Procedure And/Or Report Material

Transcription

1 MR. MILOS PENICKA SIEMENS S A DE C V FCA GUAD CAMINO A LA TIJERA 1 KM 3.5 CARRET GUAD-MORELIA Date: 2008/09/ TLAJOMULCO DE ZUNIGA Subscriber: JAL MEXICO PartySite: File No: E Project No: 08NK15062 PD No: 08M53227 Type: R PO Number: RENATO DE LA TOR Subject: Procedure And/Or Report Material The following material resulting from the investigation under the above numbers is enclosed. Issue Date Vol Sec Pages Revised Date 1 Revised Index Page(s) /09/03 1 Revised Section General Page(s) 1,6,7 2008/09/ /02/ New Description Page(s) 1A,1B,1C,1D,1E 2008/09/ /02/ Revised Description Page(s) 1,5,6,7,8,9, /09/03 Inspections at your plant will be conducted under the supervision of RICARDO RUIZ, UL INSPECTION CENTER GUADALAJARA, APARTADO POSTAL 5-475, GUADALAJARA, JAL, Mexico, , PHONE: , FAX: , RICARDO.L.RUIZ@MX.UL.COM Please file revised pages and illustrations in place of material of like identity. New material should be filed in its proper numerical order. NOTE: Follow-Up Service Procedure revisions DO NOT include Cover Pages, Test Records and Conclusion Pages. Report revisions DO NOT include Authorization Pages, Indices, Section General Pages and Appendixes. Please review this material and report any inaccuracies to our Customer Service Professional, PHONE: ULHELPS ( ), FAX: , customerservice.nbk@us.ul.com, referring to the above Project and/or PD Numbers. This material is provided on behalf of Underwriters Laboratories Inc.(UL) or any authorized licensee of UL. NBK File UL INSPECTION CENTER 313

2 File E Vol. 1 Index Page 1 Issued: Revised: INDEX Product Motor Model 1LA, 1MJ, 1RA, and 1PM or RA, RG, HSRG Series - 3 Phase Section 1 Motor Model 1LF, 2AN and 1RF Series 1 Phase 2 Motor Model Series Types BK10-, BK10-A, BK100, BK100-A, GP-10, GP10-A, GP100, GP100-A, SD10, SD100, SD100 IEEE841, VF10, VF10-A, VF100, VF100- A; followed by up to 18 suffixes or numbers. 3 Model Series 1LE and 1PC followed by 1, 2, or 3, followed by three numbers 000 to 999, followed by 1 or 2, followed by A, B, C, F, or G, followed by A, B, C, D, E, F, G, H, L, M, N, P, Q, R, S, U, V, or W, followed by 1 to 4, followed by two numbers (with a dash) 0-1 to 4-7, followed by A, C, E, F, G, H, L, M, N, P, S, T, V W, X or Y, followed by A, B, C, D, E, F, G, H, J, K, L, M, followed by 0 to 8.

3 File E Vol. 1 Sec. Gen. Page 1 Issued: Revised: GENERAL PRODUCT COVERED: Component - COMPONENT MOTORS. FACTORY LOCATION AND IDENTIFICATION: The motors covered by this Procedure are produced at the following locations. The factory identification code indicated below (if applicable) is marked on the frame. Factory Location Siemens S A De C V Jalisco, Mexico Factory Identification GDL

4 File E Vol. 1 Sec. Gen. Page 6 Issued: C-UR Revised: (To Be Filed Behind Section General) GENERAL C-UR PRODUCT COVERED: The products tabulated below also comply with the requirements of CSA Standard for Motors and Generators, C22.2, No. 100 and Standard for Motors with Inherent Overheating Protection, C22.2 No. 77. The same conditions of acceptability as outlined in each individual Report apply under the requirements of CSA Standard C22.2, No. 100 and Standard for Motors with Inherent Overheating Protection, C22.2 No. 77. MARKING REQUIREMENTS: The products that are tabulated below and are intended to be marketed in Canada, shall be marked with UL's specially designated Logo, the Recognized company's name, and the product's identifying number. In addition, the markings in the individual Reports need to be applied. The necessity for a bilingual marking (i.e. English and French) shall be determined by the Recognized company depending upon which Provinces in Canada the product will be marketed. When the product identification is also required in French, the French translation shall be consistent with the English version as described in each individual Section. The month and year of manufacture, at least, shall be marked on each motor in a location accessible without the use of tools. Date coding, serial numbers, or equivalent may be used.

5 File E Vol. 1 Sec. Gen. Page 7 Issued: C-UR Revised: (To Be Filed Behind Section General) U.S. AND CANADIAN Where models meet U.S. and Canadian requirements as indicated in the individual descriptive sections of this Procedure, the product and package shall be provided with the required Engineering Markings as specified in the Section General and the descriptive sections. In addition, the following Canadian Recognized Component Mark IS REQUIRED TO APPEAR ON THE PRODUCT AND/OR PACKAGE: Note that the traditional U.S. Recognized Component Mark may appear in conjunction with the Canadian Recognized Component Mark for products that have been evaluated to U.S. and Canadian requirements. If the use of the U.S. Recognized Component Mark is mandatory, for this product category, the Section General and the Recognized Component Directory will specify its use as part of the marking requirements. The products tabulated below are not required to be marked with any warning or cautionary statements. Product (+) Report (Cat. No., Model, Issued Part No., or Type) Type of Product Sec. Date RA, RG, HSRG Series Component - Motor LF, 1RF Series Component Motor *BK10, BK10-A, BK100 Component Motor BK100-A, GP10, GP10-A, GP100, GP100-A, SD10, SD100, SD100 IEEE841, VF10, VF100, VF10-A, VF100, 1LE, 2PC series + - all series are followed by additional suffix numbers and letters. COMPONENTS: Any motor that is C-UR shall have the components CSA Certified, C-UR or C-UL, or be investigated to the Canadian requirements and covered as an unlisted component. In the individual Reports that have C-UR model, the models will be identified. * CNR Identifies compliance with CSA Standard C22.2 No USR Identifies compliance with Standard UL 1004.

6 File E Vol. 1 Sec. 3 Page 1 Issued: and Report Revised: DESCRIPTION PRODUCT COVERED: *USR, CNR - Motor constructions, Model Series: BK10-, BK10-A, BK100, BK100-A, GP-10, GP10-A, GP100, GP100-A, SD10, SD100, SD100 IEEE841, VF10, VF10-A, VF100, VF100-A; followed by up to 18 suffixes or numbers. Model Series 1LE and 1PC followed by 1, 2, or 3, followed by three numbers 000 to 999, followed by 1 or 2, followed by A, B, C, F, or G, followed by A, B, C, D, E, F, G, H, L, M, N, P, Q, R, S, U, V, or W, followed by 1 to 4, followed by two numbers (with a dash) 0-1 to 4-7, followed by A, C, E, F, G, H, L, M, N, P, S, T, V W, X or Y, followed by A, B, C, D, E, F, G, H, J, K, L, M, followed by 0 to 8. SCOPE OF RECOGNITION: Horsepower: HP (TEFC) Voltage: 600 V ac (maximum). Frequency: Hz. Speed: 3,600 r/min maximum. Phase: 3 EXPLANATION OF MARKING SYSTEM: (See ILL.1 for explanation of marking code designation for GP, SD, IEEE, BK, and VF series). NOMENCLATURE II (1LE and 1PC series): 1LE A A A B 0 I II III IV V VI VII VIII IX X XI I 1LE 1PC Basic Series General purposes, low voltage, 3 phase squirrel cage motors Special purpose low voltage, 3 phase squirrel cage motors II Frame Type 1 IEC frame 2 NEMA frame 3 Customer specific frame (1PC series motors only) *

7 File E Vol. 1 Sec. 3 Page 1A Issued: and Report New: III Duty Type, ventilation and efficiency 1LE2 motors only 001 ODP, EPAct 011 ODP, NPE 101 GP 10 A, TEFC, EPAct 111 GP 100 A, TEFC, NPE Plus 121 GP 100 A, TEFC, NPE 201 GP 10, TEFC, EPAct 211 GP 100, TEFC, NPE Plus 221 GP 100, TEFC, NPE 301 SD 10, TEFC, EPAct 311 SD 100, TEFC, NPE Plus 321 SD 100, TEFC, NPE 411 SD 100, IEEE 841, TEFC,NPE Plus 421 SD 100, IEEE 841, TEFC, NPE 1PC2 motors only 011 c-face FS JM10-A-Close Coupled Pump C-face AluH, EPAct 111 JM100-A-Close Coupled Pump C-face AluH, NPE+ 131 JP-Close Coupled Pump C-face AluH, EPAct 141 JP-Close Coupled Pump C-face AluH, NPE+ 201 JM10-Close Coupled Pump C-face CIH, EPAct 211 JM100-Close Coupled Pump C-face CIH, NPE+ 231 JP-Close Coupled Pump C-face CIH, EPAct 241 JP-Close Coupled Pump C-face CIH, NPE+ 301 P-Base Normal Thrust, EPAct 302 P-Base Medium Thrust, EPAct 303 P-Base In Line Pump, EPAct 311 P-Base Normal Thrust, NPE 312 P-Base Medium Thrust, NPE 313 P-Base In Line Pump, NPE 321 P-Base Hollow Shaft, EPAct 322 P-Base Hollow Shaft Heavy Duty, EPAct 323 P-Base Hollow Shaft, NPE 324 P-Base Hollow, Shaft Heavy Duty, NPE 401 Wash Down, EPAct 411 Wash Down, NPE 501 Crusher Duty, EPAct 511 Crusher Duty, NPE 601 Inverter Duty variable, torque/constant, torque SD 602 Inverter Duty 10:1 Constant torque, SD 603 Inverter Duty 1000:1 Constant torque, TEFC SD 604 Inverter Duty 1000:1 Constant torque, TEBC SD 611 Inverter Duty variable torque/constant torque, XP-Single 612 Inverter Duty X:1 Constant torque XP-Single 613 Inverter Duty 1000:1 Constant torque, TEFC, XP-Single 614 Inverter Duty 1000:1 Constant torque, TEBC, XP-Single

8 File E Vol. 1 Sec. 3 Page 1B Issued: and Report New: IV, V, VII 621 Inverter Duty variable torque/constant torque, XP-Multi 622 Inverter Duty X:1 Constant torque, XP-Multi 623 Inverter Duty 1000:1 Constant torque,tefc, XP-Multi 624 Inverter Duty 1000:1 Constant torque,tebc, XP-Multi 701 SD 10 Brake Motor, EPAct 711 SD100 Brake Motor, NPE 700 SD10 Brake Ready Motor, EPAct 710 SD100 Brake Ready Motor, NPE 721 GP10A Brake Motor, EPAct 731 GP100A Brake Motor, NPE 720 GP10A Brake Ready Motor, EPAct 730 GP100A Brake Ready Motor, NPE 741 GP10 Brake Motor, EPAct 751 GP100 Brake Motor, NPE 740 GP10 Brake Ready Motor, EPAct 750 GP100 Brake Ready Motor, NPE 801 SD10 NEMA Design C, EPAct 811 SD100 NEMA Design C, NPE 802 GP10 NEMA Design C Motor, EPAct 812 GP100 NEMA Design C Motor, NPE Three designations used to identify frame size, and hp 3 digit Single Speed Multispeed hp@60hz 1W-VT 4/8 1W-CT 4/8 2W-VT 4/8 2W-CT 4/8 2W-VT 4/8 2W-CT 4/8 IV V VII Hi low Hi low Hi low Hi low Hi low Hi low 1 A A A A C C C F F A A B B F F G G VI A B C Speed/Poles 3600 rpm, 2 pole 1800 rpm, 4 pole 1200 rpm, 6 pole

9 File E Vol. 1 Sec. 3 Page 1C Issued: and Report New: D E F G H L M N P Q R S U V W 900 rpm, 8 pole 720 rpm, 10 pole 600 rpm, 12 pole 514 rpm, 14 pole 450 rpm, 16 pole 1800/3600 rpm, 4/2 pole 900/1800 rpm, 8/4 pole 1200/1800 rpm, 6/4 pole 900/1200 rpm, 8/6 pole 450/1800 rpm, 16/4 pole 450/900 rpm, 16/8 pole 600/1200 rpm, 12/6 pole 1200/1800/3600 rpm, 6/4/2 pole 900/1800/3600 rpm, 8/4/2 pole 900/1200/1800 rpm 8/6/4 pole VIII Voltage, Wiring type and Frequency V STD 50Hz V STD 50Hz V STD 50Hz V STD 50Hz V STD 50Hz V STD 50Hz /400V Y-Delta 50Hz V STD 60Hz V STD 60Hz V STD 60Hz V STD 60Hz /460V STD 60Hz /440V STD 60Hz V PWS 60Hz V PWS 60Hz V PWS 60Hz V PWS 60Hz /460V PWS 60Hz V Y-Delta 60Hz V Y-Delta 60Hz V Y-Delta 60Hz V Y-Delta 60Hz V Y,YY 1 w, variable torque 60Hz V D,YY 1 w, constant torque 60Hz V Y,Y 2 w, variable torque 60Hz V Y,Y 2 w, constant torque 60Hz V Y,YY 1 w, variable torque 60Hz V D,YY 1 w, constant torque 60Hz V Y,Y 2 w, variable torque 60Hz V Y,Y 2 w, constant torque 60Hz X A Mounting Scheme Foot mounted

10 File E Vol. 1 Sec. 3 Page 1D Issued: and Report New: XI C E F G H L M N P S T V W X Y A B C D E F G H J K L M Foot mounted with drip cover C-face with feet D-Flange with feet C-face without feet D-Flange without feet C-face without feet, with drip cover D-Flange without feet,with drip cover C-face with feet, with dripcover D-Flange with feetm with drip cover P-Flange without feet, without drip cover P-Flange without feet, with drip cover CH-face (FS180 only) witht feet, with dripcover CH-Flange(frame 180 only) with feet CH-facee (FS180 only) without feet CH-face (FS180 only) without feet, with dripcover Winding Protection Type Without winding protection PTC thermistors, 3 embedded temperature sensors for tripping PTC thermistors, 6 embedded temperature sensors for alarm and tripping PTC thermistors, 3 embedded temperature sensors for tripping, drive operation PTC thermistors, 6 embedded temperature sensors for alarm and tripping, drive operation KTY84-130, 2 embedded temperature sensors Thermostats, Klixon type, normally closed Thermostats, Klixon type, normally open Thermocouples, coil head Thermal protection, RTD s (coil head, 3/phase) Thermostat, normally closed, 2/motor Thermostat, normally open, 2/motor XII Mounting Designation 0 Mounting F-3 ( top mounted) 1 Mounting C-2 2 Mounting - F-2, 3 Mounting - F-1, 4 Mountingl W-6 5 Mounting W-7 6 Mounting W-5 7 Mounting W-8 8 Mounting C-1

11 File E Vol. 1 Sec. 3 Page 1E Issued: and Report New: ENGINEERING CONSIDERATIONS (NOT FOR FIELD REPRESENTATIVE'S USE): Conditions of Acceptability - These motors are for use only in applications where the acceptability of the combination has been determined by Underwriters Laboratories Inc. The features which should be considered in determining the acceptability of these motors in specific applications are indicated below. 1. This Report covers only the general construction features on the motors and no evaluation of the performance characteristics has been made. Therefore, the acceptability of these motors when operated under normal or abnormal load conditions within an appliance or enclosure must be determined for each use. 2. The Recognition of the motors covered by this Report is based upon the assurance of the manufacturer that the specific motor model number will change if any significant construction variations are made. Because of this, it is necessary that the complete motor model be included in the appliance Report, along with the complete nameplate electrical ratings and significant construction features that can be determined by inspection, without disassembly of the motor. Examples of significant changes are insulation changes, protector changes, and changes that affect the performance of the motor. 3. CNR - Identifies compliance with CSA Standard C22.2, No USR - Identifies compliance with Standard UL 1004.

12 File E Vol. 1 Sec. 3 Page 5 Issued: and Report Revised: * MOTOR MODEL BK10-, BK10-A, BK100, BK100-A, GP-10, GP10-A, GP100, GP100-A, SD10, SD100, SD100 IEEE841, VF10, VF10-A, VF100, VF100-A SERIES FIGS. 1, 2, and 3 General The general design, shape and arrangement shall be as illustrated except where variations are specifically described. The description also covered 1LE and 1PC series motors which are identical except for shaft materials, and as identified in the nomenclature system. 1. Complete Assembly Overall motor dimensions as shown below in Table 1. TABLE 1 FRAME STATOR (OD), mm ROTOR (OD), mm CORE LENGTH, mm Motor Enclosures Die-cast aluminum, sheet Steel, or cast iron, 3/32 in. (2.4 mm) minimum thickness. Totally enclosed, size and shape may vary. May have projections for mounting in end-use. May be provided with cooling fins.

13 File E Vol. 1 Sec. 3 Page 6 Issued: and Report Revised: * FIELD WIRING COMPARTMENT FIGS. 4, 5, and 6 General The general design, shape and arrangement shall be as illustrated except where variations are specifically described. 1. Field Wiring Compartment Die cast aluminum, formed sheet steel, or cast iron, minimum 3/32 in. (2.4 mm), overall dimensions may vary. Mechanically secured to motor housing, or may be integrally molded to motor housing. May be provided with an o-ring rubber gasket or flat rubber gasket fitted between the motor enclosure and the terminal box. A second o-ring rubber gasket or flat rubber gasket is fitted between the terminal box and cover.

14 File E Vol. 1 Sec. 3 Page 7 Issued: and Report Revised: * END BELLS FIGS. 7, 8 General Figs. 7-8 shall represent the general design, shape, and arrangement of the end bell assemblies unless specifically described. 1. End Bells Cast aluminum or iron, minimum 3/32 in. (2.4 mm) thick, overall dimensions may vary. Totally enclosed. Mechanically secured to motor frame.

15 File E Vol. 1 Sec. 3 Page 8 Issued: and Report Revised: * STATOR AND ROTOR ASSEMBLY FIGS. 9, 10, 11, and 12 General The general design, shape and arrangement shall be as illustrated except where variations are specifically described. 1. Stator - Sheet steel laminations with stacking equal to rotor stacking, sized per the Table 1 above Figs 1-3. Motor windings are enameled copper wire, varnished impregnated, Unlisted Component (OBJY3), Class 130(B) insulation system, identified by Class B on nameplate. Alternate Same as described above, except Unlisted Component (OBJY3) Class 155(F) insulation system, identified by Class F on nameplate. Alternate Same as described above, except Unlisted Component (OBJY3) Class 180(H) insulation system, identified by Class H on nameplate. 2. Rotor Laminated sheet steel, overall dimensions sized per Table 1 Figs 1-3. May be provided with aluminum or copper end rings and shorting bars according to model efficiency required. May be provided with or without integral cooling fins for ventilation. Size, thickness and number of blades may vary. See Fig. 14 for example. 3. Wiring R/C AWM (AVLV2), 18AWG, rated 125 C, 600 V minimum leads supply connector, others to motor windings. May be provided with fiberglass sleeving.

16 File E Vol. 1 Sec. 3 Page 9 Issued: and Report Revised: EXTERNAL FAN * FIGS. 13, 14 General The general design, shape and arrangement shall be as illustrated except where variations are specifically described. 1. Fan Polypropylene, thickness, diameter, and number of blades may vary. Secured to end of rotor by force fit. Alternate Same as described above, except cast aluminum, cast iron or bronze, minimum 3/32 in. (2.4 mm), overall dimensions may vary.

17 File E Vol. 1 Sec. 3 Page 10 Issued: and Report Revised: * FAN HOUSING/COVER FIGS. 15, 16 General The general design, shape and arrangement shall be as illustrated except where variations are specifically described. 1. Fan Housing/Cover - Polypropylene, thickness, diameter, and number of ventilation openings may vary. Secured to end bell by screws or by snap molded holes which are provided with pressure adjustment. Alternate Same as described above, except cast aluminum or iron, minimum 3/32 in. (2.4 mm) thick, overall dimensions may vary. Alternate Same as described above, except sheet steel, minimum 1/16 in. (1.6 mm) thick, overall dimensions may vary.

18 File E Vol. 1 Sec. 3 Page 1 Issued: and Report Revised: DESCRIPTION PRODUCT COVERED: *USR, CNR - Motor constructions, Model Series: BK10-, BK10-A, BK100, BK100-A, GP-10, GP10-A, GP100, GP100-A, SD10, SD100, SD100 IEEE841, VF10, VF10-A, VF100, VF100-A; followed by up to 18 suffixes or numbers. Model Series 1LE and 1PC followed by 1, 2, or 3, followed by three numbers 000 to 999, followed by 1 or 2, followed by A, B, C, F, or G, followed by A, B, C, D, E, F, G, H, L, M, N, P, Q, R, S, U, V, or W, followed by 1 to 4, followed by two numbers (with a dash) 0-1 to 4-7, followed by A, C, E, F, G, H, L, M, N, P, S, T, V W, X or Y, followed by A, B, C, D, E, F, G, H, J, K, L, M, followed by 0 to 8. SCOPE OF RECOGNITION: Horsepower: HP (TEFC) Voltage: 600 V ac (maximum). Frequency: Hz. Speed: 3,600 r/min maximum. Phase: 3 EXPLANATION OF MARKING SYSTEM: (See ILL.1 for explanation of marking code designation for GP, SD, IEEE, BK, and VF series). NOMENCLATURE II (1LE and 1PC series): 1LE A A A B 0 I II III IV V VI VII VIII IX X XI I 1LE 1PC Basic Series General purposes, low voltage, 3 phase squirrel cage motors Special purpose low voltage, 3 phase squirrel cage motors II Frame Type 1 IEC frame 2 NEMA frame 3 Customer specific frame (1PC series motors only) *

19 File E Vol. 1 Sec. 3 Page 1A Issued: and Report New: III Duty Type, ventilation and efficiency 1LE2 motors only 001 ODP, EPAct 011 ODP, NPE 101 GP 10 A, TEFC, EPAct 111 GP 100 A, TEFC, NPE Plus 121 GP 100 A, TEFC, NPE 201 GP 10, TEFC, EPAct 211 GP 100, TEFC, NPE Plus 221 GP 100, TEFC, NPE 301 SD 10, TEFC, EPAct 311 SD 100, TEFC, NPE Plus 321 SD 100, TEFC, NPE 411 SD 100, IEEE 841, TEFC,NPE Plus 421 SD 100, IEEE 841, TEFC, NPE 1PC2 motors only 011 c-face FS JM10-A-Close Coupled Pump C-face AluH, EPAct 111 JM100-A-Close Coupled Pump C-face AluH, NPE+ 131 JP-Close Coupled Pump C-face AluH, EPAct 141 JP-Close Coupled Pump C-face AluH, NPE+ 201 JM10-Close Coupled Pump C-face CIH, EPAct 211 JM100-Close Coupled Pump C-face CIH, NPE+ 231 JP-Close Coupled Pump C-face CIH, EPAct 241 JP-Close Coupled Pump C-face CIH, NPE+ 301 P-Base Normal Thrust, EPAct 302 P-Base Medium Thrust, EPAct 303 P-Base In Line Pump, EPAct 311 P-Base Normal Thrust, NPE 312 P-Base Medium Thrust, NPE 313 P-Base In Line Pump, NPE 321 P-Base Hollow Shaft, EPAct 322 P-Base Hollow Shaft Heavy Duty, EPAct 323 P-Base Hollow Shaft, NPE 324 P-Base Hollow, Shaft Heavy Duty, NPE 401 Wash Down, EPAct 411 Wash Down, NPE 501 Crusher Duty, EPAct 511 Crusher Duty, NPE 601 Inverter Duty variable, torque/constant, torque SD 602 Inverter Duty 10:1 Constant torque, SD 603 Inverter Duty 1000:1 Constant torque, TEFC SD 604 Inverter Duty 1000:1 Constant torque, TEBC SD 611 Inverter Duty variable torque/constant torque, XP-Single 612 Inverter Duty X:1 Constant torque XP-Single 613 Inverter Duty 1000:1 Constant torque, TEFC, XP-Single 614 Inverter Duty 1000:1 Constant torque, TEBC, XP-Single

20 File E Vol. 1 Sec. 3 Page 1B Issued: and Report New: IV, V, VII 621 Inverter Duty variable torque/constant torque, XP-Multi 622 Inverter Duty X:1 Constant torque, XP-Multi 623 Inverter Duty 1000:1 Constant torque,tefc, XP-Multi 624 Inverter Duty 1000:1 Constant torque,tebc, XP-Multi 701 SD 10 Brake Motor, EPAct 711 SD100 Brake Motor, NPE 700 SD10 Brake Ready Motor, EPAct 710 SD100 Brake Ready Motor, NPE 721 GP10A Brake Motor, EPAct 731 GP100A Brake Motor, NPE 720 GP10A Brake Ready Motor, EPAct 730 GP100A Brake Ready Motor, NPE 741 GP10 Brake Motor, EPAct 751 GP100 Brake Motor, NPE 740 GP10 Brake Ready Motor, EPAct 750 GP100 Brake Ready Motor, NPE 801 SD10 NEMA Design C, EPAct 811 SD100 NEMA Design C, NPE 802 GP10 NEMA Design C Motor, EPAct 812 GP100 NEMA Design C Motor, NPE Three designations used to identify frame size, and hp 3 digit Single Speed Multispeed hp@60hz 1W-VT 4/8 1W-CT 4/8 2W-VT 4/8 2W-CT 4/8 2W-VT 4/8 2W-CT 4/8 IV V VII Hi low Hi low Hi low Hi low Hi low Hi low 1 A A A A C C C F F A A B B F F G G VI A B C Speed/Poles 3600 rpm, 2 pole 1800 rpm, 4 pole 1200 rpm, 6 pole

21 File E Vol. 1 Sec. 3 Page 1C Issued: and Report New: D E F G H L M N P Q R S U V W 900 rpm, 8 pole 720 rpm, 10 pole 600 rpm, 12 pole 514 rpm, 14 pole 450 rpm, 16 pole 1800/3600 rpm, 4/2 pole 900/1800 rpm, 8/4 pole 1200/1800 rpm, 6/4 pole 900/1200 rpm, 8/6 pole 450/1800 rpm, 16/4 pole 450/900 rpm, 16/8 pole 600/1200 rpm, 12/6 pole 1200/1800/3600 rpm, 6/4/2 pole 900/1800/3600 rpm, 8/4/2 pole 900/1200/1800 rpm 8/6/4 pole VIII Voltage, Wiring type and Frequency V STD 50Hz V STD 50Hz V STD 50Hz V STD 50Hz V STD 50Hz V STD 50Hz /400V Y-Delta 50Hz V STD 60Hz V STD 60Hz V STD 60Hz V STD 60Hz /460V STD 60Hz /440V STD 60Hz V PWS 60Hz V PWS 60Hz V PWS 60Hz V PWS 60Hz /460V PWS 60Hz V Y-Delta 60Hz V Y-Delta 60Hz V Y-Delta 60Hz V Y-Delta 60Hz V Y,YY 1 w, variable torque 60Hz V D,YY 1 w, constant torque 60Hz V Y,Y 2 w, variable torque 60Hz V Y,Y 2 w, constant torque 60Hz V Y,YY 1 w, variable torque 60Hz V D,YY 1 w, constant torque 60Hz V Y,Y 2 w, variable torque 60Hz V Y,Y 2 w, constant torque 60Hz X A Mounting Scheme Foot mounted

22 File E Vol. 1 Sec. 3 Page 1D Issued: and Report New: XI C E F G H L M N P S T V W X Y A B C D E F G H J K L M Foot mounted with drip cover C-face with feet D-Flange with feet C-face without feet D-Flange without feet C-face without feet, with drip cover D-Flange without feet,with drip cover C-face with feet, with dripcover D-Flange with feetm with drip cover P-Flange without feet, without drip cover P-Flange without feet, with drip cover CH-face (FS180 only) witht feet, with dripcover CH-Flange(frame 180 only) with feet CH-facee (FS180 only) without feet CH-face (FS180 only) without feet, with dripcover Winding Protection Type Without winding protection PTC thermistors, 3 embedded temperature sensors for tripping PTC thermistors, 6 embedded temperature sensors for alarm and tripping PTC thermistors, 3 embedded temperature sensors for tripping, drive operation PTC thermistors, 6 embedded temperature sensors for alarm and tripping, drive operation KTY84-130, 2 embedded temperature sensors Thermostats, Klixon type, normally closed Thermostats, Klixon type, normally open Thermocouples, coil head Thermal protection, RTD s (coil head, 3/phase) Thermostat, normally closed, 2/motor Thermostat, normally open, 2/motor XII Mounting Designation 0 Mounting F-3 ( top mounted) 1 Mounting C-2 2 Mounting - F-2, 3 Mounting - F-1, 4 Mountingl W-6 5 Mounting W-7 6 Mounting W-5 7 Mounting W-8 8 Mounting C-1

23 File E Vol. 1 Sec. 3 Page 1E Issued: and Report New: ENGINEERING CONSIDERATIONS (NOT FOR FIELD REPRESENTATIVE'S USE): Conditions of Acceptability - These motors are for use only in applications where the acceptability of the combination has been determined by Underwriters Laboratories Inc. The features which should be considered in determining the acceptability of these motors in specific applications are indicated below. 1. This Report covers only the general construction features on the motors and no evaluation of the performance characteristics has been made. Therefore, the acceptability of these motors when operated under normal or abnormal load conditions within an appliance or enclosure must be determined for each use. 2. The Recognition of the motors covered by this Report is based upon the assurance of the manufacturer that the specific motor model number will change if any significant construction variations are made. Because of this, it is necessary that the complete motor model be included in the appliance Report, along with the complete nameplate electrical ratings and significant construction features that can be determined by inspection, without disassembly of the motor. Examples of significant changes are insulation changes, protector changes, and changes that affect the performance of the motor. 3. CNR - Identifies compliance with CSA Standard C22.2, No USR - Identifies compliance with Standard UL 1004.

24 File E Vol. 1 Sec. 3 Page 5 Issued: and Report Revised: * MOTOR MODEL BK10-, BK10-A, BK100, BK100-A, GP-10, GP10-A, GP100, GP100-A, SD10, SD100, SD100 IEEE841, VF10, VF10-A, VF100, VF100-A SERIES FIGS. 1, 2, and 3 General The general design, shape and arrangement shall be as illustrated except where variations are specifically described. The description also covered 1LE and 1PC series motors which are identical except for shaft materials, and as identified in the nomenclature system. 1. Complete Assembly Overall motor dimensions as shown below in Table 1. TABLE 1 FRAME STATOR (OD), mm ROTOR (OD), mm CORE LENGTH, mm Motor Enclosures Die-cast aluminum, sheet Steel, or cast iron, 3/32 in. (2.4 mm) minimum thickness. Totally enclosed, size and shape may vary. May have projections for mounting in end-use. May be provided with cooling fins.

25 File E Vol. 1 Sec. 3 Page 6 Issued: and Report Revised: * FIELD WIRING COMPARTMENT FIGS. 4, 5, and 6 General The general design, shape and arrangement shall be as illustrated except where variations are specifically described. 1. Field Wiring Compartment Die cast aluminum, formed sheet steel, or cast iron, minimum 3/32 in. (2.4 mm), overall dimensions may vary. Mechanically secured to motor housing, or may be integrally molded to motor housing. May be provided with an o-ring rubber gasket or flat rubber gasket fitted between the motor enclosure and the terminal box. A second o-ring rubber gasket or flat rubber gasket is fitted between the terminal box and cover.

26 File E Vol. 1 Sec. 3 Page 7 Issued: and Report Revised: * END BELLS FIGS. 7, 8 General Figs. 7-8 shall represent the general design, shape, and arrangement of the end bell assemblies unless specifically described. 1. End Bells Cast aluminum or iron, minimum 3/32 in. (2.4 mm) thick, overall dimensions may vary. Totally enclosed. Mechanically secured to motor frame.

27 File E Vol. 1 Sec. 3 Page 8 Issued: and Report Revised: * STATOR AND ROTOR ASSEMBLY FIGS. 9, 10, 11, and 12 General The general design, shape and arrangement shall be as illustrated except where variations are specifically described. 1. Stator - Sheet steel laminations with stacking equal to rotor stacking, sized per the Table 1 above Figs 1-3. Motor windings are enameled copper wire, varnished impregnated, Unlisted Component (OBJY3), Class 130(B) insulation system, identified by Class B on nameplate. Alternate Same as described above, except Unlisted Component (OBJY3) Class 155(F) insulation system, identified by Class F on nameplate. Alternate Same as described above, except Unlisted Component (OBJY3) Class 180(H) insulation system, identified by Class H on nameplate. 2. Rotor Laminated sheet steel, overall dimensions sized per Table 1 Figs 1-3. May be provided with aluminum or copper end rings and shorting bars according to model efficiency required. May be provided with or without integral cooling fins for ventilation. Size, thickness and number of blades may vary. See Fig. 14 for example. 3. Wiring R/C AWM (AVLV2), 18AWG, rated 125 C, 600 V minimum leads supply connector, others to motor windings. May be provided with fiberglass sleeving.

28 File E Vol. 1 Sec. 3 Page 9 Issued: and Report Revised: EXTERNAL FAN * FIGS. 13, 14 General The general design, shape and arrangement shall be as illustrated except where variations are specifically described. 1. Fan Polypropylene, thickness, diameter, and number of blades may vary. Secured to end of rotor by force fit. Alternate Same as described above, except cast aluminum, cast iron or bronze, minimum 3/32 in. (2.4 mm), overall dimensions may vary.

29 File E Vol. 1 Sec. 3 Page 10 Issued: and Report Revised: * FAN HOUSING/COVER FIGS. 15, 16 General The general design, shape and arrangement shall be as illustrated except where variations are specifically described. 1. Fan Housing/Cover - Polypropylene, thickness, diameter, and number of ventilation openings may vary. Secured to end bell by screws or by snap molded holes which are provided with pressure adjustment. Alternate Same as described above, except cast aluminum or iron, minimum 3/32 in. (2.4 mm) thick, overall dimensions may vary. Alternate Same as described above, except sheet steel, minimum 1/16 in. (1.6 mm) thick, overall dimensions may vary.

30 NOTICE OF AUTHORIZATION TO APPLY THE UL MARK Siemens S A De C V Mr. Carlos Verduzco Fca Guad Camino A La Tijera 1 Km 3.5 Carret Guad-morelia Tlajomulco De Zuniga Jal 45640, Mx 12/15/2010 Our Reference: File E248638, Vol. 1 Project Number 10CA45476 Your Reference: C. VERDUZCO 09/2/10 Project Scope: ADD NEW MOTOR TYPES XP100 & XP100 ID1 MODELS 1MB TO FILE E VOL 1 SEC 1 Dear Mr. Carlos Verduzco: UL's investigation of your product(s) has been completed under the above Reference Number and the product was determined to comply with the applicable requirements. This letter temporarily supplements the UL Follow-Up Services Procedure and serves as authorization to apply the UL Mark only at authorized factories under UL's Follow-Up Service Program. To provide the manufacturer with the intended authorization to use the UL Mark, the addressee must send a copy of this notice to each manufacturing location currently authorized in File E248638, Vol. 1. This authorization is effective from the date of this Notice and only for products at the indicated manufacturing locations. Records in the Follow-Up Services Procedure covering the product are now being prepared and will be sent in the near future. Until then, this letter authorizes application of the UL Mark for 90 days from the date of this letter. Products that bear the UL Mark shall be identical to those that were evaluated by UL and found to comply with UL s requirements. If changes in construction are discovered, appropriate action will be taken for products not in conformance with UL s requirements and continued use of the UL Mark may be withdrawn. UL may elect to withdraw use of the UL Mark if the Applicant or Manufacturer fails to comply with UL s requirements including ongoing compliance of the product, under UL s Follow-Up Service. This is an electronically generated letter. Signatures are not required for this document to be valid. Page 1 of 2

31 Notice of Authorization - 10CA45476 Any information and documentation provided to you involving UL Mark services are provided on behalf of Underwriters Laboratories Inc. (UL) or any authorized licensee of UL. The contents of this Letter are intended solely for the use of UL and the Applicant. The opinions and findings of UL represent its judgment given with due consideration to the necessary limitations of practical operation in accordance with UL s objectives and purposes. UL shall not otherwise be responsible for the use of or reliance upon the contents of this letter by anyone. UL shall not incur any obligation or liability for any loss, expense or damages, including incidental, consequential or punitive damages, arising out of or in connection with the use or reliance upon the contents of this letter to anyone other than the Applicant as provided in the agreement between UL and Applicant. Any use or reference to UL s name or certification mark(s) by anyone other than the Applicant in accordance with the agreement is prohibited without the express written approval of UL. Very truly yours, Reviewed by: Tony Lopez Kirk F. Anderson Engineering Associate Lead Staff Engineer Tony.Lopez@us.ul.com Kirk.F.Anderson@us.ul.com CAMCD9A-61E207 This is an electronically generated letter. Signatures are not required for this document to be valid. Page 2 of 2