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FROSTBURG STATE UNIVERSITY EDUCATION & HEALTH SCIENCES CENTER FROSTBURG STATE UNIVERSITY EDUCATION & HEALTH SCHIENCES CENTER PROJECT #: 18-111-00 SWITCHBOARD CUTSHEET FROSTBURG STATE UNIVERSITY EDUCATION & HEALTH SCIENCES CENTER FROSTBURG STATE UNIVERSITY EDUCATION & HEALTH SCHIENCES CENTER PROJECT #: 18-111-00 PANELBOARD CUTSHEET FROSTBURG STATE UNIVERSITY EDUCATION & HEALTH SCIENCES CENTER Energy Efficient Transformers Enclosure Diagrams and Accessories Weathershield Accessories Weathershield WS383 Enclosure Parts Top cover 4310192601 Front upper1 4310192901 Front lower 4310193001 Rear upper 4310192901 Rear lower 4310193001 Sides (ends) 4310192801 Base 4310193450 When replacing a front upper panel, specify the transformer part number and “with nameplate and labels” on the order Enclosure 30D—Dry-Type Transformer 26 © 1999–2007 Schneider Electric All Rights Reserved 04/2007 Energy Efficient Transformers Enclosure Diagrams and Accessories Weathershield Accessories Weathershield WS384 Enclosure Parts Top cover 4313505501 Front upper1 4313505701 Front lower 4313505801 Rear upper 4313505701 Rear lower 4313505801 Sides (ends) 4313505601 Base 4313506250 When replacing a front upper panel, specify the transformer part number and “with nameplate and labels” on the order Enclosure 31D—Dry-Type Transformer 04/2007 © 1999–2007 Schneider Electric All Rights Reserved 27 Energy Efficient Transformers Wiring Diagrams Wiring Diagrams Refer to Figures 1–9 for wiring diagram information Figure 1: Voltage Codes “3”, “65”, “67”, “1814”, and “1755” Voltage Code “3” Primary Voltage 2–2.5% FCAN 4–2.5% FCBN Tap 504 492 480 468 456 444 432 Secondary Voltage 208Y/120 Voltage Code “65” Primary Voltage 2–2.5% FCAN 4–2.5% FCBN Tap 630 615 600 585 570 555 540 Secondary Voltage 208Y/120 Voltage Code “67” Primary Voltage 2–2.5% FCAN 4–2.5% FCBN Tap 252 246 240 234 228 222 216 Secondary Voltage 208Y/120 Voltage Code “1814” Primary Voltage 2–2.5% FCAN 4–2.5% FCBN Tap 504 492 480 468 456 444 432 Secondary Voltage 480Y/277 Voltage Code “1755” Primary Voltage 2–2.5% FCAN 4–2.5% FCBN Tap 504 492 480 468 456 444 432 Secondary Voltage 380Y/220 28 © 1999–2007 Schneider Electric All Rights Reserved 04/2007 Energy Efficient Transformers Wiring Diagrams Figure 2: Voltage Codes “68”, “79”, “239”, “76”, and “96” Voltage Code “68” Primary Voltage 2–2.5% FCAN 2–2.5% FCBN Tap 504 492 480 468 456 Secondary Voltage 208Y/120 Voltage Code “79” X2 H2 X0 X1 X H H1 Primary Voltage 2–2.5% FCAN 2–2.5% FCBN Tap 630 615 600 585 570 X2 Secondary Voltage 208Y/120 Voltage Code “239” H1 54 21 H2 54 21 H 54 21 Primary Voltage 2–2.5% FCAN 2–2.5% FCBN Tap 252 246 240 234 228 Secondary Voltage 208Y/120 Voltage Code “76” X0 X1 X2 X Primary Voltage 2–2.5% FCAN 2–2.5% FCBN Tap 504 492 480 468 456 Secondary Voltage 480Y/277 Voltage Code “96” 04/2007 Primary Voltage 2–2.5% FCAN 2–2.5% FCBN Tap 504 492 480 468 456 Secondary Voltage 380Y/220 © 1999–2007 Schneider Electric All Rights Reserved 29 Energy Efficient Transformers Wiring Diagrams Figure 3: Voltage Code “6” Voltage Code “6” Figure 4: Primary Voltage 2–2.5% FCAN 4–2.5% FCBN 504 492 480 468 456 444 432 Secondary Voltage 240 Delta Voltage Code “63” Voltage Code “63” Primary Voltage 2–2.5% FCAN 4–2.5% FCBN 504 492 480 468 456 Secondary Voltage 240 Delta 30 © 1999–2007 Schneider Electric All Rights Reserved 04/2007 Energy Efficient Transformers Wiring Diagrams Figure 5: Voltage Code “151” Voltage Code “151” Figure 6: Primary Voltage 1–5% FCAN 1–5% FCBN Tap 480 456 432 Secondary Voltage 240 Delta Voltage Code “212” Voltage Code “212” Figure 7: Primary Voltage 1–5% FCAN 2–5% FCBN Tap 218 208 198 188 Secondary Voltage 480Y/277 Voltage Codes “211” and “239” Voltage Code “211” Primary Voltage 1–5% FCAN 2–5% FCBN Tap 218 208 198 188 Secondary Voltage 208Y/120 Voltage Code “239” 04/2007 Primary Voltage 1–5% FCAN 2–5% FCBN Tap 252 240 228 216 Secondary Voltage 208Y/120 © 1999–2007 Schneider Electric All Rights Reserved 31 Energy Efficient Transformers Wiring Diagrams Figure 8: Voltage Code “3” 480 V Connection Connect H2 to H3 Connect Lines to H1 and H4 2–2.5% FCAN 4–2.5% FCBN Tap Primary Voltage Connect to Taps 504 and 492 and 480 and 468 and 456 and 444 and 432 and 240 V Connection Connect H1 to H3 and H2 to H4 Connect Lines to H1 and H4 1–5% FCAN 2–5% FCBN Tap Figure 9: Primary Voltage Connect to Taps 252 and 240 and 228 and 216 and Voltage Code “3534” 600 V Connection Connect Lines to H1 and H2 2–2.5% FCAN 4–2.5% FCBN Tap Primary Voltage Connect to Taps 630 and 615 and 600 and 585 and 570 and 555 and 540 and 32 © 1999–2007 Schneider Electric All Rights Reserved 04/2007 Energy Efficient Transformers NEC Reference: Installing and Connecting Transformers NEC Reference: Installing and Connecting Transformers 450.9 Ventilation Ventilation should be adequate to dispose of the transformer full load losses without creating a temperature rise that is in excess of the transformer rating Transformers with ventilated openings shall be installed so that the ventilated openings are not blocked by walls or other obstructions The required clearance shall be marked clearly on the transformer Square D® Energy Efficient transformers minimum clearance: three inches (76 mm) 450.13 Accessibility All transformers and transformers vaults shall be readily accessible to qualified personnel for inspection and maintenance, or meet the requirements of (A) or (B) (A) Open Installations Dry-type transformers 600 volts, nominal, or less, located in the open on walls, columns, or structures, shall not be required to be readily accessible NEC 110.26(A)(3) other equipment that is associated with the electrical installation and is located above or below the electrical equipment shall be permitted to extend not more than inches (152 mm) NEC 110.26(E) Headroom —6.50 feet (1.8 m) (B) Accessibility Dry-type transformers 600 volts, nominal, or less and not exceeding 50 kVA shall be permitted in hollow spaces of buildings not permanently closed in by structure in accordance with the following: — Meet the ventilation requirements of Section 450.9 — Separated from combustible materials as outline in 450.21(A) Transformers so installed shall not be required to be readily accessible (C) Other Space Used for Environmental Air (2) Electric equipment with a metal enclosure, or with a nonmetallic enclosure listed for the use and having adequate fire-resistant and low smoke-producing characteristics, and associated wiring material suitable for the ambient temperature shall be permitted to be installed in such other space unless prohibited elsewhere in this code (450.13 above limits the kVA capacity for other space.) FPN: The space over a ceiling used for environmental air-handling is an example of the type of other space to which this section applies 450.21(B) Dry-Type Transformers Installed Indoors Individual dry-type transformers of more than 112.5 kVA rating shall be installed in a transformer room of fire-resistant construction Unless specified otherwise in this article, the term fire resistant means a construction having a minimum fire rating of hour Exception to this rule is relative to transformers with insulation Class 155 or higher and separations from combustible materials by space or a fire-resistant, heat-insulation barrier Exception is relative to transformers with insulation Class 155 or higher and of the completely enclosed type, except for ventilating openings All Square D Energy Efficient transformers are completely enclosed (except for ventilated openings) and use Class 220 insulation 450.12 Terminal Wiring Space Minimum wire bending space at fixed, 600 V and below terminals of transformer line and load connections shall be as required by 312.6 Terminal: — A) A conducting element of an equipment or a circuit intended for connection to an external conductor — B) A device attached to a conductor to facilitate connection with another conductor Square D Distance from Terminals to Bottom of the Compartment (Does not Include X0) kVA (Three-Phase: 150 °C Rise Inches (mm) kVA (Single-Phase: 150 °C Rise Inches (mm) 15 8-3/4 (222 mm) 15 8-3/4 (222 mm) 30 8-3/4 (222 mm) 25 8-3/4 (222 mm) 45 11 (279 mm) 75 15-1/2 (394 mm) 37.5 16-5/16 (414 mm) 50 16-5/16 (414 mm) 112.5 15-11/16 (398 mm) 75 15-13/16 (402 mm) 150 18-6/16 (467 mm) 100 18-5/16 (465 mm) 225 18-1/2 (470 mm) 167 18-1/16 (459 mm) 300 18-6/16 (467 mm) 500 19-3/16 (487 mm) 750 19 (483 mm) Section 300-22 Wiring in Ducts, Plenums, and Other Air-Handling Space 04/2007 © 1999–2007 Schneider Electric All Rights Reserved 33 Energy Efficient Transformers Wire Range Part Numbers and Lug Kits Wire Range Part Numbers and Lug Kits New primary and secondary mechanical lug kits from Schneider Electric can be coordinated with standard wire ranges for primary Square D® circuit breakers, safety switches, and panelboards Refer to the Tables 23–27 for a listing of mechanical lug kits and wire ranges Also, refer to catalog no 7400CT0501 for information regarding lug kit selection and conductor and mounting hardware torque requirements Table 23: Primary Mechanical Lug Kits Part Number Lugs per Kit DASKP100 DASKP250 Cap Screws Wire Range (Aluminum or Copper) Quantity Size 1/0–14 STR.2 Handles Same Standard Wire Range1 Square D Circuit Breaker Frame Square D Safety Switch Amperage Rating 1/4 x in F-Frame, G-Frame Powerpact® Q 3, Powerpact H 100 A 4, 350 kcmil–6 STR 1/4 x in Powerpact Q Powerpact J 200 A DASKP400 600 kcmil–4 STR (2) 250 kcmil–1/0 STR.5 1/4 x ¾ in Q4-Frame, L-Frame (400 A) 400 A DASKP600 600 kcmil–4 STR (2) 250 kcmil–1/0 STR.5 1/4 x ¾ in L-Frame (600 A) 600 A DASKP1000 600 kcmil–2 STR 3/8 x in Powerpact M 800 A DASKP1200 12 600 kcmil–2 STR 12 3/8 x in Powerpact P 1200 A Does not handle the full range of safety switches, but is acceptable since extra capacity is for voltage drop Normally, this is not an issue because of the National Electrical Code (NEC) for primary protection distance on transformers STR = Strand Handles through 1/0, not 300 kcmil Does not handle 8–14 STR 7400DASKP400 and 7400DASKP600 require two (2) wires per lug Table 24: Secondary Mechanical Lug Kits Cap Screws Part Number Lugs Wire Range per (Aluminum or Copper) Qty Kit Size Handles Same Standard Wire Range Bonding Lugs Square D Circuit Safety Panelboards: Lugs Breaker Frame Switch -Main Lugs Main per (Molded Case Amp - Circuit Breaker Kit Switches) Rating Wire Range (Aluminum or Copper) DASKS100 1/0–14 STR.2 1/4 x in F-Frame G-Frame Powerpact Q 100 A NQOD 100 A I-Line® 100 A 2–14 STR DASKS250 350 kcmil–6 STR 1/4 x in Q-Frame Powerpact J 225 A NQOD 250 A NF 225 A I-Line 200 A 2–14 STR DASKS400 600 kcmil–4 STR (2) 250 kcmil–1/0 STR.5 1/4 x ¾ in Q4-Frame L-Frame (400 A) 400 A NQOD 400 A NF 400 A I-Line 400 A 1/0–14 STR DASKS600 10 600 kcmil–2 STR 11 1/4 x ¾ in L-Frame (600 A) 600 A NQOD (Main Lug Only) 600 A NF 600 A I-Line 600 A 250 kcmil–6 STR DASKS1000 15 600 kcmil–2 STR 16 3/8 x in Powerpact M 600 A NQOD (Main Breaker Only) 800 A NF 800 A I-Line 800 A 250 kcmil–6 STR DASKS1200 20 600 kcmil–2 STR 21 3/8 x in Powerpact P 1200 A I-Line 1200 A 250 kcmil–6 STR DASKS2000 25 600 kcmil–2 STR 26 3/8 x in — — — 350 kcmil–6 STR Does not handle the full range of safety switches, but is acceptable since extra capacity is for voltage drop Normally, this is not an issue because of the NEC for primary protection distance on transformers STR = Strand Handles through 1/0 not 300 kcmil Does not handle 8–14 STR 7400DASKS400 allows for two conductors (2) wire range supplied (2) 250 kcmil not 300 kcmil (Main Lug) - (1) 600 kcmil not 750 kcmil (Main Lug) 34 © 1999–2007 Schneider Electric All Rights Reserved 04/2007 Energy Efficient Transformers Wire Range Part Numbers and Lug Kits Table 25: Primary Current NEC 450-3 (125%) Max Amp Ratings per NEC 240.6 15 18.06 25 DASKP100 45 DASKP100 30 36.13 50 DASKP100 90 DASKP100 125 DASKP250 kVA Primary Voltage Primary Lug Kit 54.19 70 75 90.32 125 DASKP250 DASKP400 225 DASKP250 DASKP400 135.48 175 DASKP250 DASKP400 300 DASKP250 DASKP400 150 180.64 225 DASKP250 DASKP400 450 DASKP600 225 270.95 350 DASKP400 DASKP600 600 DASKP600 DASKP1000 300 361.27 450 DASKP600 800 DASKP1000 500 602.12 800 DASKP1000 1200 DASKP1200 Primary Lug Kit NEC 450-3 (250%) Max Amp Ratings per NEC 240.6 Primary Lug Kit 480 Terminals are designed for back to back mounting Three-Phase, 600 V Primary Primary Current NEC 450-3 (125%) Max Amp Ratings per NEC 240.6 15 14.45 20 DASKP100 45 DASKP100 30 28.90 40 DASKP100 90 DASKP100 DASKP250 45 43.35 60 DASKP100 125 DASKP250 72.25 100 DASKP100 DASKP250 225 DASKP250 DASKP400 108.38 150 DASKP250 DASKP400 300 DASKP250 DASKP400 150 144.51 200 DASKP250 DASKP400 450 DASKP400 DASKP600 225 216.76 300 DASKP400 DASKP600 600 DASKP600 DASKP1000 300 289.02 400 DASKP600 800 DASKP1000 500 481.70 700 DASKP1000 1200 DASKP1200 kVA Primary Voltage 75 112.5 600 Terminals are designed for back to back mounting Table 27: kVA Three-Phase, 208Y/120 V Secondary Secondary Voltage Secondary Current NEC 450-3 (125%) Max Amp Ratings per NEC 240.6 Secondary Lug Kit 15 41.69 60 DASKS100 30 83.37 110 DASKS250 45 125.06 175 DASKS250 75 208.43 300 DASKS250 DASKS400 112.5 NEC 450-3 (250%) Max Amp Ratings per NEC 240.6 45 Table 26: Primary Lug Kit DASKP100 DASKP250 112.5 Three-Phase, 480 V Primary 208Y/120 Lug from DASKS400 kit mounted on a EE75T3H X terminal 312.64 400 DASKS400 150 416.85 600 DASKS600 225 625.28 800 300 833.70 1200 DASKS1200 500 1389.51 2000 DASKS2000 DASKS1000 Terminals are designed for back to back mounting 04/2007 © 1999–2007 Schneider Electric All Rights Reserved 35 Energy Efficient Transformers Specifications Specifications 2.02 Ratings information Part General A All insulating materials are to exceed NEMA ST20 standards and be rated for 220 °C UL component recognized insulation system 1.01 Section Includes B Transformers 15 kVA and larger shall be 150 °C temperature rise above 40 °C ambient Transformers 25 kVA and larger shall have a minimum of 4–2.5% full capacity primary taps Exact voltages and taps to be as designated on the plans or the transformer schedule Dry-type energy efficient transformers per NEMA TP-1 and CSA 802.2-00, with primary and secondary voltages of 600 V and less and capacity ratings 15 kVA through 750 kVA NOTE: Paragraphs and words marked in brackets [ ] are alternates Select only one 1.02 References C The maximum temperature of the top of the enclosure shall not exceed 50 °C rise above a 40 °C ambient D Transformers shall be low loss type with minimum efficiencies per the table below when operated at 35% of full load capacity Efficiency shall be tested in accordance with NEMA TP-2 and CSA 802.2-00 A NFPA 70—National Electrical Code B NEMA ST20 Single-Phase Three-Phase kVA % Efficiency kVA % Efficiency 15.0 97.7 15.0 97.0 25.0 98.0 30.0 97.5 37.5 98.2 45.0 97.7 F NEMA TP-1 50.0 98.3 75.0 98.0 G CSA 802.2-00 75.0 98.5 112.5 98.2 100.0 98.6 150.0 98.3 167.0 98.7 225.0 98.5 250.0 98.8 300.0 98.6 333.0 98.9 500.0 98.7 — — 750.0 98.8 C UL 1561 D CSA C22.2 E NEMA TP-2 1.03 Submittals Suppliers asking considerations as an approved equal shall submit complete, warranted performance data and physical dimensions for similar transformers Data shall be submitted for each size specified, and shall be received by the consultant engineer no less that 10 days prior to the bid due date for consideration Table per NEMA TP-1 CSA 802.2-00 and Energy Act of 2005 (US Public Law 109-58) E The transformer(s) shall be rated as indicated in the following schedule: — Identification number(s) 1.04 Standards — kVA rating A Transformers 750 kVA and smaller shall be listed by third party testing agency — Voltages B Transformers conform to the requirements of ANSI/NFPA 70 — Frequency C Transformers are to be manufactured and tested in accordance with NEMA ST20 and CSA22.2 No 47 2.03 Construction Part Products 2.01 Manufacturers A Transformers shall be as manufactured by Schneider Electric or approved equal B Approved manufacturers shall be registered firms in accordance with ISO 9001: 1994 SIC 3612 (US), which is the design and manufacture of low voltage dry-type power, distribution, and specialty transformers — Phase A Transformer coils shall be of the continuous wound construction and shall be impregnated with non hygroscopic, thermosetting varnish B All cores to be constructed with low hysteresis and eddy current losses Magnetic flux densities are to be kept well below the saturation point to prevent core overheating Cores for transformers greater than 500 kVA shall be clamped utilizing insulated bolts through the core laminations to ensure proper pressure throughout the length of the core The completed core and coil shall be bolted to the base of the enclosure, but isolated by means of rubber vibration-absorbing mounts There shall be no metal-to-metal contact between the core and coil and the enclosure except for a flexible safety ground strap Sound isolation systems requiring the complete removal of all fastening devices will not be acceptable 36 © 1999–2007 Schneider Electric All Rights Reserved 04/2007 Energy Efficient Transformers Specifications C The core of the transformer shall be visibly grounded to the enclosure by means of a flexible grounding conductor sized in accordance with applicable [UL and NEC] [CSA and CEC] standards D The transformer enclosures shall be ventilated and be fabricated of heavy gauge, sheet steel construction The entire enclosure shall be finished utilizing a continuous process consisting of degreasing, cleaning, and phosphatizing, followed by electrostatic deposition of polymer polyester powder coating and baking cycle to provided uniform coating of all edges and surfaces The coating shall be UL recognized for outdoor use The coating color shall be ANSI 49 2.04 Sound Levels Sound levels shall be warranted by the manufacturer not to exceed the following: kVA Rating Sound Level 15 to 50 kVA 45 dB 51 to 150 kVA 50 dB 151 to 300 kVA 55 dB 301 to 500 kVA 60 dB 501 to 700 kVA 62 dB 701 to 1000 kVA 64 dB 1001 to 1500 kVA 65 dB 1501 to 2000 kVA 66 dB NOTE: Lower sound levels may be desirable for critical areas such as hospitals, schools, or office areas Contact your local Schneider Electric representative for specific recommendations 2.05 Optional Accessories A [Provide weathershields for units ID# 750 kVA max.] B [Provide wall mounted brackets for units ID# 75 kVA max for three-phase, 50 kVA max for single-phase] C [Provide ceiling mounting brackets for units ID# 150 kVA max.] Part Execution 3.01 Installation Not used 04/2007 © 1999–2007 Schneider Electric All Rights Reserved 37 Energy Efficient Transformers Frequently Asked Questions and Answers Frequently Asked Questions and Answers What is an Energy Efficient Transformer? Square D® Type EE Energy Efficient Transformers are designed to meet NEMA Standard TP-1 efficiency standards Lower core loss and emphasis on maximizing efficiency at typical average loading levels of 35 percent are keys to reduced energy costs in low voltage dry-type Energy Efficient Transformers How the dimensions of Energy Efficient Transformers compare with standard General Purpose Transformers? Type EE transformers have the same dimensions as standard, 150 °C rise General Purpose Transformers What is the typical difference in price between Type EE Transformers and standard 150 °C rise General Purpose Transformers? The price of Type EE Transformers can be as high as 35 percent more than standard transformers However, that increased initial cost can typically be paid back in energy cost savings in five to six years based on $.075 per kWh utility rate Therefore, the long-term cost of ownership for Type EE Transformers is actually less than General Purpose Transformers Approximately how many watts can these transformers save? At typical average load of 35 percent, the average loss in watts for Type EE Transformers is 30 percent lower than standard, 150 °C rise General Purpose Transformers The improvement in efficiency at that loading level is primarily a result of significantly reduced core loss However, even at full load, the savings in watts is typically 15 percent When should I specify a Type EE transformer over a standard one? A Type EE transformer can be beneficial in any situation where energy savings is a concern We all have a stake in preserving world energy reserves The opportunity to contribute towards reduced energy consumption and to provide pay back in the long run for your customers are compelling reasons to specify an Energy Efficient transformer What is the difference between Square D Energy Savings Watchdog® Transformers and Energy Efficiency Transformers Watchdog transformers have far lower full-load losses than either Type EE or General Purpose Transformers That advantage rapidly disappears as loading is reduced, typically reaching a trade off at 50 –75 percent load Surveys show that average loading is 35 percent for low voltage transformers over a typical 24-hour period Use of Watchdog transformers at that loading level would actually represent a loss penalty over standard transformers because of the inherently greater core loss Type EE transformers are designed to replace Watchdog transformers in the role of energy savings at more typical levels of loading How does the presence of harmonics, such as in high-density office computer and network load currents, affect energy efficiency? Harmonics lessen the efficiency of all transformers Harmonics cause somewhat higher losses in transformer windings (as much as 30 percent for most Square D Transformers) Type EE transformers are no more susceptible than any other transformer to the effect of harmonics Type EE transformers provide the same percentage of loss reduction compared with General Purpose Transformers, or even K-Factor rated transformers under the same load conditions Because the average loading of low voltage transformers is normally only 35 percent, a K-factor rating is not necessary for Type EE transformers 38 © 1999–2007 Schneider Electric All Rights Reserved 04/2007 Schneider Electric USA 1010 Airpark Center Drive Nashville, TN 37217 USA 1-888-Square D 1-888-778-2733 www.us.SquareD.com 7400CT0601R03/07 © 1999–2007 Schneider Electric All Rights Reserved Replaces 7400CT0601, 07/2006; 7435CT9901, 11/1999; 7400PD9802, 09/1998 04/2007 ... EE15T 211 H 17 D 210 15 0 41. 6 60 10 0 41. 6 60 30 EE30T 211 H 17 D 260 15 0 83.3 11 0 200 83.3 11 0 45 EE45T 211 H 18 D 375 15 0 12 4.9 17 5 300 12 4.9 17 5 75 EE75T 211 H 20D 450 15 0 208.2 275 500 208.2 275 11 2.5 EE 112 T 211 H... EE75T1 814 H 20D 410 15 0 90.3 12 5 225 90.3 12 5 620 15 0 13 5.5 17 5 300 13 5.5 17 5 Figure on page 28 11 2.5 EE 112 T1 814 H 21D 15 0 EE150T1 814 H 22D 800 15 0 18 0.6 225 450 18 0.6 225 225 EE225T1 814 H 24D 11 10 15 0... 36 .1 45 90 83.4 11 0 45 EE45T3HF 20D 410 527 11 5 54.2 70 12 5 12 5 .1 175 75 EE75T3HF 21D 725 11 5 90.3 12 5 225 208.4 275 11 2.5 EE 112 T3HF 22D 920 11 5 13 5.5 17 5 300 312 .6 400 15 0 EE150T3HF 24D 11 10 10 90
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