Electric Machines Catalogue. Quality MV and HV Machines from Stock & Engineered to Order PRODUCT CATALOGUE

Transcription

1 PRODUCT CATALOGUE Electric Machines Catalogue Quality MV and HV Machines from Stock & Engineered to Order Powered by Technology. Driven by Service

2 Over 115 years experience in design, manufacture and service of standard and engineered to order motors & generators

3 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE CONTENTS Parsons Peebles Introduction... Page 5 Standard MV & HV Range - General Data Page 6 Electric Motors... Page 8 Standards... Page 8 High Efficiency Motors... Page 8 Rating Plate... Page 8 Mountings... Page 9 Ingress Protection... Page 9 General Construction Features... Page 1 Rotor Balancing... Page 1 Cooling... Page 11 Bearings... Page 12 Terminal Box & Connection... Page 15 Insulation & Winding... Page 15 Ratings & Technical Data... Page 16 Design Voltage Range... Page 16 Power... Page 17 Overload Capacities... Page 17 Ambient Temperatures & De-Ratings... Page 17 Duties... Page 18 Starting... Page 18 Thermal Protection... Page 18 Anti-Condensation Heaters... Page 19 Inverter Supply... Page 19 VFD: Motor Features... Page 2 Maximum Speed... Page 21 Shaft Dimensions... Page 21 Flanges... Page 22 Installation & Installation Dimensions... Page 23 - Totally Enclosed Fan Cooled (TEFC/IC411)... Page 23 - Totally Enclosed Air to Air Cooled (TEAAC/IC611)... Page 25 - Open Drip Proof (ODP/IP23)... Page 27 Parsons Peebles Group 217 Page 3

4 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE CONTENTS CONT... Medium Voltage Standard Range Frame Data Page 29 PPD-MV Series (TEFC / IC411)... Page 31 PPT-MV Series (TEAAC / IC611)... Page 38 PPC-MV Series (ODP / IP23)... Page 45 High Voltage Standard Range Frame Data Page 51 PPD-HV Series (TEFC / IC411)... Page 53 PPT-HV Series (TEAAC / IC611)... Page 57 PPC-HV Series (ODP / IP23)... Page 62 Engineered to Order High Voltage Range Page 67 Design Philosophy... Page 69 Range Overview... Page 7 Keyed Bar Rotor Construction... Page 71 Drop-In Replacements / Upgrades... Page 72 Low Starting Current Solutions... Page 74 Service & Support Page 75 Full Line Service Provision... Page 77 Summary of Aftermarket Offerings... Page 78 Page 4 Parsons Peebles Group 217

5 PARSONS PEEBLES AN INTRODUCTION Parsons Peebles was established in 1898 and is one of the leading providers of quality electrical machines. We have a global installed base of 1s of motors and generators supplied to end users in the oil & gas, power, water, mining, defence & industrial sectors. We are extremely proud of our long history of manufacturing and maintaining motors and generators which drive pumps, fans, conveyers and other process critical equipment. Our focus on consistently delivering superior quality solutions and services to our customers helps make us different and sets us apart from the competition. We apply our deep engineering knowledge and technical ability to provide reliable drives and generators best suited to the unique demands of our customer s process. Our offering is extensive and products supplied range from standard MV motors through to bespoke HV motors or generators specifically engineered, frequently to very challenging operational parameters. No matter what your challenge we have a machine for you. Our equipment supply is fully backed up by full service provision. This catalogue details our product offering in some detail and we look forward to supplying you with a machine with the reliability that the Parsons Peebles brand epitomises. Original Parsons Peebles business formed by David Bruce Peebles Anstee & Ware business formed by David Bruce Peebles Parsons Peebles acquired by Clyde Blowers Capital Parsons Peebles acquires Anstee & Ware New Parsons Peebles brand is launched ANSTEE WARE Pre-formed Windings a Parsons Peebles company Taylor & Goodman established by Harold Taylor and Stan Goodman Preformed Windings established by *** Parsons Peebles acquires Preformed Windings Parsons Peebles acquires Taylor & Goodman Parsons Peebles Group 217 Page 5

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7 STANDARD MV & HV RANGE GENERAL DATA Parsons Peebles Quality Machines from Stock Quality product, quick availability and a full range motors you can trust to run and run

8 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE STANDARD MV & HV RANGE GENERAL DATA ELECTRIC MOTORS This catalogue includes all technical data for medium and high voltage motors (frame size 28 to 63) that are manufactured by PARSONS PEEBLES. These squirrel cage electric motors conform to international IEC-standards. The production facilities conform to international quality standard ISO 91. NOTICE: All technical data are subject to be changed without prior notice. STANDARDS The standard range is manufactured in accordance with applicable IEC standards, listed in the table below. DESCRIPTION NORM RATINGS AND PERFORMANCE IEC METHODS FOR DETERMINING LOSSES AND EFFICIENCY IEC ROTATING ELECTRICAL MACHINES, PART 3, EFFICIENCY CLASSES OF SINGLE SPEED, THREE-PHASE INDUCTION MOTORS IEC CLASSIFICATION OF DEGREES OF PROTECTION (IP-CODE) IEC METHODS OF COOLING (IC-CODE) IEC CLASSIFICATION OF TYPE OF CONSTRUCTION MOUNTING IEC ARRANGEMENTS (IM-CODE) TERMINAL MARKINGS AND DIRECTION OF ROTATION IEC NOISE LEVELS IEC BUILT-IN THERMAL PROTECTION IEC STARTING PERFORMANCE OF ROTATING ELECTRICAL IEC MACHINES MECHANICAL VIBRATIONS IEC GENERAL PURPOSE THREE-PHASE INDUCTION MOTORS HAVING STANDARD DIMENSIONS AND OUTPUTS 56 TO DIN EN AND FLANGE SIZE 65 TO 74 IEC STANDARD VOLTAGES IEC 638 HIGH EFFICIENCY MOTORS The motors are designed and manufactured to meet the highest possible efficiencies. The best grades of silicon electrical steel, which are available in good quality at economical prices are selected. Slot design filling grade of the slots, copper wire quantity and quality, vacuum impregnation processes, manufacturing tolerances, cutting tool precision, fan design, air gaps etc. are continuously monitored and developed to ensure lowest possible losses and power consumption. RATING PLATE 1. Motor type 2. Design version 3. Ambient temperature 4. Serial number 5. Insulation class 6. Protection class 7. Duty cycles 8. Standards 9. Rated power (kw) 1. Rated voltage (V) 11. Rated current (A) 12. Speed (rpm) 13. Power factor 14. Efficiency Page 8 Parsons Peebles Group 217

9 STANDARD MV & HV RANGE GENERAL DATA MOUNTINGS Our motors are available in design versions IM B3, IM B35, IM V1 and derived versions in accordance with standard IEC 634-7, as outlined in the table below. STANDARD FIGURE CEI 2-14 Code I IEC Code II B3 IM B3 IM 11 B35 IM B35 IM 31 V1 IM V1 IM 311 INGRESS PROTECTION The motor protection degrees carried out according to IEC standards, are: IP 55 (standard) totally enclosed motors, fan cooled, protected against penetration of dust and water jets coming from any direction. Motors manufactured to IP 56 (totally enclosed motors, upon request) are protected against dust penetration and against powerful water jets. Normally IP 56 motors are supplied with external fan (IC 411, IC 416 or IC 418). The external fan is covered by a fan cover with IP 2 protection degree, in line with safety standards. Motors for vertical mounting V1 are supplied with a rain cowl. The terminal box is built in IP55 or IP56 protection degree. Excepted from the description above are our IP23 open drip proof motors. Parsons Peebles Group 217 Page 9

10 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE STANDARD MV & HV RANGE GENERAL DATA GENERAL CONSTUCTION FEATURES The motors are designed and manufactured in compliance with international standards. The motor frames are cast (rib cooled motors) or steel welded (box design). The motors of PARSONS PEEBLES are available in IP 55 IC 411 as a rib cooled TEFC motor, IP 54 IC 611 with an air-air heat exchanger, IP 23 IC1, and water cooled IC81W with an air-water heat exchanger. All types are also available with forced ventilation for VFD application. IP 55 TEFC MOTORS Range frame size of poles 2-1 Construction Cast iron rib coled (GG25) Rotor braced copper bar rotor Mounting IM B3, B35 and V1 IP 54 MOTORS Range frame size of poles 2-1 Construction very rigid welded steel rectangular frames Rotor braced copper bar rotor Mounting IM B3, B35 and V1 In general the frames are identical to the IP 23 frames however the internal cooling air goes through a heat exchanger to assure the IP 54 protection class, due to the slightly higher inside air temperature, the power of the AA motors are lower than the IP 23 motors. IP 23 MOTORS Range frame size of poles 2-1 Construction very rigid welded steel rectangular frames Rotor braced copper bar rotor Mounting IM B3, B35 and V1 ROTOR BALANCING The motors are dynamically balanced with a half-key and fit vibration class A in accordance with standard CEI EN Where low noise is a priority requirement, the option Z-VR ensures reduced vibration in accordance with vibration class B. The table below reports effective velocity of vibration for normal (A) and B grade balancing. OSCILLATION SIZE STEP A B SHAFT HEIGHT Hmm H 28 MACHINE ASSEMBLY Seff µm Veff mm/s aeff m/s² free mounting fixed mounting free mounting fixed mounting Page 1 Parsons Peebles Group 217

11 STANDARD MV & HV RANGE GENERAL DATA COOLING The designation of cooling method is given by the IC code (International Cooling), according to IEC Motors in standard execution are supplied with IC 411 cooling systems, incorporating a bi-directional fan. All frame sizes can be supplied with cooling system IC 416 on request. In this case a proper fan is fitted inside the fan cover, suitably reinforced, in order to make ventilation independent of rotation speed. Other cooling systems as stated in the table below are available on request. CODE I (simplified) IC circuit arrangement method of fluid circulation for the secondary cooling fluid method of fluid circulation for the primary cooling fluid FIGURE IC CODE DESCRIPTION 1 self-ventilating motor, shaft-mounted fan, integral fan cooling 41 (418) motor with surface-cooling by surrounding air, enclosed machine, externally finned (motor with external ventilation cooled by air flowing from the ventilation driven system, externally finned) 411 self-ventilating motor, enclosed machine, externally finned, external shaftmounted fan 416 motor with assisted ventilation, enclosed machine, externally finned, independent external fan mounted inside the fan cover 511 motor with built-in cooling pipes as heat exchanger, enclosed machine, movement of internal and external coolant forced by shaft-mounted fans 611 motor with external built-on heat exchanger, enclosed machine, movement of internal and external coolant forced by shaft-mounted fans 616 motor with external built-on heat exchanger, enclosed machine, movement of internal coolant forced by shaft-mounted fan, movement of external coolant forced by independent external fan 81W motor with external built-on heat exchanger, enclosed machine, primary (internal) coolant is air, movement of internal coolant forced by shaft-mounted fan, secondary (external) coolant is water, movement of external coolant forced by external system Parsons Peebles Group 217 Page 11

12 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE STANDARD MV & HV RANGE GENERAL DATA BEARINGS All motors have regreasable bearings at the drive-end and the non-drive-end. The motors are as standard equipped with ball bearings with C3-tolerance. Roller bearings or sleeve bearings are available on request. On request, sleeve bearings are available from RENK/Germany (increased delivery time). As standard we recommend high grade lithium based grease, e.g. CALTEX II-R. For special applications with temperatures under -4 C ambient temperature or high temperatures we recommend special greases, e.g. from KLÜBER/Germany. The standard life time of the motors at direct coupling is about 1, hours of operation. Motors in belt-drive-applications generally have life-time over 4, hours for motors with 4, 6, 8 or a higher number of poles (= nominal speed lower than 1,8rpm) and over 2, hours for motors with 2 poles (= 1,8rpm and higher). For further details please refer to the bearing manufacturer s life-time tables and maintenance instructions. During the first 2 hours of operation (run-in time) the grease will be evenly dispersed over the raceway and ball surfaces. So eventually a slightly higher sound level can be heard. Both under and over-greasing can cause damage to the bearings. In practice, over-greasing occurs more frequently. Page 12 Parsons Peebles Group 217

13 STANDARD MV & HV RANGE GENERAL DATA PPD-MV SERIES (TEFC / IC411) PPT-MV SERIES (TEAAC / IC611) PPC-MV SERIES (ODP / IP23) BEARING DE NDE C3 6317C C3 6318C C3 622C C3 6319C C3 6322C C3 6326C C3 6328C C3 633C C3 633C C3 6334C C3 6319C C3 6322C C3 6326C C3 6328C C3 633C C3 6334C C3 6322C C3 6326C C3 6328C C3 633C C3 6334C C3 6326C C3 6328C C3 6328C C3 6326C C3 6328C C3 6328C3 BEARING DE NDE C3 6317C C3 622C C3 622C3 5-2 SLEEV BRG SLEEV BRG 56-2 SLEEV BRG SLEEV BRG 63-2 SLEEV BRG SLEEV BRG C3 6322C C3 6324C C3 6326C C3 633C C3 6334C NU238 ECM 6338C C3 6324C C3 6328C C3 633C C3 6334C NU238 ECM 6338C C3 6324C C3 6328C C3 633C C3 6334C NU238 ECM 6338C C3 6328C C3 633C C3 6334C NU238 ECM 6338C C3 6328C C3 633C C3 6334C NU238 ECM 6338C3 BEARING DE NDE C3 6317C C3 622C C3 622C3 5-2 SLEEVE BRG SLEEVE BRG 56-2 SLEEVE BRG SLEEVE BRG C3 6322C C3 6324C C3 6326C C3 6328C C3 6334C NU238ECM 6338C C3 6322C C3 6324C C3 6328C C3 6328C C3 6334C NU238ECM 6338C C3 6324C C3 6328C C3 6328C C3 6334C NU238ECM 6338C C3 6328C C3 6328C C3 6334C NU238ECM 6338C C3 6328C C3 6328C C3 6334C NU238ECM 6338C3 Parsons Peebles Group 217 Page 13

14 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE STANDARD MV & HV RANGE GENERAL DATA PPD-HV SERIES (TEFC / IC411) PPT-HV SERIES (TEAAC / IC611) PPC-HV SERIES (ODP / IP23) BEARING DE NDE C3 622C C3 6221C3 5-2 RTF RTF C3 6326C C3 6328C3 5-4 RTF RTF 56-4 RTF RTF C3 6328C3 5-6 RTF RTF 56-6 RTF RTF C3 6328C3 5-8 RTF RTF 56-8 RTF RTF BEARING DE NDE C3 622C C3 622C3 5-2 SLEEV BRG SLEEV BRG 56-2 SLEEV BRG SLEEV BRG 63-2 SLEEV BRG SLEEV BRG C3 6324C C3 6326C C3 6228C C3 6334C NU238 ECM 6338C C3 6328C C3 6328C C3 6334C NU238 ECM 6338C C3 6328C C3 6328C C3 6334C NU238 ECM 6338C C3 6328C C3 6334C NU238 ECM 6338C C3 6334C NU238 ECM 6338C C3 633C3 BEARING DE NDE C3 622C C3 622C3 5-2 SLEEVE BRG SLEEVE BRG 56-2 SLEEVE BRG SLEEVE BRG C3 6324C C3 6326C C3 6328C C3 6334C NU238ECM 6338C C3 6328C C3 6328C C3 6334C NU238ECM 6338C C3 6328C C3 6334C NU238ECM 6338C C3 6328C C3 6334C NU238ECM 6338C C3 6334C NU238ECM 6338C3 Page 14 Parsons Peebles Group 217

15 STANDARD MV & HV RANGE GENERAL DATA TERMINAL BOX AND CONNECTION The terminal board is as standard equipped with 3 terminals and is made with non-hygroscopic and mildew resistant material. Terminal boxes for PPD, PPT and PPC series are made of welded steel. The protection degree is IP 66. The terminal boxes are fitted with a cable gland G4 which meets protection degree IP68. Care should be taken that the mains cable diameters match the inner diameter of the cable glands and that the cables are well connected to the 3 cable studs. The dimensions of the terminal boxes for IC411, IC611 and IC1 are as follows: Medium voltage: 635 x 42 x 342 mm High voltage: 77 x 535 x 414 mm INSULATION & WINDING All motors are fitted with F insulation class with B rise. The soft copper electrolytic wire is insulated using a special enamel (double enamel). This is classified as H insulation class. All insulating materials used to produce the motors are F or H insulation class. After the winding has been filled, interconnected and fixed in the stator, it is impregnated by soaking it in oven-curing F-class resins. For special applications, the relevant motor gets tropicalized. Therefore an enamel is used, that fits the following characteristics: heatproof, humidity proof, chemical proof. Moreover, the motor also can be fitted to be used in maritime environments suitable for sea-water exposure. The impregnation cycle is carried out under vacuum (VPI). Parsons Peebles Group 217 Page 15

16 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE STANDARD MV & HV RANGE GENERAL DATA RATINGS & TECHNICAL DATA Power and data reported in the Technical Data Tables are for continuous duty (S1) at an ambient temperature of 4 C, max. altitude 1,m above sea level, with supply at nominal voltage. In such conditions, the temperature reached by the motors is lower than the one provided by insulation class B, the operating characteristics are guaranteed with the tolerances defined by IEC standards and recommendations. The values are shown in the following table. EFFICIENCY CHARACTERISTICS FACTOR FOR INDUCTION MACHINES ROTOR ROTOR PULL-UP SLIP TOLERANCES MOTOR 15kW -15% of (1-) MOTOR > 15KW -1% of (1-) MINIMUM ABSOLUTE VALUE =.2 +1/6 (1-cosφ MINIMUM ABSOLUTE VALUE =.7 +2% OF GUARANTEED VALUE -15% TO +25% OF GUARANTEED VALUE (+25% MAY BE EXCEEDED BY AGREEMENT) -15% OF GUARANTEED VALUE MOTOR < 1kW ±3% OF GUARANTEED VALUE MOTOR 1kW ±2% OF GUARANTEED VALUE DESIGN VOLTAGE RANGE Motors to be used for a mains voltage as specified in DIN EN 638 with the total tolerance of ±1%. When the motors are connected to voltages between 95% and 15% of the design voltage range - this corresponds to the mains voltage value according to DIN EN 638 with ±1% - maximum permissible temperature rise of the stator winding maybe approx. 1 K according to EN Page 16 Parsons Peebles Group 217

17 STANDARD MV & HV RANGE GENERAL DATA The power rating (design rating) applies for continuous operation as specified in EN at a coolant temperature of 4 C and an altitude of <1,m above mean sea level, at nominal frequency of 5 Hz and design voltage. The motors have thermal reserves which permit the following overloads in continuous operation: 1% above the rated power output at 4 C coolant temperature or rated power output at 5 C coolant temperature at an installation altitude of 2,5m above sea level These conditions apply only alternatively; when both apply, the power must be reduced. OVERLOAD CAPACITIES In compliance with EN 634-1, all motors can be exposed to the following overload conditions: 1.5 times the rated current for 2 min 1.6 times the rated torque for 15 sec Both conditions apply to the rated voltage and rated frequency. AMBIENT TEMPERATURES & DE-RATINGS The tables of technical data are referred to an ambient temperature of 5 C at sea level or an ambient temperature of 4 C at an altitude of 1,m above sea level. In different environmental conditions output ratings vary and are obtainable by applying the factors as mentioned in COOLING considering the maximum temperature protection provided by insulation class B. The motors are designed to be operated at an ambient temperature of -4 C to 47 C. For regions with high or low ambient temperatures out with this range then we can supply a motor from our engineered range. ALLOWABLE MOTOR ALTITUDE IN METRES ABOVE SEA LEVEL IN % 5 1, 1,5 2,5 3, 3,5 4, AIR INLET TEMPERATURE IN O C Parsons Peebles Group 217 Page 17

18 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE STANDARD MV & HV RANGE GENERAL DATA DUTIES All technical data reported in the tables are referenced to continuous duty (S1). Upon request, motors for limited duty (S2, S6) can be supplied. STARTING Our motors are suitable for the following types of starting: direct by auto-transformer soft-start: when the starting is finished soft-start should be by-passed. Use precaution when motor is powered with inverter by inverter: see as recommended in the paragraph Inverter Supply THERMAL PROTECTION All our motors have inbuilt positive temperature co-efficient thermistors (PTCs). These thermistors quickly change their standard resistance value at their active temperature. < 25Ω from temperature from TK -2 C to +2 C < 55Ω at a temperature of TK -5 C > 1,33Ω at a temperature of TK +5 C > 4,Ω at a temperature of TK +15 C The PTCs are directly installed in the head of the coils so that every change of temperature is measured. The characteristic of the curve (shown below) demonstrates that the increase of the PTCs in the resistance from the switching point onwards is exponential. The behavior of the PTCs in the relevant range of temperature from TK = 6 C to 18 C is in accordance to IEC Upon request, as thermal protection, platinum resistance thermometers PT1 can be installed in the motors. The resistance of a PT1 has a variable resistance that changes linearly with the winding temperature. These are particularly suitable for continuous winding temperature monitoring. The protection is normally made by 3 sensitive elements, one for every phase, series connected and with two terminals in a specially provided terminal board located in the main terminal box or in a specially provided auxiliary terminal box. CLASS OF INSULATION OPERATING TEMPERATURE LIMIT OF THE INSULATION IN C T K in C A E B F H Page 18 Parsons Peebles Group 217

19 STANDARD MV & HV RANGE GENERAL DATA Temperature curve of a PTC Temperature curve of a PT1 ANTI-CONDENSATION HEATERS Motors subject to atmospheric condensation, either through standing idle in damp environments or because of wide ambient temperature variations, may be fitted with anti-condensation heaters. They are of tape form and are normally mounted on the stator winding head. Anti-condensation heaters are normally switched on automatically, mostly when the motor is in standstill. When the supply to the motor is interrupted, heating the motor is used to avoid water condensation. Normal supply voltage is 115 V or 22/24 V. Anti-condensation heater terminals are led to a specially provided terminal board located in the main terminal box. Upon request they can be led to a terminal board located in an auxiliary terminal box. The power values normally used are shown in the following table: HEATER ELECTRICAL DATA H28 2x2W 23V 5Hz H315 2x2W 23V 5Hz H355 2x2W 23V 5Hz H4 2x25W 23V 5Hz H45 2x25W 23V 5Hz H5 2x25W 23V 5Hz H56 2x25W 23V 5Hz H63 2x25W 23V 5Hz INVERTER SUPPLY All our motors are designed to be supplied by inverter (VFD, Variable Frequency Drive). These motors can be driven up to the rated frequency (5 Hz) with supply voltage proportional to the frequency (see diagr. 1), at higher frequencies they can be supplied at constant voltage up to 87Hz (see diagr. 2). By the type of supply shown in diagr. 3, the flux created by the stator windings will be constant from frequency to 5 Hz frequency, at frequencies higher than 5 Hz, the flux will be lower than the maximum value. NOTE: At low frequencies ( approx. 1 Hz), due to the voltage drop, the supply voltage should be slightly increased in order to keep the flux constant. This voltage increase depends both on the motor type and on the inverter type. Consequently the motors in standard execution (self ventilating code IC411) are able to run at constant torque between 25 and 5 Hz and at constant power in the section included between 5 and 87 Hz (see diagrams 2 and 3). We allow ourselves a temperature rise according to insulation class F. Parsons Peebles Group 217 Page 19

20 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE STANDARD MV & HV RANGE GENERAL DATA Upon request, motors can be equipped with an auxiliary fan (code IC 416), in this case they can supply a constant torque between and 5 Hz and a constant power in the section included between 5 and 87 Hz. Diagram 1: Supply voltage Supply frequency Diagram 2: Power output Supply frequency Diagram 3: Torque output Supply frequency VFD: MOTOR FEATURES The asynchronous three-phase motors to be used for inverter allow an optimum of reliable operation. It has to be considered that generally the inverter supplying the asynchronous motor with a non- sinusoidal current has some negative impact. This is due in particular to the type of inverter, to the value of the switch frequency and to the length of the supply cables. Moreover, steep voltage fronts to the motor terminals (du/dt) originated by the short commutation times of the IGBT, generate considerable stresses on the insulating materials. Consequently motor insulation must be carried out with the utmost care because it has to be able to withstand such high stresses. Taking into account the number of turns/coil and the number of coils, all motors produced are categorized as: category C- severe. SUMMARY OF STRESS CATEGORIES STRESS CATEGORY OVERSHOOT FACTOR IMPULSE RISE TIME UP/UDC tr [µs] A BENIGN B MODERATE C SEVERE 2..1 D EXTREME Regarding the winding all HV motors can be driven with a VFD. However the type of VFD must be advised in order to provide the correct insulation thickness. Page 2 Parsons Peebles Group 217

21 STANDARD MV & HV RANGE GENERAL DATA MAXIMUM SPEED Motors supplied by inverter can run at a frequency higher than the rated one supplying the rated power up to the maximum frequency mentioned in the following table. In these conditions the motor maximum torque remains 1.6 times higher than the rated torque. MAXIMUM SUPPLY FREQUENCY (Hz) 2 POLES 4 POLES 6 POLES 8 POLES > lt is also possible to supply motors at a higher frequency. In this case, the deliverable motor power will be progressively reduced. In any case, the motor maximum speeds, also at no load operation or dragged by the machine, must never exceed the limits detailed in the following table: MAXIMUM SPEED (RPM) 2 POLES 4 POLES 6 POLES 8 POLES 28 3,6 2,6 2,6 2, ,6 2,6 2,6 2, ,4 2,5 2,5 2,5 4 3,4 2,5 2,5 2,5 45 3,4 2,5 2,5 2,5 5 3,3 2,4 2,4 2,4 56 3,3 2,4 2,4 2,4 63 3,3 2,4 2,4 2,4 SHAFT DIMENSIONS The schematic below illustrates the basic shaft dimensions of the motor range. Shaft dimensions are listed in chapter Outline & Installation Dimensions. NOTE: Dimensions and further data for a shaft at the NDE on request. Parsons Peebles Group 217 Page 21

22 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE STANDARD MV & HV RANGE GENERAL DATA FLANGES Additionally to chapter Outline & Installation Dimensions, the table below shows the dimensions for the flanges in mounting execution V1. The following figure shows a motor for mounting execution V1 with cooling system IC411. It shall only illustrate the position of the flange measurements. The measurements of the flanges for IC411, IC611 and IC1 are identical. FLANGE DIMENSIONS MV AND HV MOTORS POLES M [mm] N [mm] P [mm] S [mm] x Ø ,6 2,6 2,6 2, ,4 2,5 2,5 2,5 2,5 4 3,4 2,5 2,5 2,5 2,5 45 3,4 2,5 2,5 2,5 2,5 5 3,3 2,4 2,4 2,4 2,4 56 3,3 2,4 2,4 2,4 2,4 63 3,3 2,4 2,4 2,4 2,4 Page 22 Parsons Peebles Group 217

23 STANDARD MV & HV RANGE GENERAL DATA OUTLINE & INSTALLATION DIMENSIONS The schematics below illustrate the basic outline & installation dimensions of the medium and high voltage range. PPD SERIES (TEFC / IC411) Installation Dimensions FRAME SIZE POLES INSTALLATION DIMENSIONS A B C D E F G H K1 K ±1.4 9± ± ± ±1.4 9± ± ± ±1.75 1,± ± ± ±1.75 1,± ± ± ±1.75 1,12± ± ± ±1.75 1,12± ± ± ±1.75 1,12± ± ± ±2.1 1,25±2.1 48± ± ±2.1 1,25± ± ± ±2.1 1,25± ± ± ,±2.1 1,4±2.1 53± ± ,±2.1 1,4± ± ± ,±2.1 1,4± ± ± Parsons Peebles Group 217 Page 23

24 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE STANDARD MV & HV RANGE GENERAL DATA PPD SERIES (TEFC / IC411) Outline Dimensions FRAME SIZE POLES OUTLINE DIMENSIONS AC AD AB BB HA HD L1 L2 L , , , , , , , , ,34 5 1, , ,34 5 1, , ,34 5 1, , ,8 1,49 5 1, , ,8 1,49 5 1, , ,5 1,17 1,68 6 1, ,1 2, ,5 1,17 1,68 6 1, ,1 2, ,5 1,17 1,68 6 1, ,1 2,65 Page 24 Parsons Peebles Group 217

25 STANDARD MV & HV RANGE GENERAL DATA PPT SERIES (TEAAC / IC611) Installation Dimensions FRAME SIZE POLES INSTALLATION DIMENSIONS A B C D E F G H K ±1.75 8± ± ± ±1.75 8± ± ± ±1.75 9± ± ± ±1.75 9± ± ± ±1.75 1,± ± ± ±1.75 1,± ± ± ±1.75 1,12±1.75 4± ± ±1.75 1,12± ± ± ±1.75 1,12± ± ± ±2.1 1,25±2.1 56± ± ±2.1 1,25± ± ± ±2.1 1,25± ± ± ,±2.1 1,4±2.1 56± ± ,±2.1 1,4±2.1 5± ± ,±2.1 1,4±2.1 5± ± ,12±2.1 1,6±2.1 56± ± ,12±2.1 1,6±2.1 53± ± ,12±2.1 1,6±2.1 53± ± Parsons Peebles Group 217 Page 25

26 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE STANDARD MV & HV RANGE GENERAL DATA PPT SERIES (TEAAC / IC611) Outline Dimensions FRAME SIZE POLES OUTLINE DIMENSIONS AC AD AB BB HA HD L1 L2 L ,3 25 1, , ,3 25 1, , ,4 25 1, , ,3 25 1, , , , , , , , ,65 4 1, , , , , , , , ,115 1,112 2,2 5 2, , , 1,112 1, , , , 1,112 1, , , ,2 1,216 2,5 55 2,5 27 1,12 3, ,5 1,216 2, , , ,5 1,216 2, , , ,35 1,396 2,9 55 2, ,32 3, ,15 1,396 2, , ,44 Page 26 Parsons Peebles Group 217

27 STANDARD MV & HV RANGE GENERAL DATA PPC SERIES (ODP / IP23) Installation Dimensions FRAME SIZE POLES INSTALLATION DIMENSIONS A B C D E F G H K ±1.75 1,± ± ± ±1.75 1,± ± ± ±1.75 1,12±1.75 4± ± ±1.75 1,12± ± ± ±2.1 1,25±2.1 56± ± ±2.1 1,25± ± ± ±2.1 1,25± ± ± ,±2.1 1,4±2.1 56± ± ,±2.1 1,4±2.1 5± ± ,±2.1 1,4±2.1 5± ± ,12±2.1 1,6±2.1 56± ± ,12±2.1 1,6±2.1 53± ± ,12±2.1 1,6±2.1 53± ± Parsons Peebles Group 217 Page 27

28 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE STANDARD MV & HV RANGE GENERAL DATA PPC SERIES (ODP / IP23) Outline Dimensions FRAME SIZE POLES OUTLINE DIMENSIONS AC AD AB BB HA HD L1 L2 L , , , , , , , , , , , , , , ,115 1,112 1,72 5 1, , , 1,112 1, , , , 1,112 1, , , ,2 1,216 1, , ,12 2, ,5 1,216 1, , , ,5 1,216 1, , , ,35 1,396 2,1 55 2, ,32 2, ,15 1,396 2,8 5 1, ,677 Page 28 Parsons Peebles Group 217

29 Parsons Peebles Group 217 Page 29

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31 MEDIUM VOLTAGE STANDARD RANGE FRAME DATA Parsons Peebles Quality Machines from Stock Quality product, quick availability and a full range exceeding standards in your most demanding applications

32 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE MV STANDARD RANGE FRAME DATA PPD-MV SERIES TOTALLY ENCLOSED FAN COOLED (TEFC / IC411) Three-phase squirrel cage induction medium voltage motors Efficiency class according EN634-3 (IEC) Voltage 3.3/6.6kV, 5Hz Insulation class F, TEFC IC411 3 x PTC 15 C, 3 x PT1 winding, 2 x PT1 bearing 1 x anti-condensation heater Colour RAL 731 Current insulated NDE shield Page 32 Parsons Peebles Group 217

33 MV STANDARD RANGE FRAME DATA PPD-MV SERIES (TEFC / IC411) TECHNICAL DATA 2 POLES (3, RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPD-315X1-2B 185 3, , RA PPD-315X1-2D 185 6, , ,74 PPD-315X2-2B 2 3, , ,8 PPD-315X2-2D 2 6, , ,8 PPD-315X3-2B 22 3, , ,86 PPD-315X3-2D 22 6, , ,86 PPD-315X4-2B 25 3, , ,93 PPD-315X4-2D 25 6, , ,93 PPD-315X5-2B 28 3, , , PPD-315X5-2D 28 6, , , PPD-355X1-2B 315 3, ,9 2, ,24 PPD-355X1-2D 315 6, ,9 2, ,24 PPD-355X2-2B 355 3, ,138 2, ,34 PPD-355X2-2D 355 6, ,138 2, ,34 PPD-355X3-2B 4 3,3 86 1,282 2, ,44 PPD-355X3-2D 4 6,6 43 1,282 2, ,44 PPD-355X4-2B 45 3, ,442 2, ,55 PPD-355X4-2D 45 6, ,442 2, ,55 PPD-4X1-2B 5 3, ,62 2, ,2 PPD-4X1-2D 5 6, ,62 2, ,2 PPD-4X2-2B 56 3, ,795 2, ,32 PPD-4X2-2D 56 6, ,795 2, ,32 PPD-4X3-2B 63 3, ,18 2, ,47 PPD-4X3-2D 63 6, ,18 2, ,47 PPD-4X4-2B 71 3, ,274 2, ,65 PPD-4X4-2D 71 6, ,274 2, ,65 PPD-45X1-2B 8 3, ,562 2, ,65 PPD-45X1-2D 8 6,6 84 2,562 2, ,65 PPD-45X2-2B 9 3, ,882 2, ,83 PPD-45X2-2D 9 6, ,882 2, ,83 PPD-45X3-2B 1, 3, ,23 2, ,1 PPD-45X3-2D 1, 6, ,23 2, ,1 PPD-45X4-2B 1,12 3, ,587 2, ,2 PPD-45X4-2D 1,12 6, ,587 2, ,2 Parsons Peebles Group 217 Page 33

34 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE MV STANDARD RANGE FRAME DATA PPD-MV SERIES (TEFC / IC411) TECHNICAL DATA 4 POLES (1,5 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPD-315X1-4B 185 3, ,19 1, ,75 PPD-315X1-4D 185 6, ,19 1, ,75 PPD-315X2-4B 2 3, ,286 1, ,8 PPD-315X2-4D 2 6, ,286 1, ,8 PPD-315X3-4B 22 3, ,415 1, ,87 PPD-315X3-4D 22 6, ,415 1, ,87 PPD-315X4-4B 25 3, ,68 1, ,94 PPD-315X4-4D 25 6, ,68 1, ,94 PPD-315X5-4B 28 3, ,81 1, ,85 PPD-315X5-4D 28 6, ,81 1, ,85 PPD-355X1-4B 315 3, ,26 1, ,38 PPD-355X1-4D 315 6, ,26 1, ,38 PPD-355X2-4B 355 3,3 78 2,283 1, ,49 PPD-355X2-4D 355 6,6 39 2,283 1, ,49 PPD-355X3-4B 4 3, ,572 1, ,62 PPD-355X3-4D 4 6, ,572 1, ,62 PPD-355X4-4B 45 3, ,894 1, ,77 PPD-355X4-4D 45 6, ,894 1, ,77 PPD-4X1-4B 5 3, ,215 1, ,25 PPD-4X1-4D 5 6, ,215 1, ,25 PPD-4X2-4B 56 3, ,61 1, ,4 PPD-4X2-4D 56 6, ,61 1, ,4 PPD-4X3-4B 63 3, ,52 1, ,58 PPD-4X3-4D 63 6, ,52 1, ,58 PPD-4X4-4B 71 3, ,566 1, ,82 PPD-4X4-4D 71 6, ,566 1, ,82 PPD-45X1-4B 8 3, ,145 1, ,97 PPD-45X1-4D 8 6, ,145 1, ,97 PPD-45X2-4B 9 3, ,788 1, ,19 PPD-45X2-4D 9 6, ,788 1, ,19 PPD-45X3-4B 1, 3, ,418 1, ,48 PPD-45X3-4D 1, 6,6 16 6,418 1, ,48 PPD-45X4-4B 1,12 3, ,188 1, ,78 PPD-45X4-4D 1,12 6, ,188 1, ,78 PPD-5X1-4B 1,25 3, ,23 1, ,62 PPD-5X1-4D 1,25 6, ,23 1, ,62 PPD-5X2-4B 1,4 3, ,985 1, ,9 PPD-5X2-4D 1,4 6, ,985 1, ,9 PPD-5X3-4B 1,6 3, ,269 1, ,28 PPD-5X3-4D 1,6 6, ,269 1, ,28 PPD-56X1-4B 1,8 3, ,552 1, ,1 PPD-56X1-4D 1,8 6, ,552 1, ,1 PPD-56X2-4B 2, 3, ,836 1, ,64 PPD-56X2-4D 2, 6, ,836 1, ,64 Page 34 Parsons Peebles Group 217

35 MV STANDARD RANGE FRAME DATA PPD-MV SERIES (TEFC / IC411) TECHNICAL DATA 6 POLES (1, RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPD-315X1-6B 16 3, , , PPD-315X1-6D 16 6, , , PPD-315X2-6B 185 3, , ,5 PPD-315X2-6D 185 6, , ,5 PPD-315X3-6B 2 3, , ,12 PPD-315X3-6D 2 6, , ,12 PPD-315X4-6B 22 3, , ,2 PPD-315X4-6D 22 6, , ,2 PPD-355X1-6B 22 3, , ,25 PPD-355X1-6D 22 6, , ,25 PPD-355X2-6B 25 3, , ,6 PPD-355X2-6D 25 6, , ,6 PPD-355X3-6B 28 3, , ,72 PPD-355X3-6D 28 6, , ,72 PPD-355X4-6B 315 3, , ,83 PPD-355X4-6D 315 6, , ,83 PPD-4X1-6B 355 3,3 8 3, ,32 PPD-4X1-6D 355 6,6 4 3, ,32 PPD-4X2-6B 4 3,3 9 3, ,5 PPD-4X2-6D 4 6,6 45 3, ,5 PPD-4X3-6B 45 3, , ,74 PPD-4X3-6D 45 6, , ,74 PPD-4X4-6B 5 3, , ,92 PPD-4X4-6D 5 6, , ,92 PPD-45X1-6B 56 3, , ,62 PPD-45X1-6D 56 6, , ,62 PPD-45X2-6B 63 3, , ,84 PPD-45X2-6D 63 6, , ,84 PPD-45X3-6B 71 3, , ,6 PPD-45X3-6D 71 6, , ,6 PPD-45X4-6B 8 3, , ,36 PPD-45X4-6D 8 6,6 88 7, ,36 PPD-5X1-6B 9 3, , ,47 PPD-5X1-6D 9 6, , ,47 PPD-5X2-6B 1, 3, , ,75 PPD-5X2-6D 1, 6, , ,75 PPD-5X3-6B 1,12 3, , ,3 PPD-5X3-6D 1,12 6, , ,3 PPD-5X4-6B 1,25 3, , ,41 PPD-5X4-6D 1,25 6, , ,41 PPD-56X1-6B 1,4 3, , ,2 PPD-56X1-6D 1,4 6, , ,2 PPD-56X2-6B 1,6 3, , ,54 PPD-56X2-6D 1,6 6, , ,54 Parsons Peebles Group 217 Page 35

36 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE MV STANDARD RANGE FRAME DATA PPD-MV SERIES (TEFC / IC411) TECHNICAL DATA 8 POLES (75 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPD-355X1-8B 16 3, , ,5 PPD-355X1-8D 16 6, , ,5 PPD-355X2-8B 185 3, , ,59 PPD-355X2-8D 185 6, , ,59 PPD-355X3-8B 2 3, , ,75 PPD-355X3-8D 2 6, , ,75 PPD-355X4-8B 22 3, , ,82 PPD-355X4-8D 22 6, , ,82 PPD-355X5-8B 25 3, , ,9 PPD-355X5-8D 25 6, , ,9 PPD-4X1-8B 25 3, , ,25 PPD-4X1-8D 25 6, , ,25 PPD-4X2-8B 28 3, , ,3 PPD-4X2-8D 28 6, , ,3 PPD-4X3-8B 315 3, , ,48 PPD-4X3-8D 315 6, , ,48 PPD-4X4-8B 355 3, , ,72 PPD-4X4-8D 355 6, , ,72 PPD-4X5-8B 4 3, , ,9 PPD-4X5-8D 4 6, , ,9 PPD-45X1-8B 4 3, , ,3 PPD-45X1-8D 4 6, , ,3 PPD-45X2-8B 45 3, , ,52 PPD-45X2-8D 45 6, , ,52 PPD-45X3-8B 5 3, , ,82 PPD-45X3-8D 5 6, , ,82 PPD-45X4-8B 56 3, , ,4 PPD-45X4-8D 56 6, , ,4 PPD-45X5-8B 63 3, , ,48 PPD-45X5-8D 63 6, , ,48 PPD-5X1-8B 63 3, , ,8 PPD-5X1-8D 63 6, , ,8 PPD-5X2-8B 71 3, , ,55 PPD-5X2-8D 71 6, , ,55 PPD-5X3-8B 8 3, , ,83 PPD-5X3-8D 8 6, , ,83 PPD-5X4-8B 9 3, , ,3 PPD-5X4-8D 9 6, , ,3 PPD-56X1-8B 1, 3, , ,69 PPD-56X1-8D 1, 6, , ,69 PPD-56X2-8B 1,12 3, , , PPD-56X2-8D 1,12 6, , , PPD-56X3-8B 1,25 3, , ,52 PPD-56X3-8D 1,25 6, , ,52 PPD-56X2-6D 1,6 6, , ,54 Page 36 Parsons Peebles Group 217

37 MV STANDARD RANGE FRAME DATA PPD-MV SERIES (TEFC / IC411) TECHNICAL DATA 1 POLES (6 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPD-4X1-1B 22 3, , ,2 PPD-4X1-1D 22 6, , ,2 PPD-4X2-1B 25 3, , ,35 PPD-4X2-1D 25 6, , ,35 PPD-4X3-1B 28 3, , ,46 PPD-4X3-1D 28 6, , ,46 PPD-4X4-1B 315 3, , ,58 PPD-4X4-1D 315 6, , ,58 PPD-45X1-1B 355 3, , ,1 PPD-45X1-1D 355 6, , ,1 PPD-45X2-1B 4 3, , ,3 PPD-45X2-1D 4 6, , ,3 PPD-45X3-1B 45 3, , ,5 PPD-45X3-1D 45 6, , ,5 PPD-45X4-1B 55 3, , ,5 PPD-45X4-1D 55 6, , ,5 PPD-5X1-1B 56 3, , ,2 PPD-5X1-1D 56 6, , ,2 PPD-5X2-1B 63 3, , ,5 PPD-5X2-1D 63 6, , ,5 PPD-5X3-1B 71 3, , ,75 PPD-5X3-1D 71 6, , ,75 PPD-5X4-1B 8 3, , ,9 PPD-5X4-1D 8 6, , ,9 Parsons Peebles Group 217 Page 37

38 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE MV STANDARD RANGE FRAME DATA PPD-MV SERIES (TEFC / IC411) TECHNICAL DATA 12 POLES (5 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPD-4X1-12B 2 3, , ,38 PPD-4X1-12D 2 6, , ,38 PPD-4X2-12B 22 3,3 58 4, ,53 PPD-4X2-12D 22 6,6 29 4, ,53 PPD-4X3-12B 25 3, , ,64 PPD-4X3-12D 25 6, , ,64 PPD-4X4-12B 28 3, , ,76 PPD-4X4-12D 28 6, , ,76 PPD-45X1-12B 315 3, , ,28 PPD-45X1-12D 315 6, , ,28 PPD-45X2-12B 355 3,3 92 6, ,48 PPD-45X2-12D 355 6,6 46 6, ,48 PPD-45X3-12B 4 3, , ,68 PPD-45X3-12D 4 6, , ,68 PPD-45X4-12B 45 3, , ,68 PPD-45X4-12D 45 6, , ,68 PPD-5X1-12B 5 3, , ,38 PPD-5X1-12D 5 6, , ,38 PPD-5X2-12B 56 3, , ,68 PPD-5X2-12D 56 6, , ,68 PPD-5X3-12B 63 3, , ,93 PPD-5X3-12D 63 6, , ,93 PPD-5X4-12B 71 3, , ,8 PPD-5X4-12D 71 6, , ,8 Page 38 Parsons Peebles Group 217

39 MV STANDARD RANGE FRAME DATA PPT-MV SERIES TOTALLY ENCLOSED AIR TO AIR COOLED (TEAAC / IC611) Three-phase squirrel cage induction air to air cooling medium voltage motors Efficiency class according EN634-3 (IEC) Voltage 3.3/6.6kV, 5Hz Insulation class F, TEFC IC611 3 x PTC 15 C, 3 x PT1 winding, 2 x PT1 bearing 1 x anti-condensation heater Colour RAL 731 Parsons Peebles Group 217 Page 39

40 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE MV STANDARD RANGE FRAME DATA PPT-MV SERIES (TEAAC / IC611) TECHNICAL DATA 2 POLES (3, RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPT-355X1-2B 22 3, , ,3 PPT-355X1-2D 22 6, , ,3 PPT-355X2-2B 25 3, , ,11 PPT-355X2-2D 25 6, , ,11 PPT-355X3-2B 28 3, , ,28 PPT-355X3-2D 28 6, , ,28 PPT-355X4-2B 315 3, ,9 2, ,45 PPT-355X4-2D 315 6, ,9 2, ,45 PPT-4X1-2B 355 3, ,138 2, ,58 PPT-4X1-2D 355 6, ,138 2, ,58 PPT-4X2-2B 4 3, ,282 2, ,73 PPT-4X2-2D 4 6, ,282 2, ,73 PPT-4X3-2B 45 3, ,442 2, ,99 PPT-4X3-2D 45 6, ,442 2, ,99 PPT-4X4-2B 5 3,3 18 1,62 2, ,22 PPT-4X4-2D 5 6,6 54 1,62 2, ,22 PPT-45X1-2B 56 3, ,795 2, ,63 PPT-45X1-2D 56 6, ,795 2, ,63 PPT-45X2-2B 63 3, ,19 2, ,72 PPT-45X2-2D 63 6,6 67 2,19 2, ,72 PPT-45X3-2B 71 3, ,275 2, ,85 PPT-45X3-2D 71 6, ,275 2, ,85 PPT-45X4-2B 8 3, ,564 2, ,98 PPT-45X4-2D 8 6, ,564 2, ,98 PPT-5X1-2D 9 6, ,884 2, ,57 PPT-5X2-2D 1, 6, ,25 2, ,76 PPT-5X3-2D 1,12 6, ,589 2, ,99 PPT-5X4-2D 1,25 6, ,6 2, ,13 PPT-56X1-2D 1,4 6, ,487 2, ,54 PPT-56X2-2D 1,6 6, ,128 2, ,86 PPT-56X3-2D 1,8 6, ,768 2, ,6 PPT-63X1-2D 2, 6, ,49 2, ,86 PPT-63X2-2D 2,24 6, ,179 2, ,6 PPT-63X3-2D 2,5 6, ,12 2, ,8 Page 4 Parsons Peebles Group 217

41 MV STANDARD RANGE FRAME DATA PPT-MV SERIES (TEAAC / IC611) TECHNICAL DATA 4 POLES (1,5 RPM VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPT-355X1-4B 185 3,3 41 1,19 1, ,14 PPT-355X1-4D 185 6, ,19 1, ,14 PPT-355X2-4B 2 3, ,286 1, ,14 PPT-355X2-4D 2 6, ,286 1, ,14 PPT-355X3-4B 22 3, ,415 1, ,2 PPT-355X3-4D 22 6, ,415 1, ,2 PPT-355X4-4B 25 3, ,68 1, ,3 PPT-355X4-4D 25 6, ,68 1, ,3 PPT-4X1-4B 28 3, ,81 1, ,62 PPT-4X1-4D 28 6, ,81 1, ,62 PPT-4X2-4B 315 3, ,26 1, ,75 PPT-4X2-4D 315 6, ,26 1, ,75 PPT-4X3-4B 355 3, ,283 1, ,9 PPT-4X3-4D 355 6, ,283 1, ,9 PPT-4X4-4B 4 3, ,572 1, ,96 PPT-4X4-4D 4 6, ,572 1, ,96 PPT-4X5-4B 45 3, ,894 1, ,12 PPT-4X5-4D 45 6, ,894 1, ,12 PPT-45X1-4B 5 3, ,215 1, ,7 PPT-45X1-4D 5 6, ,215 1, ,7 PPT-45X2-4B 56 3, ,61 1, ,79 PPT-45X2-4D 56 6, ,61 1, ,79 PPT-45X3-4B 63 3, ,52 1, ,88 PPT-45X3-4D 63 6, ,52 1, ,88 PPT-45X4-4B 71 3, ,566 1, ,2 PPT-45X4-4D 71 6, ,566 1, ,2 PPT-5X1-4B 8 3, ,145 1, ,98 PPT-5X1-4D 8 6, ,145 1, ,98 PPT-5X2-4B 9 3, ,788 1, ,12 PPT-5X2-4D 9 6, ,788 1, ,12 PPT-5X3-4B 1, 3, ,431 1, ,34 PPT-5X3-4D 1, 6, ,431 1, ,34 PPT-5X4-4B 1,12 3, ,23 1, ,52 PPT-5X4-4D 1,12 6, ,23 1, ,52 PPT-56X1-4B 1,25 3, ,39 1, ,53 PPT-56X1-4D 1,25 6, ,39 1, ,53 PPT-56X2-4B 1,4 3, ,3 1, ,78 PPT-56X2-4D 1,4 6, ,3 1, ,78 PPT-56X3-4B 1,6 3, ,29 1, ,12 PPT-56X3-4D 1,6 6, ,29 1, ,12 PPT-63X1-4B 1,8 3, ,576 1, ,15 PPT-63X1-4D 1,8 6, ,576 1, ,15 PPT-63X2-4B 2, 3, ,862 1, ,42 PPT-63X2-4D 2, 6, ,862 1, ,42 PPT-63X3-4B 2,24 3, ,45 1, ,66 PPT-63X3-4D 2,24 6, ,45 1, ,66 Parsons Peebles Group 217 Page 41

42 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE MV STANDARD RANGE FRAME DATA PPT-MV SERIES (TEAAC / IC611) TECHNICAL DATA 6 POLES (1, RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPT-4X1-6B 185 3, ,785 99, ,14 PPT-4X1-6D 185 6, ,785 99, ,14 PPT-4X2-6B 2 3, ,929 99, ,14 PPT-4X2-6D 2 6, ,929 99, ,14 PPT-4X3-6B 22 3, ,122 99, ,35 PPT-4X3-6D 22 6, ,122 99, ,35 PPT-4X4-6B 25 3, ,412 99, ,35 PPT-4X4-6D 25 6, ,412 99, ,35 PPT-4X5-6B 28 3, ,71 99, ,5 PPT-4X5-6D 28 6, ,71 99, ,5 PPT-4X6-6B 315 3, ,39 99, ,63 PPT-4X6-6D 315 6, ,39 99, ,63 PPT-45X1-6B 355 3,3 8 3,424 99, ,9 PPT-45X1-6D 355 6,6 4 3,424 99, ,9 PPT-45X2-6B 4 3,3 9 3,859 99, ,2 PPT-45X2-6D 4 6, ,859 99, ,2 PPT-45X3-6B 45 3, ,341 99, ,3 PPT-45X3-6D 45 6,6 5 4,341 99, ,3 PPT-45X4-6B 5 3, ,823 99, ,53 PPT-45X4-6D 5 6, ,823 99, ,53 PPT-5X1-6B 56 3, ,42 99, ,38 PPT-5X1-6D 56 6, ,42 99, ,38 PPT-5X2-6B 63 3, ,77 99, ,38 PPT-5X2-6D 63 6, ,77 99, ,38 PPT-5X3-6B 71 3, ,849 99, ,38 PPT-5X3-6D 71 6, ,849 99, ,38 PPT-5X4-6B 8 3, ,717 99, ,38 PPT-5X4-6D 8 6, ,717 99, ,38 PPT-56X1-6B 9 3, ,682 99, ,79 PPT-56X1-6D 9 6, ,682 99, ,79 PPT-56X2-6B 1, 3, ,646 99, ,2 PPT-56X2-6D 1, 6, ,646 99, ,2 PPT-56X3-6B 1,12 3, ,84 99, ,31 PPT-56X3-6D 1,12 6, ,84 99, ,31 PPT-63X1-6B 1,25 3, ,58 99, ,11 PPT-63X1-6D 1,25 6, ,58 99, ,11 PPT-63X2-6B 1,4 3, ,55 99, ,54 PPT-63X2-6D 1,4 6, ,55 99, ,54 PPT-63X3-6B 1,6 3, ,434 99, ,88 PPT-63X3-6D 1,6 6, ,434 99, ,88 Page 42 Parsons Peebles Group 217

43 MV STANDARD RANGE FRAME DATA PPT-MV SERIES (TEAAC / IC611) TECHNICAL DATA 8 POLES (75 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPT-4X1-8B 185 3, , ,22 PPT-4X1-8D 185 6, , ,22 PPT-4X2-8B 2 3, , ,34 PPT-4X2-8D 2 6, , ,34 PPT-4X3-8B 22 3, , ,48 PPT-4X3-8D 22 6, , ,48 PPT-45X1-8B 25 3, , ,89 PPT-45X1-8D 25 6, , ,89 PPT-45X2-8B 28 3, , ,1 PPT-45X2-8D 28 6, , ,1 PPT-45X3-8B 315 3, , ,34 PPT-45X3-8D 315 6, , ,34 PPT-45X4-8B 355 3, , ,6 PPT-45X4-8D 355 6,6 42 4, ,6 PPT-5X1-8B 4 3, , ,47 PPT-5X1-8D 4 6, , ,47 PPT-5X2-8B 45 3, , ,56 PPT-5X2-8D 45 6, , ,56 PPT-5X3-8B 5 3, , ,73 PPT-5X3-8D 5 6,6 58 6, ,73 PPT-5X4-8B 56 3, , ,92 PPT-5X4-8D 56 6, , ,92 PPT-56X1-8B 63 3, , ,47 PPT-56X1-8D 63 6, , ,47 PPT-56X2-8B 71 3, , ,61 PPT-56X2-8D 71 6, , ,61 PPT-56X3-8B 8 3, , ,95 PPT-56X3-8D 8 6, , ,95 PPT-63X1-8B 9 3, , ,81 PPT-63X1-8D 9 6, , ,81 PPT-63X2-8B 1, 3, , ,14 PPT-63X2-8D 1, 6, , ,14 PPT-63X3-8B 1,12 3, , ,41 PPT-63X3-8D 1,12 6, , ,41 PPT-63X4-8B 1,25 3, , ,91 PPT-63X4-8D 1,25 6, , ,91 Parsons Peebles Group 217 Page 43

44 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE MV STANDARD RANGE FRAME DATA PPT-MV SERIES (TEAAC / IC611) TECHNICAL DATA 1 POLES (6 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPT-45X1-1B 185 3, , ,75 91,7 91, ,85 PPT-45X1-1D 185 6, , ,75 91,7 91, ,85 PPT-45X2-1B 2 3, , ,75 91,9 91, ,97 PPT-45X2-1D 2 6, , ,75 91,9 91, ,97 PPT-45X3-1B 22 3, , ,75 92,1 91, ,11 PPT-45X3-1D 22 6, , ,75 92,1 91, ,11 PPT-45X4-1B 25 3, ,19 594,75 92,3 92, ,25 PPT-45X4-1D 25 6, ,19 594,75 92,3 92, ,25 PPT-45X5-1B 28 3, ,52 594,75 92,5 92, ,43 PPT-45X5-1D 28 6, ,52 594,75 92,5 92, ,43 PPT-5X1-1B 315 3, , ,76 92,8 92, ,87 PPT-5X1-1D 315 6, , ,76 92,8 92, ,87 PPT-5X2-1B 355 3, , , , ,99 PPT-5X2-1D 355 6, , , , ,99 PPT-5X3-1B 4 3, ,53 585,76 93,3 93, ,13 PPT-5X3-1D 4 6, ,53 585,76 93,3 93, ,13 PPT-5X4-1B 45 3, , ,76 93,4 93, ,31 PPT-5X4-1D 45 6, , ,76 93,4 93, ,31 PPT-56X1-1B 5 3, ,93 59,78 93,6 93, ,2 PPT-56X1-1D 5 6, ,93 59,78 93,6 93, ,2 PPT-56X2-1B 56 3, ,64 59,78 93,7 93, ,29 PPT-56X2-1D 56 6,6 67 9,64 59,78 93,7 93, ,29 PPT-56X3-1B 63 3, ,197 59,78 93,8 93, ,58 PPT-56X3-1D 63 6, ,197 59,78 93,8 93, ,58 PPT-56X4-1B 71 3, ,492 59, , ,89 PPT-56X4-1D 71 6, ,492 59, , ,89 PPT-63X1-1B 8 3, ,949 59,8 94,2 94, ,51 PPT-63X1-1D 8 6, ,949 59,8 94,2 94, ,51 PPT-63X2-1B 9 3, ,568 59,8 94,3 94, ,71 PPT-63X2-1D 9 6, ,568 59,8 94,3 94, ,71 PPT-63X3-1B 1, 3, ,186 59,8 94,4 94, ,31 PPT-63X3-1D 1, 6, ,186 59,8 94,4 94, ,31 PPT-63X4-1B 1,12 3, ,129 59,8 94,6 94, ,71 PPT-63X4-1D 1,12 6, ,129 59,8 94,6 94, ,71 Page 44 Parsons Peebles Group 217

45 MV STANDARD RANGE FRAME DATA PPT-MV SERIES (TEAAC / IC611) TECHNICAL DATA 12 POLES (5 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPT-45X1-12B 185 3, , ,13 PPT-45X1-12D 185 6, , ,13 PPT-45X2-12B 2 3, , ,27 PPT-45X2-12D 2 6, , ,27 PPT-5X1-12B 22 3,3 58 4, ,86 PPT-5X1-12D 22 6,6 29 4, ,86 PPT-5X2-12B 25 3, , ,2 PPT-5X2-12D 25 6, , ,2 PPT-5X3-12B 28 3, , ,19 PPT-5X3-12D 28 6, , ,19 PPT-5X4-12B 315 3, , ,4 PPT-5X4-12D 315 6, , ,4 PPT-56X1-12B 355 3, , ,92 PPT-56X1-12D 355 6, , ,92 PPT-56X2-12B 4 3, , ,14 PPT-56X2-12D 4 6, , ,14 PPT-56X3-12B 45 3, , ,41 PPT-56X3-12D 45 6,6 57 8, ,41 PPT-56X4-12B 5 3, , ,68 PPT-56X4-12D 5 6, , ,68 PPT-63X1-12B 56 3, , ,21 PPT-63X1-12D 56 6, , ,21 PPT-63X2-12B 63 3, , ,49 PPT-63X2-12D 63 6, , ,49 PPT-63X3-12B 71 3, , ,69 PPT-63X3-12D 71 6, , ,69 PPT-63X4-12B 8 3, , ,91 PPT-63X4-12D 8 6, , ,91 Parsons Peebles Group 217 Page 45

46 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE MV STANDARD RANGE FRAME DATA PPC-MV SERIES OPEN DRIP PROOF (ODP / IP23) Three-phase squirrel cage induction medium voltage IP23 motors Efficiency class according EN634-3 (IEC) Voltage 3.3/6.6kV 5Hz Insulation class F, IP23, TEFC IC1 3 x PTC 15 C, 3 x PT1 winding Colour RAL 731 Page 46 Parsons Peebles Group 217

47 MV STANDARD RANGE FRAME DATA PPC-MV SERIES (ODP / IP23) TECHNICAL DATA 2 POLES (3, RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPC-355X1-2D 22 6, , ,85 PPC-355X2-2D 25 6, , ,2 PPC-355X3-2D 28 6, , ,2 PPC-355X4-2D 315 6, ,11 2, ,37 PPC-355X5-2D 355 6, ,14 2, ,48 PPC-355X6-2D 4 6, ,284 2, ,7 PPC-4X1-2D 45 6, ,442 2, ,52 PPC-4X2-2D 5 6, ,62 2, ,63 PPC-4X3-2D 56 6, ,795 2, ,75 PPC-4X4-2D 63 6, ,19 2, ,88 PPC-45X1-2D 71 6, ,275 2, ,24 PPC-45X2-2D 8 6, ,564 2, ,36 PPC-45X3-2D 9 6,6 95 2,884 2, ,51 PPC-45X4-2D 1, 6, ,25 2, ,6 PPC-5X1-2D 1,12 6, ,589 2, ,44 PPC-5X2-2D 1,25 6,6 13 4,6 2, ,69 PPC-5X3-2D 1,4 6, ,487 2, ,94 PPC-5X4-2D 1,6 6, ,128 2, ,19 PPC-56X1-2D 1,8 6, ,768 2, ,84 PPC-56X2-2D 2, 6, ,49 2, ,25 PPC-56X3-2D 2,24 6, ,179 2, ,7 Parsons Peebles Group 217 Page 47

48 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE MV STANDARD RANGE FRAME DATA PPC-MV SERIES (ODP / IP23) TECHNICAL DATA 4 POLES (15 RPM VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPC-355X1-4D 185 6, ,19 1, ,5 PPC-355X2-4D 2 6, ,286 1, ,56 PPC-355X3-4D 22 6, ,415 1, ,65 PPC-355X4-4D 25 6, ,68 1, ,78 PPC-355X5-4D 28 6, ,81 1, ,9 PPC-355X6-4D 315 6, ,26 1, ,7 PPC-4X1-4D 355 6, ,283 1, ,18 PPC-4X2-4D 4 6, ,572 1, ,25 PPC-4X3-4D 45 6, ,894 1, ,32 PPC-4X4-4D 5 6, ,215 1, ,45 PPC-4X5-4D 56 6, ,61 1, ,53 PPC-45X1-4D 71 6, ,566 1, ,39 PPC-45X2-4D 8 6, ,145 1, ,49 PPC-45X3-4D 9 6, ,788 1, ,6 PPC-5X1-4D 1, 6, ,431 1, ,8 PPC-5X2-4D 1,12 6, ,23 1, , PPC-5X3-4D 1,25 6, ,39 1, ,25 PPC-5X4-4D 1,4 6, ,3 1, ,5 PPC-56X1-4D 1,6 6, ,29 1, ,78 PPC-56X2-4D 1,8 6, ,576 1, ,5 PPC-56X3-4D 2, 6, ,862 1, ,35 PPC-63X1-4D 2,24 6, ,338 1, ,19 PPC-63X2-4D 2,5 6, ,2 1, ,55 PPC-63X3-4D 2,8 6, ,91 1, ,91 Page 48 Parsons Peebles Group 217

49 MV STANDARD RANGE FRAME DATA PPC-MV SERIES (ODP / IP23) TECHNICAL DATA 6 POLES (1 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPC-355X1-6D 185 6, , ,74 PPC-355X2-6D 2 6,6 23 1, ,86 PPC-355X3-6D 22 6, , ,98 PPC-355X4-6D 25 6, , ,7 PPC-4X1-6D 28 6, , ,72 PPC-4X2-6D 315 6, , ,81 PPC-4X3-6D 355 6, , ,88 PPC-4X4-6D 4 6, , ,17 PPC-45X1-6D 45 6, , ,5 PPC-45X2-6D 5 6, , ,17 PPC-45X3-6D 56 6, , ,5 PPC-45X4-6D 63 6, , ,75 PPC-5X1-6D 71 6, , ,3 PPC-5X2-6D 8 6, , ,52 PPC-5X3-6D 9 6, , ,63 PPC-5X4-6D 1, 6,6 18 9, ,77 PPC-56X1-6D 1,12 6, , ,8 PPC-56X2-6D 1,25 6, , ,3 PPC-56X3-6D 1,4 6, , ,28 PPC-63X1-6D 1,6 6, , ,1 PPC-63X2-6D 1,8 6, , ,4 PPC-63X3-6D 2, 6, , ,75 Parsons Peebles Group 217 Page 49

50 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE MV STANDARD RANGE FRAME DATA PPC-MV SERIES (ODP / IP23) TECHNICAL DATA 8 POLES (75 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPC-4X1-8D 22 6, , ,56 PPC-4X2-8D 25 6, , ,78 PPC-4X3-8D 28 6, , ,13 PPC-45X1-8D 315 6, , ,93 PPC-45X2-8D 355 6, , ,13 PPC-45X3-8D 4 6, , ,35 PPC-45X4-8D 45 6, , ,43 PPC-5X1-8D 5 6, , ,16 PPC-5X2-8D 56 6, , ,31 PPC-5X3-8D 63 6, , ,47 PPC-5X4-8D 71 6, , ,91 PPC-56X1-8D 8 6,6 88 1, ,67 PPC-56X2-8D 9 6, , ,92 PPC-56X3-8D 1, 6, , ,18 PPC-63X1-8D 1,12 6, , ,46 PPC-63X2-8D 1,25 6, , ,78 PPC-63X3-8D 1,4 6, , ,1 PPC-63X4-8D 1,6 6, , ,38 TECHNICAL DATA 1 POLES (6 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPC-45X1-1D 22 6, , ,82 PPC-45X2-1D 25 6, , ,93 PPC-45X3-1D 28 6, , ,13 PPC-45X4-1D 315 6, , ,21 PPC-45X5-1D 355 6, , ,29 PPC-5X1-1D 4 6, , ,1 PPC-5X2-1D 45 6, , ,14 PPC-5X3-1D 5 6, , ,29 PPC-5X4-1D 56 6, , ,48 PPC-5X5-1D 63 6, , ,65 PPC-56X1-1D 71 6, , ,87 PPC-56X2-1D 8 6, , ,28 PPC-56X3-1D 9 6, , ,67 PPC-63X1-1D 1, 6, , ,45 PPC-63X2-1D 1,12 6, , ,8 PPC-63X3-1D 1,25 6, , ,15 PPC-63X4-1D 1,4 6, , ,43 Page 5 Parsons Peebles Group 217

51 MV STANDARD RANGE FRAME DATA PPC-MV SERIES (ODP / IP23) TECHNICAL DATA 12 POLES (5 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPC-45X1-12D 22 6, , ,3 PPC-45X2-12D 25 6, , ,54 PPC-5X1-12D 28 6, , ,14 PPC-5X2-12D 315 6, , ,25 PPC-5X3-12D 355 6, , ,42 PPC-5X4-12D 4 6,6 5 7, ,59 PPC-5X5-12D 45 6, , ,87 PPC-56X1-12D 5 6, , ,58 PPC-56X2-12D 56 6, , ,79 PPC-56X3-12D 63 6, , ,4 PPC-63X1-12D 71 6, , ,41 PPC-63X2-12D 8 6, , ,73 PPC-63X3-12D 9 6, , ,5 PPC-63X4-12D 1, 6, , ,32 Parsons Peebles Group 217 Page 51

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53 HIGH VOLTAGE STANDARD RANGE FRAME DATA Parsons Peebles Quality Machines from Stock High voltage machines in standard sizes high quality and designed to work reliably in process critical applications

54 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE HV STANDARD RANGE FRAME DATA PPD-HV SERIES TOTALLY ENCLOSED FAN COOLED (TEFC / IC411) Three-phase squirrel cage induction high voltage motors Efficiency class according EN634-3 (IEC) Voltage 11kV, 5Hz Insulation class F, TEFC IC411 3 x PTC 15 C, 3 x PT 1 Winding, 2 x PT1 Bearing 1x anti-condensation heater Colour RAL 731 Page 54 Parsons Peebles Group 217

55 HV STANDARD RANGE FRAME DATA PPD-HV SERIES (TEFC / IC411) TECHNICAL DATA 2 POLES (3, RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPD-4X1-2F 22 11, , ,9 PPD-4X2-2F 25 11, , , PPD-4X3-2F 28 11, , ,1 PPD-4X4-2F , 2.7 1,9 2, ,2 PPD-45X1-2F , 23. 1,137 2, ,5 PPD-45X2-2F 4 11, ,281 2, ,6 PPD-45X3-2F 45 11, ,441 2, ,7 PPD-45X4-2F 5 11, ,61 2, ,85 PPD-5X1-2F 56 11, ,791 2, ,5 PPD-5X2-2F 63 11, ,15 2, ,78 PPD-5X3-2F 71 11, ,271 2, ,5 PPD-5X4-2F 8 11, 5. 2,559 2, ,32 PPD-5X5-2F 9 11, 56. 2,879 2, ,6 TECHNICAL DATA 4 POLES (1,5 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPD-4X1-4F 22 11, ,418 1, , PPD-4X2-4F 25 11, ,611 1, ,1 PPD-4X3-4F 28 11, ,84 1, ,2 PPD-4X4-4F , 2.9 2,3 1, ,3 PPD-45X1-4F , ,283 1, ,5 PPD-45X2-4F 4 11, ,572 1, ,6 PPD-45X3-4F 45 11, ,894 1, ,7 PPD-45X4-4F 5 11, ,215 1, ,8 PPD-45X5-4F 56 11, ,61 1, ,95 PPD-5X1-4F 63 11, 4.3 4,43 1, ,82 PPD-5X2-4F 71 11, ,556 1, ,1 PPD-5X3-4F 8 11, 5.5 5,134 1, ,28 PPD-5X4-4F 9 11, ,776 1, ,42 PPD-56X1-4F 1, 11, ,418 1, ,2 PPD-56X2-4F 1,12 11, ,188 1, ,39 PPD-56X3-4F 1,25 11, ,22 1, ,75 PPD-56X4-4F 1,4 11, ,985 1, ,1 Parsons Peebles Group 217 Page 55

56 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE HV STANDARD RANGE FRAME DATA PPD-HV SERIES (TEFC / IC411) TECHNICAL DATA 6 POLES (1, RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPD-45X1-6F 22 11, 15. 2, ,4 PPD-45X2-6F 25 11, , ,5 PPD-45X3-6F 28 11, , ,6 PPD-45X3-6F , , ,7 PPD-45X5-6F , , ,82 PPD-5X1-6F 4 11, , ,45 PPD-5X2-6F 45 11, 3.1 4, ,61 PPD-5X3-6F 5 11, , ,79 PPD-5X4-6F 56 11, , ,1 PPD-5X5-6F 63 11, , ,23 PPD-56X1-6F 71 11, , ,4 PPD-56X2-6F 8 11, 53. 7, ,65 PPD-56X3-6F 9 11, , ,95 PPD-56X4-6F 1, 11, , ,25 PPD-56X5-6F 1,12 11, , ,55 TECHNICAL DATA 8 POLES (75 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPD-45X1-8F 22 11, , ,6 PPD-45X2-8F 25 11, , ,7 PPD-45X3-8F 28 11, 2. 3, ,82 PPD-5X1-8F , , ,25 PPD-5X2-8F , , ,49 PPD-5X3-8F 4 11, , ,75 PPD-5X4-8F 45 11, , ,2 PPD-56X1-8F 5 11, , ,65 PPD-56X2-8F 56 11, , , PPD-56X3-8F 63 11, 43. 8, ,35 PPD-56X4-8F 71 11, , ,7 PPD-56X5-8F 8 11, , ,1 Page 56 Parsons Peebles Group 217

57 HV STANDARD RANGE FRAME DATA PPT-HV SERIES TOTALLY ENCLOSED AIR TO AIR COOLED (TEAAC / IC611) Three-phase squirrel cage induction air to air cooling high voltage motors Efficiency class according EN634-3 (IEC) Voltage 11kV, 5Hz Insulation class F, TEFC IC611 3 x PTC 15 C, 3 x PT1 winding, 2 x PT1 bearing 1 x anti-condensation heater Colour RAL 731 Parsons Peebles Group 217 Page 57

58 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE HV STANDARD RANGE FRAME DATA PPT-HV SERIES (TEAAC / IC611) TECHNICAL DATA 2 POLES (3, RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPT-4X1-2F 2 11, , ,9 PPT-4X2-2F 22 11, , ,9 PPT-4X3-2F 25 11, , ,985 PPT-45X1-2F 28 11, , ,41 PPT-45X2-2F , 2.2 1,9 2, ,49 PPT-45X3-2F , ,138 2, ,575 PPT-45X4-2F 4 11, ,282 2, ,66 PPT-45X5-2F 45 11, ,442 2, ,75 PPT-45X6-2F 5 11, ,62 2, ,84 PPT-5X1-2F 63 11, 4.1 2,19 2, ,88 PPT-5X2-2F 71 11, ,275 2, ,99 PPT-5X3-2F 8 11, 5.8 2,564 2, ,12 PPT-5X4-2F 9 11, ,884 2, ,28 PPT-56X1-2F 1, 11, ,25 2, ,54 PPT-56X2-2F 1,12 11, ,589 2, ,86 PPT-56X3-2F 1,25 11, ,6 2, ,3 PPT-63X1-2F 1,4 11, ,487 2, ,86 PPT-63X2-2F 1,6 11, ,128 2, ,6 PPT-63X3-2F 1,8 11, ,768 2, ,56 PPT-63X4-2F 2, 11, ,49 2, ,6 Page 58 Parsons Peebles Group 217

59 HV STANDARD RANGE FRAME DATA PPT-HV SERIES (TEAAC / IC611) TECHNICAL DATA 4 POLES (1,5 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPT-4X1-4F 2 11, ,286 1, ,87 PPT-4X2-4F 22 11, ,415 1, ,94 PPT-4X3-4F 25 11, ,68 1, ,25 PPT-45X1-4F 28 11, ,81 1, ,31 PPT-45X2-4F , 2.6 2,26 1, ,425 PPT-45X3-4F , ,283 1, ,485 PPT-45X4-4F 4 11, ,572 1, ,65 PPT-45X5-4F 45 11, ,894 1, ,65 PPT-45X6-4F 5 11, ,215 1, ,73 PPT-5X1-4F 56 11, ,61 1, ,83 PPT-5X2-4F 63 11, 4.9 4,52 1, ,17 PPT-5X3-4F 71 11, 46 4,566 1, ,42 PPT-5X4-4F 8 11, ,145 1, ,68 PPT-5X5-4F 9 11, ,788 1, ,93 PPT-5X6-4F 4 11, 28 2,572 1, ,2 PPT-5X7-4F 45 11, ,894 1, ,22 PPT-5X8-4F 5 11, 35 3,215 1, ,31 PPT-56X1-4F 1, 11, ,49 1, ,3 PPT-56X2-4F 1,12 11, ,179 1, ,6 PPT-56X3-4F 1,25 11, ,12 1, , PPT-56X4-4F 1,4 11, ,973 1, ,5 PPT-63X1-4F 1,4 11, ,973 1, ,11 PPT-63X2-4F 1,6 11, 1.4 1,241 1, ,77 PPT-63X3-4F 1,8 11, ,521 1, ,99 PPT-63X4-4F 2, 11, ,82 1, ,81 Parsons Peebles Group 217 Page 59

60 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE HV STANDARD RANGE FRAME DATA PPT-HV SERIES (TEAAC / IC611) TECHNICAL DATA 6 POLES (1, RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPT-45X1-6F 25 11, , ,85 PPT-45X2-6F 28 11, , ,98 PPT-45X3-6F , , ,13 PPT-45X4-6F , , ,29 PPT-5X1-6F 4 11, , ,86 PPT-5X2-6F 45 11, 3.4 4, , PPT-5X3-6F 5 11, , ,15 PPT-5X4-6F 56 11, , ,34 PPT-5X5-6F 63 11, , ,53 PPT-56X1-6F 71 11, , ,85 PPT-56X2-6F 8 11, , ,25 PPT-56X3-6F 9 11, , ,77 PPT-56X4-6F 1, 11, , ,32 PPT-63X1-6F 1,12 11, 72 1, ,27 PPT-63X2-6F 1,25 11, , ,86 PPT-63X3-6F 1,4 11, , ,27 PPT-63X4-6F 1,6 11, , ,76 TECHNICAL DATA 8 POLES (75 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPT-45X1-8F 22 11, , ,8 PPT-45X2-8F 25 11, , ,95 PPT-5X1-8F 25 11, , ,35 PPT-5X2-8F 28 11, , ,9 PPT-5X3-8F , , ,24 PPT-5X4-8F , , ,41 PPT-56X1-8F 5 11, , ,35 PPT-56X2-8F 56 11, , ,71 PPT-56X3-8F 63 11, , ,18 PPT-56X4-8F 71 11, , ,63 PPT-63X1-8F 71 11, , ,16 PPT-63X2-8F 8 11, , ,51 PPT-63X3-8F 9 11, , ,91 PPT-63X4-8F 1, 11, , ,11 PPT-63X5-8F 1,12 11, , ,51 Page 6 Parsons Peebles Group 217

61 HV STANDARD RANGE FRAME DATA PPT-HV SERIES (TEAAC / IC611) TECHNICAL DATA 1 POLES (6 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPT-5X1-1F 22 11, , ,85 PPT-5X2-1F 25 11, , ,9 PPT-5X3-1F 28 11, 2.4 4, ,98 PPT-5X4-1F , , ,12 PPT-56X1-1F , , ,94 PPT-56X2-1F 4 11, , ,23 PPT-56X3-1F 45 11, , ,58 PPT-56X4-1F 5 11, , ,97 PPT-56X5-1F 56 11, , ,34 PPT-56X6-1F 63 11, , ,71 PPT-63X1-1F 63 11, , ,95 PPT-63X2-1F 71 11, , ,21 PPT-63X3-1F 8 11, , ,51 PPT-63X4-1F 9 11, , ,91 PPT-63X5-1F 1, 11, , ,31 TECHNICAL DATA 12 POLES (5 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPT-56X1-12F 25 11, , ,35 PPT-56X2-12F 28 11, , ,68 PPT-56X3-12F , , ,93 PPT-56X4-12F , , ,29 PPT-56X5-12F 4 11, 3.5 7, ,57 PPT-56X6-12F 45 11, , ,88 PPT-63X1-12F 45 11, , ,24 PPT-63X2-12F 5 11, , ,535 PPT-63X3-12F 56 11, , ,95 PPT-63X4-12F 63 11, , ,775 PPT-63X5-12F 71 11, , ,26 Parsons Peebles Group 217 Page 61

62 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE HV STANDARD RANGE FRAME DATA PPC-HV SERIES OPEN DRIP PROOF (ODP / IP23) Three-phase squirrel cage induction high voltage motors Efficiency class according EN634-3 (IEC) Voltage 11kV, 5Hz Insulation class F, TEFC IC1 3 x PTC 15 C, 3 x PT1 winding, 2 x PT1 bearing 1 x anti-condensation heater Colour RAL 731 Page 62 Parsons Peebles Group 217

63 HV STANDARD RANGE FRAME DATA PPC-HV SERIES (ODP / IP23) TECHNICAL DATA 2 POLES (3, RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPC-4X1-2F 22 11, , ,32 PPC-4X2-2F 25 11, , ,44 PPC-4X3-2F 28 11, , ,56 PPC-4X4-2F , 2.9 1,9 2, ,68 PPC-45X1-2F , ,138 2, ,26 PPC-45X2-2F 4 11, ,282 2, ,34 PPC-45X3-2F 45 11, ,442 2, ,42 PPC-45X4-2F 5 11, 32 1,62 2, ,5 PPC-45X5-2F 56 11, ,795 2, ,6 PPC-45X6-2F 63 11, 4.2 2,19 2, ,8 PPC-5X1-2F 71 11, ,275 2, ,22 PPC-5X2-2F 8 11, 5.4 2,564 2, ,4 PPC-5X3-2F 9 11, ,884 2, ,59 PPC-5X4-2F 1, 11, ,25 2, ,78 PPC-5X5-2F 1,12 11, 7.2 3,589 2, ,98 PPC-56X1-2F 1,25 11, ,6 2, ,62 PPC-56X2-2F 1,4 11, ,487 2, ,9 PPC-56X3-2F 1,6 11, ,128 2, ,2 Parsons Peebles Group 217 Page 63

64 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE HV STANDARD RANGE FRAME DATA PPC-HV SERIES (ODP / IP23) TECHNICAL DATA 4 POLES (1,5 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPC-4X1-4F , ,194 1, ,4 PPC-4X2-4F 2 11, ,291 1, ,48 PPC-4X3-4F 22 11, ,42 1, ,55 PPC-4X4-4F 25 11, ,613 1, ,64 PPC-4X5-4F 28 11, ,87 1, ,75 PPC-4X6-4F , ,33 1, ,87 PPC-45X1-4F , ,283 1, ,78 PPC-45X2-4F 4 11, ,572 1, ,85 PPC-45X3-4F 45 11, ,894 1, ,95 PPC-45X4-4F 5 11, ,215 1, ,1 PPC-45X5-4F 56 11, ,61 1, ,25 PPC-45X6-4F 63 11, 4.7 4,52 1, ,4 PPC-5X1-4F 71 11, ,566 1, ,38 PPC-5X2-4F 8 11, 5.7 5,145 1, ,53 PPC-5X3-4F 9 11, ,788 1, ,66 PPC-5X4-4F 1, 11, ,431 1, ,82 PPC-5X5-4F 1,12 11, 7 7,23 1, ,11 PPC-56X1-4F 1,25 11, ,39 1, ,62 PPC-56X2-4F 1,4 11, ,3 1, ,9 PPC-56X3-4F 1,6 11, ,29 1, ,2 PPC-63X1-4F 1,8 11, ,521 1, ,2 PPC-63X2-4F 2, 11, ,793 1, ,58 PPC-63X3-4F 2,24 11, ,328 1, ,95 Page 64 Parsons Peebles Group 217

65 HV STANDARD RANGE FRAME DATA PPC-HV SERIES (ODP / IP23) TECHNICAL DATA 6 POLES (1, RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPC-45X1-6F , , ,16 PPC-45X2-6F , , ,27 PPC-45X3-6F 4 11, , ,4 PPC-45X4-6F 45 11, 3.5 4, ,53 PPC-5X1-6F 5 11, , ,3 PPC-5X2-6F 56 11, , ,46 PPC-5X3-6F 63 11, , ,63 PPC-5X4-6F 71 11, , ,77 PPC-5X5-6F 8 11, , , PPC-56X1-6F 9 11, , ,5 PPC-56X2-6F 1, 11, , ,7 PPC-56X3-6F 1,12 11, , ,93 PPC-56X4-6F 1,25 11, 8 12, ,18 PPC-63X1-6F 1,4 11, , ,15 PPC-63X2-6F 1,6 11, , ,42 PPC-63X3-6F 1,8 11, , ,78 TECHNICAL DATA 8 POLES (75 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPC-5X1-8F 28 11, 2.6 3, , PPC-5X2-8F , , ,5 PPC-5X3-8F , 26 4, ,15 PPC-5X4-8F 4 11, , ,47 PPC-5X5-8F 45 11, , ,56 PPC-5X6-8F 5 11, , ,85 PPC-5X7-8F 56 11, , ,97 PPC-56X1-8F 63 11, , ,34 PPC-56X2-8F 71 11, 48 9, ,57 PPC-56X3-8F 8 11, , ,82 PPC-56X4-8F 9 11, , ,8 PPC-63X1-8F 1, 11, , ,5 PPC-63X2-8F 1,12 11, , ,8 PPC-63X3-8F 1,25 11, , ,1 Parsons Peebles Group 217 Page 65

66 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE HV STANDARD RANGE FRAME DATA PPC-HV SERIES (ODP / IP23) TECHNICAL DATA 1 POLES (6 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPC-5X1-1F 25 11, , ,5 PPC-5X2-1F 25 11, , ,5 PPC-5X3-1F 28 11, , ,1 PPC-5X4-1F , , ,24 PPC-5X5-1F , , ,4 PPC-5X6-1F 4 11, 3.1 6, ,62 PPC-56X1-1F 45 11, , ,21 PPC-56X2-1F 5 11, , ,54 PPC-56X3-1F 56 11, 4.3 9, ,87 PPC-56X4-1F 63 11, , ,28 PPC-56X5-1F 71 11, , ,68 PPC-63X1-1F 8 11, , ,45 PPC-63X2-1F 9 11, , ,8 PPC-63X3-1F 1, 11, , ,12 PPC-63X4-1F 1,12 11, , ,42 TECHNICAL DATA 12 POLES (5 RPM) VOLTAGE I N M N SPEED FACTOR kw V A Nm r/min cosφ (1%) EFFICIENCY (75%) ROTO ROTOR TORWUE MAX MOMENT OF INTERTIA NOISE LEVEL WEIGHT %*I N kg*m 2 db(a) kg PPC-56X1-12F , , ,32 PPC-56X2-12F , , ,58 PPC-56X3-12F 4 11, 31 7, ,79 PPC-56X4-12F 45 11, , ,4 PPC-56X5-12F 5 11, , ,28 PPC-63X1-12F 56 11, , ,41 PPC-63X2-12F 63 11, , ,73 PPC-63X3-12F 71 11, , ,5 PPC-63X4-12F 8 11, , ,32 Page 66 Parsons Peebles Group 217

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69 ENGINEERED TO ORDER HIGH VOLTAGE RANGE Parsons Peebles Quality Machines from Stock Parsons Peebles specialise in drop in replacement and upgraded electrical machines for difficult applications your challenge is our comfort zone

70 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE ENGINEERED TO ORDER HIGH VOLTAGE RANGE DESIGN PHILOSOPHY ENGINEERED TO ORDER Parsons Peebles have a rich pedigree in manufacturing motors and generators for special and unusual applications spanning over 12 years. Instead of modifying a standard design to suit a new application, we start with a blank sheet of paper and build the specification to exactly suit the requirements of the application, environment and client preference. With a comprehensive historical database of 1,s of existing designs and their resulting test data, we are able to produce new, custom designs with an exceptional level of predictability, avoiding load compatibility and performance issues on completion of manufacture. MADE TO PERFORM Performance characteristic specifically engineered to suit the requirements of the application Extensive range of enclosure, cooling, mounting and bearing options available Area classifications include Safe, Exn A, Ex p, Ex e Low starting current options (down to 27% FLC) Low noise level options (Multi-MW machines down to 68d(B)A) Packaged solutions available including VSD, soft start, switchgear and control systems In-house full load test facility to 8MW, 5 and 6Hz MADE TO FIT We offer mechanical interchangeability with existing irreparable or obsolete plant, including replacing old machines with imperial dimensions Increased outputs available in existing mechanical fixings and size envelope Reverse engineering of existing assets where machine format and performance must be duplicated exactly Site surveys available to assess existing machines for replacement (including dimensional and performance surveys) MADE TO LAST Typical design life of 4 years Unsurpassed quality ethic in all stages of design & manufacture Extensive reference list of Parsons Peebles machines still in operation after 3-4 years Proven history of supreme reliability in the most arduous and hostile of environments Page 7 Parsons Peebles Group 217

71 ENGINEERED TO ORDER HIGH VOLTAGE RANGE RANGE OVERVIEW INDUCTION MOTORS & GENERATORS MEDIUM AND HIGH VOLTAGE 5kW up to 2MW 3.3kV up to 13.8kV - 5Hz and 6Hz 2-pole to 4-pole SLIP-RING MOTORS AND GENERATORS 5kW to 2MW 3.3kV up to 13.8kV - 5Hz and 6Hz 4-pole to 4-pole SYNCHRONOUS SALIENT POLE MOTORS AND GENERATORS 4-pole to 4-pole - up to 5MW Motors for - compressor, pump or fan drives etc Generators for - gas turbine, diesel, steam turbine and hydro applications Rotary Frequency Convertors - 5Hz to 6Hz up to 2MVA SPECIALITIES Parsons Peebles can supply engineered to order for new-build, drop-in replacement or niche machines with the following specialisms: Low starting current and low noise options available Safe area and hazardous area; Ex d, Ex na, Ex p, Ex e Wide range of cooling and enclosure options including TEFC, CACA, CACW, NEMA I & II, screen protected All mounting configurations available Instrumentation and monitoring to suit customer requirements, temperature, vibration etc. 1% mechanically interchangeable and electrically compatible drop-in replacement options available Slip ring section Parsons Peebles Group 217 Page 71

72 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE ENGINEERED TO ORDER HIGH VOLTAGE RANGE KEYED BAR ROTOR CONSTRUCTION The Parsons Peebles system of rotor cage construction eliminates the risks of bar fractures typically associated with ageing machines, frequent starting and high inertia loads. Since the concept was introduced in 1946 the system has been used as a standard feature in motors for the most arduous and demanding applications in the world. We are not aware of a single rotor bar that has failed using this system. Proven security of the rotor cage system in the most demanding of applications During the starting procedure of a cage induction machine, most of the current flows down the outside of the bar, creating a considerable temperature differential across the cross-section of the bar. This differential, along with the clearance between the rotor bar and the lamination causes the rotor bar to bend, then return once the temperature differential has equalised across the bar. It is this repeated bending of the bar back and forth which eventually causes rotor bar fractures and eventual motor failure as a result. Improved rotor cage reliability reduces service cost and downtime Suitable for very high starting frequency and high inertia loads New keyed-bar rotors can be supplied for existing motors, even non-parsons Peebles machines The Parsons Peebles keyed rotor bar system allows for a sub-slot in the lamination into which individually matched ground steel keys are driven. These keys force the rotor bar upwards, against the lamination, thereby eliminating bar to core clearance and forcing the rotor bar to remain straight. Page 72 Parsons Peebles Group 217

73 ENGINEERED TO ORDER HIGH VOLTAGE RANGE DROP-IN REPLACEMENTS / UPGRADES A BESPOKE SOLUTION Parsons Peebles can offer direct drop-in replacements for their own machines, even for very old installations. Additionally we offer replacements for other motor or generator manufacturer s machines. In addition to completely new motors or generators we can also upgrade an existing machine, utilising as many of the existing machine components as is practical and ensuring reliable operation. We frequently replace non-parsons Peebles equipment whilst ensuring we match machine parameters. Matching terminal points Matching existing footprint Match torque/speed requirements Replacement machines can be to existing or upgraded specifications depending on specific project requirements. We truly offer a bespoke offering tailored to the unique requirements of your operation and existing equipment. THE PARSONS PEEBLES ADVANTAGE We offer a complete service from tender, site audit, engineering, manufacture, certification and installation to minimise the hassles of replacement or upgrade. These upgrades can include: Improved power from same space envelope Reduced noise levels Reduced starting current This is conducted to the high OEM standards of a motor manufacturer with over 1 years experience in the industry. Parsons Peebles Offering Full solution from site survey through to commissioning Customer Benefit Reduced time and cost through utilisation of single vendor Ability to replace or upgrade our own or others machines Customer options regardless of OEM Ability to upgrade the motor or generator e.g. increased power, reduced starting current Match baseplate and bolting down arrangement Adds system flexibility if required Reduced time and cost for installation as no skid reconfiguration or other site/system modifications required Replicate ancillaries interface and connections Replicate motor performance characteristics Contain or even reduce machine space envelope Parsons Peebles Group 217 Page 73

74 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE ENGINEERED TO ORDER HIGH VOLTAGE RANGE CASE STUDY ADVANCED DUAL USE UPGRADE SOLUTION Industry Customer/Location Offshore Oil & Gas Conoco / North Sea, UK Machine Type Dual crude oil export pump and compressor motor SITUATION Parsons Peebles were requested to evaluate the potential to obtain increased output power from an existing pump drive motor. Thereafter Parsons Peebles were requested to evaluate the feasibility of supplying a new-build strategic spare which could be used at two different locations on the same installation. While the units are similar they were for completely different applications, one a pump drive the other a compressor drive with other discrete differences in the configuration of the machines. CHALLENGE While the units are similar they were for completely different applications, one a pump drive the other a compressor drive with other discrete differences in the configuration of the machines The new machine to be utilised as a spare for the existing machines to permit removal of the existing machines for maintenance overhaul at a shore based workshop whilst maintaining pumping and compression capability for production To evaluate the existing Crude Oil Export Pump Motor design for a higher output power in the existing machine or a revised design in the same footprint SOLUTION & OPERATIONAL IMPROVEMENTS Design evaluation shows the requested higher power can be accommodated. While the two existing machines have differently configured shaft extensions one tapered with oil pressure assembly and one parallel the solution will be to provide one parallel extension with new couplings for each application required. The main supply cabling is on the same side of the two machines but at different entry angles differing by 9 degrees to be accommodated by common neck and 9 degrees change facility. The main bearings on the two machines are the same diameter but differently cooled one with circulating oil the other with a water cooling arrangement a hybrid bearing will resolve. Both machines are water cooled but have their supply and return headers on opposite sides of the machine pipework management to resolve (example below). The instrumentation terminal box cabling connections are on different sides of the two machines cable and box management will resolve Page 74 Parsons Peebles Group 217

75 ENGINEERED TO ORDER HIGH VOLTAGE RANGE LOW STARTING SOLUTIONS SOLUTIONS BASED ON EXPERIENCE Parsons Peebles have a long track record in manufacturing low starting current (LSC) machines for applications such as offshore vessels, FPSOs, remote sites or any application where the voltage drop associated with motor start-up isn t acceptable. Starting currents less than 3 times full-load are achievable as our table of recent installations demonstrates below. OPTIMISED TO YOUR SYSTEM Providing a low starting current machine in itself is one thing, making sure it is matched to the specifics of its application is another. Using our extensive design and applications experience we will take into account the preferred starting method on site, load data of the driven equipment, power network information and other variables such as motor starts per hour to arrive at the best solution. Selection of Parsons Peebles LSC Motor References %FLC kw Poles Supply Driving 33 13,5 4 13,8 / 3 / 6 Compressor 35 13,1 4 13,8 / 3 / 6 Compressor 29 12,7 4 13,8 / 3 / 6 Compressor 29 11, 4 11, / 3 / 6 Compressor 3 5, ,8 / 3 / 6 Pump 4 4,5 2 6,6 / 3 / 6 Pump 4 4,4 2 11, / 3 / 6 Pump 3 3,6 2 6,6 / 3 / 6 Pump 36 3, ,8 / 3 / 6 Compressor 45 2,4 2 13,8 / 3 / 6 Compressor 347 2, ,8 / 3 / 6 Pump 4 1, ,8 / 3 / 6 Pump 45 1, 1 13,8 / 3 / 6 Compressor A typical LSC motor has torque trade-offs as shown in the diagram below. Parsons Peebles can provide you with guidance on this and all other site specifics to provide a truly optimised and long-lasting solution. Parsons Peebles Group 217 Page 75

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77 SERVICE & SUPPORT Complete support from installation and commissioning through to comprehensive aftermarket solutions Parsons Peebles offer a comprehensive 24/7 service offering backed up by full OEM experience

78 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE SERVICE & SUPPORT FULL LINE SERVICE PROVISION SERVICE AGILITY WITH OEM CAPABILITY As well as a full line of new equipment, Parsons Peebles have a extensive range of aftermarket solutions. We combine the best elements of OEM design expertise with the flexibility and field experience of a full line service provider. We are able to offer parts, workshop services and site services covering all key requirements for electrical machines and regularly service our own and other equipment globally with our highly skilled team. Our maintenance solutions are designed to directly align to our customers maintenance strategies, from simple repairs through to sophisticated asset management solutions. SERVICE AND SPARES OFFERING Page 78 Parsons Peebles Group 217

79 SERVICE & SUPPORT SUMMARY OF AFTERMARKET OFFERINGS INSTALLATION & COMMISSIONING Parsons Peebles offer a full installation and commissioning service to ensure your electric machine is optimised for site conditions and ready to operate to its full potential. This ranges for supervision of site teams through to complete provision and project management. FULL LOAD TEST Our unique test facility allows us to carry out condition assessment and full load testing of both new and repaired units, with direct load testing of induction motors up to 8MW at both 5 and 6Hz. Synchronous motors and generators up to 35MVA can be tested via the open or short circuit method. This service offers complete confidence in the predictable operation of a machine once required for service. REPAIR & OVERHAUL From our fully equipped manufacturing and service network, our experienced service engineers carry out inspection, condition assessment, repair and refurbishment under the supervision of our engineering and operations teams. We also offer a re-certification service for hazardous area machine repairs, such as carrying out retrofit upgrades from Ex n to Ex p. Parsons Peebles Group 217 Page 79

80 PARSONS PEEBLES ELECTRIC MACHINES CATALOGUE SERVICE & SUPPORT FIELD SERVICE Our experienced and qualified service engineers perform a wide range of services at our customer sites. Activities include field maintenance and repair, installation and commissioning, site rewinds, troubleshooting and diagnostics. We have current access approvals for offshore platforms and nuclear facilities, amongst others. STORAGE Parsons Peebles remove unnecessary time and expense by simplifying the logistics of electrical machine storage. We have a purpose built storage facility and team who will take care of your equipment. No matter what the application or time period of storage you can be assured that Parsons Peebles can provide you with an optimal solution. SPARE PARTS Parsons Peebles has full traceability and design data of all of the units manufactured in the last fifty years. Replacement parts can be provided on supply of serial number or project reference. Furthermore, we offer manufacturing of spare parts for non- Parsons Peebles machines too. Page 8 Parsons Peebles Group 217

81 SERVICE & SUPPORT TRAINING Based on over 1 years experience of manufacture and service of motors and generators we are well qualified to offer a broad range of training solutions. From standard motor fundamentals in a class-room environment to hands on service skills courses we ll always impart our knowledge in a way that adds value to your operation. We can provide a list of our courses from our standard syllabus or if required create a bespoke training package. CONDITION MONITORING & ENERGY EFFICIENCY Parsons Peebles offer a full spectrum of condition monitoring offerings from simple vibration assessments through to full remote monitoring. We can diagnose and prevent saving you considerable cost. We also have partnered with HVPD to provide advanced partial discharge offerings on electrical machines and Riventa to deliver state of the art pump assessment and monitoring. Both these offerings are proven to save many thousands of pounds annually on single machine operating costs and millions on complete sites Parsons Peebles Group 217 Page 81

82 Powered by Technology. Driven by Service. To learn more, please contact your Parsons Peebles representative or visit: Parsons Peebles, Wood Road, Rosyth Royal Dockyard Dunfermline, Fife, KY11 2EA, Scotland, UK E: T: +44 () We reserve the right to make technical changes or modify the contents of this document without prior notice. The document and its text, images, diagrams, data and information it contains must not be copied or reproduced in whole or in part, in any form or by any means, without the prior written consent of Parsons Peebles. 217 Parsons Peebles