Lineator-HP High Performance model used where the highest power quality demands must be met

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LINEATOR TM Advanced Universal Harmonic Filter The LINEATOR Advanced Universal Harmonic Filter (AUHF) is a revolutionary advancement

No other device on the market can meet the stringent limits of IEEE Std 519 at an equivalent efficiency, size and cost.

It provides Engineers with a standard off-the-shelf solution for what used to be a very challenging engineering problem.

Mirus has expanded it s product line to include two new Lineator models to meet your needs for those demanding applications.

efficient than 18-Pulse or Active Front-end solutions and every bit as effective in treating harmonics Will meet IEEE 519 Std for both

generated by 3-phase diode or thyristor bridge rectifiers Lineator-HP High Performance model used where the highest power quality

new LINEATOR-HP model which is designed to offer <5%, THD(I).

frequency harmonics introduced by these more expensive and complex solutions.

THD(I) are achieved without introducing excessive voltage drop or VSD instability.

excessive background voltage distortion (5% to 12% VTHD), high ambient (up to 55º C) or high elevation (above 3000 ft), Mirus now

1 LINEATOR TM Advanced Universal Harmonic Filter The LINEATOR Advanced Universal Harmonic Filter (AUHF) is a revolutionary advancement in the area of passive harmonic mitigation. No other device on the market can meet the stringent limits of IEEE Std 519 at an equivalent efficiency, size and cost. When your application calls for a truly cost effective harmonic solution, the LINEATOR AUHF is the logical choice. It provides Engineers with a standard off-the-shelf solution for what used to be a very challenging engineering problem. As industry evolves, so does the Lineator. Mirus has expanded it s product line to include two new Lineator models to meet your needs for those demanding applications. Revolutionary yreactor Design Better than 18-Pulse performance from standard 6-Pulse Variable Speed Drives Up to 3% more energy efficient than 18-Pulse or Active Front-end solutions and every bit as effective in treating harmonics Will meet IEEE 519 Std for both current and voltage distortion ABS Type Approved for marine applications `Wide Spectrum Harmonic Filter` that treats all harmonics generated by 3-phase diode or thyristor bridge rectifiers Lineator-HP High Performance model used where the highest power quality demands must be met Once again MIRUS leads the way in innovative passive harmonic mitigation solutions with the introduction of its new LINEATOR-HP model which is designed to offer <5%, THD(I). This level of harmonic mitigation matches Active Front end Drives (AFE S) and Active Filter (AF) performance without the high frequency harmonics introduced by these more expensive and complex solutions. With the addition of a new reactor design that allows for onsite reactor impedance optimization, current distortion levels of <5% THD(I) are achieved without introducing excessive voltage drop or VSD instability. Lineator-ED Extreme Duty model used when the operating conditions and environments can be harsh For extreme environments, such as excessive background voltage distortion (5% to 12% VTHD), high ambient (up to 55º C) or high elevation (above 3000 ft), Mirus now offers an extreme duty model for its Lineator AUHF. Our standard Lineator AUHF already outperforms any other competitive filter by guaranteeing performance when background voltage distortion is as high as 5%. In some applications however, such as marine vessels, drilling rigs and oil fields equipped with electrical submersible pumps (ESP s), existing voltage distortion levels will often exceed 5%. Also, when ambient temperature levels exceed 40º C or at higher elevations where the air is thinner, a more robust filter is required. The Lineator-ED model will meet this challenge. International Inc.

2 Design Considerations for Meeting Harmonic Limits in Variable Speed Drive Applications Features The most energy efficient harmonic solution for VSD s Meets harmonic limits for both land and marine VSD applications Guaranteed to meet IEEE Std 519 for both current and voltage distortion at the input terminals of the LINEATOR and PCC Wide Spectrum Harmonic Filter treats all major harmonics generated by VSD s and other 3-phase rectifier loads Total Demand Distortion (TDD) of the current at the LINEATOR input terminals will not exceed the limits as defined in Table 10.3 of IEEE Std 519 Compatible with engine driven generators thanks to the extremely low capacitive reactance, even at no load Suppresses overvoltages caused by commutation notching, capacitor switching and other fast changing loads Suitable for application on multiple VSD s provided only VSD s are connected Models available for AC Drives and DC Drives or other controlled rectifiers Benefits Saves energy by reducing upstream harmonic losses while operating at >99% efficiency Will not resonate with other power system components or attract line side harmonics Frees up system capacity by restoring VSD to near unity power factor Removal of harmonics improves overall system power factor True Power factor > 0.95 from 30% to 100% load Low capacitive reactance ensures generator compatibility Low capacitive reactance also eliminates the need for capacitor switching contactors (contactors are available upon request) The LINEATOR is a purely passive device consisting of a unique inductor combined with a relatively small capacitor bank. It's innovative design achieves reduction of all the major harmonic currents generated by VSD's and other similar 3-phase, 6-pulse rectifier loads. The resulting ITHD is reduced to <8% and and is now available in a model that achieves <5%. Although referred to as a filter, the LINEATOR exhibits none of the problems that plague conventional filters. Harmonic Distortion Reduction The filtering effectiveness of a trap filter is dependent upon the amount of harmonics present at untuned frequencies as well as the residual at the tuned frequency. To obtain performance better than 15% ITHD, multiple tuned branches are often required. Other broadband filters require relatively large capacitor banks (2 to 3 times more than Lineator) to achieve reasonable performance. Harmonics from other sources As a parallel connected device, the conventional trap filter has no directional properties. It therefore, can easily be overloaded by attracting harmonics from upstream non-linear loads. The LINEATOR, on the other hand, will present a high impedance to line side harmonics eliminating the possibility of inadvertent importation and overloading. System Resonance At frequencies below its tuned frequency, a conventional filter will appear capacitive. This capacitance has the potential of resonating with the power systems natural inductance. When a filter is tuned to a higher order harmonic, such as the 11th, it could easily resonate at a lower harmonic frequency, such as the 5th or 7th. Even the LCL passive filters required for low harmonic AFE Drives or parallel Active Harmonic Filters are susceptible to this problem. The natural resonance frequency of the LINEATOR is below that of any predominant harmonic, therefore inadvertent resonance is avoided. Capacitive Reactance and Leading Power Factor The large capacitor banks in trap filters and competing broadband filters present a high capacitive reactance to the system, especially under light loads. On weak power systems, this can raise voltages or cause excitation control problems in generator applications. To address this, some filter manufacturers offer mechanisms for switching out the capacitors under light loads, increasing cost and complexity. This is not necessary for the LINEATOR because even under no load conditions, it s capacitive reactance (kvar) remains below 15% of its kva rating. This ensures compatibility with engine generators, without the need to switch out capacitors. Competitor Filter kvar Curve (Typical) LINEATOR AUHF kvar Curve (Typical) Acceptable Operating Range Generator Reactive Power Capability Curve

Compare Performance! The LINEATOR outperforms all other forms of VSD harmonic solutions.

efficient is compatible with engine generators and incorporates a low capacitive reactance design has a simple and compact design to reduce footprint and ensure reliability can be computer modeled to

Solutions As background voltage distortion increases, the harmonic mitigating performance of the 18-Pulse VSD degrades much quicker than the 6-Pulse / LINEATOR combination.

3 Compare Performance! The LINEATOR outperforms all other forms of VSD harmonic solutions. By choosing the LINEATOR you have selected a filter that: performs in Real World environments even with background voltage distortion and voltage imbalance lowers operating costs by being highly efficient is compatible with engine generators and incorporates a low capacitive reactance design has a simple and compact design to reduce footprint and ensure reliability can be computer modeled to provide up front assurance of meeting harmonic limit standards such as IEEE Std 519, ABS and other marine certifying bodies is factory performance tested under actual VSD loading Outperforms 18-P Solutions As background voltage distortion increases, the harmonic mitigating performance of the 18-Pulse VSD degrades much quicker than the 6-Pulse / LINEATOR combination. This demonstrates that the LINEATOR AUHF will not attract harmonic currents as other non-linear loads distort the applied voltage waveform. LINEATOR is the only harmonic solution that guarantees performance even in heavily distorted environments. There is little degradation in harmonic mitigating performance of the 6-Pulse / LINEATOR combination as voltage imbalance increases. The 18-Pulse solution, on the other hand, degrades dramatically because harmonic cancellation due to phase shifting becomes much less effective with 3-phase voltage imbalance. Efficiency Comparison The unique design of the AUHF produces extremely low losses. It s operating efficiency therefore is much higher than competitive filters. The graphs below show typical losses and efficiencies for AUHF and two competitors. (AUHF is available in sizes up to 3500HP. Since competitor maximum sizes are only 600HP and 900HP, the chart range has been set at 1000HP) FL Losses (W) Efficiency at FL Filter Size (HP) Lineator AUHF Competitor1 Competitor2 100% 99% 98% 97% 96% Harmonic Filter Comparison - Typical Losses Harmonic Filter Comparison - Efficiency 95% Filter Size (HP) Lineator AUHF Competitor1 Competitor2 Improves VSD Performance VSD Input Current Waveform and Spectrum with no reactor. The 6-Pulse VSD / LINEATOR combination has 2% to 3% higher efficiency than the 18-Pulse solution over the entire operating range. (Efficiency shown is for a system that includes motor/gen set load, VSD, and harmonic mitigation equipment). When compared to an 18-Pulse VSD, a 400HP AUHF/VSD will save more than $3,000 in annual operating costs when averaging 75% loading at $0.07/kWHr. VSD Input Current Waveform and Spectrum with AC reactor. VSD Input Current Waveform and Spectrum with LINEATOR AUHF.

'Performance Guarantee' MIRUS guarantees that the LINEATOR AUHF will perform as advertised to reduce harmonic distortion caused by AC Variable Speed Drives and other non-linear loads equipped with

A properly selected and installed LINEATOR will: Reduce Current Total Harmonic Distortion (ITHD), measured at the LINEATOR input terminals at full load, to: (i) <8% when background voltage distortion

5% and voltage imbalance is <1% (iii) Reduce Current Total Demand Distortion (ITDD), measured at the LINEATOR input terminals over its entire operating range, to levels defined in Item (i) above.

(iv) Minimize the contribution to Voltage Harmonic Distortion of all VSD s equipped with the LINEATOR to <5% total and <3% for individual harmonics, as defined by IEEE Std 519-1992.

(vii) NOT have compatibility problems with engine generator sets properly sized for the load. The Harmonics & Energy (H&E ) Lab The Harmonics & Energy (H&E) Lab at MIRUS International Inc.

4 'Performance Guarantee' MIRUS guarantees that the LINEATOR AUHF will perform as advertised to reduce harmonic distortion caused by AC Variable Speed Drives and other non-linear loads equipped with 3-phase, 6-pulse, diode bridge rectifiers. A properly selected and installed LINEATOR will: Reduce Current Total Harmonic Distortion (ITHD), measured at the LINEATOR input terminals at full load, to: (i) <8% when background voltage distortion is <5% and voltage imbalance is <3% (ii) <5% when short circuit ratio (Isc/IL), as defined by IEEE Std 519, is <20 and when background voltage distortion is <0.5% and voltage imbalance is <1% (iii) Reduce Current Total Demand Distortion (ITDD), measured at the LINEATOR input terminals over its entire operating range, to levels defined in Item (i) above. ITDD is defined as the ratio of ITHD divided by the full load current (peak demand current) of the LINEATOR. (iv) Minimize the contribution to Voltage Harmonic Distortion of all VSD s equipped with the LINEATOR to <5% total and <3% for individual harmonics, as defined by IEEE Std (v) NOT become overloaded by other upstream harmonic sources. (vi) NOT resonate with other power system components. (vii) NOT have compatibility problems with engine generator sets properly sized for the load. The Harmonics & Energy (H&E ) Lab The Harmonics & Energy (H&E) Lab at MIRUS International Inc. provides the unique ability to test our products under real world non-linear load conditions. We also conduct compatibility testing with all major VSD manufacturers' products to ensure a trouble-free installation. Every LINEATOR is factory tested under VSD load to ensure our performance guarantee is met. No other manufacturer provides this level of testing whether they offer a passive filter, multi-pulse or active solution. SOLV Harmonic Analysis Software MIRUS offers proprietary software called Simulation of LINEATOR / VFD (SOLV). SOLV is a powerful and unique computer simulation program that will calculate current and voltage distortion levels based on your load requirements. By simply entering some basic information about your source and VSD system, you can generate very useful reports such as, an IEEE 519 Compliance Report. In addition to the accurate reports, you can print a single line representation of your system along with voltage and current waveforms and spectrums. MIRUS' SOLV will help you find the right solution for your VSD application without the need of a costly harmonic study. It can be downloaded at mirusinternational.com

Lineator Applications Oil & Gas Industry Application of ASD s in the Oil and Gas Industry continues to grow at a rapid pace.

Although not conclusively proven, high levels of harmonic distortion has been considered as a possible cause of off-shore drilling rig disasters in the Gulf of Mexico and the North Sea.

better solution available. Lineator paired with a 6-Pulse ASD provides better harmonic mitigation performance especially if the supply has even low levels of voltage imbalance.

HVAC Systems In many commercial buildings, the chillers, pumps and fan systems required for cooling represent a very large component of the building s electrical load.

5 Lineator Applications Oil & Gas Industry Application of ASD s in the Oil and Gas Industry continues to grow at a rapid pace. This includes Electrical Submersible Pumps (ESP s), Top Drives and Mud Pumps on Drilling packages, Compressors, etc. Without harmonic mitigation, very serious consequences can result. Although not conclusively proven, high levels of harmonic distortion has been considered as a possible cause of off-shore drilling rig disasters in the Gulf of Mexico and the North Sea. Apply LINEATOR anywhere Variable Speed Drives and 6-Pulse Rectifiers are used Water & Waste Water Although 18-Pulse ASD s are commonly used in the Water and Waste Water applications, there is a much better solution available. Lineator paired with a 6-Pulse ASD provides better harmonic mitigation performance especially if the supply has even low levels of voltage imbalance. And the Lineator s much lower losses can result in thousands of dollars in energy savings annually. HVAC Systems In many commercial buildings, the chillers, pumps and fan systems required for cooling represent a very large component of the building s electrical load. For today s Green Building designs, ASD s are being used on all of this equipment leading to harmonic distortion issues. To address this concern, Lineators are being used to eliminate harmonics without sacrificing any of the energy savings advantages of the ASD. Marine Vessels Due to the serious consequences of high harmonic distortion, the American Bureau of Shipping (ABS), Det Norse Veritas (DnV) and all other Marine Certifying bodies have mandatory harmonic limits that must be met in order to attain certification. Since ASD s are now common-place on thrusters and main propulsion systems, these limits cannot be met without effective harmonic mitigation. The Lineator will meet these limits without introducing the troublesome high frequency harmonics associated with active solutions such as Active Front-end Drives and Active Harmonic Filters. Condition Based Maintenance Tool When InSight is integrated into your system it provides essential health and performance information to the operator to let them know whether the equipment is operating within safe limits. For instance, should power quality or environmental conditions affect the normal operation of an Adjustable Speed Drive equipped with a Lineator Harmonic Filter and InSight monitor, operators can be notified of the filter's condition so that proactive action can be taken, if necessary. Oil and Gas industry Water and Waste Water Irrigation systems HVAC systems Mining operations Marine vessels Printing presses Elevators and escalators Pulp and paper processing Induction furnaces Industrial rectifiers. Welding operations Stay in touch with your equipment, locally or remotely Mirus designed InSight as a web-based monitoring system allowing easy access via any web browser or by adding a touchscreen display at the equipment.

Rating Tables: (type D Lineator) [1] Specifying the LINEATOR HP for applications with standard 6-Pulse VFD's provides end-users with low harmonic drive systems that results in 20% to 30% less capital

380/ 415/ 208V 240V 400V 440V Output Case Weight Case Weight Case Weight Case Weight 60Hz 50/60Hz 50Hz 50Hz kw Style lbs [kg] [1] Style lbs [kg] [1] Style lbs [kg] [1] Style lbs [kg] [1] 5 4 14 13 8

5 80 [36] 80 [36] 78 [35] 88 [40] 15 11 40 36 21 19 13 SU2-E SU2 117 [53] 127 [58] 90 [41] 100 [45] 20 15 53 48 28 25 17 138 [63] 148 [67] 118 [54] SU2-E 128 [58] 25 18.

6 Rating Tables: (type D Lineator) [1] Specifying the LINEATOR HP for applications with standard 6-Pulse VFD's provides end-users with low harmonic drive systems that results in 20% to 30% less capital costs than other solutions Motor Size Lineator Rating (3-Phase) 208, 240V (60Hz) 400, 440V (50Hz) Input Amps Standard Enclosure Enhanced Enclosure Standard Enclosure Enhanced Enclosure HP kw 220/ 380/ 415/ 208V 240V 400V 440V Output Case Weight Case Weight Case Weight Case Weight 60Hz 50/60Hz 50Hz 50Hz kw Style lbs [kg] [1] Style lbs [kg] [1] Style lbs [kg] [1] Style lbs [kg] [1] SU1 65 [30] SU1-E 75 [34] 58 [26] 68 [31] [35] 86 [39] SU1 67 [30] SU1-E 77 [35] [36] 80 [36] 78 [35] 88 [40] SU2-E SU2 117 [53] 127 [58] 90 [41] 100 [45] [63] 148 [67] 118 [54] SU2-E 128 [58] [70] 164 [74] SU2 130 [59] 140 [64] [86] SU3-E 199 [90] 142 [65] 152 [69] SU3 253 [115] 263 [119] 154 [70] 164 [74] [125] 333 [151] 186 [84] SU3-E 196 [88] [143] SU4-E 337 [153] SU3 218 [99] 228 [103] [148] 399 [181] 304 [138] 314 [142] SU4 442 [201] 516 [235] 323 [147] SU4-E 414 [188] [213] -E 542 [246] SU4 345 [156] 434 [197] [251] 627 [285] 365 [166] -E 469 [213] [189] 514 [234] [262] MT4-E 600 [273] [266] 670 [305] MT4 800 [363] 1006 [456] [374] LT1-E 1031 [467] [415] 1121 [508] LT [499] LT2-E 1176 [535] [771] 1839 [834] LT [854] 1954 [886] [871] LT3-E 2054 [931] [884] 2084 [945] [1118] 2564 [1163] LT [1167] 2958 [1245] [1236] 3408 [1549] [1299] HT2-E 3548 [1613] [1635] 3690 [1677] [1703] 3840 [1745] HT [1749] 4376 [1943] [1808] 4506 [2048] [1850] HT3-E 4600 [2088] [2111] 4750 [2157] HT [2270] 5100 [2315] [2372] [2520] Motor Size Lineator Rating (3-Phase) 480V (60Hz) 600V (60Hz), 690V (50-60Hz) Input Amps Standard Enclosure Enhanced Enclosure Standard Enclosure Enhanced Enclosure HP kw 460/ 575/ 660/ 480V 600V 690V Output Case Weight Case Weight Case Weight Case Weight 60Hz 60Hz 50/60Hz kw Style lbs [kg] [1] Style lbs [kg] [1] Style lbs [kg] [1] Style lbs [kg] [1] [26] 68 [31] 57 [26] 67 [30] SU1 67 [30] SU1-E 77 [35] 67 [30] SU1-E 77 [35] [35] 88 [40] SU1 77 [35] 87 [39] [41] 100 [45] 86 [39] 96 [44] [54] 128 [58] 98 [45] 128 [58] [59] SU2-E 140 [64] 125 [57] SU2-E 135 [61] SU2 142 [65] 152 [69] 137 [62] 147 [67] [70] 164 [74] SU2 149 [68] 159 [72] [84] 196 [89] 184 [83] 196 [89] [99] SU3-E 228 [103] 206 [94] SU3-E 216 [98] SU3 304 [138] 314 [142] 298 [135] 308 [140] [147] 333 [151] SU3 315 [143] 325 [147] [156] SU4-E 419 [191] 345 [156] SU4-E 419 [191] SU4 365 [166] 439 [200] SU4 365 [166] 439 [200] [189] -E 489 [222] 415 [189] -E 489 [222] [262] 640 [290] 578 [262] 640 [290] [266] MT4-E 695 [316] 585 [266] MT4-E 695 [316] [363] 1006 [456] 780 [354] 1006 [456] MT4 825 [374] 1031 [467] MT4 805 [365] 1031 [467] [415] LT1-E 1121 [508] 915 [415] LT1-E 1121 [510] LT [634] 1476 [670] LT [634] 1476 [670] [771] LT2-E 1839 [834] 1650 [748] LT2-E 1740 [789] [854] 1954 [886] 1805 [819] 1852 [842] LT [871] 2054 [931] LT [854] 2054 [932] [884] LT3-E 2084 [945] 1915 [869] LT3-E 2064 [936] [1118] 2564 [1163] 2331 [1057] 2515 [1141] LT [1167] 2958 [1245] LT [1121] 2855 [1298] [1236] 3408 [1549] 2609 [1186] 2999 [1363] [1299] HT2-E 3548 [1613] 2782 [1265] HT2-E 3172 [1442] [1635] 3690 [1677] 3540 [1606] 3620 [1642] [1703] 3840 [1745] 3702 [1679] 3800 [1724] HT [1749] 4376 [1943] HT [1723] 3875 [1758] [1808] 4506 [2048] 3945 [1789] 4250 [1928] [1850] HT3-E 4600 [2088] 4015 [1821] HT3-E 4340 [1969] [2111] 4750 [2157] 4600 [2087] 4750 [2155] HT [2270] 5100 [2315] HT [2243] 5100 [2313] [2372] 5180 [2350] [2520] 5490 [2490] 1. For type T Lineator use enclosure and weights from the next size up.

7 Cap. Fuse Cap. Fuse Cap. Fuse Cap. Fuse Cap. Fuse Cap. Fuse A Dimensions A B E B E FRONT VIEW 1.00 TYP. D C F RIGHT SIDE VIEW 1.00 TYP., MT4, LT ENCLOSURE A1 B1 C1 A2 B2 C2 A3 B3 C3 FRONT VIEW E0P PANEL/BASE MOUNT Ordering Information Model Motor Line Horsepower Voltage Advanced Universal Harmonic Filter D C F FRONT VIEW RIGHT SIDE VIEW BACK VIEW SU1, SU2, SU3 ENCLOSURE CASE STYLE RIGHT SIDE VIEW 5 to 3500 H G FRONT VIEW E0 OPEN STYLE Frequency RIGHT SIDE VIEW DIMENSIONS - inches [mm] SU4 ENCLOSURE Load Type HT ENCLOSURE A1 B1 C1 A2 B2 C2 A3 B3 C3 FRONT VIEW E0M MODULAR Enclosure Type VVV Hz L En O [1] D Diode Bridge Rectifier [2] 440 T Thyristor Bridge Rectifier 690 (VAC) E0 No Enclosure Base Mount Only (5 to 1400HP) E0P No Enclosure Panel/Wall Mountable (5 to 125HP) E0M Modular (Caps. shipped Loose) (400 to 3500HP) E1 Nema 3R [IP23] Ventilated Enclosure (5 to 3500HP) CAPACITOR BOARD (Supplied loose) Standard Enhanced A B C D E F G H SU1 SU1-E [597] [286] 8.75 [222] [286] 8.00 [203] 9.00 [229] [330] 9.00 [229] SU2 SU2-E [749] [336] [260] [324] 9.00 [229] [254] [406] [279] SU3 SU3-E [864] [514] [336] [406] [445] [330] [508] [457] SU4 SU4-E [1016] [559] [470] [584] [508] [508] -E [1143] [661] [534] [635] [546] [483] MT4 MT4-E [1308] [813] [648] [749] [597] [597] LT1 LT1-E [1499] [1003] [762] [864] [610] [813] LT2 LT2-E [1677] [1118] [864] [965] [660] [915] LT3 LT3-E [1905] [1232] [991] [1092] [699] [1041] HT2 HT2-E [1981] [1486] [1295] [1428] [1333] [1289] HT3 HT3-E [2134] [1740] [1499] [1638] [1587] [1492] AUHF HP VV 1. D type AUHF is suitable for standard diode bridge and diode/scr precharged front-end VSD s. 2. T type AUHF is suitable for DC drives, Current Source Inverters and other controlled rectifier loads. A A B E FRONT VIEW B E FRONT VIEW C D F RIGHT SIDE VIEW D C 6.50 F Typ. RIGHT SIDE VIEW BACK VIEW Optional E Nema 3R [IP23] Enhanced HP High Performance ED Extreme Duty MD Marine Duty General Specifications: HP / kw RATING: Available for motor/drive system sizes up to 3500HP / 2600kW VOLTAGE: Standard voltages up to 690V, 3-phase FREQUENCY: 50 or 60Hz OVERLOAD CAPABILITY: Suitable for overload of 150% for 60 seconds every 10 minutes HARMONICS TREATED: 5th, 7th, 11th, 13th,... K-FACTOR SUITABILITY: Up to 20 INPUT K-FACTOR: Reduced to <1.5 INPUT CURRENT DISTORTION: <8% at full load [<5% available] SHORT CIRCUIT RATING: 100kAIC NO LOAD CAPACITIVE REACTANCE (kvar) LEVELS: 5 to 75HP 15 to 20% 100 to 3500HP 10 to 15% EFFICIENCY: >99% ELEVATION: 3300ft [1000m] above sea level VENTILATION: Convection air cooled ENCLOSURE: NEMA 3R [IP23] Paint: Polyester powder coated Color: ANSI 61 Grey OPTIONAL: Nema 3R [IP23] Enhanced DNV or Lloyds Certification Lineator-ED Selection Curve BACKGROUND VTHD Typical Lineator Configurations Standalone VSD System Input TM LINEATOR AUHF VSD 15% 12% 10% 5% 0 0 VSD System with Bypass* Input ELEVATION Extreme Duty Lineator Standard Lineator 40 [104 ] AMBIENT TEMPERATURE TM LINEATOR AUHF VSD x 1000 m 4500 m [3000 ft] [15000 ft] C [122 ] [131 F] Multiple VSD System Input TM LINEATOR AUHF VSD VSD VSD MOTOR MOTOR MOTOR MOTOR MOTOR R * When the VSD requires a bypass, the LINEATOR does not require bypassing. It will provide Reduce Voltage Reactor Start which gives a smooth ramp to full speed with built in ramp and full load power factor correction..

8 Expect better. Call us. To discuss how MIRUS can help you meet your power quality challenges, contact us at our head office: MIRUS International Inc. 31 Sun Pac Blvd. Brampton, Ontario Canada L6S 5P6 Tel: (905) Fax: (905) Toll-Free: TO MIRUS ( ) R International Inc. Harmonic and Energy Solutions Real-world performance for real-world loads. C Mirus International Inc. All specifications subject to change without notice. AUHF-PS01-A3 Effective: March 2014

9 MIRUS International Inc. 31 Sun Pac Blvd., Brampton, Ontario, Canada L6S 5P6 THE LINEATOR TYPICAL SPECIFICATION Advanced Universal Harmonic Filter (AUHF) PART 1 GENERAL 1.1 All PWM AC Variable Frequency Drives of [ 30 ] hp and above shall be equipped with harmonic mitigation equipment to prevent power system problems resulting from high levels of harmonic distortion..1 The harmonic mitigation equipment and all of its components shall be manufactured and tested in accordance with the latest applicable standards of UL, CSA and NEMA..2 Demonstration of compatibility between the harmonic mitigation equipment and the VFD must be available upon request..3 Harmonic mitigation equipment shall be warranted to be free of defects in materials and workmanship for a period of 3 years from the date of shipment..4 Factory Performance Testing: Manufacturer must be capable of factory testing for harmonic mitigating performance and energy efficiency under actual variable frequency drive loads. A detailed description of the program and a sample test report must be provided at time of quotation..5 Subject to compliance with all of the contract documents and specifications, the acceptable product and manufacturer is: LINEATOR AUHF, by MIRUS International Inc. (905) , Toll Free: (888) PART 2 - PRODUCT 2.1 Key Requirements:.1 The harmonic mitigation equipment shall treat all of the characteristic low frequency harmonics generated by a 3- phase, diode bridge rectifier load (5 th, 7 th, 11 th, 13 th, etc.)..2 The characteristic harmonics shall be suppressed without the need for individual tuning or the requirement to phase shift against other harmonic sources..3 Harmonic mitigation shall be by passive inductor/capacitor network. Active electronic components shall not be used..4 Power factor shall be.98 lagging to.95 leading in operating range from full to half load..5 To ensure compatibility with engine generators, the harmonic mitigation equipment must never introduce a capacitive reactive power (KVAR), which is greater than 20% of its kva rating..6 The harmonic mitigation equipment shall not resonate with system impedances or attract harmonic currents from other harmonic sources..7 The harmonic mitigation equipment in combination with the Variable Frequency Drive shall meet all requirements as outlined in the 1992 edition of IEEE std 519 for individual and total harmonic voltage and current distortion. The Point of Common Coupling (PCC) for all voltage and current harmonic calculations and measurements shall be the input terminals to the harmonic mitigation equipment..8 Total Harmonic Voltage Distortion (THVD) shall meet the requirements of Table 10.2 of IEEE std 519 by not exceeding 5% and by limiting the individual harmonic voltage distortion to less than 3%. These limits shall apply while operating on either utility supply or generator supply when applicable. The harmonic mitigation equipment vendor shall not be responsible for pre-existing voltage distortion caused by other harmonic sources..9 Total Demand Distortion (TDD) of the current at the input terminals of the harmonic mitigation equipment shall not exceed the limits as defined in Table 10.3 of IEEE std 519. For Isc/IL ratio < 20, TDD must be less than 5%. For all other Isc/IL ratios, the TDD must not exceed 8% even when Table 10.3 allows for more relaxed limits. For singlephase applications, the TDD must not exceed 12%..10 The full load efficiency of the harmonic mitigation equipment / VFD combination shall be greater than 96%. The harmonic mitigation equipment itself shall have efficiency no less than 99%. 2.2 Basic Requirements:.1 All wiring shall be copper..2 Insulation class: 220 C system. Temperature rise: 130 C.3 Anti-vibration pads shall be used between the reactor or transformer core and the enclosure..4 Ventilated, sprinkler proof NEMA-3R enclosure. 2.3 Options:.1 Submit for approval before shipment certified production test results with serial numbers for harmonic mitigation performance and energy efficiency under actual variable frequency drive loading. PART 3 - EXECUTION 3.1 Installation.1 The harmonic mitigation equipment shall be handled, stored and installed in accordance with the manufacturer's recommended installation practices as found in the installation, operation, and maintenance manual. Installation shall comply with all applicable codes. 3.2 Acceptance.1 [OPTION] Harmonic compliance shall be verified with onsite field measurements of both the voltage and current harmonic distortion at the input terminals of the harmonic mitigating equipment with and without the equipment operating. A recording type Fluke 41 or equivalent harmonics analyzer displaying individual and total harmonic currents and voltages must be utilized. Mirus International Inc. [ ] TO MIRUS AUHF-TS001-A3

10 MIRUS International Inc. 31 Sun Pac Blvd., Brampton, Ontario, Canada L6S 5P6 THE LINEATOR TECHNICAL DATA Advanced Universal Harmonic Filter (AUHF) Enclosed GENERAL SPECIFICATIONS: RATING For motor/drive system sizes INPUT CURRENT < Full Load 5HP(4kW) to 3500HP(2600kW) DISTORTION VOLTAGE Standard voltages up to 690V EFFICIENCY > 99% FREQUENCY 60Hz (50Hz available) ELEVATION 3300ft [1000m] above sea level OVERLOAD CAPABILITY Suitable for overload of 150% for 60 VENTILATION Convection air cooled seconds every 10 minutes AMBIENT TEMPERATURE 104 Deg F [40 Deg C] HARMONICS TREATED All harmonics 5 th and higher WINDING MATERIAL Copper K-FACTOR SUITABILITY Up to 20 (Reduced to <1.5 on input of AUHF) ENCLOSURE Type: TYPE-3R, Colour: ANSI 61 Grey Paint: Polyester powder coated Wall Mtg Capability: 5 to 200HP MAXIMUM CAPACITIVE REACTIVE N.L. < 20% of rated input current OPTIONS: TYPE-3R Enhanced Outdoor Ventilated Enclosure, Fan Cooling ( HP), Hinged Doors ( HP) Motor Size Lineator Rating (3-Phase) 480V (60Hz) 600V (60Hz), 690V (50-60Hz) Input Amps Standard Enclosure Enhanced Enclosure Standard Enclosure Enhanced Enclosure HP kw 460/ 575/ 660/ 480V 600V 690V Output Case Weight Case Weight Case Weight Case Weight 60Hz 60Hz 50/60Hz kw Style lbs [kg] [1] Style lbs [kg] [1] Style lbs [kg] [1] Style lbs [kg] [1] [26] 68 [31] 57 [26] 67 [30] SU1 67 [30] SU1-E 77 [35] 67 [30] SU1-E 77 [35] [35] 88 [40] SU1 77 [35] 87 [39] [41] 100 [45] 86 [39] 96 [44] [54] 128 [58] 98 [45] 128 [58] [59] SU2-E 140 [64] 125 [57] SU2-E 135 [61] SU2 142 [65] 152 [69] 137 [62] 147 [67] [70] 164 [74] SU2 149 [68] 159 [72] [84] 196 [89] 184 [83] 196 [89] [99] SU3-E 228 [103] 206 [94] SU3-E 216 [98] SU3 304 [138] 314 [142] 298 [135] 308 [140] [147] 333 [151] SU3 315 [143] 325 [147] [156] SU4-E 419 [191] 345 [156] SU4-E 419 [191] SU4 365 [166] 439 [200] SU4 365 [166] 439 [200] [189] -E 489 [222] 415 [189] -E 489 [222] [262] 640 [290] 578 [262] 640 [290] [266] MT4-E 695 [316] 585 [266] MT4-E 695 [316] [363] 1006 [456] 780 [354] 1006 [456] MT4 825 [374] 1031 [467] MT4 805 [365] 1031 [467] [415] LT1-E 1121 [508] 915 [415] LT1-E 1121 [510] LT [634] 1476 [670] LT [634] 1476 [670] [771] LT2-E 1839 [834] 1650 [748] LT2-E 1740 [789] [854] 1954 [886] 1805 [819] 1852 [842] LT [871] 2054 [931] LT [854] 2054 [932] [884] LT3-E 2084 [945] 1915 [869] LT3-E 2064 [936] [1118] 2564 [1163] 2331 [1057] 2515 [1141] LT [1167] 2958 [1245] LT [1121] 2855 [1298] [1236] 3408 [1549] 2609 [1186] 2999 [1363] [1299] HT2-E 3548 [1613] 2782 [1265] HT2-E 3172 [1442] [1635] 3690 [1677] 3540 [1606] 3620 [1642] [1703] 3840 [1745] 3702 [1679] 3800 [1724] HT [1749] 4376 [1943] HT [1723] 3875 [1758] [1808] 4506 [2048] 3945 [1789] 4250 [1928] [1850] HT3-E 4600 [2088] 4015 [1821] HT3-E 4340 [1969] [2111] 4750 [2157] 4600 [2087] 4750 [2155] HT [2270] 5100 [2315] HT [2243] 5100 [2313] [2372] 5180 [2350] [2520] 5490 [2490] Mirus International Inc. [ ] TO MIRUS AUHF-S001-C6 Page 1 of 2

11 MIRUS International Inc. 31 Sun Pac Blvd., Brampton, Ontario, Canada L6S 5P6 THE LINEATOR TECHNICAL DATA Advanced Universal Harmonic Filter (AUHF) Enclosed Motor Size Lineator Rating (3-Phase) 208, 240V (60Hz) 400, 440V (50Hz) Input Amps Standard Enclosure Enhanced Enclosure Standard Enclosure Enhanced Enclosure HP kw 220/ 380/ 415/ 208V 240V 400V 440V Output Case Weight Case Weight Case Weight Case Weight 60Hz 50/60Hz 50Hz 50Hz kw Style lbs [kg] [1] Style lbs [kg] [1] Style lbs [kg] [1] Style lbs [kg] [1] SU1 65 [30] SU1-E 75 [34] 58 [26] 68 [31] [35] 86 [39] SU1 67 [30] SU1-E 77 [35] [36] 80 [36] 78 [35] 88 [40] SU2-E SU2 117 [53] 127 [58] 90 [41] 100 [45] [63] 148 [67] 118 [54] SU2-E 128 [58] [70] 164 [74] SU2 130 [59] 140 [64] [86] SU3-E 199 [90] 142 [65] 152 [69] SU3 253 [115] 263 [119] 154 [70] 164 [74] [125] 333 [151] 186 [84] SU3-E 196 [88] [143] SU4-E 337 [153] SU3 218 [99] 228 [103] [148] 399 [181] 304 [138] 314 [142] SU4 442 [201] 516 [235] 323 [147] SU4-E 414 [188] [213] -E 542 [246] SU4 345 [156] 434 [197] [251] 627 [285] 365 [166] -E 469 [213] [189] 514 [234] [262] MT4-E 600 [273] [266] 670 [305] MT4 800 [363] 1006 [456] [374] LT1-E 1031 [467] [415] 1121 [508] LT [499] LT2-E 1176 [535] [771] 1839 [834] LT [854] 1954 [886] [871] LT3-E 2054 [931] [884] 2084 [945] [1118] 2564 [1163] LT [1167] 2958 [1245] [1236] 3408 [1549] [1299] HT2-E 3548 [1613] [1635] 3690 [1677] [1703] 3840 [1745] HT [1749] 4376 [1943] [1808] 4506 [2048] [1850] HT3-E 4600 [2088] [2111] 4750 [2157] HT [2270] 5100 [2315] [2372] [2520] SU1, SU2, SU3 ENCLOSURE SU4 ENCLOSURE, MT4, LT HT ENCLOSURE CASE STYLE ENCLOSURE DIMENSIONS - inches [mm] Standard Enhanced A B C D E F G H SU1 SU1-E [597] [286] 8.75 [222] [286] 9.00 [229] 8.50 [216] [305] 9.00 [228] SU2 SU2-E [749] [336] [260] [324] [279] [254] [406] 11.00[279] SU3 SU3-E [864] [514] [336] [406] [457] [330] [508] 18.00[457] SU4 SU4-E [1016] [559] [470] [584] [508] [508] -E [1143] [661] [534] [635] [546] [483] MT4 MT4-E [1308] [813] [648] [749] [597] [597] LT1 LT1-E [1499] [1003] [762] [864] [610] [813] LT2 LT2-E [1677] [1118] [864] [965] [660] [915] LT3 LT3-E [1905] [1232] [991] [1092] [699] [1041] HT2 HT2-E [1981] [1486] [1295] [1428] [1333] [1289] HT3 HT3-E [2134] [1740] [1499] [1638] [1587] [1492] Notes: 1. Approximate Values. 2. Specifications are subject to change without notice. 3. Lineator sizing is by standard motor horsepower and kw ratings. Each is capable of supplying the larger of the two ratings. 4. Cable entry is from left or right side only unless otherwise indicated. 5. For additional information refer to: Typical Specifications, Internal Layout and Connection Diagrams. Mirus International Inc. [ ] TO MIRUS AUHF-S001-C6 Page 2 of 2

12 MIRUS International Inc. 31 Sun Pac Blvd., Brampton, Ontario, Canada L6S 5P6 SPECIFICATION PWM Variable Frequency Drive (VFD) Typical Harmonic Specification PART 1 - GENERAL 1.1 All PWM AC Variable Frequency Drives of [ 30 ] hp and above shall be equipped with harmonic mitigation equipment to prevent power system problems resulting from high levels of harmonic distortion..1 The harmonic mitigation equipment and all of its components shall be manufactured and tested in accordance with the latest applicable standards of UL, CSA and NEMA..2 Demonstration of compatibility between the harmonic mitigation equipment and the VFD must be available upon request..3 Harmonic mitigation equipment shall be warranted to be free of defects in materials and workmanship for a period of 3 years from the date of shipment...4 Factory Performance Testing: Manufacturer must be capable of factory testing for harmonic mitigating performance and energy efficiency under actual variable frequency drive loads. A detailed description of the program and a sample test report must be provided at time of quotation..5 Subject to compliance with all of the contract documents and specifications, the following manufacturers and products are acceptable:.1 MIRUS International Inc. LINEATOR Advanced Universal Harmonic Filter (AUHF).2 MIRUS International Inc. LINEATOR Single Phase Universal Harmonic Filter (SUHF).3 VFD with an 18-pulse rectifier as manufactured by ABB, Allen Bradley, Cutler Hammer, Robicon, or Toshiba. PART 2 - PRODUCT 2.1 Key Requirements:.1 The harmonic mitigation equipment shall treat all of the characteristic low frequency harmonics generated by a 3-phase, diode bridge rectifier load (5 th, 7 th, 11 th, 13 th, etc.)..2 The characteristic harmonics shall be suppressed without the need for individual tuning or the requirement to phase shift against other harmonic sources..3 Harmonic mitigation shall be by passive inductor/capacitor network or internal phase shifting transformer. Active electronic components shall not be used..4 Power factor shall be.98 lagging to.95 leading in operating range from full to half load..5 To ensure compatibility with engine generators, the harmonic mitigation equipment must never introduce a capacitive reactive power (KVAR) which is greater than 20% of its kva rating..6 The harmonic mitigation equipment shall not resonate with system impedances or attract harmonic currents from other harmonic sources..7 The harmonic mitigation equipment in combination with the Variable Frequency Drive shall meet all requirements as outlined in the 1992 edition of IEEE std 519 for individual and total harmonic voltage and current distortion. The Point of Common Coupling (PCC) for all voltage and current harmonic calculations and measurements shall be the input terminals to the harmonic mitigation equipment..8 Total Harmonic Voltage Distortion (THVD) shall meet the requirements of Table 10.2 of IEEE std 519 by not exceeding 5% and by limiting the individual harmonic voltage distortion to less than 3%. These limits shall apply while operating on either utility supply or generator supply when applicable. The harmonic mitigation equipment vendor shall not be responsible for pre-existing voltage distortion caused by other harmonic sources..9 Total Demand Distortion (TDD) of the current at the input terminals of the harmonic mitigation equipment shall not exceed the limits as defined in Table 10.3 of IEEE std 519. For Isc/IL ratio < 20, TDD must be less than 5%. For all other Isc/IL ratios, the TDD must not exceed 8% even when Table 10.3 allows for more relaxed limits. For single-phase supply applications, the TDD must not exceed 12%..10 The full load efficiency of the harmonic mitigation equipment / VFD combination shall be greater than 96%. The harmonic mitigation equipment itself shall have efficiency no less than 99%. 2.2 Basic Requirements:.1 All wiring shall be copper..2 Insulation class: 220 C system. Temperature rise: 130 C.3 Anti-vibration pads shall be used between the reactor or transformer core and the enclosure..4 Ventilated, sprinkler proof NEMA-3R enclosure. 2.3 Other Requirements:.1 [OPTION] Submit for approval before shipment certified production test results with serial numbers for harmonic mitigation performance and energy efficiency under actual variable frequency drive loading. PART 3 - EXECUTION 3.1 Installation.1 The harmonic mitigation equipment shall be handled, stored and installed in accordance with the manufacturer's recommended installation practices as found in the installation, operation, and maintenance manual. Installation shall comply with all applicable codes. 3.2 Acceptance.1 [Option] Harmonic compliance shall be verified with onsite field measurements of both the voltage and current harmonic distortion at the input terminals of the harmonic mitigating equipment with and without the equipment operating. A recording type Fluke 41 or equivalent harmonics analyzer displaying individual and total harmonic currents and voltages must be utilized. Mirus International Inc. [ ] TO MIRUS MIRUS-S001-B7

LINEATOR TM Single Phase Universal Harmonic Filter (SUHF) (Patented) Standard 3-phase Variable Frequency Drives are often used as phase converters

areas for water and waste water systems.

This will significantly lower both input harmonic current distortion (by up to 10x) and DC ripple current within the VFD.

Treats all major harmonics generated by 3-phase Variable Frequency Drives when fed by 1-phase power (3rd, 5th, 7th, 9th, 11th, 13th ) 1 Q 1 Q3 3

both current and voltage distortion Input current demand distortion < 12% over entire operating range (10x reduction) Compatible with engine

13 LINEATOR TM Single Phase Universal Harmonic Filter (SUHF) (Patented) Standard 3-phase Variable Frequency Drives are often used as phase converters to supply 3-phase motors when only 1-phase power is available on remote locations such as farms, golf courses, oil and gas fields and residential areas for water and waste water systems. The Lineator-1Q3 TM has been designed to address this application by accepting 1-phase input and supplying a quasi 3-phase supply to the VFD. This will significantly lower both input harmonic current distortion (by up to 10x) and DC ripple current within the VFD. Reducing the ripple current may allow for less derating of the VFD. Treats all major harmonics generated by 3-phase Variable Frequency Drives when fed by 1-phase power (3rd, 5th, 7th, 9th, 11th, 13th ) 1 Q 1 Q3 3 The only passive harmonic filter for 3-phase VFD's operating on 1-phase supply TM Easily applied at the VFD input Helps meet IEEE 519 standard for both current and voltage distortion Input current demand distortion < 12% over entire operating range (10x reduction) Compatible with engine generators since capacitive reactance is < 20% of rated kva even under light loads Will not resonate with other power system components or attract line side harmonics Suppresses overvoltages caused by capacitor switching and other fast changing loads Built-in capacitor bank switching contactor to prevent VFD overvoltages at light loads

14 General Specifications: L LINEATORI N E EA T O R - 1Q3 TM HP / kw RATING Available for motor/drive system sizes up to 150HP / 110kW VOLTAGE Standard voltages up to 600V FREQUENCY 60Hz (50Hz available) HARMONICS TREATED 3 rd, 5 th, 7 th, 9 th,11 th, 13 th,... K-FACTOR SUITABILITY Up to 20 INPUT K-FACTOR Reduced to < 1.5 INPUT CURRENT DISTORTION < Full Load EFFICIENCY > 99% ELEVATION < _ 3300ft [1000m] above sea level AMBIENT TEMPERATURE < _ 104 Deg F [40 Deg C] VENTILATION Convection air cooled WINDING MATERIAL Copper ENCLOSURE NEMA 3R Grey (SU1, 2 & 3 suitable for Wall Mount) OPTIONS Nema 3R Enhanced * All LINEATOR 1Q3 units are shipped complete with a capacitor bank switching contactor and control system that automatically switches the filter capacitors off whenever the VFD is in the idle-no load ready-to-run mode. HP kw Input Amps (1ph/60Hz) % Fundamental % fund Amps Single Phase Universal Harmonic Filter Typical Application 10% 5% 0% Input Voltage Input Current Harmonic # Harmonic # 60 HP VFD Motor Horsepower HP 5 to 150 DIMENSIONS Case Style H in.[mm] SU [749] SU [864] SU [1016] [1143] MT [1308] 30 HP 480V Excess ripple current requires drive derating of 2x Vthd = 5.8% at input of VFD Ithd = 109% (VAC) W in.[mm] [260] [336] [470] [661] [813] 60 D Diode Bridge Rectifier T Thyristor Bridge Rectifier D in.[mm] [324] [406] [584] [635] [749] Application with Lineator-1Q3 TM Balanced 1-phase, 2-wire 1Q3 reduces ripple current which may allow for less derating when approved by VFD manufacturer ORDERING INFORMATION Model Line Frequency Load Enclosure Voltage Type Type SUHF VVV Hz L En O Input Current % Fundamental % fund Amps 10% 5% 0% Input Voltage Harm onic # Harmonic # 30 HP 1Q3 Unbalanced 3-wire E0P No Enclosure E1 Nema 3R Ventilated Mtg. Hole Center W [279] [457] [508] [546] [597] 50 HP VFD 30 HP 480V Balanced 3-phase, 3-wire Vthd = 2.0% at input of 1Q3 Ithd = 9.8% Motor Size Lineator Rating 240V (60Hz) 480V (60Hz) 600V (60Hz) Standard Enhanced Standard Enhanced Standard Enclosure Enclosure Enclosure Enclosure Enclosure Optional E Nema 3R Enhanced Mtg. Hole Center D [254] [330] [508] [483] [597] Enhanced Enclosure Output Case Weight [1] Case Weight [1] Case Weight [1] Case Weight [1] Case Weight [1] Case Weight [1] 240VAC 480VAC 600VAC kva Style lbs [kg] Style lbs [kg] Style lbs [kg] Style lbs [kg] Style lbs [kg] Style lbs [kg] [37] 84 [38] 74 [34] 77 [35] 71 [32] 74 [33] SU2 93 [42] SU2-E 96 [44] 84 [38] 87 [39] 80 [36] 83 [38] SU2 SU2-E SU2 SU2-E [50] 114 [52] 99 [45] 102 [46] 94 [42] 97 [44] [72] 165 [75] 119 [54] 122 [55] 112 [51] 115 [52] [86] 195 [88] 168 [76] 174 [79] 158 [72] 164 [75] SU3 213 [97] SU3-E 219 [99] 188 [85] 194 [88] 177 [80] 183 [83] [124] 279 [127] SU3 238 [108] SU3-E 244 [111] SU3 222 [101] SU3-E 228 [103] [151] 339 [154] 288 [131] 294 [133] 268 [121] 274 [124] [176] 397 [180] 318 [144] 324 [147] 295 [134] 301 [136] SU4 413 [187] SU4-E 421 [191] 358 [162] 366 [166] 333 [151] 341 [155] [209] 469 [213] SU4 398 [180] SU4-E 406 [184] SU4 369 [168] SU4-E 377 [171] [255] 593 [269] 458 [208] 466 [211] 424 [192] 432 [196] -E [299] 689 [312] 568 [258] 598 [271] 527 [239] 557 [252] -E -E MT4 847 [384] MT4-E 884 [401] 688 [312] 718 [326] 636 [288] 666 [302] 1. Approximate Values International Inc. MIRUS International Inc. 31 Sun Pac Blvd. Brampton, Ontario Canada L6S 5P6 Tel:(905) Fax:(905) Toll Free: TO MIRUS mirus@mirusinternational.com Website: R R SUHF-PS01-A6 Effective: February 2013 C Mirus International Inc. All specifications subject to change without notice.

15 MIRUS International Inc. TYPICAL SPECIFICATION LINEATOR-1Q3 31 Sun Pac Blvd., Brampton, Ontario, Canada L6S 5P6 Single Phase Universal Harmonic Filter (SUHF) PART 1 - GENERAL 1.1 Single phase to quasi 3-phase harmonic filter for 3-phase PWM AC Variable Frequency Drives being supplied with single phase voltage..1 The harmonic mitigation equipment and all of its components shall be manufactured and tested in accordance with the latest applicable standards of UL, CSA and NEMA..2 Demonstration of compatibility between the harmonic mitigation equipment and the VFD must be available upon request..3 Harmonic mitigation equipment shall be warranted to be free of defects in materials and workmanship for a period of 12 months from the date of start-up or 18 months from the date of shipment..4 Factory Performance Testing: Manufacturer must be capable of factory testing for harmonic mitigating performance and energy efficiency under actual variable frequency drive loads. A detailed description of the program and a sample test report must be provided at time of quotation..5 Subject to compliance with all of the contract documents and specifications, the acceptable product and manufacturer is: LINEATOR-1Q3 SUHF, by MIRUS International Inc. (905) , Toll Free: (888) PART 2 - PRODUCT 2.1 Key Requirements:.1 The harmonic mitigation equipment shall treat all of the characteristic low frequency harmonics generated by a 3- phase, diode bridge rectifier load when supplied with single phase voltage (3 rd, 5 th, 7 th, 9 th, 11 th, 13 th, etc.). Total Harmonic Current Distortion shall be reduced by more than 10x when compared to a VFD without harmonic treatment and shall be less than 12% when measured at the input terminals of the harmonic mitigation equipment under full load operation..2 The characteristic harmonics shall be suppressed without the need for individual tuning or the requirement to phase shift against other harmonic sources..3 Harmonic mitigation shall be by passive inductor/capacitor network. Active electronic components shall not be used..4 Power factor shall be.98 lagging to.95 leading in operating range from full to half load..5 To ensure compatibility with engine generators, the harmonic mitigation equipment must never introduce a capacitive reactive power (KVAR), which is greater than 20% of its kva rating..6 The harmonic mitigation equipment shall not resonate with system impedances or attract harmonic currents from other harmonic sources..7 The full load efficiency of the harmonic mitigation equipment / VFD combination shall be greater than 96%. The harmonic mitigation equipment itself shall have efficiency no less than 99%. 2.2 Basic Requirements:.1 All wiring shall be copper..2 Insulation class: 220 C system. Temperature rise: 130 C.3 Anti-vibration pads shall be used between the reactor or transformer core and the enclosure..4 Ventilated, sprinkler proof NEMA-3R enclosure. 2.3 Other Requirements:.1 [OPTION] Submit for approval before shipment certified production test results with serial numbers for harmonic mitigation performance and energy efficiency under actual variable frequency drive loading. PART 3 - EXECUTION 3.1 Installation.1 The harmonic mitigation equipment shall be handled, stored and installed in accordance with the manufacturer's recommended installation practices as found in the installation, operation, and maintenance manual. Installation shall comply with all applicable codes. 3.2 Acceptance.1 [OPTION] Harmonic compliance shall be verified with onsite field measurements of both the voltage and current harmonic distortion at the input terminals of the harmonic mitigating equipment with and without the equipment operating. A recording type Fluke 41 or equivalent harmonics analyzer displaying individual and total harmonic currents and voltages must be utilized. Mirus International Inc. [ ] TO MIRUS SUHF-TS001-A1

16 MIRUS International Inc. 31 Sun Pac Blvd., Brampton, Ontario, Canada L6S 5P6 THE LINEATOR-1Q3 TECHNICAL DATA Single Phase Universal Harmonic Filter (SUHF) [60Hz] GENERAL SPECIFICATIONS: SU1, SU2, SU3 ENCLOSURE DIM. - in. [mm] SU4, ENCLOSURE DIM. in. [mm] HP / kw RATING Available for motor/drive system sizes up to 150HP / 110kW VOLTAGE Standard voltages up to 600V FREQUENCY 60Hz (50Hz available) HARMONICS TREATED 3 th, 5 th, 7 th, 9 th, 11 th, 13 th, K-FACTOR SUITABILITY Up to 20 INPUT K-FACTOR Reduced to <1.5 INPUT CURRENT DISTORTION Full Load EFFICIENCY > Full Load ELEVATION 3300ft [1000m] above sea level AMBIENT TEMPERATURE 104 Deg F [40 Deg C] VENTILATION Convection air cooled WINDING MATERIAL Copper ENCLOSURE Type: NEMA-3R Paint: Polyester powder coated Colour: ANSI 61 Grey CASE A B C D E F G H SU [749] [336] [260] [324] [279] [254] [406] [279] SU [864] [514] [336] [406] [457] [330] [508] [457] SU [1016] [559] [470] [584] [508] [508], MT4 ENCLOSURE DIM. - inches [mm] CASE A B C D E F [1143] [661] [534] [635] [546] [483] MT [1308] [813] [648] [749] [597] [597] OPTIONS: Nema 3R Enhanced Motor Size Lineator Rating 240V (60Hz) 480V (60Hz) 600V (60Hz) Standard Enhanced Standard Enhanced Standard Enclosure Enclosure Enclosure Enclosure Enclosure HP kw Input Amps (1ph/60Hz) Enhanced Enclosure Output Case Weight [1] Case Weight [1] Case Weight [1] Case Weight [1] Case Weight [1] Case Weight [1] 240VAC 480VAC600VAC kva Style lbs [kg] Style lbs [kg] Style lbs [kg] Style lbs [kg] Style lbs [kg] Style lbs [kg] [37] 84 [38] 74 [34] 77 [35] 71 [32] 74 [33] SU2 93 [42] SU2-E 96 [44] 84 [38] 87 [39] 80 [36] 83 [38] SU2 SU2-E SU2 SU2-E [50] 114 [52] 99 [45] 102 [46] 94 [42] 97 [44] [72] 165 [75] 119 [54] 122 [55] 112 [51] 115 [52] [86] 195 [88] 168 [76] 174 [79] 158 [72] 164 [75] SU3 213 [97] SU3-E 219 [99] 188 [85] 194 [88] 177 [80] 183 [83] [124] 279 [127] SU3 238 [108] SU3-E 244 [111] SU3 222 [101] SU3-E 228 [103] [151] 339 [154] 288 [131] 294 [133] 268 [121] 274 [124] [176] 397 [180] 318 [144] 324 [147] 295 [134] 301 [136] SU4 413 [187] SU4-E 421 [191] 358 [162] 366 [166] 333 [151] 341 [155] [209] 469 [213] SU4 398 [180] SU4-E 406 [184] SU4 369 [168] SU4-E 377 [171] [255] 593 [269] 458 [208] 466 [211] 424 [192] 432 [196] -E [299] 689 [312] 568 [258] -E 598 [271] 527 [239] 557 [252] -E MT4 847 [384] MT4-E 884 [401] 688 [312] 718 [326] 636 [288] 666 [302] Notes: 1. Approximate Values. 2. For additional information refer to: Typical Specifications, Internal Layout and Connection Diagrams. 3. For Thyristor Diode Bridge models, larger sizes and/or other enclosure types contact Mirus. 4. All LINEATOR 1Q3 units are shipped complete with a capacitor bank switching contactor and control system that automatically switches the filter capacitors off whenever the VFD is in the idle-no load ready-to-run mode. 5. Specifications are subject to change without notice. Mirus International Inc. [ ] TO MIRUS SUHF-S001-A6

LINEATOR. Advanced Universal Harmonic Filter

LINEATOR. Advanced Universal Harmonic Filter R International Inc. LINEATOR Patented Revolutionary New Reactor esign Advanced Universal Harmonic Filter Wide Spectrum Harmonic Filter for treatment of all harmonics generated by 3-phase diode or thyristor