k-- 20 -4 Figure 38 L20 A Figure 34 All dimensions are shown in inches unless otherwise specified. i i L 20 —J Figure 35 c B IL 20 Figure 36 I 1 1 2 C C B A 6-- 30 —" 1 �-- 30 ---J Figure 39 Figure 40 Incoming Line Termination Arrangements , Main Fusible Switches Main fusible switches consist of the following: , • 60 to 200A Siemens-Furnas switch and class R fuse clips. • 400 to 600A Siemens molded case switch and class R fuse holder. ' • 800 to1200A Siemens molded case switch and class L fuse holder. Fusible Disconnect Incomingt Fig. Ref. Wire Bendingt Total Assembly Required Unit Switch/Clips Location Cable Size. Next Pg. Space -Dim. A Height -Dim. B Space -Dim. C , 60A/30A or 60A Top Qty = 1 #14 - #14 CU/AL 41 14 24 12 60A/30A or 60A Bottom Qty = 1 ' #14 - #14 CU/AL 46 8 24 18 10OA/100A Top Qty =1 #14 - 1/0 MCM CU 42 13 30 18 10OA/100A Bottom Qty = 1 , #14- 1/0 MCM CU 47 7 30 24 20OA/200A Top Qty = 1 #6 - 350MCM CU 43 16 42 30 ' 20OA/200A Bottom Qty = 1 #6 - 350MCM CU 48 10 48 42 40OA/40OA0 Top Qty = 2 ' 3/0 - 500MCM CU 44 14 48 36 40OA/40OA0 Bottom Qty = 2 3/0 - 500MCM CU 49 14 60 54 60OA/60OAT Top Qty = 2 ' 3/OMCM - 500MCM CU 44 14 48 36 60OA/600AT Bottom Qty = 2 3/OMCM - 500MCM CU 49 14 60 54 ' 80OA/800A Top Qty = 3 250 - 500MCM CU 45 13 60 48 80OA/800A Bottom Qty = 3 250 - 500MCM CU 50 22 90 72 ' 120OA/1200A Top Qty = 4 250 - 500MCM CU 45 13 60 48 1200A/1200A Bottom Qty = 4 , 250 - 500MCM CU 50 22 90 72 Space in rear of structure not available. t Optional lugs available. Contact factory for size and rating. T Stab opening at bottom of unit not available in rear. Incoming Line Termination Arrangements Main Fusible Switches A A ^ A B -f C B T F B L B C B C C L 20 J L 20 A L 20 -J � 20 L 20 A Figure 41 Figure 42 Figure 43 Figure 44 Figure 45 12 C A A � e A B C e C B A L L L L 6 L 20 -N L 20 -J L 20 -1 L 20 A � 20 .I Figure 46 Figure 47 Figure 48 Figure 49 Figure 50 All dimensions are shown in inches unless otherwise specified. Incoming Line Termination Arrangements Bus Link Bus Duct Connection Bus links are available for connection to existing System/89 Bus duct connections are supplied on request. They may MCCs. The following information is needed for each order: require a pull box or a special structure depending on the a.Style No. of existing MCC application. b. LH or RH connection to new MCC order Complete bus stub dimensions, bus run drawings, and spec- c. Ampacity of existing bus: e.g., 6O0A, 8O0A, etc. ification must be supplied. d.Size of existing ground and neutral bus For Class 89 MCCs, a transition arrangement may be neces- sary. The same information must be provided. Available Space Drawings Blank section Horizontal s Compartment 12 /r[12 00 . 2 (Typ.)- T_ 19tY�s Between sides Removeable center angle 90 72 18Ye Clear opening 17r4 Between angles 19Vi Between holes I I L l 11---- " 40. so, so T 1 4 �-- 20 —+tI—L 1- NOTE: For 30, 40, 50, 60 inch wide add 10, 20, 30, 40 inches to all width dimensions. Figure 51 12 Horizontal Bus Compartment 12 r 2 (TYp ) I 141e1ie 7 Beti,weewee n 72 sides 90 18V. Clear opening 4'iia 17% Between 9t'hx angles 18% Between Holes 15 In. Deep 9r'ha 20 in. Deep 21 in. Deep Bads to Bade Plug -In Unit Dimensions On units over 18• a Racking lever wider side barrier is assembly used as Indicated with with 90 pivot dashed line 0 11 V4" - 12 inch unit 17V4- - 18 inch unit — i I , 23V4" - 24 inch unit i 29V4' - 30 inch unit (Location varies Unit, 3514V - 36 inch unit i with size of unit). ground 41Vi - 42 inch unit Ground stab clip (Optional 47V4* - 48 inch unit 51 Y4' - 54 inch unit 00 57V4" - 60 'vtdt unit 9 The distance from the g-i plun unit back I t to the 14�'i the unit door s 8%1. 9' NOTE: The GND clip on the side is left in place even when adding GND stab, to allow for positive grounding in test position. Figure 52 Fixed Mounting Panel Dimensions �- B A 20" WIDE 50" B 60" WIDE A 30" R.40" WIDE A Figure 53 Unit Space 20" W A B 30" W A B 40" W A B 50" W A B 60" W A B • 12 9 177/8 18 15 177/8 24 21 177/8 30 27 177/8 36 33 177/8 33 271/2 42 39 177/e 48 45 177/8 54 51 177/8 60 57 177/8 69 69 177/e 70 271/2 70 371/2 70 471/2 70 571/2 Wireway Dimensions 23/. 1 38.25 s inches Vert. wirewa (typ.) -►{ 02 (Lift angle Yp- crososs- sect'I 0 front 9 40.5 0 wireway �^' 0 Compartment top cover (typ.) Front Front i Shelf bracket A/B C/D Rear wire space A-4Ve 4 300A Vert. ireway B-3 door 600A tYp ) I 6 1 ya ir Front Right Side View 15In. Deep Figure 54 All dimensions are shown in inches unless otherwise specified. Horizontal wirewayls V 30 sq. In. 4 L —7Yz 4 - Right Side View 201n. Deep Front Only C-10 300A D-91/e 600A | ControlF� ControlU | on | | UnitU Horizontal bus (typ.) rL V Rear �arne as ty 7fr pical front Shelf bracket | 1 Base channel �_'_�_` ,--'m—~ uvIm(tvn) Right Side View auu 21 In. 1omuoIn. Deep Back mBack Front Only pievvoam All dimensions are shown in inches unless otherwise specified. Rear will accept 6-12' unit modules. Same as front Back a/m Deep Conduit Entry and Transformer Mounting Drawings Top Conduit Entry: 15" 20"and Back -to -Back Rear top plate can be used for conduit on 20" deep MCC. Cables can then be run from rear to front through optional wireway holes to connect units. Bottom Conduit Entry: 15,"201"and Back -to -Back Openings with Removable Cover Plates (Typ.) Openings with Removable Cover Plates (Typ.) I _ _ _ _ _ (5) 2' Contlult8 I bi't 6 I 20 I 10 t Deep I Deep I (3) 4- Conduits I ( (3) 4' Conduits ( LI (4) 3_Condults _ i 6 I or (4) 3_Conduits — I /- Unit I Unit Door 17 Wireway Door 17 Wireway Door Door Wireway Unit Door Door i------ ( (3) 4' Conduits 67- or 1 (4) 3' Conduits I Horiz. Bus — --- -- Back -To - Inspection 21 Back Cover (3) 4' Conduits 6Y. I o 1 (4) 3' Conduit I Unit 17 Wireway Door Door Figure 56 {� 20 I Mig. Holes 1'Y2 (TYP ) I I � 3 ° ° I --201Y2 (TYP ) Vertical 17 —1 Bus 3 e e e 19'1166s 17 /ie n Space Open for 13tyte 14tt/,s Space Open fora"/ie I�,s Conduit Entry i— Conduit Entry 3- I ° Is Ie 3 I e Io Ie -»I24'i 141'i— 5142 I� —�12N 14'h 'I 5Yz ('— Channel Sill Channel Sill I I � Back -To -Back 3 e e ° Vertical Bus Vertical T Bus 17 I 20% 17444 9%4 I Iq Typical space Open for 143/, L L Conduit Entry 6�'a 3 II e o Ie —�1 3A 14V2 15Y2 Remove bottom unit to pull wire. Channel Sill Conduit should not extend more than All dimensions are for reference and are subject to change. 21/2 inches above the floor surface. Not for use for construction. Figure 57 All dimensions are shown in inches unless otherwise specified. .. FIM ' Wireway Auto Transformer Mounting And Bottom Conduit Entry Restrictions Size 2 - 4 Reduced Voltage Auto Transformers ' l7" 4" 17" 2I.. i 7f, A A 20" D ulonCM 15"D a 11'• 13 r9 e I Aulo/XFMR � AFMR � � I L-1 F---20"W � F-20"W —+I L-20••W— ' SECTION A -A SECTION A -A FRONT VIEV Figure 58 Size 5 and 6 Reduced Voltage Auto Transformers ' 10 F --7. C r- 15"0 a �e i L F 30"W _ ' SECTION C-C FRONT VIEW �10"-� 1 r t200 1316" Imo- 30"W 30"W-----.I SECTION C-C FRONT VIEW ' Figure 59 ' All dimensions are shown in inches unless otherwise specified. Lighting Transformer Mounting And Conduit Entry Restrictions 1 - 5 KVA Single Phase F 20" 0 I S"D XFMR B L L --- 20N ------ SECTION A -A 71/2 - 15 KVA Single Phase 4" XFMR —20" W SECTION A -A Figure 60 W. I D " I 20"D XFMR I XFMR e a L L---20"W ------ L-20"W— SECTION A -A I SECTION A -A Conduit entry is not recommended below 20-45 KVA single phase and all 3 phase lighting transformers. Figure 61 All dimensions are shown in inches unless otherwise specified. 1311, To- FRONT VIEW FRONT VIEW NEMA 3113 Structure Dimensions Width of opening `: 2 —41 44 ij I—B I I t I I I 95L§ I I 100 I I 97 84�11 0 I o —+� 5 A Width of sections - 31►— 4 C �I (see chart) 37 Add both dimensions to width 451,2 for complete section Add for Add for Side View left end section right end section Front View 38% 40 Space for conduit entry Overall length (see chart) Top View 114e Mtg. holes , 6�12 15' Deep = MCC 9' 20 —' Deep =MCC 14' A D Remarks Note: 40 36 (2) 20" Sections 1. All dimensions given in inches. 50 46 (1) 20" & (1) 30" Section 2. Shaded areas indicate conduit entries. 60 56 (3) 20" or (2) 30" Sections 3. Bottom mounted transformers will reduce conduit entry 80 (2) 36 (4) 20" Sections space. Ref D63535 4. Vertical bus is 105/8" from bottom of base. 5. Bottom ground bus is 7/8" from bottom of base. 6. Drawings not for construction. For construction, obtain certified drawings from the factory. 7. Not available for back-to-back structures. All dimensions are shown in inches unless otherwise specified. Figure 62 f Duplex Structure Floor Plan And Clearance Dimensions Dimensions Left -Handed "Structure" Width Right -Handed "Structure" Width Vertical Support (Mounting Angle) Location Panel Orientation A pt o 2p N� B 4) m 10 ° " gym` :9 m y'w mco a o p C u m� �m� ' a° woo �co d~ D c °'- 61 (cpdC = n) M O(o "m Q V E •o c °' �mC = CL A �'0M ��d Q V F c m 4) and r°m CL(o CO c O�� >om . a G oC G « x X a G H W 0 «. °a •°v) `p J Z Lu6) °CL low p - - Standard Standard 15 6.35 8.34 - - - - - - - - Standard Standard 20 6.35 8.34 - - - - - - - - Standard Inverted 15 8.85 10.93 - - - - - - - - Standard Inverted 20 8.25 10.93 - - - - - - - - Recessed Standard 15 9.25 11.20 - - - - - - - - Recessed Standard 20 14.25 16.20 - - - - - - - - Recessed Inverted 15 11.77 13.70 - - - - - - - - Recessed Inverted 20 16.75 18.70 - - - - - - 20 20 - - - - - 18 18 38.88 40 17 17 20 30 - - - - - 18 28 48.88 50 17 27 20 30 - - - - - 28 28 58.88 60 17 27 PANEL -(STANDARD MOUNTINGI PANEL -(INVERTED) r(REAR COVERS) —D--� I —E— LOPEN CLEARANCE (BRACE INSTALLED) F OPEN CLEARANCE (BRACE INSTALLED) STANDARD{LOCATION} VERTICAL SUPPORT{LOCATION} (MTG. ANGLES) MCC Door - Plexiglass Cutouts Dimensions MID -SECTION VIEW TDOWWD THROUGH CGIVPARTHEHT AREA IZ G-3 I2 SPACE OPEN A FOR -B CONDUIT//// H yy T , + 3 23 22 22 2-3 LEFT RIGHT STRUCTURE— STRUCTURE FLOOR PLAN Figure 63 Cutout Size Height of Door (15" W Doors) (D) 12" 18" 24" 30" 36" 42" 48" 54" 60" 66" 72" Figure 64 1 All dimensions are shown in inches unless otherwise specified. B C 5" H x 11.5" W 11" H x 11.5"W 17" H x 11.5" W 23" H x 11.5" W 29" H x . 11.5" W 35" H x 10.5" W 41" H x 10.5" W 47" H x 10.5" W 53" H x 10.5" W 59" H x 10.5" W Mo"ntlnp No)ec(BI Cutout Size (20" W Doors) (D) B 5" H 11" H 17" H 23" H 29" H 35" H 41" H 47" H 53" H 59" H 65" H C x 13.29" W x 13.29 W x 13.29" W x 13.29" W x 13.29" W x 13.29" W x 13.29" W x 13.29" W x 13.29" W x 13.29" W x 13.29" W ... . ...... . 1c, I I I I I I I I I I I I I I 0 I ee: ............ F L I I I I I I I IL Fi I I I I I .,. i � .. .... ..' �: �r .. ... ... '.: ,... ., .. � .. :s: .f is "f ...<., € .. _ w. I I I I I I I I i 7 L I I I I I I :p 1 0 ca �.Pwq a WD 0 C, �J,-J I WN do w own N An a sm 0 Mn Mmun Noon MIS W, Short Urculf RoUng And Equypwnt SeWcton infarmetbons 'S 1h, ;Moans Van k::�,!nv: me NOW CAI jI�.r v", Bus omd Bu.,,, � -,mHe,. Ho SlArdso sm" CAI& My of ZKOTIASTAR mormns an lowsmud MA NA any lks NO in any: and invormsONG MY shoss Ox to an nm k1l 010 11 �9 0 I I I I I I I I I I I I I I I ....... ... 200V 60Hz 208V 60Hz 230V 60Hz 380V 50Hz 415V 50Hz 460V 60Hz 575V 60Hz Y N (0 g N Y� g N D_ g N �� g � CO, g ID CL Q Yz 2.5 3 2.4 3 2 3 1.3 2 0.81 1 1.1 2 '/z 3/a 3.7 5 3.5 5 3.2 5 1.8 3 1.21 2 1.6 3 .., ... 3/a 1 4.8 10 4.6 10 4.2 5 2.3 3 2 3 2.1 3 1 1 1/z 0 6.9 10 0 6.6 10 0 6 10 0 3.3 5 0 2.5 3 0 3 5 1 Yz 2 7.8 25 7.5 10 6.8 10 4.3 5 3.5 5 3.4 5 2 3 1 11.01 25 10.6 25 9.6 25 6.1 9.7 10 25 5 75 10 10 4.8 7.6 10 10 3 5 5 17.5 30 16.7 30 15.2 30 7'/z 1 25.3 40 1 24.2 40 1 22 40 1 14 18 25 30 1 11.0 14 25 30 1 11.0 14 25 30 i 7'/z 10 10 2 32.2 50 2 130.8 50 2 28 42 40 50 15 48.3 100 46.2 100 27 40 21 40 21 40 15 59.4 100 54 100 20 3 62.1 100 3 2 34 50 2 28 40 2 27 40 20 25 78.2 125 74.8 125 3 68 80 100 125 44 50 1 35 50 34 50 25 30 4 92 125 4 88 125 51 100 40 50 40 50 30 4 104 130 150 150 40 120.250 114 150 3 66 83 100 125 3 55 64 100 100 3 52 65 100 100 40 50 50 150 250 143 250 60 5 177 250 5 169 250 154 250 103 150 80 125 77 100 60 75 221 400 211 400 5 192 248 250 400 4 128 165 250 250 4 100 135 150 250 4 96 124 125 150 ...:: 75 100 100 285 400 273 400 312 400 208 250 165 250 156 250 125 125 6 359 600 6 343 600 150 414 600 396 600 6 360 480 400 600 5 240 320 400 400 5 200 260 250 400 5 180 240 250 400 150 200 200 250 403 600 325 400 302 400 2 250 300 532 800 385 600 361 600 300 350 6 620 800 6 450 600 6 414 600 350 400 709 800 500 600 477 600 FLA per NEC table 430-150 1996. (Use to size heater coil. Use motor nameplate data or table on page G12.) ' MCP size meets NEC requirements per article 430-110 115% FLA min. continuous amps. MCP trip ranges are selected to meet maximum settings per NEC table 430-152 and exception C. Art. 430-52. MSCPs are fac- tory set at minimum and can be set to a maximum of 1300% of motor FLA per NEC 430-52. ' Above ratings will not exceed maximum size allowed to protect heater coil for standard motor FLAs. Maximum ratings shown on heater coil selection charts are not to be exceeded. Do not use this chart for part winding starters. Use thermal magnetic breaker or fuse for short circuit protection. If high efficiency design E or B motors are used, contact factory for circuit breaker selection. 11 AWARNING Fire, electric shock, or explosion hazard. Can cause death, serious injury or property damage. To provide continued protection against risk of fire or electric shock, examine and if damaged replace cur- rent -carrying parts and other components of combi- nation controller. Tripping (opening) of branch -circuit - protective device may be an indication that fault cur- rent has been interrupted. If overload relay current elements burn out, replace complete overload relay. To maintain overcurrent, short circuit and ground fault protection, follow manufacturer's instructions for selecting current elements and setting instanta- neous trip circuit breaker. F 200V 60Hz 208V 60Hz 230V 60Hz 380V 50Hz 415V 50Hz 460V 60Hz 575V 60Hz N m,�- LJ N m.a N m.�- N m.�' N m.0- Y N m.fl- m,� CL '/2 2.5 15 2.4 15 2 15 1.3 15 0.81 15 1.1 15 ..... '/2 3/a 3.7 15 3.5 15 3.2 15 1.8 15 1.21 15 1.6 15 ' .::' ... 3/a 1 4.8 15 4.6 15 4.2 15 2.3 15 2 15 2.1 15 1 1 Y2 0 6.9 15 0 6.6 15 0 6 15 0 3.3 15 0 2.5 15 0 3 15 1'/2 2 7.8 15 7.5 15 6.8 15 4.3 15 3.5 15 3.4 15 2 3 11.0 20 1 10.6 20 9.6 1 15 6.1 9.7 15 -15 5 75 15 15 4.8 7.6 15 15 _ .. 3 5 5 17.5 30 16.7 30 15.2 25 71/2 1 25.3 40 1 24.2 40 1 22 35 1 14 18 25 30 1 11.0 14 20 25 1 11.0 14 20 25 71/2 10 10 2 32.2 50 2 30.8 50 2 28 42 45 70 15 48.3 80 46.2 80 27 45 21 35 21 35 15 54 90 20 3 62.1 100 3 59.4 100 2 34 60 2 28 45 2 27 45 2 20 25 78.2 125 74.8 125 3 68 80 125 150 44 70 35 60 34 60 25 30 92 150 88 150 51 80 40 70 40 70 30 40 4 120 200 4 114 200 3 66 83 100 125 3 55 64 90 100 3 52 65 80 100 40 50 4 104 130 175 200 50 150 250 143 250 60 5 177 300 5 169 300 154 250 103 175 80 125 77 125 60 75 221 350 211 350 5 192 248 300 40 4 128 200 4 100 135 175 250 4 96 124 150 200 _ 75 100 100 285 450 273 450 165 250 312 500 165 250 156 250 125 125 6 359 600 6 343 600 5 208 350 150 414 700 396 700 6 360 480 600 800 240 400 5 200 260 300 400 5 180 240 300 400 150 200 200 320 500 325 500 302 500 __. 250 250 403 700 300 6 532 800 385 600 361 600 ;;;: 300 350 620 1000 6 450 700 6 414 700 ;` 350 400 709 1200 500 800 477 800 400 200V 60Hz 208V 60Hz 230V 60Hz 380V 50Hz 415V 50Hz 460V 60Hz 575V 60Hz m' � Nc2 > > �Q � N� �� CNN� N cpn a) -0 C CO -0 �Z C N Z Cna_ZD Z er Z CLLL � N0 N N 0N _ 1/2 2.5 4 5 2.40 4 4 2 3 4 1.3 1.8 3 .81 1 1 1.1 1.4 3 0.9 1.25 3 1/2 3/4 3.7 5.6 6 3.5 4.5 6 3.2 4 6 1.8 2.5 4 1.21 1.8 3 1.6 2 3 1.3 1.6 3 3/ 1 4.8 7 8 4.6 6 8 4.2 5.6 8 2.3 3.2 5 2.00 3 4 2.1 2.5 4 1.7 2 3 1 1'/2 0 6.9 10 12 0 6.6 9 12 0 6 8 12 0 3.3 4.5 7 0 2.5 3.5 5 0 3 4 6 0 2.4 3 4 1 1/2 2 7.8 12 15 7.5 10 15 6.8 10 12 4.3 6.25 8 3.5 5 6 3.4 5 6 2.7 4 5 2 3 11.0 175 20 10.6 15 20 9.6 15 15 6.1 9.7 9 15 12 20 5 75 7 10 10 15 4.8 7.6 7 10 8 15 3.9 6.1 6 9 8 12 3 5 5 175 25 35 16.7 25 30 15.2 25 30 71/2 1 25.3 40 50 1 24.2 35 45 1 22 30 40 1 14 18 20 25 30 35 1 11 14 15 20 20 25 1 11.0 14 17.5 20 20 25 1 9.0 11.0 15 175 15 20 71/2 10 10 2 32.2 50 60 2 30.8 45 60 2 28 42 40 60 50 80 15 48.3 70 90 46.2 70 90 27 40 50 21 30 40 21 30 40 17.0 25 30 15 20 3 62.1 90 110 3 59.4 90 110 2 34 50 70 2 28 40 50 2 27 40 50 2 22 35 40 20 54 80 100 25 78.2 110 150 74.8 110 150 3 68 80 100 125 125 150 44 60 90 35 50 70 34 50 60 27 40 50 1 25 30 92 125 175 88 150 175 51 75 100 40 60 80 40 60 80 32 45 60 30 40 4 120 175 225 4 114 175 225 3 66 83 100 125 125 175 3 55 64 80 90 110 125 3 52 65 75 100 100 125 3 41 52 60 80 80 100 40 50 4 104 130 150 200 200 250 50 150 225 300 143 225 250 154 225 300 103 150 200 80 110 150 77 110 150 62 90 125 60 60 5 177 250 350 5 169 250 300 75 221 350 400 211 350,400 5 192 248 300 350 350 450 4 128 175 250 4 100 135 150 200 200 250 4 96 124 150 175 175 225 4 1 77 99 125 150 150 200 75 100 100 285 450 500 273 400 500 165 225 350 125 6 359 500 700 6 343 500 600 5 208 300 400 312 450 600 165 225 300 156 225 300 125 175 250 125 1501 414 600 8001 396 600 800 6 360 480 500 800 700 900 240 350 500 5 200 260 300 350 400 500 .5 180 1 240 250 350 350 450 5 144 192 225 1300 250 350 150 200 200 320 450 600 325 450 600 302 450 600 242 350 450 250 250 403 600 800 300 6 532 700 000 385 600 700 361 500 700 289 400 500 300 350 620 900 200 6 450 600 900 6 414 600 800 6 336 500 600 350 400 709 10001400 500 700 1000 477 800 900 382 600 700 400 Fuse sizes are selected in accordance with NEC 1996 article 430-52 & 57 and table 430-152 assuming motors with locked rotor KVA Code B thru E. Lower fuse rating may be required on motors with Code A forTime Delay fuses and no code or Code A and auto transformer starters application for Non -Time Delay fuses. See NEC table 430-152. Max. current rating of fuses is: a. 150% of max. heater FLA for Class R, K, or L (time delay). b. 250% of max. heater FLA for Class R, K or L (non -time delay). C. 300% of max. heater FLA for Class J (non -time delay). 150% for Buss J dimension Fuse (time delay). If the calculated rating is between standard sizes, the next larger size may be used. Fuse size may not exceed switch size. Time -Delay -(Class K) or current limiting Time Delay (Class RK, J, Q. Non-Delay-OneTime-(Class K), or Current Limiting RK, J, L. Minimum switch size per NEC 430-110 must be 115% of FLA of motor. Do not use this chart for part winding motors. Size as follows: maximum fuse size limited to 150% FLA for dual element fuses and 200% for non delay type fuses. � o�. ..3.. .... a .... ..... ... . .. .. .. .... .. .. .. ... ..... .: i..t.... Full Load Heater Max. Rat. Motor Amps Code of Prot. Min Max No. Device* Size 0 & 1 0.67 0.72 E14 1 0.73 0.80 E16 2 0.81 0.85 E 17 2 0.86 0.92 E 18 2 0.93 0.99 E 19 2 1.00 1.08 E23 2 1.09 1.23 E24 3 1.24 1.37 E26 3 1.38 1.54 E27 3 1.55 1.69 E28 3 1.70 1.80 E29 3 1.81 1.94 E31 3 1.95 2.07 E32 3 2.08 2.26 E33 3 2.27 2.54 E34 3 2.55 2.69 E36 5 2.70 2.88 E37 5 2.89 3.14 E38 5 3.15 3.40 E39 5 3.41 3.81 E41 5 3.82 4.26 E42 5 4.27 4,62 E44 7 4.63 5.09 E46 10 5.10 5.61 E47 10 5.62 5.91 E48 10 5.92 6.15 E49 10 6.16 6.70 E50 10 6.71 754 E51 10 7.55 8.29 E52 25 8.30 8.99 E53 25 9.00 9.85 E54 25 9.86 10.4 E55 25 10.5 12.0 E56 25 Size 1 only D25385-7 Heaters shown in the table provide a maxi- mum trip rating of 125 % of the motor name- plate amperes, which is suitable for 40'C motors. For all other motors select heaters one code number lower than specified in the table, which give a maximum trip rating of approximately 115 % . The tripping current of any heater in a 40°C ambient is 25 % greater than the lower value of motor amperes shown in the table. Starters do not provide protection from short circuits. A protective device should be pro- vided in accordance with the NEC (CEC in Canada) and not exceed the values shown in the table. Note: If the rating specified is not a standard size for the circuit breaker manufacturer, use the next largest size. Full Load Heater Max. Rat. MotorAmps Code of Prot. Min Max No. Device* Size 13/4 2.27 2.54 E34 3 2.55 2.69 E36 5 2.70 2.88 E37 5 2.89 3.14 E38 5 3.15 3.40 E39 5 3.41 3.81 E41 5 3.82 4.25 E42 5 4.26 4.62 E44 7 4.63 5.09 E46 10 5.10 5.61 E47 10 5.62 5.91 E48 10 5.92 6.15 E49 10 6.16 6.70 E50 10 6.71 7.54 E51 10 7.55 8.29 E52 25 8.30 8.99 E53 25 9.00 9.85 E54 25 9.86 10.4 E55 25 10.5 12.0 E56 25 12.1 13.6 E57 25 13.7 15.6 E60 30 15.7 17.0 E61 30 171 19.4 E62 30 19.5 20.9 E65 30 21.0 22.2 E66 40 22.3 25.3 E67 40 25.4 26.9 E69 40 27.0 30.2 E70 40 30.3 33.3 E72 40 D25556-3 Size 2 & 2% 10.5 12.0 E56 50 12.1 13.6 E57 50 13.7 15.6 E60 50 15.7 171 E61. 50 17.2 19.4 E62 50 19.5 20.9 E65 50 21.0 22.2 E66 50 22.3 25.3 E67 50 25.4 26.9 E69 50 270 30.2 E70 50 30.3 33.3 E72 50 33.4 35.3 E73 50 35.4 41.5 E74 50 41.6 45.0 E76 100 Size 21/z only D26069-5 ' Ratings specified are for instantaneous trip circuit breakers. Maximum current rating for thermal - magnetic circuit breakers is 250% of maximum heater FLA. Maximum current rating of fuses is: a. 150 % of maximum heater FLA for Class R, K, or L (time delay). b.250% of maximum heater FLA for Class K or L (non -time delay). c. 300% of maximum heater FLA for Class J (non -time delay). If the calculated rating is between standard sizes, the next larger size may be used. Fuse size may not exceed switch size. Wye -delta starters: If the motor nameplate shows the full load delta line current only, divide this value by 1.73 or multiply by .58 to select the proper heater rating. Full Load Heater Max. Rat. MotorAmps Code of Prot. Min Max No. Device' Size 3 & 3% 30.0 33.5 E69 100 33.6 36.4 E70 100 36.5 39.6 E71 100 39.7 43.6 E73 100 43.7 46.5 E73A 100 46.6 51.6 E74 100 51.7 54.4 E76 100 54.5 58.0 E77 100 58.1 63.0 E78 100 63.1 677 E79 100 678 72.4 E80 100 72.5 80.0 E94 100 M Size 31h only D26801-3 Size 4 56.9 60.9 E89 250 61.0 63.9 E91 250 64.0 677 E92 250 67.8 72.4 E93 250 72.5 77.7 E94 250 77.8 85.9 E96 250 86.0 91.9 E97 250 92.0 96.7 E98 250 96.8 105 E99 250 106 115 E103 250 116 130 E104 250 D36024-2 Full Load Heater Max. Rat. MotorAmps Code of Prot. Min Max No. Device* Size 41h & 5 88.0 98.0 E27 400 98.1 108 E28 400 109 114 E29 400 115 122 E31 400 123 130 E32 400 131 140 E33 400 141 155 E34 400 156 166 E36 400 167 177 E37 . 400 178 193 E38 400 0 Size 5 only D25651-5 Size 6 166 195 E27 600 196 217 E28 600 218 229 E29 600 230 245 E31 600 246 261 E32 600 262 281 E33 600 282 311 E34 600 312 331 E36 600 332 355 E37 600 356 387 E38 600 388 419 E39 600 420 467 E41 600 468 500 E42 600 D25665-3 AWARNING Fire, electric shock, or explosion hazard. Can cause death, serious injury or property damage. To provide continued protection against risk of fire or electric shock, examine and if damaged replace cur- rent -carrying parts and other components of combi- .O"knation controller. Tripping (opening) of branch -circuit - protective device may be an indication that fault cur- rent has been interrupted. If overload relay current elements burn out, replace complete overload relay. To maintain overcurrent, short circuit and ground fault protection, follow manufacturer's instructions for selecting current elements and setting instanta- neous trip circuit breaker. AWARNING Hazardous voltage. Can cause death, serious person- al injury, or property damage. Automatic reset will continue reset on two -wire control. When not desired, use three -wire control. Do not use manual trip button when relay is set in automatic reset position. 11 ...__.._... 77 MAN. INC. NOM. DEC. RESET +15% W —15% AUTO. RESET Trip Adjustment Reset Position Man Auto Reset Position WARNING Fire, electric shock, or explosion hazard. Can cause death, serious injury or property damage. To provide continued protection against risk of fire or electric shock, examine and if damaged replace cur- rent -carrying parts and other components of combi- '0"Nnation controller. Tripping (opening) of branch -circuit - protective device may be an indication that fault cur- rent has been interrupted. If overload relay current elements burn out, replace complete overload relay. To maintain overcurrent, short circuit and ground fault protection, follow manufacturer's instructions for selecting current elements and setting instanta- neous trip circuit breaker. Al IINI o? An D v . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . > Fi-A .... ............ .. . ............ ............ . .................. .............. . ............... .......................... .............. .......... 2,1 A 2 2 ............... . .. .. ....... ............................ ............... .......... . ........ .... ...................................... �7 ................ ............... .. ............ .. .......... ................ ..... .... ...... . .... ................ ...... I I . ....... ..... .. ........ . SIEMENS TIASTAR Motor Control Center Specifications General Bus Units Service 3Ph 3W Bracing 42K AIC sym Min Withstand Ratings Voltage 480 CB Ccmbination Same as available Frequency 60 Hz Horizontal Bus CB Feeder Same as available Avail Fault Curr 42K AIC sym Mfg Series B Service Entrance Not applicable Rating 1200A (2 - 1/4 x 2) Components (except as noted) Material Copper Starter Type INNOVA Labels Plating Tin Pilot Devices 30mm UL All units/sects Barriers Standard Lexan Light Type Transformer CSA Waived Bulb Type LED Vertical Bus General Notes None Rating See section schedule Wiring Class I Material Copper Type Bd (ctrl term blks) Plating Tin Ctrl Tenn Blocks Screw, stationary Stab Plating Tin Extra Unused Pts 6 Structure Power Term Blocks Not applicable Horiz Ground Bus Control Wire 16 ga NIIW Neva Type 1A Rating 300A (1/4 x 1) Control Terminals Ring tng, both ends Material Copper Wire Markers Control only Height 91.125" / 2315m Plating Unplated Type Heat shrink Location Front bottan Depth 15" / 381mn Lugs (1) 6-300 MCM General Options None Plan View DUOY2SP003 Paint USAS 61 light gray Inccning Nameplates General Options Main Entry Type Cable entry unit Master 2 x 6 Seismic Zone 4 UBC Location Top Color (face/text) White / black Section 01F Text Size 1/2 Special Diagrams None Unit A Text Line 1 NEC -A Incoming cables (3) 600 YJCM / PHASE Unit Standard Color (face/text) White / black Text Size 3/16 Text See unit schedule Attachment Stainless screws See General Information and Options and Notes page(s) for explanation of asterisks, option codes, legends, and detailed notes. Revision History �I Carmercial Information I Siemens Energy & Autanation, Inc. West Chicago, IL O1 08/07/02 Release Cust: S & B INC Siemens Order: UOY2S Iten: 003 User: Drawn By: CB Date: 08/07/02 Proj: NORTH TALBOT PUMP STATION Approved By: CB Date: 08/07/02 PO: B4591 MCC: DRAWING NO: DUOY2SA003 PAGE: 1 of 1 Front of MCC 12/305 90/ 2286 72/ 1829 01F A MUJ 02F 03F 04F — — A FM A RVSS A RVSS DL �R. DFCB E F B F SPACE G SPACE H SPACE I SPCL K SPACE K SPCL 6/153 Chan Sill 20/508 4 20/508 --� 30/762 20/508 —� j Sections 11 of 1 02 1 03 I 04 I I I I ■ Depth (in/mn) Width (in/mn) Vertical Bus Type Barriers General Notes 15/381 15/381 15/381 15/381 20/508 20/508 30/762 20/508 600A front 600A front None 600A front Insul/Isol Insul/Isol None Insul/Isol See General Information and Options and Notes page(s) for explanation of asterisks, option codes, legends, and detailed notes SIEDENS Gust: S & B INC Siemens Order: UOY2S Item: 003 User: Drawn By: CB /CB Date: 08/07/02 T=AR Mx Mx: Section Schedule Rev: 01 08/07/02 Release DRAWING NO: DU0Y2SL003 PAGE: 1 end UNIT NO UNIT DESCRIPTION M?IOR DATA *1 CIRCUIT BREAKER/DISCONMECT SWI= *3 OVERLOAD PROTECTION *4 CUST SEA TYPE/SUB HT SZ KW HP FLA SF RPM FRAME or DS TRIP or CLIP RNG or FUSE TYPE RNG/HTR PRDG DATA - 01FA - MLO 18 1200 - - 01FD L DCB 12 - - - - - - HED4 125 30 - - - - - - - - R - - - - - - - - HED4 125 30 - - - - - - - 01FF - SPACE 12 - - - 01EH - SPACE 18 - - - 01FK - SPACE 12 - - 1 - 02FA - FCB 24 - - - - - - HJD6 400 300 - - - - - - - 02FE - FM 12 - - - - - - HED4 125 15 - - - - - - - 02M - SPACE 12 - - - 02FI - SPCL 15W 12 - 50KVAR - 02EK - SKL 15W 12 - 37.5KVAR - 03FA - RVSS 3R35 72 361 - 250 302 - - IXD6 600 500 - - - ES20 200-540 - - 04FA - RVSS 3R35 72 248 - 200 240 - - JXD6 400 400 - - - ES20 100-270 - See General Information and Options and Notes page(s) for explanation of asterisks, option codes, legends, and detailed notes. SIEZ�S Cust: S & B INC Siemens Order: UOY2S Item: 003 User: Drawn By: CB /CB Date: 08/07/02 TIASTAR Mx NEC: DRAWING NO: DUOY2SU003 PAGE: 1L Unit Schedule - Left Rev: 01 08/07/02 Release OCNIROL CIRCUIT TOT *2 FACTORY USE ONLY UNIT WIRING AUX INT PILOT OPTION CODES NAMEPLATE INFORMATION UNIT NOTES NO DIAGRAM TY FU WLT CPT NO NC DEVICES NOTES PUCx 01FA - - - - - - - - - - - - - 01FD L D68500FDR - - - - - - - - PUMP RPOM HEATER - - - R - - - - - - - - - - - - 01FF - - - - - - - - - - - - - 01FH - - - - - - - - - - - - - 01FK - - - - - - - - - - - r - - 02FA - D68500FDR - - - - - - - - 300 AMP MCC B - - MAIN DISWNN= 02FE - UOY2SW6 UT 2/1 120 50 - - - R340 PHASE M3NITOR - - PANEL 02EG - - - - - - - - - - - - - 02F'I - UOY2SW1 - - - - - - - - - - - 02FK - UOY2SW1 - - - - - - - - - - - 03FA - UOY2SWl UT 2/1 120 750 2 0 BKA BKG BKG C04 R322 R340 PUMP 1 - - BKR ES H T1,II2 TM33 OL2 NC P2 P2 04FA - UOY2SW1 UT 2/1 120 500 2 0 BKA BKG BKG C04 R322 R340 PUMP 2 - - BKR ES H TM32 TM33 OL2 NC P2 P2 See General Information and Options and Notes page(s) for explanation of asterisks, option codes, legends, and detailed notes. SIEMENS Cust: S & B INC Siemens Orde UOY2S Item: 003 I User: Drawn By: CB /CB Date: 08/07/02 TIASTAR MCC MCC: DRAWING NO: DUOY2SU003 PACE: 1R end Unit Schedule - Right Rev: 01 08/07/02 Release Unit Options C04. Selectable isolation and bypass contactors. OL2. Extra NO alarm contact on overload relay. R3xy. 3RH relay with minimum xNO and yNC contacts. 11-32. 3RP1525 solid state 2PDT on delay timer (.05s-100h); see diagram. 7 TM33. 3RP1540 solid state 2PDT off delay timer (.05s-100s); see diagram. Pilot Device Options BKA. Push -to -Test Pilot Light with amber lens and blank or special legend. BKG. Push -to -Test Pilot Light with green lens and blank or special legend. BKR. Push -to -Test Pilot Light with red lens and blank or special legend. ES. Pushbutton mushroom with NO/NC contact and EM M STOP legend. H. Selector Switch 3 position with HAND OFF AUIO legend. NC. Pushbutton with NC contact and blank or special legend. P2. Selector Switch 2 position with blank or special legend. Other Device Legends ES20. ESP100 solid state, class 20 overload relay. UT. Unit transformer provides control pourer; x/y shows primary/secondary fuses. Some note numbers may be intentionally omitted. SIEM NS Cust: S & B INC Siemens Order: UOY2S Item: 003 User: Drawn By: CB /CB Date: 08/07/02 TIASTAR NBC MCC: Options and Notes Rev: 01 08/07/02 Release DRAWING NO: DU0Y2SZ003 PAGE: 1 end Not to scale 1 F E 7 E 1.50" 38mn .69"/18mm Diameter Mounting Holes t 0 0 Section 01 o e Section 02 e o Section 03 0 0 Section 09 1. 69" 13 mn 2.75" 2.75" 2.75' 2.75' 70imn 70mm 70mn �70mn 0 199mm� o lo9rtun1 e�J1497m 38mn• �— r- 622nm^ ont Side 508mn 51 762mn 508mn� ANCHOR DETAIL 3" r76mn .69'/I 221— CONDUIT ENTRY CONDUIT ENTRY CONDUIT ENTRY CONDUIT ENTRY 76 32 32rmc�' 27 686mn ~' 32 38mn 38mn 38mn 38mn MAXIMUM BOTTOM CONDUIT ENTRY .19'/T 183 8./ �..63. CONDUIT ENTRY CONDUIT ENTRY CONDUIT ENTRY CONDUIT ENTRY 432mn 432 686mn 432 16_. 38mn 38nm 38mn 38mn MAXIMUM TOP CONDUIT ENTRY -- This MCC is provided with a bottom mounted ground bus. Bottom conduit space is restricted; see drawing D79640 Figure 1. -- For additional general detail applicable to all sections, see drawing SFFM-15470-****. SIEMENS Cust: S & B INC Siemens Order: UOY2S Item: 003 Proj: NORTH TAIBOT PUMP STATION Drawn By: CB Date: 09/19/02 L'TLIASTAR Mx MCC: View Rev: DRAWING NO: DUOY2SP003 PAGE: 1 end MCC SPARE PARTS LIST Total Ord List Recomm Total Part Number Description Quantity Each Quantity List 3RH2122-1AK60 CONTROL RELAY 2NO 2NC 120VAC W/SCRW TERMS 6 72.00 1 72.00 3RH1140-1AK60 CONTROL RELAY 4NO ONC 120VAC W/SCRW TERMS 5 72.00 1 72.00 3RP1525-1BQ30 TIMER _ 4, 1 Call factory 3RP1540-1BJ30 SIRUS TIMER MULTILIN 6 214.00 1 214.00 3RP1903 TIMER PANEL MTG KITL 20 2 Call factory 3RW3567-ODC34 75/100HP 200/400V 1 1 Call factory 3RW3572-ODC34 125/150HP 200/400V 1 1 Call factory 40JG32AF MAGNETIC CONTACTORS HEAVY DUTY 2 1,440.00 1 1,440.00 48ASU3M20 OLR SS ESP100 1 100.00 1 100.00 48ASX3M20 OLR SS ESP100 1 100.00 1 100.00 49ASNO AUX CONTACT N.O. KIT 2 24.00 1 24.00 52BAJ CONTACT BLK 1NO 8 9.00 1 9.00 52BAK CONTACT BLK INC 4 9.00 1 9.00 52PA2A2A PILOT DEVICE OIL TIGHT 2 71.70 1 71.70 52PA4RA PILOT DEVICE OIL TIGHT 6 52.20 1 52.20 52PA6GNA PILOT DEVICE OIL TIGHT 8 78.00 1 78.00 52PA8A1K PB RESET OIL TIGHT 2 25.20 1 25.20 52SA2AABKO SEL. SW. 2 31.20 1 31.20 52SA2CABJOKI SEL.SW. 3 POS.0 CA SHORT LE 2 40.20 1 40.20 52SC6AE PILOT DEVICES OIL TIGHT 2 58.20 1 58.20 D22378004 FUSE BLOCK CC1 POLE 11 10.50 1 10.50 D22378008 FUSE BLOCK ENDPLATE 2 0.50 1 0.50 D27691001 LENS RED 2 5.00 1 5.00 D27691002 LENS GREEN 4 5.00 1 5.00 D27691004 LENS AMBER 2 5.00 1 5.00 D40730001 TERMINAL BLOCK 12 8.00 1 8.00 D41018450 PFCC FVNC 43M/50/RFC 1 4,567.50 1 4,567.50 D60256009 TRANS 500VA W/ CLIPS 1 325.50 1 325.50 D60256010 750VA W/FU CLIP SEC 1 450.00 1 450.00 D61911005 TRANSFORMER 300/5 3 90.00 1 90.00 D61911008 TRANSF 600/5 CURR 3 90.00 1 90.00 D68257002 HANDLE ITE 125A CB PLUG IN 3 142.00 1 142.00 D68257017 HANDLE ITE 400/600A CB FIX 3 261.00 1 261.00 D68469001 CPT 50VA 240/480:120V 50/60 HZ W/FUSE CLIPS 1 135.00 1 135.00 S00232001 FUSE lA 600V PRIMARY 1 16.95 _ 1 16.95 S00232036 FUSE PRIMARY 0.5A 2 14.40 1 14.40 S00330010 FUSE SEC 10A 1 6.75 1 6.75 S00330037 FUSE SEC 0.6A 1 6.75 1 6.75 S00330051 FUSE SEC 6.25A 1 6.75 1 6.75 S01021005 FUSE5A 2 18.00 1 18.00 S01021006 FUSE 6A 2 18.00 1 18.00 Total: The Recommended Quantity for parts listed above represents a 10% quantity, with a minimum of 1, for each part we recommend stocking. This does not represent a complete Bill of Material. For critical loads, a larger quantity is recommended. Consult the local Siemens Sales office for discount and net price quotations. List prices are subject to change without notice. Sierens Energy & Automation, Inc. Cust: S & B INC Sieriens Order: UOY2S Item: 003 1500 W. Harvester Rd. Proj: NORTH TALBYT PUMP STATION Drawn By: CB Date: 09/19/02 West Chicago, IL 60185 Mx ID: DRAWING NO: DUOY2SS003 PACE: 1 end 800-683-6200 Rev: 1 P SIEMENS TIASTAR Motor Control Center Specifications General Bus Service 3Ph 3W Bracing Voltage 480 Frequency 60 Hz Horizontal Bus Avail Fault Curr 42K AIC sym Mfg Series Service Entrance Not applicable Rating Material Labels Plating UL All units/sects Barriers CSA Waived Vertical Bus General Notes None Rating Material Plating Stab Plating Structure Horiz Ground Bus Nana Type IA Rating Material Height 91.12511 / 2315m Plating Location Depth 15" / 381mn Lugs Plan View DUOY2SP004 Paint USAS 61 light gray General Options Seismic Zone 4 UBC Special Diagrams None Units 42K AIC sym Min Withstand Ratings CB Combination Same as available CB Feeder Same as available B 600A (1/4 x 2) Ccmponents (except as noted) Copper Starter Type EWVA Tin Pilot Devices 30mm Standard Lexan Light Type Transformer Bulb Type LED See section schedule Wiring Class I Copper Type Bd (ctrl term blks) Tin Ctrl Term Blocks Screw, stationary Tin Extra Unused Pts 6 Power Term Blocks Not applicable Control Wire 16 ga MIW 300A (1/4 x 1) Control Terminals Ring tng, both ends Copper Wire Markers Control only Unplated Type Heat shrink Front bottom (1) 6-300 RN General Options None Incoming Nameplates Main Entry Type 600A MLA Master 2 x 6 Section 01F Color (face/text) White / black Incoming cables (2)350 M24 /PHASE Text Size 1/2 Text Line 1 Mx-B Unit Standard Color (face/text) White / black Text Size 3/16 Text See unit schedule Attachment Stainless screws See General Information and Options and Notes page(s) for explanation of asterisks, option codes, legends, and detailed notes Revision History I Carmercial Information I Siemens Energy & Automation, Inc. West Chicago, IL O1 08/08/02 Release Cust: S & B INCSiemens Order: UOY2S Item: 004 User: Drawn By: CB Date: 08/08/02 Proj: NORTH TALBOT PUMP STATION Approved By: CB Late: 08/08/02 PO: B4591 MCC: DRAWING NO: DUOY2SA004 PAGE: 1 of 1 Front of M10C (in/mm) 12/305 01F 02F 03F A A A SPCL C 90/ 2286 - 72/ PNLBD 1829 - H ECB J RVSS K XFMR RVSS SPCL 6/153 Chan Sill S-S 01 S-S 02 S-S 03 1.12/286 20/508 — �- 20/508 �- 20/508 Sections 11 of 1 02 I 03 I I I I I Depth (in/mm) 15/381 15/381 15/381 Width (in/mm) 20/508 20/508 20/508 Vertical Bus Type 600A front 600A front 600A front Barriers Insul/Isol Insul/Isol Insul/Isol General Notes I - - - See General Information and Options and Notes page(s) for explanation of asterisks, option codes, legends, and detailed notes. SIEMENS Cust: S & B INC Siemens Order: UOY2S Item: 004 User: Drawn By: CB /CB Date: 08/08/02 TIASTAR nr- MCC: Section Schedule Rev: 01 08/08/02 Release DRAWING NO: DUOY2SL004 PAGE: 1 end UNIT NO UNIT DESCRIPTION MMR DATA *1 CIRC:UIT BREAMVDISOa\1NECT SWITCH *3 OVERLOAD PROTECTION *4 CUST SEA TYPE/SUB HT SZ KW HP FLA SF RPM FRAME or DS TRIP or CLIP RNG or FUSE TYPE RNG/HTR PROD DATA - 01FA - SPCL 15W 12 - 25KVAR - 01FC - PNLBD 30 - 240/120v 1Ph 3W 18Ckt 100A MCB Al Bot Feed (11)20/1 (1)30/2 (3)20/1 W/GFI - 01FH - FCB 12 - - - I - - - FM 125 40 - - - - - - - 01FJ - )TTffR 18 10 120/240v 1Ph 3W - 02FA - RVSS 3R35 72 195 - 125 156 - - FD6 250 250 - - - ES20 100-210 - - 03FA - RVSS 3R35 60 57 - 30 40 - - EN 125 70 - - - FS20 30-60 - - 03FK - SPCL 15W 12 - 11KVAR See General Information and Options and Notes page(s) for explanation of asterisks, option codes, legends, and detailed notes. SIEMENS Cust: S & B INC Siemens Order: UOY2S Item: 004 User: Drawn By: CB /CB Date: 08/08/02 TIASTAR Mx MCC: DRAWING NO: DUOY2S0004 PAGE: 1L Unit Schedule - Left Rev: 01 08/08/02 Release CONTROL CIRCUIT TOT *2 FACIORY USE ONLY UNIT WIRING AUX INT PILOT OPTION CODES NAMEPLATE INFORMATION UNIT NOTES NO DIAGRAM TY FU VOLT CPT NO NC DEVICES NOTES PUCx O1FA - U0Y2SW1 - - - - - - - - - - - 01FC - U0Y2SW5 - - - - - - - - LIGHTING PANEL L - - 01FH - UOY2SW5 - - - - - - - - PRIMIIRY BREAKER - - 01FJ - UOY2SW5 - - - - - - - - LIGHTING - - TRANSFOPMER 10KVA 240/120V r 02FA - UOY2SWl UT 2/1 120 500 2 0 BKA BKG BKG C04 R322 R340 PUMP 3 - - BKR ES H TM32 TM33 OL2 NC P2 P2 03FA - UOY2SW2 VT 2/1 120 300 2 0 BKA EKG BKR C04 R322 R340 PUMP 4 - - ES H NC TM32 TM33 OL2 P2 P2 03FK - UOY2SW2 - - - - - - - See General Information and Options and Notes pages) for explanation of asterisks, option codes, legends, and detailed notJ(Md SIEMENS Cust: S & B INC Siemens Order: UOY2S Item: 004 User: Drawn By: CB /CB Date: 08/ TIASTAR NCC FCC: DRAWING NO: DUOY2S0004 PALE: I Unit Schedule - Right Rev: 01 08/08/02 Release Unit Options C04. Selectable isolation and bypass contactors. OL2. Extra NO alarm contact on overload relay. R3xy. 3RH relay with minimum xN0 and yNC contacts. ZM32. 3RP1525 solid state 2PDT on delay timer (.05s-100h); see diagram. r TMi3. 3RP1540 solid state 2PDT off delay timer (.05s-100s); see diagram. Pilot Device Options BKA. Push -to -Test Pilot Light with amber lens and blank or special legend. BKG. Push -to -Test Pilot Light with green lens and blank or special legend. BKR. Push -to -Test Pilot Light with red lens and blank or special legend. ES. Pushbutton mushroom with NO/NC contact and EMERG STOP legend. H. Selector Switch 3 position with HAND OFF AUIO legend. NC. Pushbutton with NO contact and blank or special legend. P2. Selector Switch 2 position with blank or special legend. Other Device Legends FS20. ESP100 solid state, class 20 overload relay. UT. Unit transformer provides control power; x/y shows primary/secondary fuses. Some note numbers may be intentionally omitted. SIEMENS Oust: S & B INC Siemens Order: UOY2S Item: 004 User: Drawn By: CB /CB Date: 08/08/02 TLASTAR Mx MSC: Options and Notes Rev: 01 08/08/02 Release DRAWING NO: DUOY2SZ004 PAGE: 1 end --- ------- ............. SINGLE LI L2 L3 SEE NOTES IL1 1L2 IL3 CKT. BKR. OR FU, DISC. 1L1 IL2 IL3 NOTES, A. TERMINALS AND WIRE PROVIDED ON 12' 30A, & 60A, CLASS 'R' FUSIBLE DISCONNECT UNITS, 480V. & LARGER B. TERMINALS AND WIRE PROVIDED ON ALL 6' UNITS. C. TERMINALS AND WIRE PROVIDED ON ALL 12' UNITS WITH HHED BREAKERS (SEE NOTE 'E'). D. TERMINALS AND WIRE PROVIDED ON ALL 12' BREAKERS WITH C-H CURRENT LIMITERS. E. ALL 70 AMP TERMINAL REQUIREMENTS IN 12' DUAL UNITS MUST USE LOAD BLOCK MOUNTING BRACKET D67700083, F. WHEN USED WITH MOD DIAGRAMS HAVING CONTROL TERMINALS, MOUNT CONTROL TERMINALS ABOVE LOAD TERMINALS FOR 12' FEEDER OR ON BOTTOM PLATE FOR 12' DUALS, Am eYO n CAD CAM DRAIIING - DUAL Ll L2 L3 I I I SEE NOTES 2 12L CKT, BKR. CKT, BKR.❑R OR FU. DISC, FU, DISC. ILI IL2 IL3 2LI 2L2 20 Siemens Emrgy 8 Autonmtlun, I— ws I-W92.! w FEEDER WIRING DIAGRAM BMW 4. D68500FDR K ` % \STD\D68\SOO�OR-K.HVG Epu x ,iuie nnrn rrw _ Not to scale 1.50" 38mm .69"/18mm Diameter Mounting Holes 1 3 Fr 20 ANCHOR DETAIL 3" 76mm 8 1 .50• 1.50• 1.50• 38M 38mm 38— MAXIMUM BOTTOM CONDUIT ENTRY 7 6 1 .50" 1.50• 1.50" 38mm 38M 38— MAXIMUM TOP CONDUIT ENTRY *2 Conduit space may be restricted by transformers in sections where indicated. -- This MCC is provided with a bottom mounted ground bus. Bottom conduit space is restricted; see drawing D79640 Figure 1. -- For additional general detail applicable to all sections, see drawing SFFM-15470-**'*. SIFMENNS [Z] t: S & B RC Sien m Order: UOY2S Item: 004 : NORTH TALBOT PUMP STATION Drawn By: CB Date: 09/19/02 TIASTAR NBC NBC: Plan View Rev: DRANINO NO: DUOY2SP004 PAGE: 1 end e e e o 0 0 Section Ol Section 02 Section 03 4 .69• 73mm 2.75' 2.75' 2.75' � 70mm � 70mn � 70mm l e 149� 0 199mm� e 149n¢n� 38mm• .69"/� CONDUIT ENTRY 2 CONDUIT ENTRY CONDUIT ENTRY L 3' 76mm � 17• �32�� L 17• �32�� LLL 17" �32� .. 19'/� . 8"/175n¢n CONDUIT CONDUIT CONDUIT MCC SPARE PARTS LIST Total Ord List Recomm Total Part Number Description Quantity Each Quantity List 3RH1122-1AK60 CONTROL RELAY 2NO 2NC 120VAC W/SCRW TERMS 6 72.00 1 72.00 3RH1140-1AK60 CONTROL RELAY 4NO ONC 120VAC W/SCRW TERMS 3 72.00 1 72.00 3RP1525-1BQ30 TIMER 3t 1 Call factory 3RP1540-1BJ30 SIRUS TIMER MULTILIN 5 214.00 1 214.00 3RP1903 TIMER PANEL MTG KITL 16 2 Call factory 3RW3554-ODC34 15/20HP 200/400V 120VDC 1 1 Call factory 3RW3566-ODC34 60/75HP 200/400V 1 1 Call factory 3TF5322-OAK6 600V COIL 2 1,660.00 1 1,660.00 40FP32AF MAGNETIC CONTACTORS HEAVY DUTY 1 372.00 1 372.00 40HP32AP MAGNETIC CONTACTORS HEAVY DUTY 3 600.00 1 600.00 48ASS3M20 OLR SS ESP100 1 100.00 1 100.00 48BSJ3M20 OLR SS ESP100 1 138.00 1 138.00 49ASNO AUX CONTACT N.O. KIT 2 24.00 1 24.00 52BAJ CONTACT BLK 1NO 8 9.00 1 9.00 52BAK CONTACT BLK 1NC 4 9.00 1 9.00 52PA2A2A PILOT DEVICE OIL TIGHT 2 71.70 1 71.70 52PA4RA PILOT DEVICE OIL TIGHT 6 52.20 1 52.20 52PA6GNA PILOT DEVICE OIL TIGHT 7 78.00 1 78.00 52PA8A1K PB RESET OIL TIGHT 2 25.20 1 25.20 52SA2AABKO SEL. SW. 2 31.20 1 31.20 52SA2CABJOKI SEL.SW. 3 POS.0 CA SHORT LE 2 40.20 1 40.20 52SC6AE PILOT DEVICES OIL TIGHT 2 58.20 1 58.20 D22378004 FUSE BLOCK CC1 POLE 8 10.50 1 10.50 D22378008 FUSE BLOCK ENDPLATE 2 0.50 1 0.50 D27691001 LENS RED 2 5.00 1 5.00 D27691002 LENS GREEN 3 5.00 1 5.00 D27691004 LENS AMBER 2 5.00 1 5.00 D40730001 TERMINAL BLOCK 12 8.00 1 8.00 D53492110 TRANSFORM l0KVA 1HP 1 2,006.00 1 2,006.00 D60256007 300VA W/FU CLIP SEC 1 242.25 1 242.25 D60256009 TRANS 500VA W/ CLIPS 1 325.50 1 325.50 D61911005 TRANSFORMER 300/5 6 90.00 1 90.00 D68257002 HANDLE ITE 125A CB PLUG IN 2 142.00 1 142.00 D68257006 HANDLE ITE 250A CB FIX 1 245.81 1 245.81 S00232003 FUSE 2 14.40 1 14.40 S00330004 FUSE 4.OA 250V SEC 1 6.75 1 6.75 S00330051 FUSE SEC 6.25A 1 6.75 1 6.75 S01021005 FUSE5A 2 18.00 1 18.00 Total: The Recommended Quantity for parts listed above represents a 10% quantity, with a minimum of 1, for each part we recommend stocking. This does not represent a complete Bill of Material. For critical loads, a larger quantity is recommended. Consult the local Siemens Sales office for discount and net price quotations. List prices are subject to change without notice. Siemens Energy & Automation, Inc. Cust: S & B INC Sie[rens Order: UOY2S Item: 004 1500 W. Harvester Rd. Proj: NORTH TAIBOT PUMP STATION Drawn By: CB Date: 09/19/02 West Chicago, IL 60185 MCC ID: DRAWING NO: DUOY2SS004 PAM: 1 end 800-683-6200 Rev: 0 1 21' — 534mm 20' 508mm 15' 381mm 0 N Ln no 0IDI E N o a O r _J Y _D N _D E7 v J f Q N p ED o Qf J J Y O f L _ �D H Y I Z [if E oY !n (U 0 Q w ,o D w a' Q, CO m v o ? N o a) CC)p w i o o 1 Ref. SFIM-70020 15" (381r,rn) 550 lbs / 249kg 20" ( Page B9 E for cable size E � installations. O 21" (534r1r,rg ) 1 1/8' / 26mm SIDE VIEW BASE CHANNELS Depth Est, Weight (Single Section) 1. Spare combination starters will be sized for Max. HP if not otherwise specified. 2. Total aux. Interlocks show the min. number of interlocks and include the holding pole. If the quantity listed exceeds those on the starter/contactor a relay will be provided. 3. Magnetic trip settings. Factory set at low. Adjust per NEC Art. 430 as required. 4. Overloads with Heaters: If motor nameplate data is not supplied by customer, Siemens will pick heater coils for FLA per table for 1800 RPM and service factor of 1.15. Motor nameplate data must be checked by user before energizing unit. Check heater coil for proper size. ESP100 Overloads: Overload current range is shown followed by number of passes thru sensing window, if more than one. Effective overload range equals overload current range divided by number of passes. 5. 80" Max. Shipping Split. 6. Dimensions shown are nominal and subject to change. Areas may be restricted due to horizontal ground bus, vertical bus, or sections with transformers. Request certified dimension drawings for installation. For NEMA 3R dimensions reference D63535 outlines. 7. All fractional millimeters are rounded up to the next higher mm. Ex: 124.1 = 125. 8. With lighting transformers and autotransformers, NEMA 12 bottom plates are non -removable and conduit entry is severely reduced. 9. For 2 Speed starters, variable torque is assumed to be the type unless otherwise indicated by the customer. 10. If kW is the only rating provided, the Amps are based on the following calculation: Kw to AMPS = (Kw x 1000) / (1.73xExP.F.) P.F. will vary based on motor size. E = System Voltage P.F. = Power Factor. 11. Sections 30" — 60" wide never have vertical wireway doors. 12. A pull box is generally used to provide additional cable bending space for incoming main feeds or bus duct connections. They are shipped as a separate item, which must be mounted on the MCC in the field. 13. A top hat is a pull box supplied with incoming line bus extensions for mounting inverted main lugs only. They are shipped as a separate item, which must be mounted on the MCC in the field. 14. If nameplate data is not supplied for units, blank nameplates will be supplied. 15. Pilot devices are 22mm as standard. (30mm optional) 16. For NEMA Type 2 MCC's, lifting devices are supplied bolted to the shipping skid. If the lifting device is required, the drip shield must be temporarily removed to install the lifting device. S Motor Control Center General Information 1500 W. Harvester Rd. TIASTAR W. Chicago, M. 60185 Model 95 Plus MCC Page 1 of 2 Tel. 630-231-6200 Form # SFFM-15470-0201 17. Lifting device mounted to top of MCC increases the shipping height to 98" / 2490mm. 18. In general, MCCs may contain components, which require derating above 6000 feet. In addition, distribution transformers require derating above 3,300 feet. VFD and RVSS devices require derating at altitudes above 3000 feet. 19. On NEMA 12, MCC's, all 800a or larger disconnect devices use a door mounted bustle, which increases the MCC depth by 8" (203mm). 20. The sloped roof of the Nema 3R structure is not designed or intended to support or seal top entry. 21. Fuse clip sizes are based on time delay fuses, unless otherwise shown. > 22. When specified, ring tongue termination is used on devices where possible. k ' S Motor Control Center General Information 1500 W. Harvester Rd. TIASTAR W. Chicago, 111. 60185 Model 95 Plus MCC Page 2 of 2 Tel. 630-231-6200 Form # SFFM-15470-0201 ELEMENTARY DIAGRAM W Cu 100 .... 101 CAP L1 T1 t.�.,..,,..._ ........... ........ ......... ........ ....,..� �'''" 1 FUC 1 PFCC ___. i coo �� TL1 �2FUC �` 102 L2 T2 _ �� 3F�[ ( z 103 1............(L3) > " I •- L3 55 T3 i � ¢ 104 SEE SHEET 1 6e ,K2 3 ono N 106 (L1)1 CB T1 1L1 (X1)3Q10LT (X2) ISO 2L1 1 M 1 MTR Q Q 1L2 (X1)3L2 (X2) L1 T1 L1 T1 (T1) c 3 z E 107 HBURSIZ• (L2) (T2) 1CT T2 2L2 L2 M 1L3 (X1) L3 T3 (X2) T2 (T2) 108 -�---- L3 T3 2CT 2L3 L3 T3 (L3 T3 (T3) 109 3CT 2911 159 110 BYPASS 3L1 3 111 L1 T1 3L2 A ti L2 T2 112 DSPECIFIED 3L3 ¢ L3 T3 ck: x 113 _ 45 cu L� SEE NOTE-2; \ Z 114 -STOP2 47 VM L [ •O1 HO1H1 1 CPT O1 N 1 U i i co 115 7 ; O1N1 I- Co c� a a a W 116 1PB 1 _ X2 _ 40 41 41 CR1 PUMP CALL �oU' .� V a v� 117 0100 Al A2 FROM TELEMTRY :3i w ¢ H o _ 0100 CR1 PU P RE UIRED o yW OocU V. 118 1 (� A L- Wo as W o S Z c 13 14 1 H2 2 () c o o''d F��a 119 HAND OFF AUTO (X2) - o 0 o z? F QJ c 120 1 4 ( 2 CR2 1M c 0.E a-aso - 1 1(4 Al A2 PUMP CALL Q - ¢r==u 1 (96) V1 -d rn z d-Z a 122 (231t(24) 1 3 CR 1 10L r o A 1 Z z= 123 (3�11 W 4) 43 44 '`�'' 95 132 �L c U Zfa==d a V a a � 155 132 PUMP READY w + V% z Ga w oc W SJZGS w 124 24N 24N STELEEMMTRY 3 ~C"``� o U C f/1 HlaW 125 CR2 4 (33 54) 6 TR1 OFF ISOLATION E zwa�o rn O Q J 126 13 2014 2S$ Al + A2- SET FOR 5 SEC N a z a a> OCWWG c4=D:d 127 BYPASS 5 TR1 N 1 au o o a 128 A13 A14 15C 18NO 4 129 (16NC) TR1 7 ISO 130 725C 28N0 ISOLATION CONTACTOR 131 1125 CR2 (2B6NC) q1A2 132 ELAY - p�SET FOR i 5L SECS 23 20(24 133 ) 134 CR2 TR3OFF 9 CONTROL VALVE LOGIC 135 33 34 20 Al + A2- SET FOR 5 SEC 0100 0102 0102 TR3 CR3 136 15C 18NO 01030103 3 Al PUMP CONTROL VALVE 136 24N 137 0 6NC) PUMP CONTROL 136 �43 44 T4 24N 138 CR3 AL PEN 36 10 139 13 3 14 H2 (2) 140 TR3 11 BYPASS SOFT START 12 RTM 25C Z"(28NO) 2 ELASPED TIME (HOURS) 141 3 (26NC) CR4 7171 CR4_ c"r' 24N 142 CAPACITOR CALL Al A2 33 34 143 ALARM RESET (23j(24) TR4 42 (X1) 13 DELAY 144 1 2PB 2 2SS NOTE:1 A1+ A2- 1159 145 CR4 UP TOVOLTAGEBYPASS 146 13 Al A2 BYPASS CONTACTOR (47)159(48) 4214 im 147 FAULT 14 pU P RUN 148 (37)159(38) t H2 (2) 149 150 0E 14A CR5 01 N 1 CR5 24N N PUMP FAIL 22 "4350 97111 98 Os Al A2 44 151 CR5 P P A[L ALARM 152 13 ll R H2 5014 (2) 153 TR2 0104 0104 0105 O1N1 154 15C 18N0 PUMP CONTROL VALVE SOLENOID CAPACITOR 1 1 155 0 OFF AUTO (16NC) CR4 CAP 156 3 4 19 15 V W P CAPACITORRE CORRECTION 23 24 3SS 42 157 BYPASS 16 1CNT 158 814 B13 3 4 START COUNTS 44 FAULT 159 1M (35 159(36) 160 TR5 17 (Al A2) RVSS 15C 18N0 1 2 161 (16NC) TR4 18 TR5 ON DELAY 162 NOTEA KEY OPERATED SWITCH 15C 18N0 Al A2- a 163 4 NOTE 2: PUMPS 1 & 2 FROM MCC -A & PUMP 3 FROM MCC-B ALL WIRE TO 2E RELAY IN MCC as " � 0 6NC) -A (A3+) W 1 0100 0100 (14) (13) (22) (21) (32) (31) 2 (44) 3 (43) 01 N 1 (A2 (A1) 41 CR1 4 (14) 0100 (13) 8 (0100 24) 0100 (23) 9 (34) 100 0100 (33) (44) (43) 01 N 1 (A2 (A1) 2 CR2 10 00 0100 (14) (13) (22) (21) (32) (31) 24N (44) (43) 136 01 N 1 (A2 (A1) 0103 CR3 0100 20 (14) (13) 0100 15 (24) (23) 19 24N 71 (34) (33) (44) (43) 01 N 1 (A2 (A1) 12 CR4 BY CB 08/09/022 t' LNLO LNLO to to M0 LNLO 6 `` AO LNLO 8l LNLO LNLO LL I121 ON9 L �o � E j� j Nrn 9 �N + LV ON9Z 0 0 ONBL ONOZ 0 0 co -Zd OSl 0 0 OSZ 0 ON9 L L`d -6 ON9Z 0 Jbo Ln %N 0 +£d ON9 L Ln Iz � LnM ONOZ 0 �� N L4N 0 9 —zv co OS L 0 0 OSZ 0 ON9 L + L`d ON9Z 0 �0 �N 0 ON9 L U,- N 0N8Z 0 41 CAMz lom 0 —zv 0 ON9 L + Lb ON9Z 0 Juo 0 0 OWL Lno � c0n3 0N8Z 0 om IS wm ")Z 0 D N 0 0 OSZ 0 ON9 L lb' ON9Z 0 Jbo %N 0 +£b 0 ONBI No M N ONBZ 0 L"M Ln �N 0 0 -zv 0 0 Osz 0 00 O 00 00 0(1) NN 0 00 �� D W O 00 = 00 ^ o z 0 00 D 00— �ii= � w o c _ D .. .. ,� ......... z ..d ..� 0 2 m W NW N v L L V LfxF"=zc () z I N n 0 Ln Nl 1 46,- �l w l c N�' N Im -ri 0 I I 16 0 3 N O) O O N N 6 t - � ^ m 07 :U 4X N x N m Z N X pan N �j ....0� per. +�N P qq� P N m � m � 01N1 0(4) O0�� _ - N"�K`� -� p 00 - 000 00 0 Oo 0 00 oo 00 N o0 00 zz 00 zz 00 zz 00 zz ZZ V v O W N W W N N0 00 -- �� �� 00 00 00 � N IE oolo (tLv) 1 (£Lv) 0010 00 to S r, OOl0 ll£ 0 --{ I � 111 ZL (Ld) 9 ZL (Zl) (�)O Zl£ �-- Zl L LNLOMLO OOLO 0010 SSdd G 9L £l8 �l8 ooto OOLO 6 LZ8 ZZ8 6 1 L2 (14) (13) 14 14A 14A`� Co Lwn `� 2FUP (L2) a .. 15 1 FUP (L1) 1L1 .° v 3FUS (22) (21) 1L1 X2) (1) (32) (31) 24N (44) (43) 22 Q= 1 L2 .. ? _ 01 N 1 14A w 01N1 �� L 1 L3 (A2(A1) CR5 LZ8 ZZg)0 ytL 0— 00l0 Al co c0 03 v LNLO 0,--4�-�LNLO c0 t0 v v SL (Ll)££ 0—aTQ (Ll)Z£ j 7 (Zl)S£ 0--0&—o (Zl)*£ OOLO OOLO N N v (£1)L£ O (£l)9£ W �W v 01 r (A C z ZI E C`:, Z .� C N Z � Z n O 007 1 n O 0 C) N O C7 z Z Z Z I :m Z Z Z r D n O v 0 n v n Z c�z C! rz €=o C r z z D'< zz �z O m 0 -i � O� 0�€0 � o� NN O �00 00 0 v r iV `•. � Z Z 0 E N O 0( 0 0 o � o€ o o m o ^r v C) 07 Dxlx N W 00 �OONN V �-+00 zz zz w N X_ 1L1 0 1L1 v = 1L2 N n r G 1 L2 a) N 1 L3 ��,, w c _ CA 1 L3 . , En N -0. L4 L4 v x x vv x N M N LCL x .. cn X X v 0 00 0 0 0 oO o_O_ Oo 00 O Z.-W j p �. 0 � � W W N ZZ O O N 0 N V -0- CA Z Z Z Z N �� 00 00 ?? ?Z = 'O O '• O V€� O N OOO O O O O O O p)iN� Z Z Z€ Z ( (T ( .y► W N O O Siemens & Furnas Control Products DATE. TITLE, 125-250HP RVSS 08/09/02 Siemens Energy & Automation, Inc. DRAWN BYi WITH BYPASS West Chicago, Illinois C=BOCANEGRA AND ISLOATION THIS PRINT IS THE CONFIDENTIAL PROPERTY OF SIEMENS CHKD BY, DWG. NO. V, & FURNAS CONTROL PRODUCTS. IT IS NOT TO BE USED U O Y 2 S W 1 OR REPRODUCED IN ANY MANNER, NOR SUBMITTED TO ANY APPRD BY, OTHER PARTIES FOR EXAMINATION WITHOUT PRIOR APPROVAL OF SIEMENS & FURNAS CONTROL PRODUCTS. STYLEi HEET N 2 OF 2 CODED TO PLANT L❑CATI❑N(S)€ EPD X i❑WA I r11Mrn IFFWeA 100 101 102 103 104 105 106 Li 107 L2 108 L3 109 110 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 ELEMENTARY DIAGRAM CAP F������ L1FUC 1PFCC 1 T1 � �(L1 2FUC L2 T2 3FU L3 4 T,3) (L3} SEE K2 SHEET -1 L1 (L1)1 CB (Ti) 1 qL ISO 2L1 L1 T1 L2 (L2) (T2) 1LZ 8 21-2 L3 1 L3 I ([`1 I T212 (L2)CONNECT 3L2 VOLTAGE T2 AS SPECIFIED 3L3 PER NAMEPLATE L3 38 T3 2 PUMP READY N TELE�MTRY 3EC 0 <c >c Lo z � Ir)aU > a _ coC ©� a 4 Fn C� ti z Li q W y Q - v 0 w h H CL C C3gFWF CeM >-�FdR O �F=ra H a O °aZv�iRim C C O.c a�M�z - r- Q a rn $f $, 0 wJiz� a L Oar H WXdl wo SJZOS La Cie 'N O 3 I-- D L- L� CI C N VJ�gNN u Z Q �� (D N N (n �+NGQJ aaao.Q aza > 1'WKC N �U.�Wa (HOURS) ul 80 80CR3 24N 24N 13 3 14 kCTOR CTION ;ALL 2323 CR4 24N 24N 43 4 44 1M FAULT 0-49-0 (35 53(36) 'ERATED SWITCH RES TO RELAY IN 2E MCC -A 1 0100 (14) (13)01 (22) (21) (32) (31) 2 (44) (43) 3 01 N 1 (A2 (A1) 41 CR1 4 0100 (14) (13) 8 0100 (24) (23) (34) (33) (44) (43) 01 N 1 (A2 (A 1) 2 CR2 24N (14) 80 (13) 14 (24) (23) 13 18 (34) (33) 0100 (44) (43) 01N1 (A2 (A1) 9 CR3 11 12 (14) (13) (22) (21) (32) (31) 24N (44) (43)3) 23 01 N 1 (A2 (A 1) 12 CR4 BY CB 08/09/02 INTO INLO LL LNLO LNLO 9L v .. 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ZZ N O 14i� O z Wi01Z Z 2 I Siemens & Furnas Control Products IATE- /02 TITLE, 30 HP RVSS 08/09 Siemens Energy & Automation, Inc. DRAWN BYE WITH BYPASS West Chicago, Illinois C.BOCANEGRA AND ISOLATION THIS PRINT IS THE CONFIDENTIAL PROPERTY OF SIEMENS CHIC) BYE DWG. NIL nn REV. & FURNAS CONTROL PRODUCTS. IT IS NOT TO BE USED U u 1�t 2 S YY,p1 2 OR REPRODUCED IN ANY MANNER, NOR SUBMITTED TO ANY APPRD BYE OTHER PARTIES FOR EXAMINATION WITHOUT PRIOR APPROVAL OF SIEMENS & FURNAS CONTROL PRODUCTS. STYLE, PHEET 8 2 DF 2 CODED TO PLANT L❑CATI❑N(S)I 1EPD X I❑WA I CLIMC❑ IFFMSA CONNECTION DIAGRAM L1 L2 L3 Y_Y Y 1 STAB J J J N...... ......... _..... ..... , J J J 1 (L1) ice) (L3) 2 _ 1 TU OfFA' 2 •----- TO TB# 01 H1 UN. 3FA 1CB 3 3 TU04FA7 N T1 T2 3 4 4 TO TB � 01H1 UN. 4FA 5 5 i............... TO TBpp 47 --- .._...__ UN.02FA b1CC—B 6TO JJ �� 6 t UN.02FtMCCO1H-B D CD n 7 �p 7 U'TO 03FA -MCC B �� N� r%j:11� L1 L3 8 8 UN 03F MCC �B ¢ m 0 L2 0 1VM Cl J J NC 0 NO = v X 1A N Ih 1CPT X X2 n LO 1` c 1• M 1^7Na)^) ^ v v v U 1cf, k1) 111 N d c0 00 N X BY CB 08/06/02 inn ELEMENTARY DIAGRAM 101 102 103 1 104 L1 105 L2 106 L3 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 1e3 1 1 VMCR 2 2 3 3 VMCR 4 4 124 13 1 114 23 19 24 125 126 5 5 VMCR 6 6 7 7 VMCR 8 g 33 1 334 43 1 444 127 128 129 130 131 132 133 134 135 101J Siemens & Furnas Control Products 'ATE' TITLE, FEEDER Siemens Energy & Automation, Inc. RAN BY, WITH West Chicago, Illinois C,BOCANEGRA PHASE MONITOR THIS PRINT IS THE CONFIDENTIAL PROPERTY OF SIEMENS CHO B i DVG. NO. REV. & FURNAS CONTROL PRODUCTS. IT IS NOT TO BE USED UOY2SlA 6 OR REPRODUCED IN ANY MANNER, NOR SUBMITTED TO ANY APPRD BY, OTHER PARTIES FOR EXAMINATION WITHOUT PRIOR APPROVAL OF SIEMENS & FURNAS CONTROL PRODUCTS. ISTYLE,lSHEET # 1 OF 1 FIGURE #1 - Bottom Ground Bus Restrictions 14„69" 373mm 9.5" 241mi., BOTTOM VIEW FIGURE #2 14.69" 373mm 8,25" 5,25" 210mm 133mm Ground Bus BUS SIZE A 300A 3.75" 95mm 600A 3.25" 83mm Bottom BOTTOM VIEW 25" b,M SIDE VIEW Neutral Bus Restrictions Neutral Bus Panduit 6,0" 2,5" 152mm 64mm SIDE VIEW NOTE: DIMENSI❑NS ARE N❑MINAL AND SUBJECT TO CHANGE WITH❑UT N❑TICE Neutral Bus Panduit m r m m m m m A) RELEASE 8/6/01 BY CB .............._...................._...................................... ........................................................................ ._..................... THIS PRINT IS THE C❑NFIDENTIALDRAWN BYi PROPERTY OF SIEMENS-FURNAS C❑ N N I E CONTROLS. NOT TO BE USED OR REPRODUCED IN ANY MANNER, NOR ;CHKD BYi SUBMITTED TO ANY OTHER PARTIES` FOR EXAMINATION WITHOUT PRIOR .............................................................. APPROVAL OF SIEMENS-FURNAS IAPPRD BYi CONTROLS. SCALEi N/A A DATEi 08/06/02 11 TOLERANCE UNLESS ❑THERWISE SHOWN XX OR XXX t .015 ANGULAR f 2- ............... - 1.... ................... ... .......... _ ... ...... .................. ............ .. ....................................... ......... CODED TO PLANT L❑CAT ION( S) EPD TITLEi DWG. NO. F/Nl STYLEi v T nUA X1 I IX4 )K* )K)K )KW mmm mm mmmm