2018 Product Guide. Effective April 20, Revision 1.3 Copyright 2018, TCI, LLC All Rights Reserved

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1 2018 Product Guide Effective April 20, 2018 Copyright 2018, TCI, LLC All Rights Reserved

2 Terms & Conditions of Sales Minimum Orders No minimum order required. Payment Terms If the customer is located within the United States and qualifies for open credit, standard payment terms are net 30 days. If the customer is located outside the United States, TCI reserves the right to require a letter of credit drawn on a United States bank payable at sight against presentation of shipping documents or to require a cash payment before shipment is made. New accounts are required to provide a signed credit application with credit references. Terms and open account status are subject to change for failure to pay outstanding accounts on a timely basis or if customer s financial strength is impaired. Late invoices are subject to finance charges equal to 1.5% of the account balance per month (or the highest amount allowable by law). Assessed finance charges are considered unpaid invoices. Pricing All prices are quoted in U.S. dollars. All discounts are based on the manufacturer s most recent List Price Schedule. All prices are subject to change without notice. All prices are exclusive of all sales, use, excise or similar taxes applicable to the sale, purchase, shipment or use of goods sold to the customer, duties and other charges which may apply including, without limitation, charges for freight and insurance. All such taxes, duties and charges shall be paid by the customer whether or not originally invoiced by TCI and regardless of when invoiced. Quotations Prices are based on costs and conditions existing on the date of the quote and are subject to change by manufacturer prior to final order acceptance. All quotations are valid for 30 days, unless stated otherwise. Delivery All scheduled delivery dates shall be considered estimates only and TCI shall have no liability for failure to meet such dates. Delivery of all products are subject to availability and lead times required for TCI s production schedule. All product will be shipped to the customer s address as set forth in its purchase order unless a different delivery address is clearly noted in the purchase order. Freight Policy Domestic All products are shipped EX Works, Germantown, Wisconsin. Typically, freight carriers are selected by TCI and all freight charges are prepaid and added to the invoice. It is the responsibility of the customer to clearly indicate a different carrier and billing method when desired but such requests shall only be binding upon TCI if consented to in writing by TCI prior to the scheduled shipment date. Freight Policy International All products are shipped EX Works, Germantown, Wisconsin, using domestic packaging. Selection of freight carriers is the responsibility of customer and all freight charges are the responsibility of the customer. Customer is responsible for customs clearance, broker s fees, import duties, and all applicable taxes. Specialized packaging quoted upon request. Damaged Freight/Claims Title and risk of loss is passed to the customer upon acceptance of the shipment by the freight carrier. It is the responsibility of the customer to file a claim directly with the carrier for any damaged or lost products occurring during transit. TCI does not purchase or arrange for insurance coverage beyond the EX Works point for products shipped by TCI. If customer requires purchase of insurance coverage beyond the EX Works point by TCI, its purchase order must clearly state such requirement but such request shall only be binding upon TCI if consented to in writing by TCI prior to the scheduled shipment date and all costs for such insurance shall be the responsibility of the customer and added to customer s invoice. Page i

3 Limited Warranty The terms and conditions of TCI s Limited Warranty Policy are incorporated herein by reference. Such policy is available from TCI and on its website. Authorization and shipping instructions for return of products must be obtained from TCI prior to return of goods Packages must be labeled with Return Material Authorization (RMA) Number and returned within 30 days from the initial return request to: TCI, LLC W132 N10611 Grant Drive Germantown, Wisconsin Attn: Returns Department Terms & Conditions of Sales All returned goods are subject to inspection prior to final disposition. Restocking charges may apply. For further information, please contact the Customer Service. Cancellation In the event customer cancels all or any portion of the undelivered portion of this order, TCI reserves the right to charge cancellation fees on all non-standard and slow moving parts. Cancellation fees will be assessed at the time of the request to cancel. Force Majeure TCI shall have no liability for any delay in or failure of performance caused by circumstances beyond its control including, but not limited to, delays or failures caused by civil insurrection, war, fire, flood, government action, strike or any other labor disturbance, acts of God or shortages of materials or equipment. Collection Fees In the event TCI refers a past due account to an attorney or other third party for collection, customer shall pay all costs and expenses incurred by TCI in connection therewith including attorneys fees. Contract Terms Any terms and conditions contained in any purchase orders, confirmations, acknowledgments, shipping orders or other documents issued by customer in connection with the sale of goods by TCI to customer which are inconsistent with the terms hereof shall not apply, and shipment by TCI shall not constitute assent to, any such inconsistent terms. Customer s full or partial payment or acceptance of delivery shall constitute acceptance of all the terms and conditions set forth herein. Governing Law; Venue This document and the transactions contemplated hereby shall be governed by and construed in accordance with the laws of the State of Wisconsin. Customer agrees to submit to the jurisdiction of the courts of the State of Wisconsin and of the United States of America located in the City of Milwaukee for any actions, suits or proceedings arising out of or relating to the sale of goods by TCI to customer. No Authority; Contract Terms TCI does not authorize any of its employees or agents to offer or agree upon terms other than those expressly set forth herein. No statement or writing proposing to modify or add to the terms and conditions hereof shall be binding unless in writing and signed by an officer of TCI and customer. Default in Payment In the event customer fails to comply with the terms of payment, TCI shall have the right, in addition to all other rights as may be available to it under law, to withhold other shipments to customer, in whole or in part, to recall goods in transit and to repossess goods provided to customer. Page ii

4 Table of Contents Section 1 - HARMONIC SOLUTIONS...2 HarmonicGuard Passive Filter...4 HarmonicShield Drive Applied Filter...18 HarmonicGuard Low Capacitance Filter...23 HarmonicGuard HG7 Passive Filter...39 HarmonicGuard HSP Filter...48 Line Reactors...49 KDR Line Reactor...50 KLR Line Reactor...57 DIN-Rail Line Reactors...69 Section 2 - MOTOR PROTECTION SOLUTIONS...74 MotorGuard Sine Wave Output Filter...75 MotorShield Sine Wave Output Filter...78 V1k dv/dt Output Filter...80 KDR Output Reactor...84 KDR Output DIN-Rail Reactor...86 Section 3 - POWER FACTOR CORRECTION SOLUTIONS...87 PF Guard Capacitor Bank...88 KTR Three-Phase Tuning Reactor...92 KCAP High Endurance Capacitor...93 Section 4 - HIGH FREQUENCY NOISE SOLUTIONS...94 Main Phone Number: Technical Support: Customer Service: Contact Information Page 1

5 Harmonic Solutions HarmonicGuard Active Filter The HarmonicGuard Active Filter (HGA) is a system-applied filter which reduces harmonic distortion to up to 5%. In addition, the HGA: Used in conjunction with multiple 6 pulse VFDs to meet IEEE-519 specifications Monitors harmonics on the line and injects a counter current to cancel out harmonics Improves power factor and overall system efficiency Sized by corrective current; a one line diagram is needed for sizing Includes a large, built-in, 65k color touchscreen HMI display Offers communication options including Modbus RTU over RS485, Modbus TCI/IP, Ethernet/IP and DeviceNet Offered in 3-phase; 480 and 600 volt applications; open or enclosed HarmonicGuard Passive Filter The HarmonicGuard Passive Filter (HGP) is a drive-applied filter that features a 100kA SCCR rating, a fused branch circuit to protect capacitors, and an optional fuse monitor that allows you to monitor the condition of the fuses remotely. In addition, the HGP: Performance of 5% or lower THD with background voltage distortion as high as 5% Offered in 3-phase; 480 and 600 volt applications; open or enclosed; standard or contactor package Page 2

6 Harmonic Solutions HarmonicShield Passive Filter The HSD is a drive-applied filter which reduces harmonics to 5% TDD. Cost effective, simplified design IEEE compliant Eliminates nuisance tripping of circuit breakers HarmonicGuard Low Capacitance The HGL was designed to be generator compatible with 5% THD performance. Generator compatible Performance of 5% or lower THD at full load True 100kA SCCR HarmonicGuard HG7 Passive Filter The HG7 is a drive-applied filter which reduces harmonics to 5-8% TDD. In addition, the HG7: Used to meet IEEE-519 specification and improve power factor and overall efficiency of the system Sized by voltage and HP rating of drive Offered in 3-phase or 1-phase (HSP); 600 volt and below; open or enclosed; standard, contactor, or XM package KDR/KLR Line Reactor The KDR and KLR line reactors reduce harmonics to 35-40%, add impedance (opposition to flow of current) to the line and protect the drive from over voltage problems caused by transients and surges (voltage spikes). In addition, the KDR & KLR are: Sized by voltage, HP rating of drive and desired impedance Offered in 3-phase; volt; open or enclosed, DIN-Rail; input and output Page 3

7 HarmonicGuard Passive Filter Poor power quality can be a result of variable frequency drives or other types of nonlinear loads using a power conversion process that causes current and voltage distortion. This resulting distortion is known as harmonics. Issues caused by harmonics may include: Transformer and distribution equipment overheating Random breaker tripping Sensitive equipment failure Poor power factor HarmonicGuard Passive (HGP) Filter Limits current harmonic distortion to less than 5% over a wide load range Performs with background distortion as high as 5% True 100kA SCCR Fuse Monitor available IEEE compliant Fused branch circuit to protect capacitors Increases drive uptime Eliminates nuisance tripping For Type 3R enclosures: 150HP and above units include hardware for floor mounting, 125HP and below include hardware for wall mounting Oilfield Duty Version The electrical environment in a typical oilfield can be difficult. Voltage imbalance, background voltage distortion and aging equipment can create a situation where electrical devices are expected to operate in difficult conditions. The Oilfield Duty version features components designed specifically for oil and gas field applications to handle the additional electrical stress. Designed for cyclical loads these units will be available in Type 3R enclosures and will be for use with HP ranges from 40 to 200HP. These enhanced versions are designed to provide years of worry-free service in even the most challenging environments. Page 4

8 HarmonicGuard Passive Filter Part Numbering System HGP A W 1 S P Series: Horse Power Voltage Rating: A V C V Frequency: W- 60 Hz Enclosure: 0- Open 1- Type 1 3- Type 3R Option: S- Standard C- Contactor F- Fuse Monitor with Contactor G- Fuse Monitor without Contactor Option: 0- Standard Option: F - Floor Stand (for 125 Hp and below Type 3R) Option: 0- Typical Voltage Distortion 1- High Voltage Distortion Option: 0- Standard H - Heater (only available on Type 3R Enclosures) V - Vibration Pads P - Oil Field Duty Notes: If adding in a Fuse Monitor, add $450 to the list price for Open, Type 1, and Type 3R enclosure options. Adding a fuse monitor to the standard option is option G, and adding a fuse monitor to the contactor option results in F Floor stand option, add $475 to the list price for units that are 125 HP and below for Type 3R. Vibration Pad Option by HP HP Page 5

9 HGP - Open 480V 480V Open Standard 480V Open Contactor Open Part Number HP Amps kvar Watts Loss HGP0005AW0S HGP0008AW0S HGP0010AW0S HGP0015AW0S HGP0020AW0S HGP0025AW0S HGP0030AW0S HGP0040AW0S HGP0050AW0S HGP0060AW0S HGP0075AW0S HGP0100AW0S HGP0125AW0S HGP0150AW0S HGP0200AW0S HGP0250AW0S HGP0300AW0S HGP0350AW0S HGP0400AW0S HGP0450AW0S HGP0500AW0S HGP0600AW0S HGP0700AW0S HGP0800AW0S HGP0900AW0S Open Part Number HP Amps kvar Watts Loss HGP0005AW0C HGP0008AW0C HGP0010AW0C HGP0015AW0C HGP0020AW0C HGP0025AW0C HGP0030AW0C HGP0040AW0C HGP0050AW0C HGP0060AW0C HGP0075AW0C HGP0100AW0C HGP0125AW0C HGP0150AW0C HGP0200AW0C HGP0250AW0C HGP0300AW0C HGP0350AW0C HGP0400AW0C HGP0450AW0C HGP0500AW0C HGP0600AW0C HGP0700AW0C HGP0800AW0C HGP0900AW0C Page 6

10 HGP - Open 480V 480V Open Fuse Monitor w/ Contactor Open Part Number HP Amps kvar Watts Loss HGP0005AW0F HGP0008AW0F HGP0010AW0F HGP0015AW0F HGP0020AW0F HGP0025AW0F HGP0030AW0F HGP0040AW0F HGP0050AW0F HGP0060AW0F HGP0075AW0F HGP0100AW0F HGP0125AW0F HGP0150AW0F HGP0200AW0F HGP0250AW0F HGP0300AW0F HGP0350AW0F HGP0400AW0F HGP0450AW0F HGP0500AW0F HGP0600AW0F HGP0700AW0F HGP0800AW0F HGP0900AW0F V Open Fuse Monitor NO Contactor Open Part Number HP Amps kvar Watts Loss HGP0005AW0G HGP0008AW0G HGP0010AW0G HGP0015AW0G HGP0020AW0G HGP0025AW0G HGP0030AW0G HGP0040AW0G HGP0050AW0G HGP0060AW0G HGP0075AW0G HGP0100AW0G HGP0125AW0G HGP0150AW0G HGP0200AW0G HGP0250AW0G HGP0300AW0G HGP0350AW0G HGP0400AW0G HGP0450AW0G HGP0500AW0G HGP0600AW0G HGP0700AW0G HGP0800AW0G HGP0900AW0G Page 7

11 HGP - Type 1 480V 480V Type 1 Standard 480V Type 1 Contactor Type 1 Part Number HP Amps kvar Watts Loss HGP0005AW1S HGP0008AW1S HGP0010AW1S HGP0015AW1S HGP0020AW1S HGP0025AW1S HGP0030AW1S HGP0040AW1S HGP0050AW1S HGP0060AW1S HGP0075AW1S HGP0100AW1S HGP0125AW1S HGP0150AW1S HGP0200AW1S HGP0250AW1S HGP0300AW1S HGP0350AW1S HGP0400AW1S HGP0450AW1S HGP0500AW1S HGP0600AW1S HGP0700AW1S HGP0800AW1S HGP0900AW1S Type 1 Part Number HP Amps kvar Watts Loss HGP0005AW1C HGP0008AW1C HGP0010AW1C HGP0015AW1C HGP0020AW1C HGP0025AW1C HGP0030AW1C HGP0040AW1C HGP0050AW1C HGP0060AW1C HGP0075AW1C HGP0100AW1C HGP0125AW1C HGP0150AW1C HGP0200AW1C HGP0250AW1C HGP0300AW1C HGP0350AW1C HGP0400AW1C HGP0450AW1C HGP0500AW1C HGP0600AW1C HGP0700AW1C HGP0800AW1C HGP0900AW1C Page 8

12 480V Type 1 Fuse Monitor w/ Contactor HGP - Type 1 480V Type 1 Part Number HP Amps kvar Watts Loss HGP0005AW1F HGP0008AW1F HGP0010AW1F HGP0015AW1F HGP0020AW1F HGP0025AW1F HGP0030AW1F HGP0040AW1F HGP0050AW1F HGP0060AW1F HGP0075AW1F HGP0100AW1F HGP0125AW1F HGP0150AW1F HGP0200AW1F HGP0250AW1F HGP0300AW1F HGP0350AW1F HGP0400AW1F HGP0450AW1F HGP0500AW1F HGP0600AW1F HGP0700AW1F HGP0800AW1F HGP0900AW1F V Type 1 Fuse Monitor NO Contactor Type 1 Part Number HP Amps kvar Watts Loss HGP0005AW1G HGP0008AW1G HGP0010AW1G HGP0015AW1G HGP0020AW1G HGP0025AW1G HGP0030AW1G HGP0040AW1G HGP0050AW1G HGP0060AW1G HGP0075AW1G HGP0100AW1G HGP0125AW1G HGP0150AW1G HGP0200AW1G HGP0250AW1G HGP0300AW1G HGP0350AW1G HGP0400AW1G HGP0450AW1G HGP0500AW1G HGP0600AW1G HGP0700AW1G HGP0800AW1G HGP0900AW1G Page 9

13 HGP - Type 3R 480V 480V Type 3R Standard 480V Type 3R Contactor Type 3R Part Number HP Amps kvar Watts Loss HGP0005AW3S HGP0008AW3S HGP0010AW3S HGP0015AW3S HGP0020AW3S HGP0025AW3S HGP0030AW3S HGP0040AW3S HGP0050AW3S HGP0060AW3S HGP0075AW3S HGP0100AW3S HGP0125AW3S HGP0150AW3S HGP0200AW3S HGP0250AW3S HGP0300AW3S HGP0350AW3S HGP0400AW3S HGP0450AW3S HGP0500AW3S HGP0600AW3S HGP0700AW3S HGP0800AW3S HGP0900AW3S Type 3R Part Number HP Amps kvar Watts Loss HGP0005AW3C HGP0008AW3C HGP0010AW3C HGP0015AW3C HGP0020AW3C HGP0025AW3C HGP0030AW3C HGP0040AW3C HGP0050AW3C HGP0060AW3C HGP0075AW3C HGP0100AW3C HGP0125AW3C HGP0150AW3C HGP0200AW3C HGP0250AW3C HGP0300AW3C HGP0350AW3C HGP0400AW3C HGP0450AW3C HGP0500AW3C HGP0600AW3C HGP0700AW3C HGP0800AW3C HGP0900AW3C Page 10

14 480V Type 3R Fuse Monitor w/ Contactor 480V Type 3R Fuse Monitor NO Contactor HGP - Type 3R 480V Type 3R Part Number HP Amps kvar Watts Loss HGP0005AW3F HGP0008AW3F HGP0010AW3F HGP0015AW3F HGP0020AW3F HGP0025AW3F HGP0030AW3F HGP0040AW3F HGP0050AW3F HGP0060AW3F HGP0075AW3F HGP0100AW3F HGP0125AW3F HGP0150AW3F HGP0200AW3F HGP0250AW3F HGP0300AW3F HGP0350AW3F HGP0400AW3F HGP0450AW3F HGP0500AW3F HGP0600AW3F HGP0700AW3F HGP0800AW3F HGP0900AW3F Type 3R Part Number HP Amps kvar Watts Loss HGP0005AW3G HGP0008AW3G HGP0010AW3G HGP0015AW3G HGP0020AW3G HGP0025AW3G HGP0030AW3G HGP0040AW3G HGP0050AW3G HGP0060AW3G HGP0075AW3G HGP0100AW3G HGP0125AW3G HGP0150AW3G HGP0200AW3G HGP0250AW3G HGP0300AW3G HGP0350AW3G HGP0400AW3G HGP0450AW3G HGP0500AW3G HGP0600AW3G HGP0700AW3G HGP0800AW3G HGP0900AW3G Page 11

15 HGP - Type 3R 480V 480V Type 3R Contactor & Heater Type 3R Part Number HP Amps kvar Watts Loss HGP0005AW3C000H HGP0008AW3C000H HGP0010AW3C000H HGP0015AW3C000H HGP0020AW3C000H HGP0025AW3C000H HGP0030AW3C000H HGP0040AW3C000H HGP0050AW3C000H HGP0060AW3C000H HGP0075AW3C000H HGP0100AW3C000H HGP0125AW3C000H HGP0150AW3C000H HGP0200AW3C000H HGP0250AW3C000H HGP0300AW3C000H HGP0350AW3C000H HGP0400AW3C000H HGP0450AW3C000H HGP0500AW3C000H HGP0600AW3C000H HGP0700AW3C000H HGP0800AW3C000H HGP0900AW3C000H Page 12

16 HGP - Type 3R 480V 480V Type 3R Fuse Monitor, Contactor & Heater Type 3R Part Number HP Amps kvar Watts Loss HGP0005AW3F000H HGP0008AW3F000H HGP0010AW3F000H HGP0015AW3F000H HGP0020AW3F000H HGP0025AW3F000H HGP0030AW3F000H HGP0040AW3F000H HGP0050AW3F000H HGP0060AW3F000H HGP0075AW3F000H HGP0100AW3F000H HGP0125AW3F000H HGP0150AW3F000H HGP0200AW3F000H HGP0250AW3F000H HGP0300AW3F000H HGP0350AW3F000H HGP0400AW3F000H HGP0450AW3F000H HGP0500AW3F000H HGP0600AW3F000H HGP0700AW3F000H HGP0800AW3F000H HGP0900AW3F000H Page 13

17 HGP - Type 3R 480V - Oilfield Duty 480V Standard - Oilfield Duty 480V Type 3R Standard - Oilfield Duty Type 3R Part Number HP Amps kvar Watts Loss HGP0040AW3S000P HGP0050AW3S000P HGP0060AW3S000P HGP0075AW3S000P HGP0100AW3S000P HGP0125AW3S000P HGP0150AW3S000P HGP0200AW3S000P V Contactor - Oilfield Duty 480V Type 3R Contactor - Oilfield Duty Type 3R Part Number HP Amps kvar Watts Loss HGP0040AW3C000P HGP0050AW3C000P HGP0060AW3C000P HGP0075AW3C000P HGP0100AW3C000P HGP0125AW3C000P HGP0150AW3C000P HGP0200AW3C000P V Fuse Monitor with Contactor - Oilfield Duty 480V Type 3R Fuse Monitor w/ Contactor - Oilfield Duty Type 3R Part Number HP Amps kvar Watts Loss HGP0040AW3F000P HGP0050AW3F000P HGP0060AW3F000P HGP0075AW3F000P HGP0100AW3F000P HGP0125AW3F000P HGP0150AW3F000P HGP0200AW3F000P V Fuse Monitor without Contactor - Oilfield Duty 480V Type 3R Fuse Monitor NO Contactor - Oilfield Duty Type 3R Part Number HP Amps kvar Watts Loss HGP0040AW3G000P HGP0050AW3G000P HGP0060AW3G000P HGP0075AW3G000P HGP0100AW3G000P HGP0125AW3G000P HGP0150AW3G000P HGP0200AW3G000P Page 14

18 HGP - Open 600V 600V Open Standard Open Part Number HP Amps kvar Watts Loss HGP0015CW0S HGP0030CW0S HGP0040CW0S HGP0050CW0S HGP0060CW0S HGP0075CW0S HGP0100CW0S HGP0125CW0S HGP0150CW0S HGP0200CW0S HGP0250CW0S HGP0300CW0S HGP0350CW0S HGP0400CW0S HGP0450CW0S HGP0500CW0S HGP0600CW0S HGP0700CW0S * * * HGP0800CW0S * * * HGP0900CW0S * * * 600V Open Contactor Open Part Number HP Amps kvar Watts Loss HGP0015CW0C HGP0030CW0C HGP0040CW0C HGP0050CW0C HGP0060CW0C HGP0075CW0C HGP0100CW0C HGP0125CW0C HGP0150CW0C HGP0200CW0C HGP0250CW0C HGP0300CW0C HGP0350CW0C HGP0400CW0C HGP0450CW0C HGP0500CW0C HGP0600CW0C HGP0700CW0C * * * HGP0800CW0C * * * HGP0900CW0C * * * Page 15

19 HGP - Type 1 600V 600V Type 1 Standard Type 1 Part Number HP Amps kvar Watts Loss HGP0015CW1S HGP0030CW1S HGP0040CW1S HGP0050CW1S HGP0060CW1S HGP0075CW1S HGP0100CW1S HGP0125CW1S HGP0150CW1S HGP0200CW1S HGP0250CW1S HGP0300CW1S HGP0350CW1S HGP0400CW1S HGP0450CW1S HGP0500CW1S HGP0600CW1S HGP0700CW1S * * * HGP0800CW1S * * * HGP0900CW1S * * * 600V Type 1 Contactor Type 1 Part Number HP Amps kvar Watts Loss HGP0015CW1C HGP0030CW1C HGP0040CW1C HGP0050CW1C HGP0060CW1C HGP0075CW1C HGP0100CW1C HGP0125CW1C HGP0150CW1C HGP0200CW1C HGP0250CW1C HGP0300CW1C HGP0350CW1C HGP0400CW1C HGP0450CW1C HGP0500CW1C HGP0600CW1C HGP0700CW1C * * * HGP0800CW1C * * * HGP0900CW1C * * * Page 16

20 HGP - Type 3R 600V 600V Type 3R Standard Type 3R Part Number HP Amps kvar Watts Loss HGP0015CW3S HGP0030CW3S HGP0040CW3S HGP0050CW3S HGP0060CW3S HGP0075CW3S HGP0100CW3S HGP0125CW3S HGP0150CW3S HGP0200CW3S HGP0250CW3S HGP0300CW3S HGP0350CW3S HGP0400CW3S HGP0450CW3S HGP0500CW3S HGP0600CW3S HGP0700CW3S * * * HGP0800CW3S * * * HGP0900CW3S * * * 600V Type 3R Contactor Type 3R Part Number HP Amps kvar Watts Loss HGP0015CW3C HGP0030CW3C HGP0040CW3C HGP0050CW3C HGP0060CW3C HGP0075CW3C HGP0100CW3C HGP0125CW3C HGP0150CW3C HGP0200CW3C HGP0250CW3C HGP0300CW3C HGP0350CW3C HGP0400CW3C HGP0450CW3C HGP0500CW3C HGP0600CW3C HGP0700CW3C * * * HGP0800CW3C * * * HGP0900CW3C * * * Page 17

21 HSD Drive-Applied Filter The HSD is a drive-applied harmonic filter designed and developed by TCI to reduce the harmonic currents drawn from the power source by VFDs. It is suitable for use with 3-phase diode bridge rectifier loads such as PWM AC drives. SCR or thyristor loads such as DC drives would require a different filter configuration outside the scope of this product offering. Please contact TCI Technical Support for additional information. The HSD is a passive filter connected in series with the input terminals of a VFD or several VFDs that operate as a group. It is designed to provide a low impedance path for the major harmonic currents demanded by the drive. The filter is a stand-alone device that is furnished in its own enclosure and mounted adjacent to the drive. The HSD filters consist minimally of the following features and components: A KDR tuned series reactor to prevent system interaction and improve filter performance An L-C-L filter circuit with: A TCI 3-phase tuning reactor specifically designed for the HSD filter High-endurance, harmonic-rated capacitors Bleeder resistors to ensure safe capacitor discharge upon filter shutdown H S D A W Series: Horse Power: Voltage Rating: A V C V Frequency: W - 60 Hz Enclosure: 1 - UL Type UL Type 1 / 3R Option 0 - Standard, no contactor 1 - With contactor Option Standard, no lugs - Lugs Page 18

22 480V UL Type 1 480V UL Type 1 UL Type 1 Part Number HP Amps kvar Watts Loss UL Type 1 with Lugs Lug Kit HSD0003AW n/a n/a HSD0005AW n/a n/a HSD0008AW n/a n/a HSD0010AW n/a n/a HSD0015AW n/a n/a HSD0020AW n/a n/a HSD0025AW n/a n/a HSD0030AW n/a n/a HSD0040AW n/a n/a HSD0050AW n/a n/a HSD0060AW n/a n/a HSD0075AW HSD0075AW10100 LK00 HSD0100AW HSD0100AW10100 LK01 HSD0125AW HSD0125AW10100 LK02 HSD0150AW HSD0150AW10100 LK03 HSD0200AW HSD0200AW10100 LK03 HSD0250AW HSD0250AW10100 LK03 HSD0300AW HSD0300AW10100 LK04 HSD0350AW HSD0350AW10100 LK04 HSD0400AW HSD0400AW10100 LK04 HSD0450AW HSD0450AW10100 LK05 HSD0500AW HSD0500AW10100 LK05 HSD0600AW HSD0600AW10100 LK06 480V UL Type 1 with Contactor UL Type 1 Part Number HP Amps kvar Watts Loss UL Type 1 with Lugs Lug Kit HSD0003AW n/a n/a HSD0005AW n/a n/a HSD0008AW n/a n/a HSD0010AW n/a n/a HSD0015AW n/a n/a HSD0020AW n/a n/a HSD0025AW n/a n/a HSD0030AW n/a n/a HSD0040AW n/a n/a HSD0050AW n/a n/a HSD0060AW n/a n/a HSD0075AW HSD0075AW11100 LK00 HSD0100AW HSD0100AW11100 LK01 HSD0125AW HSD0125AW11100 LK02 HSD0150AW HSD0150AW11100 LK03 HSD0200AW HSD0200AW11100 LK03 HSD0250AW HSD0250AW11100 LK03 HSD0300AW HSD0300AW11100 LK04 HSD0350AW HSD0350AW11100 LK04 HSD0400AW HSD0400AW11100 LK04 HSD0450AW HSD0450AW11100 LK05 HSD0500AW HSD0500AW11100 LK05 HSD0600AW HSD0600AW11100 LK06 Page 19

23 480V UL Type 3R 480V UL Type 3R UL Type 3R Part Number HP Amps kvar Watts Loss UL Type 3R with Lugs HSD0003AW n/a n/a HSD0005AW n/a n/a HSD0008AW n/a n/a HSD0010AW n/a n/a HSD0015AW n/a n/a HSD0020AW n/a n/a HSD0025AW n/a n/a HSD0030AW n/a n/a HSD0040AW n/a n/a HSD0050AW n/a n/a HSD0060AW n/a n/a HSD0075AW HSD0075AW30100 LK00 HSD0100AW HSD0100AW30100 LK01 HSD0125AW HSD0125AW30100 LK02 HSD0150AW HSD0150AW30100 LK03 HSD0200AW HSD0200AW30100 LK03 HSD0250AW HSD0250AW30100 LK03 HSD0300AW HSD0300AW30100 LK04 HSD0350AW HSD0350AW30100 LK04 HSD0400AW HSD0400AW30100 LK04 HSD0450AW HSD0450AW30100 LK05 HSD0500AW HSD0500AW30100 LK05 HSD0600AW HSD0600AW30100 LK06 Lug Kit 480V UL Type 3R with Contactor UL Type 3R Part Number HP Amps kvar Watts Loss UL Type 3R with Lugs HSD0003AW n/a n/a HSD0005AW n/a n/a HSD0008AW n/a n/a HSD0010AW n/a n/a HSD0015AW n/a n/a HSD0020AW n/a n/a HSD0025AW n/a n/a HSD0030AW n/a n/a HSD0040AW n/a n/a HSD0050AW n/a n/a HSD0060AW n/a n/a HSD0075AW HSD0075AW31100 LK00 HSD0100AW HSD0100AW31100 LK01 HSD0125AW HSD0125AW31100 LK02 HSD0150AW HSD0150AW31100 LK03 HSD0200AW HSD0200AW31100 LK03 HSD0250AW HSD0250AW31100 LK03 HSD0300AW HSD0300AW31100 LK04 HSD0350AW HSD0350AW31100 LK04 HSD0400AW HSD0400AW31100 LK04 HSD0450AW HSD0450AW31100 LK05 HSD0500AW HSD0500AW31100 LK05 HSD0600AW HSD0600AW31100 LK06 Lug Kit Page 20

24 600V UL Type 1 600V UL Type 1 UL Type 1 Part Number HP Amps kvar Watts Loss UL Type 1 with Lugs Lug Kit HSD0003CW n/a n/a HSD0005CW n/a n/a HSD0008CW n/a n/a HSD0010CW n/a n/a HSD0015CW n/a n/a HSD0020CW n/a n/a HSD0025CW n/a n/a HSD0030CW n/a n/a HSD0040CW n/a n/a HSD0050CW n/a n/a HSD0060CW n/a n/a HSD0075CW n/a n/a HSD0100CW HSD0100CW10100 LK00 HSD0125CW HSD0125CW10100 LK01 HSD0150CW HSD0150CW10100 LK02 HSD0200CW HSD0200CW10100 LK03 HSD0250CW HSD0250CW10100 LK03 HSD0300CW HSD0300CW10100 LK03 HSD0350CW HSD0350CW10100 LK04 HSD0400CW HSD0400CW10100 LK04 HSD0450CW HSD0450CW10100 LK04 HSD0500CW HSD0500CW10100 LK04 HSD0600CW HSD0600CW10100 LK05 600V UL Type 1 with Contactor UL Type 1 Part Number HP Amps kvar Watts Loss UL Type 1 with Lugs Lug Kit HSD0003CW n/a n/a HSD0005CW n/a n/a HSD0008CW n/a n/a HSD0010CW n/a n/a HSD0015CW n/a n/a HSD0020CW n/a n/a HSD0025CW n/a n/a HSD0030CW n/a n/a HSD0040CW n/a n/a HSD0050CW n/a n/a HSD0060CW n/a n/a HSD0075CW n/a n/a HSD0100CW HSD0100CW11100 LK00 HSD0125CW HSD0125CW11100 LK01 HSD0150CW HSD0150CW11100 LK02 HSD0200CW HSD0200CW11100 LK03 HSD0250CW HSD0250CW11100 LK03 HSD0300CW HSD0300CW11100 LK03 HSD0350CW HSD0350CW11100 LK04 HSD0400CW HSD0400CW11100 LK04 HSD0450CW HSD0450CW11100 LK04 HSD0500CW HSD0500CW11100 LK04 HSD0600CW HSD0600CW11100 LK05 Page 21

25 600V UL Type 3R 600V UL Type 3R UL Type 3R Part HP Amps kvar Watts Loss Number UL Type 3R with Lugs Lug Kit HSD0003CW n/a n/a HSD0005CW n/a n/a HSD0008CW n/a n/a HSD0010CW n/a n/a HSD0015CW n/a n/a HSD0020CW n/a n/a HSD0025CW n/a n/a HSD0030CW n/a n/a HSD0040CW n/a n/a HSD0050CW n/a n/a HSD0060CW n/a n/a HSD0075CW n/a n/a HSD0100CW HSD0100CW30100 LK00 HSD0125CW HSD0125CW30100 LK01 HSD0150CW HSD0150CW30100 LK02 HSD0200CW HSD0200CW30100 LK03 HSD0250CW HSD0250CW30100 LK03 HSD0300CW HSD0300CW30100 LK03 HSD0350CW HSD0350CW30100 LK04 HSD0400CW HSD0400CW30100 LK04 HSD0450CW HSD0450CW30100 LK04 HSD0500CW HSD0500CW30100 LK04 HSD0600CW HSD0600CW30100 LK05 600V UL Type 3R with Contactor UL Type 3R Part HP Amps kvar Watts Loss Number UL Type 3R with Lugs Lug Kit HSD0003CW n/a n/a HSD0005CW n/a n/a HSD0008CW n/a n/a HSD0010CW n/a n/a HSD0015CW n/a n/a HSD0020CW n/a n/a HSD0025CW n/a n/a HSD0030CW n/a n/a HSD0040CW n/a n/a HSD0050CW n/a n/a HSD0060CW n/a n/a HSD0075CW n/a n/a HSD0100CW HSD0100CW31100 LK00 HSD0125CW HSD0125CW31100 LK01 HSD0150CW HSD0150CW31100 LK02 HSD0200CW HSD0200CW31100 LK03 HSD0250CW HSD0250CW31100 LK03 HSD0300CW HSD0300CW31100 LK03 HSD0350CW HSD0350CW31100 LK04 HSD0400CW HSD0400CW31100 LK04 HSD0450CW HSD0450CW31100 LK04 HSD0500CW HSD0500CW31100 LK04 HSD0600CW HSD0600CW31100 LK05 Page 22

26 HarmonicGuard Low Capacitance-HGL Our HarmonicGuard Low Capacitance filter (HGL) adds to our line of options for passive filters. The HGL was designed to be generator compatible with 5% THD performance. The HGL filter is built using the same highest quality components as the HGP filter with the same available options. Options for open chassis, Type 1 and Type 3R enclosures Contactor - Can be used to disconnect the tuning circuit. Vibration Pads - Reduces audible noise. Floor Stand - 12 steel feet for Type 3R enclosures 125HP and below. Units 150HP and above include provisions for floor mounting. Oilfield Duty - Features components designed specifically for oil and gas applications to handle the additional electrical stress. Meets IEEE-519 requirements LIMITS HARMONIC DISTORTION Generator compatible Performance of 5% or lower THD at full load True 100kA SCCR A KDR tuned series reactor to prevent system interaction and improve filter performance Oilfield Duty Version The electrical environment in a typical oilfield can be difficult. Voltage imbalance, background voltage distortion and aging equipment can create a situation where electrical devices are expected to operate in difficult conditions. The Oilfield Duty version features components designed specifically for oil and gas field applications to handle the additional electrical stress. Designed for cyclical loads these units will be available in Type 3R enclosures and will be for use with HP ranges from 40 to 200HP. These enhanced versions are designed to provide years of worry-free service in even the most challenging environments. Page 23

27 HarmonicGuard Low Capacitance-HGL Part Numbering System HP Notes: If adding in a Fuse Monitor, add $450 to the list price for Open, Type 1, and Type 3R enclosure options. Adding a fuse monitor to the standard option is option G, and adding a fuse monitor to the contactor option results in F Floor stand option, add $475 to the list price for units that are 125 HP and below for Type 3R. Vibration Pad Option by HP Page 24

28 HGL - 480V Open 480V Open Standard Open Part Number HP Amps kvar Watts Loss HGL0020AW0S HGL0025AW0S HGL0030AW0S HGL0040AW0S HGL0050AW0S HGL0060AW0S HGL0075AW0S HGL0100AW0S HGL0125AW0S HGL0150AW0S HGL0200AW0S HGL0250AW0S HGL0300AW0S HGL0350AW0S HGL0400AW0S V Open Contactor Open Part Number HP Amps kvar Watts Loss Height Width Depth HGL0020AW0C HGL0025AW0C HGL0030AW0C HGL0040AW0C HGL0050AW0C HGL0060AW0C HGL0075AW0C HGL0100AW0C HGL0125AW0C HGL0150AW0C HGL0200AW0C HGL0250AW0C HGL0300AW0C HGL0350AW0C HGL0400AW0C Page 25

29 HGL - 480V Open 480V Open Fuse Monitor with Contactor Open Part Number HP Amps kvar Watts Loss HGL0020AW0F HGL0025AW0F HGL0030AW0F HGL0040AW0F HGL0050AW0F HGL0060AW0F HGL0075AW0F HGL0100AW0F HGL0125AW0F HGL0150AW0F HGL0200AW0F HGL0250AW0F HGL0300AW0F HGL0350AW0F HGL0400AW0F V Open Fuse Monitor NO Contactor Open Part Number HP Amps kvar Watts Loss Height Width Depth HGL0020AW0G HGL0025AW0G HGL0030AW0G HGL0040AW0G HGL0050AW0G HGL0060AW0G HGL0075AW0G HGL0100AW0G HGL0125AW0G HGL0150AW0G HGL0200AW0G HGL0250AW0G HGL0300AW0G HGL0350AW0G HGL0400AW0G Page 26

30 HGL - 480V Type 1 480V Type 1 Standard Type 1 Part Number HP Amps kvar Watts Loss HGL0020AW1S HGL0025AW1S HGL0030AW1S HGL0040AW1S HGL0050AW1S HGL0060AW1S HGL0075AW1S HGL0100AW1S HGL0125AW1S HGL0150AW1S HGL0200AW1S HGL0250AW1S HGL0300AW1S HGL0350AW1S HGL0400AW1S HGL0450AW1S HGL0500AW1S HGL0600AW1S HGL0700AW1S HGL0800AW1S V Type 1 Contactor Type 1 Part Number HP Amps kvar Watts Loss HGL0020AW1C HGL0025AW1C HGL0030AW1C HGL0040AW1C HGL0050AW1C HGL0060AW1C HGL0075AW1C HGL0100AW1C HGL0125AW1C HGL0150AW1C HGL0200AW1C HGL0250AW1C HGL0300AW1C HGL0350AW1C HGL0400AW1C HGL0450AW1C HGL0500AW1C HGL0600AW1C HGL0700AW1C HGL0800AW1C Page 27

31 HGL - 480V Type 1 480V Type 1 Fuse Monitor with Contactor Type 1 Part Number HP Amps kvar Watts Loss HGL0020AW1F HGL0025AW1F HGL0030AW1F HGL0040AW1F HGL0050AW1F HGL0060AW1F HGL0075AW1F HGL0100AW1F HGL0125AW1F HGL0150AW1F HGL0200AW1F HGL0250AW1F HGL0300AW1F HGL0350AW1F HGL0400AW1F HGL0450AW1F HGL0500AW1F HGL0600AW1F HGL0700AW1F HGL0800AW1F V Type 1 Fuse Monitor NO Contactor Type 1 Part Number HP Amps kvar Watts Loss HGL0020AW1G HGL0025AW1G HGL0030AW1G HGL0040AW1G HGL0050AW1G HGL0060AW1G HGL0075AW1G HGL0100AW1G HGL0125AW1G HGL0150AW1G HGL0200AW1G HGL0250AW1G HGL0300AW1G HGL0350AW1G HGL0400AW1G HGL0450AW1G HGL0500AW1G HGL0600AW1G HGL0700AW1G HGL0800AW1G Page 28

32 HGL - 480V Type 3R 480V Type 3R Standard Type 3R Part Number HP Amps kvar Watts Loss HGL0020AW3S HGL0025AW3S HGL0030AW3S HGL0040AW3S HGL0050AW3S HGL0060AW3S HGL0075AW3S HGL0100AW3S HGL0125AW3S HGL0150AW3S HGL0200AW3S HGL0250AW3S HGL0300AW3S HGL0350AW3S HGL0400AW3S HGL0450AW3S HGL0500AW3S HGL0600AW3S HGL0700AW3S HGL0800AW3S V Type 3R Contactor Type 3R Part Number HP Amps kvar Watts Loss HGL0020AW3C HGL0025AW3C HGL0030AW3C HGL0040AW3C HGL0050AW3C HGL0060AW3C HGL0075AW3C HGL0100AW3C HGL0125AW3C HGL0150AW3C HGL0200AW3C HGL0250AW3C HGL0300AW3C HGL0350AW3C HGL0400AW3C HGL0450AW3C HGL0500AW3C HGL0600AW3C HGL0700AW3C HGL0800AW3C Page 29

33 HGL - 480V Type 3R 480V Type 3R Fuse Monitor with Contactor 480V Type 3R Fuse Monitor NO Contactor Type 3R Part Number HP Amps kvar Watts Loss HGL0020AW3F HGL0025AW3F HGL0030AW3F HGL0040AW3F HGL0050AW3F HGL0060AW3F HGL0075AW3F HGL0100AW3F HGL0125AW3F HGL0150AW3F HGL0200AW3F HGL0250AW3F HGL0300AW3F HGL0350AW3F HGL0400AW3F HGL0450AW3F HGL0500AW3F HGL0600AW3F HGL0700AW3F HGL0800AW3F Type 3R Part Number HP Amps kvar Watts Loss HGL0020AW3G HGL0025AW3G HGL0030AW3G HGL0040AW3G HGL0050AW3G HGL0060AW3G HGL0075AW3G HGL0100AW3G HGL0125AW3G HGL0150AW3G HGL0200AW3G HGL0250AW3G HGL0300AW3G HGL0350AW3G HGL0400AW3G HGL0450AW3G HGL0500AW3G HGL0600AW3G HGL0700AW3G HGL0800AW3G Page 30

34 HGL - 480V Type 3R 480V Type 3R Contactor & Heater 480V Type 3R Fuse Monitor, Contactor & Heater Type 3R Part Number HP Amps kvar Watts Loss HGL0005AW3C000H HGL0008AW3C000H HGL0010AW3C000H HGL0015AW3C000H HGL0020AW3C000H HGL0025AW3C000H HGL0030AW3C000H HGL0040AW3C000H HGL0050AW3C000H HGL0060AW3C000H HGL0075AW3C000H HGL0100AW3C000H HGL0125AW3C000H HGL0150AW3C000H HGL0200AW3C000H HGL0250AW3C000H HGL0300AW3C000H HGL0350AW3C000H HGL0400AW3C000H HGL0450AW3C000H HGL0500AW3C000H HGL0600AW3C000H HGL0700AW3C000H HGL0800AW3C000H HGL0900AW3C000H Type 3R Part Number HP Amps kvar Watts Loss HGL0005AW3F000H HGL0008AW3F000H HGL0010AW3F000H HGL0015AW3F000H HGL0020AW3F000H HGL0025AW3F000H HGL0030AW3F000H HGL0040AW3F000H HGL0050AW3F000H HGL0060AW3F000H HGL0075AW3F000H HGL0100AW3F000H HGL0125AW3F000H HGL0150AW3F000H HGL0200AW3F000H HGL0250AW3F000H HGL0300AW3F000H HGL0350AW3F000H HGL0400AW3F000H HGL0450AW3F000H HGL0500AW3F000H HGL0600AW3F000H HGL0700AW3F000H HGL0800AW3F000H HGL0900AW3F000H Page 31

35 HGL - Type 3R 480V - Oilfield Duty 480V Type 3R Standard - Oilfield Duty 480V Type 3R Contactor - Oilfield Duty 480V Type 3R Fuse Monitor with Contactor - Oilfield Duty Type 3R Part Number HP Amps kvar Watts Loss HGL0040AW3S000P HGL0050AW3S000P HGL0060AW3S000P HGL0075AW3S000P HGL0100AW3S000P HGL0125AW3S000P HGL0150AW3S000P HGL0200AW3S000P Type 3R Part Number HP Amps kvar Watts Loss HGL0040AW3C000P HGL0050AW3C000P HGL0060AW3C000P HGL0075AW3C000P HGL0100AW3C000P HGL0125AW3C000P HGL0150AW3C000P HGL0200AW3C000P Type 3R Part Number HP Amps kvar Watts Loss HGL0040AW3F000P HGL0050AW3F000P HGL0060AW3F000P HGL0075AW3F000P HGL0100AW3F000P HGL0125AW3F000P HGL0150AW3F000P V Type 3R Fuse Monitor NO Contactor - Oilfield Duty Type 3R Part Number HP Amps kvar Watts Loss HGL0040AW3G000P HGL0050AW3G000P HGL0060AW3G000P HGL0075AW3G000P HGL0100AW3G000P HGL0125AW3G000P HGL0150AW3G000P Page 32

36 HGL 600V Open 600V Open Standard Open Part Number HP Amps kvar Watts Loss HGL0015CW0S HGL0030CW0S HGL0040CW0S HGL0050CW0S HGL0060CW0S HGL0075CW0S HGL0100CW0S HGL0125CW0S HGL0150CW0S HGL0200CW0S HGL0250CW0S HGL0300CW0S HGL0350CW0S HGL0400CW0S HGL0450CW0S HGL0500CW0S V Open Contactor Open Part Number HP Amps kvar Watts Loss HGL0015CW0C HGL0030CW0C HGL0040CW0C HGL0050CW0C HGL0060CW0C HGL0075CW0C HGL0100CW0C HGL0125CW0C HGL0150CW0C HGL0200CW0C HGL0250CW0C HGL0300CW0C HGL0350CW0C HGL0400CW0C HGL0450CW0C HGL0500CW0C Page 33

37 HGL 600V Open 600V Open Fuse Monitor w/ Contactor Open Part Number HP Amps kvar Watts Loss HGL0015CW0F HGL0030CW0F HGL0040CW0F HGL0050CW0F HGL0060CW0F HGL0075CW0F HGL0100CW0F HGL0125CW0F HGL0150CW0F HGL0200CW0F HGL0250CW0F HGL0300CW0F HGL0350CW0F HGL0400CW0F HGL0450CW0F HGL0500CW0F V Open Fuse Monitor No Contactor Open Part Number HP Amps kvar Watts Loss HGL0015CW0G HGL0030CW0G HGL0040CW0G HGL0050CW0G HGL0060CW0G HGL0075CW0G HGL0100CW0G HGL0125CW0G HGL0150CW0G HGL0200CW0G HGL0250CW0G HGL0300CW0G HGL0350CW0G HGL0400CW0G HGL0450CW0G HGL0500CW0G Page 34

38 HGL 600V Type 1 600V Type 1 Standard 600V Type 1 Contactor Type 1 Part Number HP Amps kvar Watts Loss HGL0015CW1S HGL0030CW1S HGL0040CW1S HGL0050CW1S HGL0060CW1S HGL0075CW1S HGL0100CW1S HGL0125CW1S HGL0150CW1S HGL0200CW1S HGL0250CW1S HGL0300CW1S HGL0350CW1S HGL0400CW1S HGL0450CW1S HGL0500CW1S HGL0600CW1S HGL0700CW1S HGL0800CW1S Type 1 Part Number HP Amps kvar Watts Loss HGL0015CW1C HGL0030CW1C HGL0040CW1C HGL0050CW1C HGL0060CW1C HGL0075CW1C HGL0100CW1C HGL0125CW1C HGL0150CW1C HGL0200CW1C HGL0250CW1C HGL0300CW1C HGL0350CW1C HGL0400CW1C HGL0450CW1C HGL0500CW1C HGL0600CW1C HGL0700CW1C HGL0800CW1C Page 35

39 HGL 600V Type 1 600V Type 1 Fuse Monitor w/ Contactor Type 1 Part Number HP Amps kvar Watts Loss HGL0015CW1F HGL0030CW1F HGL0040CW1F HGL0050CW1F HGL0060CW1F HGL0075CW1F HGL0100CW1F HGL0125CW1F HGL0150CW1F HGL0200CW1F HGL0250CW1F HGL0300CW1F HGL0350CW1F HGL0400CW1F HGL0450CW1F HGL0500CW1F HGL0600CW1F HGL0700CW1F HGL0800CW1F V Type 1 Fuse Monitor No Contactor Type 1 Part Number HP Amps kvar Watts Loss HGL0015CW1G HGL0030CW1G HGL0040CW1G HGL0050CW1G HGL0060CW1G HGL0075CW1G HGL0100CW1G HGL0125CW1G HGL0150CW1G HGL0200CW1G HGL0250CW1G HGL0300CW1G HGL0350CW1G HGL0400CW1G HGL0450CW1G HGL0500CW1G HGL0600CW1G HGL0700CW1G HGL0800CW1G Page 36

40 HGL 600V Type 3R 600V Type 3R Standard Type 3R Part Number HP Amps kvar Watts Loss HGL0015CW3S HGL0030CW3S HGL0040CW3S HGL0050CW3S HGL0060CW3S HGL0075CW3S HGL0100CW3S HGL0125CW3S HGL0150CW3S HGL0200CW3S HGL0250CW3S HGL0300CW3S HGL0350CW3S HGL0400CW3S HGL0450CW3S HGL0500CW3S HGL0600CW3S HGL0700CW3S HGL0800CW3S V Type 3R Contactor Type 3R Part Number HP Amps kvar Watts Loss HGL0015CW3C HGL0030CW3C HGL0040CW3C HGL0050CW3C HGL0060CW3C HGL0075CW3C HGL0100CW3C HGL0125CW3C HGL0150CW3C HGL0200CW3C HGL0250CW3C HGL0300CW3C HGL0350CW3C HGL0400CW3C HGL0450CW3C HGL0500CW3C HGL0600CW3C HGL0700CW3C HGL0800CW3C Page 37

41 HGL - 600V Type 3R 600V Type 3R Fuse Monitor w/ Contactor Type 3R Part Number HP Amps kvar Watts Loss HGL0015CW3F HGL0030CW3F HGL0040CW3F HGL0050CW3F HGL0060CW3F HGL0075CW3F HGL0100CW3F HGL0125CW3F HGL0150CW3F HGL0200CW3F HGL0250CW3F HGL0300CW3F HGL0350CW3F HGL0400CW3F HGL0450CW3F HGL0500CW3F HGL0600CW3F HGL0700CW3F HGL0800CW3F V Type 3R Fuse Monitor No Contactor Type 3R Part Number HP Amps kvar Watts Loss HGL0015CW3G HGL0030CW3G HGL0040CW3G HGL0050CW3G HGL0060CW3G HGL0075CW3G HGL0100CW3G HGL0125CW3G HGL0150CW3G HGL0200CW3G HGL0250CW3G HGL0300CW3G HGL0350CW3G HGL0400CW3G HGL0450CW3G HGL0500CW3G HGL0600CW3G HGL0700CW3G HGL0800CW3G Page 38

42 HarmonicGuard HG7 Filter Reduce Harmonic Distortion HG7 filters, when applied at the drive, provide a low impedance path for the major harmonic currents demanded by the drive. This greatly reduces the amount of harmonic current flowing through the distribution system and results in improved power factor, lower RMS currents, lower harmonic current distortion, lower harmonic voltage distortion, and increased system capacity. In a typical industrial facility, where one-half or more of the load may be non-linear loads, resulting distortion may cause sensitive equipment to fail. In commercial/municipal buildings, meeting IEEE is often a critical requirement of power distribution systems. Typical results of 5-6% TDD Superior Performance at 100% and 50% Load THD levels are consistently held low 100HP at 100% = 5.8% TDD; 50% = 7.6% Easy Installation & fits easily into Motor Control Centers Flexible Options including Power Monitor & Component Package Power Monitor Package The Power Monitor package includes contactors and filter monitoring equipment. For units rated at 60HP and below, the XM package utilizes indicator lights for filter operation and fuse failure. From 75HP through 400HP, the XM package uses the HG2 Protection Monitor/Harmonic-Power Factor meter. Please see product brochure for further details. Part Numbering System H G A W 0 0 S T x x Series Horse Power Voltage Rating A = 480 V B =240 V C =600 V L = V Frequency: W - 60 Hz X - 50 Hz Enclosure: 00 - Open 01 - UL Type UL Type 3R Package Option: ST - Base Option Package STC - Contactor & CPT Package STCH - Contactor, CPT, Heater Package XM - Power Monitor Package KP - Kit with KPC panel Custom: Note: DC Filters are also available. Please contact the factory for more information. Page 39

43 HG7 480V Open 480V AC Open ST (60 Hz) 480V Open STC (60 Hz) Open Part Number HP kvar Power Monitor Open Part Number HG8AW00ST HG8AW00XM HG10AW00ST HG10AW00XM HG15AW00ST HG15AW00XM HG20AW00ST HG20AW00XM HG25AW00ST HG25AW00XM HG30AW00ST HG30AW00XM HG40AW00ST HG40AW00XM HG50AW00ST HG50AW00XM HG60AW00ST HG60AW00XM HG75AW00ST HG75AW00XM HG100AW00ST HG100AW00XM HG125AW00ST HG125AW00XM HG150AW00ST HG150AW00XM HG200AW00ST HG200AW00XM HG250AW00ST HG250AW00XM HG300AW00ST HG300AW00XM HG350AW00ST HG350AW00XM HG400AW00ST HG400AW00XM HG450AW00ST HG450AW00XM HG500AW00ST HG500AW00XM HG600AW00ST HG600AW00XM HG700AW00ST HG700AW00XM HG800AW00ST HG800AW00XM HG900AW00ST HG900AW00XM Open Part Number HP kvar Watts Loss Open HG8AW00STC HG10AW00STC HG15AW00STC HG20AW00STC HG25AW00STC HG30AW00STC HG40AW00STC HG50AW00STC HG60AW00STC HG75AW00STC HG100AW00STC HG125AW00STC HG150AW00STC HG200AW00STC HG250AW00STC HG300AW00STC HG350AW00STC HG400AW00STC HG450AW00STC HG500AW00STC HG600AW00STC Page 40

44 HG7 480V Type 1 480V AC Type 1 ST (60 Hz) 480V Type 1 STC (60 Hz) Enclosed Part Number HP kvar Power Monitor Enclosed Part Number HG8AW01ST HG8AW01XM HG10AW01ST HG10AW01XM HG15AW01ST HG15AW01XM HG20AW01ST HG20AW01XM HG25AW01ST HG25AW01XM HG30AW01ST HG30AW01XM HG40AW01ST HG40AW01XM HG50AW01ST HG50AW01XM HG60AW01ST HG60AW01XM HG75AW01ST HG75AW01XM HG100AW01ST HG100AW01XM HG125AW01ST HG125AW01XM HG150AW01ST HG150AW01XM HG200AW01ST HG200AW01XM HG250AW01ST HG250AW01XM HG300AW01ST HG300AW01XM HG350AW01ST HG350AW01XM HG400AW01ST HG400AW01XM HG450AW01ST HG450AW01XM HG500AW01ST HG500AW01XM HG600AW01ST HG600AW01XM HG700AW01ST HG700AW01XM HG800AW01ST HG800AW01XM HG900AW01ST HG900AW01XM Enclosed Part Number HP kvar Wall Mount / Enclosed Floor Stand HG8AW01STC Wall Mount HG10AW01STC 10 3 Wall Mount HG15AW01STC 15 5 Wall Mount HG20AW01STC 20 6 Wall Mount HG25AW01STC 25 8 Wall Mount HG30AW01STC Wall Mount HG40AW01STC Wall Mount HG50AW01STC Wall Mount HG60AW01STC Wall Mount HG75AW01STC Wall Mount HG100AW01STC Wall Mount HG125AW01STC Wall Mount HG150AW01STC Wall Mount HG200AW01STC Floor Stand HG250AW01STC Floor Stand HG300AW01STC Floor Stand HG350AW01STC Floor Stand HG400AW01STC Floor Stand HG450AW01STC Floor Stand HG500AW01STC Floor Stand HG600AW01STC Floor Stand Page 41

45 HG7 480V Type 3R 480V Type 3R ST (60 Hz) Enclosed Type 3R Part Number HP kvar Power Monitor Nema 3R no window kit Part Number HG8AW03ST HG8AW01XM-3R HG10AW03ST HG10AW01XM-3R HG15AW03ST HG15AW01XM-3R HG20AW03ST HG20AW01XM-3R HG25AW03ST HG25AW01XM-3R HG30AW03ST HG30AW01XM-3R HG40AW03ST HG40AW01XM-3R HG50AW03ST HG50AW01XM-3R HG60AW03ST HG60AW01XM-3R HG75AW03ST HG75AW01XM-3R HG100AW03ST HG100AW01XM-3R HG125AW03ST HG125AW01XM-3R HG150AW03ST HG150AW01XM-3R HG200AW03ST HG200AW01XM-3R HG250AW03ST HG250AW01XM-3R HG300AW03ST HG300AW01XM-3R HG350AW03ST HG350AW01XM-3R HG400AW03ST HG400AW01XM-3R HG450AW03ST HG450AW01XM-3R HG500AW03ST HG500AW01XM-3R HG600AW03ST HG600AW01XM-3R HG700AW03ST 700 HG700AW01XM-3R HG800AW03ST 800 HG800AW01XM-3R HG900AW03ST 900 HG900AW01XM-3R 480V Type 3R STC (60 Hz) Enclosed Type 3R Part Wall Mount / Enclosed HP kvar Number Free Standing HG8AW03STC Wall Mount HG10AW03STC 10 3 Wall Mount HG15AW03STC 15 5 Wall Mount HG20AW03STC 20 6 Wall Mount HG25AW03STC 25 8 Wall Mount HG30AW03STC Wall Mount HG40AW03STC Wall Mount HG50AW03STC Wall Mount HG60AW03STC Wall Mount HG75AW03STC Wall Mount HG100AW03STC Wall Mount HG125AW03STC Wall Mount HG150AW03STC Wall Mount HG200AW03STC Free Standing HG250AW03STC Free Standing HG300AW03STC Free Standing HG350AW03STC Free Standing HG400AW03STC Free Standing HG450AW03STC Free Standing HG500AW03STC Free Standing HG600AW03STC Free Standing Note: Type 3R Heater option (STCH) is available. Please contact the Technical Support for more information. Page 42

46 HG7 600V Open 600V AC Open ST (60 Hz) 600V Open STC (60 Hz) Open Part Number HP kvar Power Monitor Open Part Number HG15CW00ST HG15CW00XM HG30CW00ST HG30CW00XM HG40CW00ST HG40CW00XM HG50CW00ST HG50CW00XM HG60CW00ST HG60CW00XM HG75CW00ST HG75CW00XM HG100CW00ST HG100CW00XM HG125CW00ST HG125CW00XM HG150CW00ST HG150CW00XM HG200CW00ST HG200CW00XM HG250CW00ST HG250CW00XM HG300CW00ST HG300CW00XM HG350CW00ST HG350CW00XM HG400CW00ST HG400CW00XM HG450CW00ST HG450CW00XM HG500CW00ST HG500CW00XM HG600CW00ST HG600CW00XM HG700CW00ST HG700CW00XM HG800CW00ST HG800CW00XM HG900CW00ST HG900CW00XM Open Part Number HP kvar Watts Loss Open HG15CW00STC HG30CW00STC HG40CW00STC HG50CW00STC HG60CW00STC HG75CW00STC HG100CW00STC HG125CW00STC HG150CW00STC HG200CW00STC HG250CW00STC HG300CW00STC HG350CW00STC HG400CW00STC HG450CW00STC HG500CW00STC HG600CW00STC HG700CW00STC HG800CW00STC HG900CW00STC Page 43

47 HG7 600V Type 1 600V AC Type 1 ST (60 Hz) 600V Type 1 STC (60 Hz) Enclosed Part Number HP kvar Power Monitor Enclosed Part Number HG15CW01ST HG15CW01XM HG30CW01ST HG30CW01XM HG40CW01ST HG40CW01XM HG50CW01ST HG50CW01XM HG60CW01ST HG60CW01XM HG75CW01ST HG75CW01XM HG100CW01ST HG100CW01XM HG125CW01ST HG125CW01XM HG150CW01ST HG150CW01XM HG200CW01ST HG200CW01XM HG250CW01ST HG250CW01XM HG300CW01ST HG300CW01XM HG350CW01ST HG350CW01XM HG400CW01ST HG400CW01XM HG450CW01ST HG450CW01XM HG500CW01ST HG500CW01XM HG600CW01ST HG600CW01XM HG700CW01ST HG700CW01XM HG800CW01ST HG800CW01XM HG900CW01ST HG900CW01XM Enclosed Type 1 Part Wall Mount / Enclosed HP kvar Number Free Standing HG15CW01STC 15 5 Wall Mount HG30CW01STC Wall Mount HG40CW01STC Wall Mount HG50CW01STC Wall Mount HG60CW01STC Wall Mount HG75CW01STC Wall Mount HG100CW01STC Wall Mount HG125CW01STC Wall Mount HG150CW01STC Wall Mount HG200CW01STC Free Standing HG250CW01STC Free Standing HG300CW01STC Free Standing HG350CW01STC Free Standing HG400CW01STC Free Standing HG450CW01STC Free Standing HG500CW01STC Free Standing HG600CW01STC Free Standing HG700CW01STC Free Standing HG800CW01STC Free Standing HG900CW01STC Free Standing Page 44

48 HG7 600V Type 3R 600V Type 3R ST (60 Hz) 600V Type 3R STC (60 Hz) Enclosed Type 3R Part Number HP kvar HG15CW03ST HG30CW03ST HG40CW03ST HG50CW03ST HG60CW03ST HG75CW03ST HG100CW03ST HG125CW03ST HG150CW03ST HG200CW03ST HG250CW03ST HG300CW03ST HG350CW03ST HG400CW03ST HG450CW03ST HG500CW03ST HG600CW03ST HG700CW03ST HG800CW03ST HG900CW03ST Enclosed Type 3R Part Number Wall Mount / Free Standing Enclosed HP kvar HG15CW03STC 15 5 Wall Mount HG30CW03STC Wall Mount HG40CW03STC Wall Mount HG50CW03STC Wall Mount HG60CW03STC Wall Mount HG75CW03STC Wall Mount HG100CW03STC Free Standing HG125CW03STC Free Standing HG150CW03STC Free Standing HG200CW03STC Free Standing HG250CW03STC Free Standing HG300CW03STC Free Standing HG350CW03STC Free Standing HG400CW03STC Free Standing HG450CW03STC Free Standing HG500CW03STC Free Standing HG600CW03STC Free Standing HG700CW03STC Free Standing HG800CW03STC Free Standing HG900CW03STC Free Standing Page 45

49 HG7 240V Open & Type 1 240V AC Open ST (60 Hz) Open Part Number HP kvar Power Monitor Open Part Number HG8BW00ST HG8BW00XM HG10BW00ST HG10BW00XM HG15BW00ST HG15BW00XM HG20BW00ST HG20BW00XM HG25BW00ST HG25BW00XM HG30BW00ST HG30BW00XM HG40BW00ST HG40BW00XM HG50BW00ST HG50BW00XM HG60BW00ST HG60BW00XM HG75BW00ST HG75BW00XM HG100BW00ST HG100BW00XM 240V Open STC (60 Hz) Open Part Number HP kvar Watts Loss Open HG8BW00STC HG10BW00STC HG15BW00STC HG20BW00STC HG25BW00STC HG30BW00STC HG40BW00STC HG50BW00STC HG60BW00STC HG75BW00STC HG100BW00STC V AC Type 1 ST (60 Hz) Enclosed Part Number HP kvar Power Monitor Enclosed Part Number HG8BW01ST HG8BW01XM HG10BW01ST HG10BW01XM HG15BW01ST HG15BW01XM HG20BW01ST HG20BW01XM HG25BW01ST HG25BW01XM HG30BW01ST HG30BW01XM HG40BW01ST HG40BW01XM HG50BW01ST HG50BW01XM HG60BW01ST HG60BW01XM HG75BW01ST HG75BW01XM HG100BW01ST HG100BW01XM Page 46

50 HG7 240V Type 1 STC and 3R 240V Type 1 STC (60 Hz) Wall Mount / Free Standing Enclosed Enclosed Part Number HP kvar HG5BW01STC 5 Wall Mount HG8BW01STC Wall Mount HG10BW01STC 10 3 Wall Mount HG15BW01STC 15 5 Wall Mount HG20BW01STC 20 6 Wall Mount HG25BW01STC 25 8 Wall Mount HG30BW01STC Wall Mount HG40BW01STC Wall Mount HG50BW01STC Wall Mount HG60BW01STC Wall Mount HG75BW01STC Free Standing HG100BW01STC Free Standing V Type 3R ST (60 Hz) 240V Type 3R STC (60 Hz) Enclosed Type 3R Part Number HP kvar HG8BW03ST HG10BW03ST HG15BW03ST HG20BW03ST HG25BW03ST HG30BW03ST HG40BW03ST HG50BW03ST HG60BW03ST HG75BW03ST HG100BW03SC Enclosed Part Number HP kvar Wall Mount / Enclosed Free Standing HG8BW03STC Wall Mount HG10BW03STC 10 3 Wall Mount HG15BW03STC 15 5 Wall Mount HG20BW03STC 20 6 Wall Mount HG25BW03STC 25 8 Wall Mount HG30BW03STC Wall Mount HG40BW03STC Wall Mount HG50BW03STC Wall Mount HG60BW03STC Wall Mount HG75BW03STC Free Standing HG100BW03STC Free Standing Page 47

51 HarmonicGuard Single-Phase (HSP) Filter In some situations harmonic distortion is as much as twice as high on single-phase applications, as opposed to three-phase applications. The HSP Single-Phase Line to Line Harmonic Filter is an optimal solution for mitigating harmonics in single-phase applications. Key Benefits: Contains high quality capacitors: designed, built and tested specifically for use in high harmonic environments Has a small footprint and rugged outdoor enclosure option Includes a large range of amp ratings to meet varying demands Reduces harmonics to 12% THID Easy installation and operation Protects inverter against voltage spikes caused by capacitor switching and other rapidly changing loads Protects upstream components, such as circuit breakers, fuses, conductors, and transformers, from damage caused by harmonics Does not resonate with other system components 480V 3R GP Nema 3R GP Part Number HP Amps HSP014AG3SC 5 14 HSP021AG3SC HSP026AG3SC HSP034AG3SC HSP044AG3SC HSP055AG3SC HSP068AG3SC HSP091AG3SC HSP110AG3SC HSP130AG3SC HSP162AG3SC HSP216AG3SC V 3R GP Nema 3R GP Part Number HSP028BG3SC HP 5 Amps 28 HSP042BG3SC HSP052BG3SC HSP070BG3SC HSP090BG3SC HSP110BG3SC HSP136BG3SC HSP182BG3SC HSP220BG3SC HSP260BG3SC HSP324BG3SC HSP432BG3SC Page 48

52 Line Reactors KDR Optimized Line Reactors KLR Series Three-Phase Line Reactors DIN-Rail Line Reactors KDR At The Input Of The Drive KDR Optimized Line Reactors applied to the line side of a PWM drive will greatly improve the overall performance of the drive. The additional circuit inductance will reduce AC voltage waveform line notching, DC bus overvoltage trips, inverter overvoltage, poor total power factor, and cross-talk. Use KDR Low Z Units For: These units can be used in any applications where traditionally either a 1.5% or 3% reactor would be applied. Reduction of nuisance tripping caused by: Transient voltages caused by capacitor switching Line notching DC bus overvoltage tripping Inverter overcurrent and overvoltage Additional benefits include: Lowering injected percentage of harmonic current Improving true power factor Reducing cross-talk between drives Use KDR High Z Units For: These units can be used in any rugged application where traditionally a 5% reactor would be applied. KDR High Z offers the same superior benefits as Low Z plus additional benefits which include: Helping prevent drive component damage Providing maximum harmonic mitigation without adding capacitance Further improving true power factor Adding impedance to drives with or without DC link chokes/reactors when more impedance is desired due to a relatively stiff source. Transient Voltage Without KDR 800 Transient Voltage With KDR Bus Volts Bus Volts Time (ms) Time (ms) Harmonic Current Distortion Without KDR Harmonic Current Distortion With KDR Amps Amps Time (ms) Time (ms) Watts Loss The watts loss shown above are based on the effects of increased losses in both the core steel laminations and wire due to the presence of harmonic currents. Consideration of eddy currents in the watts loss calculation is important. The watt losses in the reactor core caused by eddy currents are proportional to the harmonic frequency squared. The harmonic current levels were derived from a typical 6 pulse converter as seen in the following tables: Page 49

53 KDR Optimized Line Reactors 208/240 Volt Low - Z NEC Motor HP NEC Motor Current Max Continuous Amps Watts Loss Standard Terms UL Type 3R Enclosed Part Number Height x Width x Depth Part Number * Part Number * KDRMA6L TB 3.63 x 4.45 x KDRMA6L1E01 KDRMA6L1E3R1 KDRMA8L TB 3.63 x 4.45 x KDRMA8L1E01 KDRMA8L1E3R1 KDRAA3L TB 4.44 x 4.25 x KDRAA3L2E01 KDRAA3L2E3R1 KDRAA4L TB 4.44 x 4.25 x KDRAA4L2E01 KDRAA4L2E3R1 KDRAA4L TB 4.44 x 4.25 x KDRAA4L2E01 KDRAA4L2E3R1 KDRA27L TB 4.00 x 4.18 x KDRA27LE01 KDRA27LE3R KDRA28L TB 4.00 x 4.18 x KDRA28LE01 KDRA28LE3R KDRB22L TB 5.00 x 6.00 x KDRB22LE01 KDRB22LE3R KDRB23L TB 5.00 x 6.00 x KDRB23LE01 KDRB23LE3R KDRD25L TB 5.75 x 7.20 x KDRD25LE01 KDRD25LE3R KDRD24L TB 5.75 x 7.20 x KDRD24LE01 KDRD24LE3R KDRD26L TB 5.75 x 7.20 x KDRD26LE01 KDRD26LE3R KDRC22L TB 5.75 x 7.20 x KDRC22LE01 KDRC22LE3R KDRF24L CB 7.00 x 9.00 x KDRF24LE01 KDRF24LE3R KDRF25L CB 7.00 x 9.00 x KDRF25LE01 KDRF25LE3R KDRF26L CB 7.00 x 9.00 x KDRF26LE01 KDRF26LE3R KDRH22L CB 9.00 x x KDRH22LE01 KDRH22LE3R KDRI23L CB 9.00 x x KDRI23LE01 KDRI23LE3R KDRI24L CB 9.00 x x KDRI24LE01 KDRI24LE3R KDRG22L CB 9.00 x x KDRG22LE01 KDRG22LE3R KDRJ23L CB 9.00 x x KDRJ23LE01 KDRJ23LE3R KDRJ24L CB 9.00 x x KDRJ24LE01 KDRJ24LE3R Open UL Type 1 Enclosed 208/240 Volt High - Z NEC Motor HP NEC Motor Current Max Continuous Amps Watts Loss Standard Terms Open UL Type 1 Enclosed UL Type 3R Enclosed Part Number Height x Width x Depth Part Number * Part Number * KDRMA4L TB 3.63 x 4.45 x KDRMA4L1E01 KDRMA4L1E3R1 KDRMA6L TB 3.63 x 4.45 x KDRMA6L1E01 KDRMA6L1E3R1 KDRMA8L TB 3.63 x 4.45 x KDRMA8L1E01 KDRMA8L1E3R1 KDRAA6L TB 4.44 x 4.25 x KDRAA6L2E01 KDRAA6L2E3R1 KDRAA3L TB 4.44 x 4.25 x KDRAA3L2E01 KDRAA3L2E3R1 KDRA26H TB 4.00 x 4.18 x KDRA26HE01 KDRA26HE3R KDRA28H TB 4.00 x 4.18 x KDRA28HE01 KDRA28HE3R KDRB25H TB 5.00 x 6.00 x KDRB25HE01 KDRB25HE3R KDRB26H TB 5.00 x 6.00 x KDRB26HE01 KDRB26HE3R KDRD21H TB 5.75 x 7.20 x KDRD21HE01 KDRD21HE3R KDRD22H TB 5.75 x 7.20 x KDRD22HE01 KDRD22HE3R KDRC22H TB 5.75 x 7.20 x KDRC22HE01 KDRC22HE3R KDRF28H TB 7.00 x 9.00 x KDRF28HE01 KDRF28HE3R KDRF25H CB 7.00 x 9.00 x KDRF25HE01 KDRF25HE3R KDRF26H CB 7.00 x 9.00 x KDRF26HE01 KDRF26HE3R KDRH24H CB 9.00 x x KDRH24HE01 KDRH24HE3R KDRH23H CB 9.00 x x KDRH23HE01 KDRH23HE3R KDRI22H CB 9.00 x x KDRI22HE01 KDRI22HE3R KDRI21H CB 9.00 x x KDRI21HE01 KDRI21HE3R KDRG25H CB 9.00 x x KDRG25HE01 KDRG25HE3R KDRJ22H CB 9.00 x x KDRJ22HE01 KDRJ22HE3R KDRJ21H CB 9.00 x x KDRJ21HE01 KDRJ21HE3R Note: For enclosed unit dimensions and added weight, please refer to the Reactor KDR Series Design Frame Sequence Code Impedance Rating L = Low Impedance H = High Impedance P = Output Reactor Enclosure E01 = UL Type 1 E3R = UL Type 3R Part Numbering System KDR A 55 H E3R Part Numbering System Series Design Frame (MA/AA) Sequence Code Impedance Rating L = Low Impedance H = High Impedance Foot 1 = Side Mount (Only for MA frame) 2 = Thin Comb Mount (Only for AA Frame) Enclosure E01 = UL Type 1 E3R1 = UL Type 3R K D R A A 3 L 2 E 0 1 Page 50

54 KDR Optimized Line Reactors 480 Volt Low-Z NEC Motor HP NEC Motor Current Max Continuous Amps Watts Loss Standard Terms Open UL Type 1 Enclosed UL Type 3R Enclosed Part Number Height x Width x Depth Part Number * Part Number * KDRMA1L TB 3.63 x 4.45 x KDRMA1L1E01 KDRMA1L1E3R1 KDRMA2L TB 3.63 x 4.45 x KDRMA2L1E01 KDRMA2L1E3R1 KDRMA3L TB 3.63 x 4.45 x KDRMA3L1E01 KDRMA3L1E3R1 KDRMA4L TB 3.63 x 4.45 x KDRMA4L1E01 KDRMA4L1E3R1 KDRMA5L TB 3.63 x 4.45 x KDRMA5L1E01 KDRMA5L1E3R1 KDRMA6L TB 3.63 x 4.45 x KDRMA6L1E01 KDRMA6L1E3R1 KDRMA7L TB 3.63 x 4.45 x KDRMA7L1E01 KDRMA7L1E3R1 KDRMA8L TB 3.63 x 4.45 x KDRMA8L1E01 KDRMA8L1E3R1 KDRAA6L TB 4.44 x 4.25 x KDRAA6L2E01 KDRAA6L2E3R1 KDRAA3L TB 4.44 x 4.25 x KDRAA3L2E01 KDRAA3L2E3R1 KDRAA4L TB 4.44 x 4.25 x KDRAA4L2E01 KDRAA4L2E3R1 KDRA5L TB 4.00 x 4.18 x KDRA5LE01 KDRA5LE3R KDRB2L TB 5.00 x 6.00 x KDRB2LE01 KDRB2LE3R KDRB1L TB 5.00 x 6.00 x KDRB1LE01 KDRB1LE3R KDRD1L TB 5.75 x 7.20 x KDRD1LE01 KDRD1LE3R KDRD2L TB 5.75 x 7.20 x KDRD2LE01 KDRD2LE3R KDRC1L TB 5.75 x 7.20 x KDRC1LE01 KDRC1LE3R KDRF2L TB 7.00 x 9.00 x KDRF2LE01 KDRF2LE3R KDRF4L TB 7.00 x 9.00 x KDRF4LE01 KDRF4LE3R KDRF3L CB 7.00 x 9.00 x KDRF3LE01 KDRF3LE3R KDRH3L CB 7.00 x 9.00 x KDRH3LE01 KDRH3LE3R KDRH2L CB 9.00 x x KDRH2LE01 KDRH2LE3R KDRH1L CB 9.00 x x KDRH1LE01 KDRH1LE3R KDRG3L CB 9.00 x x KDRG3LE01 KDRG3LE3R KDRG1L CB 9.00 x x KDRG1LE01 KDRG1LE3R KDRG2L CB 9.00 x x KDRG2LE01 KDRG2LE3R KDRJ2L CB 9.00 x x KDRJ2LE01 KDRJ2LE3R KDRJ1L CB 9.00 x x KDRJ1LE01 KDRJ1LE3R KDRL1L CB x x KDRL1LE01 KDRL1LE3R KDRL2L CB x x KDRL2LE01 KDRL2LE3R KDRL3L CB x x KDRL3LE01 KDRS1L CB x x KDRS1LE01 KDRX2L CB x x KDRX2LE01 KDRX3L CB x x KDRX3LE01 KDRX1L CB x x KDRX1LE01 KDRY1L CB x x KDRY1LE01 KDRY2L CB x x KDRY2LE01 Consult Factory for Assistance *For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure KDR Series Design Frame Sequence Code Impedance Rating L = Low Impedance H = High Impedance P = Output Reactor Enclosure E01 = UL Type 1 E3R = UL Type 3R Part Numbering System KDR A 55 H E3R Part Numbering System Series Design Frame (MA/AA) Sequence Code Impedance Rating L = Low Impedance H = High Impedance Foot 1 = Side Mount (Only for MA frame) 2 = Thin Comb Mount (Only for AA Frame) Enclosure E01 = UL Type 1 E3R1 = UL Type 3R K D R A A 3 L 2 E 0 1 Page 51

55 KDR Optimized Line Reactors 480 Volt High-Z NEC Motor HP NEC Motor Current Max Continuous Amps Watts Loss Standard Terms Open UL Type 1 Enclosed UL Type 3R Enclosed Part Number Height x Width x Depth Part Number * Part Number * KDRMA1H TB 3.63 x 4.45 x KDRMA1H1E01 KDRMA1H1E3R1 KDRMA2H TB 3.63 x 4.45 x KDRMA2H1E01 KDRMA2H1E3R1 KDRMA3H TB 3.63 x 4.45 x KDRMA3H1E01 KDRMA3H1E3R1 KDRMA4H TB 3.63 x 4.45 x KDRMA4H1E01 KDRMA4H1E3R1 KDRMA5H TB 3.63 x 4.45 x KDRMA5H1E01 KDRMA5H1E3R1 KDRMA6H TB 3.63 x 4.45 x KDRMA6H1E01 KDRMA6H1E3R1 KDRAA1H TB 4.44 x 4.25 x KDRAA1H2E01 KDRAA1H2E3R1 KDRAA2H TB 4.44 x 4.25 x KDRAA2H2E01 KDRAA2H2E3R1 KDRAA6H TB 4.44 x 4.25 x KDRAA6H2E01 KDRAA6H2E3R1 KDRAA3H TB 4.44 x 4.25 x KDRAA3H2E01 KDRAA3H2E3R1 KDRA4H TB 4.00 x 4.18 x KDRA4HE01 KDRA4HE3R KDRA5H TB 4.00 x 4.18 x KDRA5HE01 KDRA5HE3R KDRB2H TB 5.00 x 6.00 x KDRB2HE01 KDRB2HE3R KDRC3H TB 5.75 x 7.20 x KDRC3HE01 KDRC3HE3R KDRC1H TB 5.75 x 7.20 x KDRC1HE01 KDRC1HE3R KDRE2H TB 5.75 x 7.20 x KDRE2HE01 KDRE2HE3R KDRF4H TB 7.00 x 9.00 x KDRF4HE01 KDRF4HE3R KDRF1H TB 7.00 x 9.00 x KDRF1HE01 KDRF1HE3R KDRF2H TB 7.00 x 9.00 x KDRF2HE01 KDRF2HE3R KDRH2H CB 9.00 x x KDRH2HE01 KDRH2HE3R KDRI2H CB 9.00 x x KDRI2HE01 KDRI2HE3R KDRG3H CB 9.00 x x KDRG3HE01 KDRG3HE3R KDRG1H CB 9.00 x x KDRG1HE01 KDRG1HE3R KDRJ1H CB 9.00 x x KDRJ1HE01 KDRJ1HE3R KDRL1H CB x x KDRL1HE01 KDRL1HE3R KDRL2H CB x x KDRL2HE01 KDRL2HE3R KDRL3H CB x x KDRL3HE01 KDRL3HE3R KDRL4H CB x x KDRL4HE01 KDRL4HE3R KDRL5H CB x x KDRL5HE01 KDRL5HE3R KDRL6H CB x x KDRL6HE01 KDRL6HE3R KDRS1H CB x x KDRS1HE01 KDRS2H CB x x KDRS2HE01 KDRX2H CB x x KDRX2HE01 KDRX3H CB x x KDRX3HE01 KDRX4H CB x x KDRX4HE01 KDRY2H CB x x KDRY2HE01 *For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure Consult Factory for Assistance KDR Series Design Frame Sequence Code Impedance Rating L = Low Impedance H = High Impedance P = Output Reactor Enclosure E01 = UL Type 1 E3R = UL Type 3R Part Numbering System KDR A 55 H E3R Part Numbering System Series Design Frame (MA/AA) Sequence Code Impedance Rating L = Low Impedance H = High Impedance Foot 1 = Side Mount (Only for MA frame) 2 = Thin Comb Mount (Only for AA Frame) Enclosure E01 = UL Type 1 E3R1 = UL Type 3R K D R A A 3 L 2 E 0 1 Page 52

56 KDR Optimized Line Reactors 575/600 Volt Low-Z NEC Motor HP NEC Motor Current Max Continuous Amps Watts Loss Standard Terms Open UL Type 1 Enclosed UL Type 3R Enclosed Part Number Height x Width x Depth Part Number * Part Number * KDRMA41L TB 3.63 x 4.45 x KDRMA41L1E01 KDRMA41L1E3R1 KDRMA42L TB 3.63 x 4.45 x KDRMA42L1E01 KDRMA42L1E3R1 KDRMA43L TB 3.63 x 4.45 x KDRMA43L1E01 KDRMA43L1E3R1 KDRMA44L TB 3.63 x 4.45 x KDRMA44L1E01 KDRMA44L1E3R1 KDRMA45L TB 3.63 x 4.45 x KDRMA45L1E01 KDRMA45L1E3R1 KDRMA46L TB 3.63 x 4.45 x KDRMA46L1E01 KDRMA46L1E3R1 KDRMA47L TB 3.63 x 4.45 x KDRMA47L1E01 KDRMA47L1E3R1 KDRAA52L TB 4.44 x 4.25 x KDRAA52L2E01 KDRAA52L2E3R1 KDRAA57L TB 4.44 x 4.25 x KDRAA57L2E01 KDRAA57L2E3R1 KDRAA58L TB 4.44 x 4.25 x KDRAA58L2E01 KDRAA58L2E3R1 KDRAA48L TB 4.44 x 4.25 x KDRAA48L2E01 KDRAA48L2E3R1 KDRA49L TB 4.00 x 4.18 x KDRA49LE01 KDRA49LE3R KDRB45L TB 5.00 x 6.00 x KDRB45LE01 KDRB45LE3R KDRB44L TB 5.00 x 6.00 x KDRB44LE01 KDRB44LE3R KDRB43L TB 5.00 x 6.00 x KDRB43LE01 KDRB43LE3R KDRD42L TB 5.75 x 7.20 x KDRD42LE01 KDRD42LE3R KDRC43L TB 5.75 x 7.20 x KDRC43LE01 KDRC43LE3R KDRC44L TB 5.75 x 7.20 x KDRC44LE01 KDRC44LE3R KDRF46L TB 7.00 x 9.00 x KDRF46LE01 KDRF46LE3R KDRF47L TB 7.00 x 9.00 x KDRF47LE01 KDRF47LE3R KDRF45L CB 7.00 x 9.00 x KDRF45LE01 KDRF45LE3R KDRH43L CB 9.00 x x KDRH43LE01 KDRH43LE3R KDRH44L CB 9.00 x x KDRH44LE01 KDRH44LE3R KDRI42L CB 9.00 x x KDRI42LE01 KDRI42LE3R KDRG47L CB 9.00 x x KDRG47LE01 KDRG47LE3R KDRG45L CB 9.00 x x KDRG45LE01 KDRG45LE3R KDRJ45L CB 9.00 x x KDRJ45LE01 KDRJ45LE3R KDRJ43L CB 9.00 x x KDRJ43LE01 KDRJ43LE3R KDRJ44L CB 9.00 x x KDRJ44LE01 KDRJ44LE3R KDRL45L CB x x KDRL45LE01 KDRL45LE3R KDRL42L CB x x KDRL42LE01 KDRL42LE3R KDRL43L CB x x KDRL43LE01 KDRS41L CB x x KDRS41LE01 KDRX41L CB x x KDRX41LE01 KDRX42L CB x x KDRX42LE01 KDRX43L CB x x KDRX43LE01 KDRX44L CB x x KDRX44LE01 KDRY41L CB x x KDRY41LE01 Consult Factory for Assistance *For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure KDR Series Design Frame Sequence Code Impedance Rating L = Low Impedance H = High Impedance P = Output Reactor Enclosure E01 = UL Type 1 E3R = UL Type 3R Part Numbering System KDR A 55 H E3R Part Numbering System Series Design Frame (MA/AA) Sequence Code Impedance Rating L = Low Impedance H = High Impedance Foot 1 = Side Mount (Only for MA frame) 2 = Thin Comb Mount (Only for AA Frame) Enclosure E01 = UL Type 1 E3R1 = UL Type 3R K D R A A 3 L 2 E 0 1 Page 53

57 575/600 Volt High-Z NEC Motor HP KDR Optimized Line Reactors NEC Motor Current Max Continuous Amps Watts Loss Standard Terms Open UL Type 1 Enclosed UL Type 3R Enclosed Part Number Height x Width x Depth Part Number * Part Number * KDRMA41H TB 3.63 x 4.45 x KDRMA41H1E01 KDRMA41H1E3R1 KDRMA42H TB 3.63 x 4.45 x KDRMA42H1E01 KDRMA42H1E3R1 KDRMA43H TB 3.63 x 4.45 x KDRMA43H1E01 KDRMA43H1E3R1 KDRMA44H TB 3.63 x 4.45 x KDRMA44H1E01 KDRMA44H1E3R1 KDRMA45H TB 3.63 x 4.45 x KDRMA45H1E01 KDRMA45H1E3R1 KDRAA46H TB 4.44 x 4.25 x KDRAA46H2E01 KDRAA46H2E3R1 KDRAA43H TB 4.44 x 4.25 x KDRAA43H2E01 KDRAA43H2E3R1 KDRAA44H TB 4.44 x 4.25 x KDRAA44H2E01 KDRAA44H2E3R1 KDRAA57H TB 4.44 x 4.25 x KDRAA57H2E01 KDRAA57H2E3R1 KDRAA58H TB 4.44 x 4.25 x KDRAA58H2E01 KDRAA58H2E3R1 KDRB42H TB 5.00 x 6.00 x KDRB42HE01 KDRB42HE3R KDRB43H TB 5.00 x 6.00 x KDRB43HE01 KDRB43HE3R KDRB44H TB 5.00 x 6.00 x KDRB44HE01 KDRB44HE3R KDRD41H TB 5.75 x 7.20 x KDRD41HE01 KDRD41HE3R KDRC43H TB 5.75 x 7.20 x KDRC43HE01 KDRC43HE3R KDRE42H TB 5.75 x 7.20 x KDRE42HE01 KDRE42HE3R KDRF44H TB 7.00 x 9.00 x KDRF44HE01 KDRF44HE3R KDRF45H TB 7.00 x 9.00 x KDRF45HE01 KDRF45HE3R KDRH43H TB 9.00 x x KDRH43HE01 KDRH43HE3R KDRH42H TB 9.00 x x KDRH42HE01 KDRH42HE3R KDRI41H CB 9.00 x x KDRI41HE01 KDRI41HE3R KDRG44H CB 9.00 x x KDRG44HE01 KDRG44HE3R KDRG45H CB 9.00 x x KDRG45HE01 KDRG45HE3R KDRJ41H CB 9.00 x x KDRJ41HE01 KDRJ41HE3R KDRL46H CB x x KDRL46HE01 KDRL46HE3R KDRL47H CB x x KDRL47HE01 KDRL47HE3R KDRL48H CB x x KDRL48HE01 KDRL48HE3R KDRL49H CB x x KDRL49HE01 KDRL49HE3R KDRS47H CB x x KDRS47HE01 KDRS47HE3R KDRS46H CB x x KDRS46HE01 KDRS46HE3R KDRS49H CB x x KDRS49HE01 KDRS49HE3R KDRX45H CB x x KDRX45HE01 KDRX44H CB x x KDRX44HE01 KDRX41H CB x x KDRX41HE01 KDRX42H CB x x KDRX42HE01 KDRX43H CB x x KDRX43HE01 KDRY41H CB x x KDRY41HE01 KDRY42H CB x x KDRY42HE01 *For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure Consult Factory for Assistance KDR Series Design Frame Sequence Code Impedance Rating L = Low Impedance H = High Impedance P = Output Reactor Enclosure E01 = UL Type 1 E3R = UL Type 3R Part Numbering System KDR A 55 H E3R Part Numbering System Series Design Frame (MA/AA) Sequence Code Impedance Rating L = Low Impedance H = High Impedance Foot 1 = Side Mount (Only for MA frame) 2 = Thin Comb Mount (Only for AA Frame) Enclosure E01 = UL Type 1 E3R1 = UL Type 3R K D R A A 3 L 2 E 0 1 Page 54

58 KDR Optimized Line Reactors 690 Volt Low-Z Part Number NEC Motor HP NEC Motor Current Watts Loss Standard Terms Open NEMA 1 Enclosed Height x Width x Depth Part Number * KDRA55LV QD 4.00 x 4.18 x KDRA55LC1V KDRA56LV QD 4.00 x 4.18 x KDRA56LC1V KDRA50LV QD 4.00 x 4.18 x KDRA50LC1V KDRA51LV QD 4.00 x 4.18 x KDRA51LC1V KDRA46LV QD 4.00 x 4.18 x KDRA46LC1V KDRA52LV QD 4.00 x 4.18 x KDRA52LC1V KDRA47LV QD 4.00 x 4.18 x KDRA47LC1V KDRA48LV QD 4.00 x 4.18 x KDRA48LC1V KDRA49LV QD 4.00 x 4.18 x KDRA49LC1V KDRB45LV RL 5.00 x 6.00 x KDRB45LC2V KDRB44LV RL 5.00 x 6.00 x KDRB44LC2V KDRB43LV RL 5.00 x 6.00 x KDRB43LC2V KDRD42LV RL 5.75 x 7.20 x KDRD42LC2V KDRC43LV RL 5.75 x 7.20 x KDRC43LC2V KDRC44LV RL 5.75 x 7.20 x KDRC44LC2V KDRF46LV RL 7.00 x 9.00 x KDRF46LC3V KDRF47LV RL 7.00 x 9.00 x KDRF47LC3V KDRF45LV CB 7.00 x 9.00 x KDRF45LC4V KDRH43LV CB 8.50 x x KDRH43LC4V KDRH44LV CB 8.50 x x KDRH44LC4V KDRI42LV CB 9.00 x x KDRI42LC4V KDRG47LV CB 9.00 x x KDRG47LC4V KDRG45LV CB 9.00 x x KDRG45LC4V KDRJ45LV CB 9.00 x x KDRJ45LC5V KDRJ43LV CB 9.00 x x KDRJ43LC5V KDRJ44LV CB 9.00 x x KDRJ44LC5V KDRL45LV CB x x KDRL45LC5V KDRL42LV CB x x KDRL42LC5V KDRL43LV CB x x KDRL43LC5V KDRS41LV CB x x KDRS41LC7V KDRX41LV CB x x KDRX41LC7V KDRX42LV CB x x KDRX42LC7V KDRX43LV CB x x KDRX43LC7V KDRX44LV CB x x KDRX44LC7V KDRY41LV CB x x KDRY41LC7V Notes: For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure KDR Series Design Frame Sequence Code Impedance Rating L = Low Impedance H = High Impedance P = Output Reactor Enclosure NEMA 1 Sizes: 1-5, 7 Part Numbering System KDR A 55 H C1 Page 55

59 KDR Optimized Line Reactors 690 Volt High-Z Part Number NEC Motor HP NEC Motor Current Watts Loss Standard Terms Open NEMA 1 Enclosed Height x Width x Depth Part Number * KDRA55HV QD 4.00 x 4.18 x KDRA55HC1V KDRA52HV QD 4.00 x 4.18 x KDRA52HC1V KDRA50HV QD 4.00 x 4.18 x KDRA50HC1V KDRA51HV QD 4.00 x 4.18 x KDRA51HC1V KDRA43HV QD 4.00 x 4.18 x KDRA43HC1V KDRA44HV QD 4.00 x 4.18 x KDRA44HC1V KDRA45HV QD 4.00 x 4.18 x KDRA45HC1V KDRB42HV QD 5.00 x 6.00 x KDRB42HC2V KDRB43HV QD 5.00 x 6.00 x KDRB43HC2V KDRB44HV RL 5.00 x 6.00 x KDRB44HC2V KDRD41HV RL 5.75 x 7.20 x KDRD41HC2V KDRC43HV RL 5.75 x 7.20 x KDRC43HC2V KDRE42HV RL 5.75 x 7.20 x KDRE42HC3V KDRF44HV RL 7.00 x 9.00 x KDRF44HC3V KDRF45HV RL 7.00 x 9.00 x KDRF45HC3V KDRH43HV RL 8.50 x x KDRH43HC4V KDRH42HV RL 8.50 x x KDRH42HC4V KDRI41HV CB 9.00 x x KDRI41HC4V KDRG44HV CB 9.00 x x KDRG44HC4V KDRG45HV CB 9.00 x x KDRG45HC4V KDRJ41HV CB 9.00 x x KDRJ41HC5V KDRL46HV CB x x KDRL46HC5V KDRL47HV CB x x KDRL47HC5V KDRL48HV CB x x KDRL48HC5V KDRL49HV CB x x KDRL49HC5V KDRS47HV CB x x KDRS47HC5V KDRS46HV CB x x KDRS46HC5V KDRS49HV CB x x KDRS49HC5V KDRX45HV CB x x KDRX45HC7V KDRX44HV CB x x KDRX44HC7V KDRX41HV CB x x KDRX41HC7V KDRX42HV CB x x KDRX42HC7V KDRX43HV CB x x KDRX43HC7V KDRY41HV CB x x KDRY41HC7V KDRY42HV CB x x KDRY42HC7V KDR Series Design Frame Sequence Code Impedance Rating L = Low Impedance H = High Impedance P = Output Reactor Enclosure NEMA 1 Sizes: 1-5, 7 Part Numbering System KDR A 55 H C1 Page 56

60 KLR Series Three-Phase Reactors 480 V - 3% Z 575 V - 2.4% Z 240 V - 6% Z Part Number NEC Motor HP Rated Open NEMA 1 Enclosed Watts Loss Stand. Terms 480V 575V 240V Amps Height x Width x Depth Wgt Part Number * KLR2ATB TB 4.00 x 4.25 x KLR2ATB1 KLR3ATB TB 4.00 x 4.25 x KLR3ATB1 KLR4ATB TB 4.00 x 4.25 x KLR4ATB1 KLR6ATB TB 4.00 x 4.25 x KLR6ATB1 KLR8ATB TB 4.00 x 5.00 x KLR8ATB1 KLR12ATB TB 5.00 x 7.00 x KLR12ATB1 KLR16ATB TB 5.75 x 6.00 x KLR16ATB1 KLR18ATB TB 5.75 x 8.00 x KLR18ATB2 KLR21ATB TB 5.75 x 8.00 x KLR21ATB2 KLR25ATB TB 5.75 x 8.00 x KLR25ATB2 KLR27ATB TB 5.75 x 8.00 x KLR27ATB2 KLR35ATB TB 5.75 x 8.00 x KLR35ATB2 KLR45ATB TB 5.75 x 8.00 x KLR45ATB2 KLR55ATB TB 7.00 x 9.00 x KLR55ATB3 KLR80ATB TB 9.00 x x KLR80ATB4 KLR110ACB CB 9.00 x x KLR110ACB4 KLR130ACB CB 9.00 x x KLR130ACB4 KLR160ACB CB 9.00 x x KLR160ACB4 KLR200ACB CB x x KLR200ACB5 KLR250ACB CB x x KLR250ACB5 KLR300ACB CB x x KLR300ACB5 KLR360ACB CB x x KLR360ACB5 KLR420ACB CB x x KLR420ACB5 KLR480ACB CB x x KLR480ACB5 KLR600ACB CB x x KLR600ACB5 KLR750ACB CB x x KLR750ACB7 KLR850ACB CB x x KLR850ACB7 KLR950ACB CB x x KLR950ACB7 *For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure Part Numbering System KLR Series Current Rating (amps) Impedance Rating Terminations TB = Terminal Block CB = Copper Bus PT = Pressure Terminal Enclosure NEMA 1 Sizes: 1-5, 7 KLR 80 A TB 4 Page 57

61 KLR Series Three-Phase Reactors 480 V - 3% Z 575 V - 2.4% Z 240 V - 6% Z Part Number NEC Motor HP Rated Watts UL Type 1 Enclosed UL Type 3R Enclosed 480V 575V 240V Amps Loss Part Number * Part Number * KLRUL2ATB KLRUL2ATBE01 KLRUL2ATBE3R KLRUL3ATB KLRUL3ATBE01 KLRUL3ATBE3R KLRUL4ATB KLRUL4ATBE01 KLRUL4ATBE3R KLRUL6ATB KLRUL6ATBE01 KLRUL6ATBE3R KLRUL8ATB KLRUL8ATBE01 KLRUL8ATBE3R KLRUL12ATB KLRUL12ATBE01 KLRUL12ATBE3R KLRUL16ATB KLRUL16ATBE01 KLRUL16ATBE3R KLRUL18ATB KLRUL18ATBE01 KLRUL18ATBE3R KLRUL21ATB KLRUL21ATBE01 KLRUL21ATBE3R KLRUL25ATB KLRUL25ATBE01 KLRUL25ATBE3R KLRUL27ATB KLRUL27ATBE01 KLRUL27ATBE3R KLRUL35ATB KLRUL35ATBE01 KLRUL35ATBE3R KLRUL45ATB KLRUL45ATBE01 KLRUL45ATBE3R KLRUL55ATB KLRUL55ATBE01 KLRUL55ATBE3R KLRUL80ATB KLRUL80ATBE01 KLRUL80ATBE3R KLRUL110APT KLRUL110APTE01 KLRUL110APTE3R KLRUL130APT KLRUL130APTE01 KLRUL130APTE3R KLRUL160APT KLRUL160APTE01 KLRUL160APTE3R KLRUL200APT KLRUL200APTE01 KLRUL200APTE3R KLRUL250APT KLRUL250APTE01 KLRUL250APTE3R KLRUL300APT KLRUL300APTE01 KLRUL300APTE3R KLRUL360APT KLRUL360APTE01 KLRUL360APTE3R KLRUL420APT KLRUL420APTE01 KLRUL420APTE3R KLRUL480APT KLRUL480APTE01 KLRUL480APTE3R KLRUL600APT KLRUL600APTE01 KLRUL600APTE3R KLRUL750APT KLRUL750APTE01 KLRUL850APT KLRUL850APTE01 KLRUL950APT KLRUL950APTE01 Consult Factory for Assistance *For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure Part Numbering System KLR Series UL Listed Current Rating (amps) Impedance Rating Terminations: TB = Terminal Block CB = Copper Bus PT = Pressure Terminal Enclosure E01 = UL Type 1 E3R = UL Type 3R KLR UL 80 A TB E3R Page 58

62 KLR Series Three-Phase Reactors 480 V - 1.5% Z 240 V - 3% Z Part Number NEC Motor HP Rated Watts Stand. Open NEMA 1 Enclosed 480V 575V 240V Amps Loss Terms Height x Width x Depth Wgt Part Number * KLR2BTB TB 4.00 x 5.00 x KLR2BTB1 KLR3BTB TB 4.00 x 5.00 x KLR3BTB1 KLR4BTB TB 4.00 x 5.00 x KLR4BTB1 KLR6BTB TB 4.00 x 5.00 x KLR6BTB1 KLR8BTB TB 4.00 x 5.00 x KLR8BTB1 KLR12BTB TB 4.00 x 5.00 x KLR12BTB1 KLR16BTB TB 5.00 x 6.00 x KLR16BTB1 KLR18BTB TB 6.00 x 7.00 x KLR18BTB2 KLR21BTB TB 6.00 x 7.00 x KLR21BTB2 KLR25BTB TB 6.00 x 7.00 x KLR25BTB2 KLR27BTB TB 6.00 x 7.00 x KLR27BTB2 KLR35BTB TB 6.00 x 7.00 x KLR35BTB2 KLR45BTB TB 6.00 x 7.00 x KLR45BTB2 KLR55BTB TB 5.75 x 8.00 x KLR55BTB2 KLR80BTB TB 7.00 x 9.00 x KLR80BTB3 KLR110BCB CB 7.00 x x KLR110BCB4 KLR130BCB CB 9.00 x x KLR130BCB4 KLR160BCB CB 9.00 x x KLR160BCB4 KLR200BCB CB 9.00 x x KLR200BCB4 KLR250BCB CB 9.00 x x KLR250BCB4 KLR300BCB CB 9.00 x x KLR300BCB5 KLR360BCB CB 9.00 x x KLR360BCB5 KLR420BCB CB x x KLR420BCB5 KLR480BCB CB x x KLR480BCB5 KLR600BCB CB x x KLR600BCB5 KLR750BCB CB x x KLR750BCB7 KLR850BCB CB x x KLR850BCB7 KLR950BCB CB x x KLR950BCB7 *For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure Part Numbering System KLR Series Current Rating (amps) Impedance Rating Terminations TB = Terminal Block CB = Copper Bus PT = Pressure Terminal Enclosure NEMA 1 Sizes: 1-5, 7 KLR 80 B TB 4 Page 59

63 KLR Series Three-Phase Reactors 480 V - 1.5% Z 240 V - 3% Z Part Number NEC Motor HP Rated Watts UL Type 1 Enclosed UL Type 3R Enclosed 480V 240V Amps Loss Part Number * Part Number * KLRUL2BTB KLRUL2BTBE01 KLRUL2BTBE3R KLRUL3BTB KLRUL3BTBE01 KLRUL3BTBE3R KLRUL4BTB KLRUL4BTBE01 KLRUL4BTBE3R KLRUL6BTB KLRUL6BTBE01 KLRUL6BTBE3R KLRUL8BTB KLRUL8BTBE01 KLRUL8BTBE3R KLRUL12BTB KLRUL12BTBE01 KLRUL12BTBE3R KLRUL16BTB KLRUL16BTBE01 KLRUL16BTBE3R KLRUL18BTB KLRUL18BTBE01 KLRUL18BTBE3R KLRUL21BTB KLRUL21BTBE01 KLRUL21BTBE3R KLRUL25BTB KLRUL25BTBE01 KLRUL25BTBE3R KLRUL27BTB KLRUL27BTBE01 KLRUL27BTBE3R KLRUL35BTB KLRUL35BTBE01 KLRUL35BTBE3R KLRUL45BTB KLRUL45BTBE01 KLRUL45BTBE3R KLRUL55BTB KLRUL55BTBE01 KLRUL55BTBE3R KLRUL80BTB KLRUL80BTBE01 KLRUL80BTBE3R KLRUL110BPT KLRUL110BPTE01 KLRUL110BPTE3R KLRUL130BPT KLRUL130BPTE01 KLRUL130BPTE3R KLRUL160BPT KLRUL160BPTE01 KLRUL160BPTE3R KLRUL200BPT KLRUL200BPTE01 KLRUL200BPTE3R KLRUL250BPT KLRUL250BPTE01 KLRUL250BPTE3R KLRUL300BPT KLRUL300BPTE01 KLRUL300BPTE3R KLRUL360BPT KLRUL360BPTE01 KLRUL360BPTE3R KLRUL420BPT KLRUL420BPTE01 KLRUL420BPTE3R KLRUL480BPT KLRUL480BPTE01 KLRUL480BPTE3R KLRUL600BPT KLRUL600BPTE01 KLRUL600BPTE3R KLRUL750BPT KLRUL750BPTE01 Consult Factory for KLRUL850BPT KLRUL850BPTE01 Assistance KLRUL950BPT KLRUL950BPTE01 *For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure Part Numbering System KLR Series UL Listed Current Rating (amps) Impedance Rating Terminations: TB = Terminal Block CB = Copper Bus PT = Pressure Terminal Enclosure E01 = UL Type 1 E3R = UL Type 3R KLR UL 80 B TB E3R Page 60

64 KLR Series Three-Phase Reactors 480 Volt 5% Z Part Number NEC Motor HP Rated Amps Watts Loss Stand. Terms Open NEMA 1 Enclosed 480V 575V 240V Height x Width x Depth Wgt Part Number * KLR2CTB TB 4.00 x 5.00 x KLR2CTB1 KLR3CTB TB 4.00 x 5.00 x KLR3CTB1 KLR4CTB TB 4.00 x 5.00 x KLR4CTB1 KLR6CTB TB 5.00 x 7.00 x KLR6CTB1 KLR8CTB TB 5.00 x 7.00 x KLR8CTB1 KLR12CTB TB 5.00 x 7.00 x KLR12CTB1 KLR16CTB TB 5.75 x 8.00 x KLR16CTB2 KLR18CTB TB 5.75 x 8.00 x KLR18CTB2 KLR21CTB TB 5.75 x 8.00 x KLR21CTB2 KLR25CTB TB 5.75 x 8.00 x KLR25CTB2 KLR27CTB TB 5.75 x 8.00 x KLR27CTB2 KLR35CTB TB 7.00 x 9.00 x KLR35CTB3 KLR45CTB TB 7.00 x 9.00 x KLR45CTB3 KLR55CTB TB 9.00 x x KLR55CTB4 KLR80CTB TB 9.00 x x KLR80CTB4 KLR110CCB CB 9.00 x x KLR110CCB4 KLR130CCB CB x x KLR130CCB5 KLR160CCB CB x x KLR160CCB5 KLR200CCB CB x x KLR200CCB5 KLR250CCB CB x x KLR250CCB5 KLR300CCB CB x x KLR300CCB5 KLR360CCB CB x x KLR360CCB5 KLR420CCB CB x x KLR420CCB5 KLR480CCB CB x x KLR480CCB5 KLR600CCB CB x x KLR600CCB7 KLR750CCB CB x x KLR750CCB7 KLR850CCB CB x x KLR850CCB7 KLR950CCB CB x x KLR950CCB7 *For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure Part Numbering System KLR Series Current Rating (amps) Impedance Rating Terminations TB = Terminal Block CB = Copper Bus PT = Pressure Terminal Enclosure NEMA 1 Sizes: 1-5, 7 KLR 80 C TB 4 Page 61

65 KLR Series Three-Phase Reactors 480 Volt 5% Z Part Number NEC Motor HP Rated Watts UL Type 1 Enclosed UL Type 3R Enclosed Amps Loss Part Number * Part Number * KLRUL2CTB KLRUL2CTBE01 KLRUL2CTBE3R KLRUL3CTB KLRUL3CTBE01 KLRUL3CTBE3R KLRUL4CTB KLRUL4CTBE01 KLRUL4CTBE3R KLRUL6CTB KLRUL6CTBE01 KLRUL6CTBE3R KLRUL8CTB KLRUL8CTBE01 KLRUL8CTBE3R KLRUL12CTB KLRUL12CTBE01 KLRUL12CTBE3R KLRUL16CTB KLRUL16CTBE01 KLRUL16CTBE3R KLRUL18CTB KLRUL18CTBE01 KLRUL18CTBE3R KLRUL21CTB KLRUL21CTBE01 KLRUL21CTBE3R KLRUL25CTB KLRUL25CTBE01 KLRUL25CTBE3R KLRUL27CTB KLRUL27CTBE01 KLRUL27CTBE3R KLRUL35CTB KLRUL35CTBE01 KLRUL35CTBE3R KLRUL45CTB KLRUL45CTBE01 KLRUL45CTBE3R KLRUL55CTB KLRUL55CTBE01 KLRUL55CTBE3R KLRUL80CTB KLRUL80CTBE01 KLRUL80CTBE3R KLRUL110CPT KLRUL110CPTE01 KLRUL110CPTE3R KLRUL130CPT KLRUL130CPTE01 KLRUL130CPTE3R KLRUL160CPT KLRUL160CPTE01 KLRUL160CPTE3R KLRUL200CPT KLRUL200CPTE01 KLRUL200CPTE3R KLRUL250CPT KLRUL250CPTE01 KLRUL250CPTE3R KLRUL300CPT KLRUL300CPTE01 KLRUL300CPTE3R KLRUL360CPT KLRUL360CPTE01 KLRUL360CPTE3R KLRUL420CPT KLRUL420CPTE01 KLRUL420CPTE3R KLRUL480CPT KLRUL480CPTE01 KLRUL480CPTE3R KLRUL600CPT KLRUL600CPTE01 KLRUL600CPTE3R KLRUL750CPT KLRUL750CPTE01 KLRUL850CPT KLRUL850CPTE01 Consult Factory for KLRUL950CPT KLRUL950CPTE01 Assistance *For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure Part Numbering System KLR Series UL Listed Current Rating (amps) Impedance Rating Terminations: TB = Terminal Block CB = Copper Bus PT = Pressure Terminal Enclosure E01 = UL Type 1 E3R = UL Type 3R KLR UL 80 C TB E3R Page 62

66 575 Volt 3% Z KLR Series Three-Phase Reactors Part Number NEC Motor HP Rated Watts Stand. Open NEMA 1 Enclosed 480V 575V 240V Amps Loss Terms Height x Width x Depth Wgt Part Number * KLR2DTB TB 4.00 x 5.00 x KLR2DTB1 KLR3DTB TB 4.00 x 5.00 x KLR3DTB1 KLR4DTB TB 4.00 x 4.25 x KLR4DTB1 KLR6DTB TB 4.00 x 5.00 x KLR6DTB1 KLR8DTB TB 5.00 x 7.00 x KLR8DTB1 KLR12DTB TB 5.00 x 7.00 x KLR12DTB1 KLR16DTB TB 5.00 x 6.00 x KLR16DTB1 KLR18DTB TB 5.75 x 8.00 x KLR18DTB2 KLR21DTB TB 5.75 x 8.00 x KLR21DTB2 KLR25DTB TB 5.75 x 8.00 x KLR25DTB2 KLR27DTB TB 5.75 x 8.00 x KLR27DTB2 KLR35DTB TB 5.75 x 8.00 x KLR35DTB2 KLR45DTB TB 7.00 x 9.00 x KLR45DTB3 KLR55DTB TB 7.00 x 9.00 x KLR55DTB3 KLR80DTB TB 9.00 x x KLR80DTB4 KLR110DCB CB 9.50 x x KLR110DCB4 KLR130DCB CB 9.50 x x KLR130DCB4 KLR160DCB CB 9.00 x x KLR160DCB4 KLR200DCB CB x x KLR200DCB5 KLR250DCB CB x x KLR250DCB5 KLR300DCB CB x x KLR300DCB5 KLR360DCB CB x x KLR360DCB5 KLR420DCB CB x x KLR420DCB5 KLR480DCB CB x x KLR480DCB5 KLR600DCB CB x x KLR600DCB5 KLR750DCB CB x x KLR750DCB7 KLR850DCB CB x x KLR850DCB7 KLR950DCB CB x x KLR950DCB7 KLR1500DCB 1500 CB *For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure Part Numbering System KLR Series Current Rating (amps) Impedance Rating Terminations: TB = Terminal Block CB = Copper Bus PT = Pressure Terminal Enclosure NEMA 1 Sizes: 1-5, 7 KLR 80 D TB 4 Page 63

67 KLR Series Three-Phase Reactors 575 Volt 3% Z Part Number NEC Motor HP Rated Watts UL Type 1 Enclosed UL Type 3R Enclosed Amps Loss Part Number * Part Number * KLRUL2DTB KLRUL2DTBE01 KLRUL2DTBE3R KLRUL3DTB KLRUL3DTBE01 KLRUL3DTBE3R KLRUL4DTB KLRUL4DTBE01 KLRUL4DTBE3R KLRUL6DTB KLRUL6DTBE01 KLRUL6DTBE3R KLRUL8DTB KLRUL8DTBE01 KLRUL8DTBE3R KLRUL12DTB KLRUL12DTBE01 KLRUL12DTBE3R KLRUL16DTB KLRUL16DTBE01 KLRUL16DTBE3R KLRUL18DTB KLRUL18DTBE01 KLRUL18DTBE3R KLRUL21DTB KLRUL21DTBE01 KLRUL21DTBE3R KLRUL25DTB KLRUL25DTBE01 KLRUL25DTBE3R KLRUL27DTB KLRUL27DTBE01 KLRUL27DTBE3R KLRUL35DTB KLRUL35DTBE01 KLRUL35DTBE3R KLRUL45DTB KLRUL45DTBE01 KLRUL45DTBE3R KLRUL55DTB KLRUL55DTBE01 KLRUL55DTBE3R KLRUL80DTB KLRUL80DTBE01 KLRUL80DTBE3R KLRUL110DPT KLRUL110DPTE01 KLRUL110DPTE3R KLRUL130DPT KLRUL130DPTE01 KLRUL130DPTE3R KLRUL160DPT KLRUL160DPTE01 KLRUL160DPTE3R KLRUL200DPT KLRUL200DPTE01 KLRUL200DPTE3R KLRUL250DPT KLRUL250DPTE01 KLRUL250DPTE3R KLRUL300DPT KLRUL300DPTE01 KLRUL300DPTE3R KLRUL360DPT KLRUL360DPTE01 KLRUL360DPTE3R KLRUL420DPT KLRUL420DPTE01 KLRUL420DPTE3R KLRUL480DPT KLRUL480DPTE01 KLRUL480DPTE3R KLRUL600DPT KLRUL600DPTE01 KLRUL600DPTE3R KLRUL750DPT KLRUL750DPTE01 Consult Factory for KLRUL850DPT KLRUL850DPTE01 Assistance KLRUL950DPT KLRUL950DPTE01 Part Numbering System KLR Series UL Listed Current Rating (amps) Impedance Rating Terminations: TB = Terminal Block CB = Copper Bus PT = Pressure Terminal Enclosure E01 = UL Type 1 E3R = UL Type 3R KLR UL 80 D TB E3R Page 64

68 KLR Series Three-Phase Reactors 575 Volt 5% Z Part Number NEC Motor HP Rated Watts Stand. Open NEMA 1 Enclosed 480V 575V 240V Amps Loss Terms Height x Width x Depth Wgt Part Number * KLR2ETB TB 4.00 x 5.00 x KLR2ETB1 KLR3ETB TB 4.00 x 5.00 x KLR3ETB1 KLR4ETB TB 4.00 x 5.00 x KLR4ETB1 KLR6ETB TB 5.00 x 7.00 x KLR6ETB1 KLR8ETB TB 5.00 x 7.00 x KLR8ETB1 KLR12ETB TB 5.75 x 8.00 x KLR12ETB2 KLR16ETB TB 5.75 x 8.00 x KLR16ETB2 KLR18ETB TB 5.60 x 6.94 x KLR18ETB2 KLR21ETB TB 5.75 x 8.00 x KLR21ETB2 KLR25ETB TB 7.00 x 9.00 x KLR25ETB3 KLR27ETB TB 7.00 x 9.00 x KLR27ETB3 KLR35ETB TB 7.00 x 9.00 x KLR35ETB3 KLR45ETB TB 7.00 x 9.00 x KLR45ETB4 KLR55ETB TB 7.00 x x KLR55ETB4 KLR80ETB TB 9.00 x x KLR80ETB4 KLR110ECB CB 8.50 x x KLR110ECB5 KLR130ECB CB x x KLR130ECB5 KLR160ECB CB x x KLR160ECB5 KLR200ECB CB x x KLR200ECB5 KLR250ECB CB x x KLR250ECB5 KLR300ECB CB x x KLR300ECB5 KLR360ECB CB x x KLR360ECB5 KLR420ECB CB x x KLR420ECB5 KLR480ECB CB x x KLR480ECB5 KLR600ECB CB x x KLR600ECB5 KLR750ECB CB x x KLR750ECB7 KLR850ECB CB x x KLR850ECB7 KLR950ECB CB x x KLR950ECB7 *For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure Part Numbering System KLR Series Current Rating (amps) Impedance Rating Terminations: TB = Terminal Block CB = Copper Bus PT = Pressure Terminal Enclosure NEMA 1 Sizes: 1-5, 7 KLR 80 E TB 4 Page 65

69 KLR Series Three-Phase Reactors 575 Volt 3% Z Part Number NEC Motor HP Rated Watts UL Type 1 Enclosed UL Type 3R Enclosed Amps Loss Part Number * Part Number * KLRUL2DTB KLRUL2DTBE01 KLRUL2DTBE3R KLRUL3DTB KLRUL3DTBE01 KLRUL3DTBE3R KLRUL4DTB KLRUL4DTBE01 KLRUL4DTBE3R KLRUL6DTB KLRUL6DTBE01 KLRUL6DTBE3R KLRUL8DTB KLRUL8DTBE01 KLRUL8DTBE3R KLRUL12DTB KLRUL12DTBE01 KLRUL12DTBE3R KLRUL16DTB KLRUL16DTBE01 KLRUL16DTBE3R KLRUL18DTB KLRUL18DTBE01 KLRUL18DTBE3R KLRUL21DTB KLRUL21DTBE01 KLRUL21DTBE3R KLRUL25DTB KLRUL25DTBE01 KLRUL25DTBE3R KLRUL27DTB KLRUL27DTBE01 KLRUL27DTBE3R KLRUL35DTB KLRUL35DTBE01 KLRUL35DTBE3R KLRUL45DTB KLRUL45DTBE01 KLRUL45DTBE3R KLRUL55DTB KLRUL55DTBE01 KLRUL55DTBE3R KLRUL80DTB KLRUL80DTBE01 KLRUL80DTBE3R KLRUL110DPT KLRUL110DPTE01 KLRUL110DPTE3R KLRUL130DPT KLRUL130DPTE01 KLRUL130DPTE3R KLRUL160DPT KLRUL160DPTE01 KLRUL160DPTE3R KLRUL200DPT KLRUL200DPTE01 KLRUL200DPTE3R KLRUL250DPT KLRUL250DPTE01 KLRUL250DPTE3R KLRUL300DPT KLRUL300DPTE01 KLRUL300DPTE3R KLRUL360DPT KLRUL360DPTE01 KLRUL360DPTE3R KLRUL420DPT KLRUL420DPTE01 KLRUL420DPTE3R KLRUL480DPT KLRUL480DPTE01 KLRUL480DPTE3R KLRUL600DPT KLRUL600DPTE01 KLRUL600DPTE3R KLRUL750DPT KLRUL750DPTE01 Consult Factory for KLRUL850DPT KLRUL850DPTE01 Assistance KLRUL950DPT KLRUL950DPTE01 Part Numbering System KLR Series UL Listed Current Rating (amps) Impedance Rating Terminations: TB = Terminal Block CB = Copper Bus PT = Pressure Terminal Enclosure E01 = UL Type 1 E3R = UL Type 3R KLR UL 80 E TB E3R Page 66

70 KLR Series Three-Phase Reactors 690 Volt 3% Z Part Number NEC Motor HP Rated Watts Stand. Open NEMA 1 Enclosed Amps Loss Terms Height x Width x Depth Wgt Part Number * KLR2DQDV QD 4.00 x 4.18 x KLR2DQD1V KLR3DQDV QD 4.00 x 4.18 x KLR3DQD1V KLR4DQDV QD 4.00 x 4.18 x KLR4DQD1V KLR6DQDV QD 4.00 x 4.18 x KLR6DQD1V KLR8DQDV QD 5.00 x 6.00 x KLR8DQD1V KLR12DQDV QD 5.00 x 6.00 x KLR12DQD1V KLR16DRLV RL 5.00 x 6.00 x KLR16DRL1V KLR18DRLV RL 5.75 x 7.20 x KLR18DRL2V KLR21DRLV RL 5.75 x 7.20 x KLR21DRL2V KLR25DRLV RL 5.75 x 7.20 x KLR25DRL2V KLR27DRLV RL 5.75 x 7.20 x KLR27DRL2V KLR35DRLV RL 5.75 x 7.20 x KLR35DRL3V KLR45DRLV RL 7.00 x 9.00 x KLR45DRL3V KLR55DRLV RL 7.00 x 9.00 x KLR55DRL3V KLR80DRLV RL 9.00 x x KLR80DRL4V KLR110DCBV CB 9.00 x x KLR110DCB4V KLR130DCBV CB 9.00 x x KLR130DCB4V KLR160DCBV CB 9.00 x x KLR160DCB4V KLR200DCBV CB x x KLR200DCB5V KLR250DCBV CB x x KLR250DCB5V KLR300DCBV CB x x KLR300DCB5V KLR360DCBV CB x x KLR360DCB5V KLR420DCBV CB x x KLR420DCB5V KLR480DCBV CB x x KLR480DCB5V KLR600DCBV CB x x KLR600DCB5V KLR750DCBV CB x x KLR750DCB7V KLR850DCBV CB x x KLR850DCB7V KLR950DCBV CB x x KLR950DCB7V Notes: For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure Part Numbering System KLR Series Current Rating (amps) Impedance Rating Terminations: QD = Quick Disconnect RL = Ring Lug CB = Copper Bus Enclosure NEMA 1 Sizes: 1-5, volt KLR 80 D RL 4 V Page 67

71 690 Volt 5% Z KLR Series Three-Phase Reactors Part Number NEC Motor HP Rated Watts Stand. Open NEMA 1 Enclosed NEMA 3R Enclosed Amps Loss Terms Height x Width x Depth Wgt Part Number * Part Number * KLR2EQDV QD 4.00 x 4.18 x KLR2EQD1V KLR3EQDV QD 4.00 x 4.18 x KLR3EQD1V KLR4EQDV QD 4.00 x 4.18 x KLR4EQD1V KLR6EQDV QD 5.00 x 6.00 x KLR6EQD1V KLR8EQDV QD 5.00 x 6.00 x KLR8EQD1V KLR12ERLV RL 5.75 x 7.20 x KLR12ERL2V KLR16ERLV RL 5.75 x 7.20 x KLR16ERL2V KLR18ERLV RL 5.75 x 7.20 x KLR18ERL3V KLR21ERLV RL 5.75 x 7.20 x KLR21ERL3V KLR25ERLV RL 7.00 x 9.00 x KLR25ERL3V KLR27ERLV RL 7.00 x 9.00 x KLR27ERL3V KLR35ERLV RL 7.00 x 9.00 x KLR35ERL3V KLR45ERLV RL 9.00 x x KLR45ERL4V KLR55ERLV RL 9.00 x x KLR55ERL4V KLR80ERLV RL 9.00 x x KLR80ERL4V KLR110ECBV CB x x KLR110ECB5V KLR130ECBV CB x x KLR130ECB5V KLR160ECBV CB x x KLR160ECB5V KLR160ECB3RV KLR200ECBV CB x x KLR200ECB5V KLR250ECBV CB x x KLR250ECB5V KLR300ECBV CB x x KLR300ECB5V KLR360ECBV CB x x KLR360ECB5V KLR420ECBV CB x x KLR420ECB5V KLR480ECBV CB x x KLR480ECB5V KLR600ECBV CB x x KLR600ECB7V KLR750ECBV CB x x KLR750ECB7V KLR850ECBV CB x x KLR850ECB7V KLR950ECBV CB x x KLR950ECB7V Notes: For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure Part Numbering System KLR Series Current Rating (amps) Impedance Rating Terminations: QD = Quick Disconnect RL = Ring Lug CB = Copper Bus Enclosure NEMA 1 Sizes: 1-5, volt KLR 80 D RL 4 V Page 68

72 DIN Rail Line Reactors KDR Series 480 Volt Part Number NEC Motor HP NEC Motor Current Watts Loss Standard Terms KDRMA1L1DR LOW - Z 5 TB KDRMA2L1DR TB KDRMA3L1DR TB KDRMA4L1DR TB KDRMA5L1DR TB KDRMA6L1DR TB KDRMA7L1DR TB KDRMA8L1DR TB KDRAA3L2DR TB KDRAA4L2DR TB KDRA5LDR TB KDRB2LDR TB KDRB1LDR TB HIGH - Z KDRMAHL1DR TB KDRMA2H1DR TB KDRMA3H1DR TB KDRMA4H1DR TB KDRMA5H1DR TB KDRMA6H1DR TB KDRAA1H2DR TB KDRAA2H2DR TB KDRAA3H2DR TB KDRA4HDR TB KDRA5HDR TB KDRB2HDR TB /600 Volt Part Number NEC Motor HP NEC Motor Current Watts Loss Standard Terms LOW - Z KDRMA41L1DR TB KDRMA42L1DR TB KDRMA43L1DR TB KDRMA44L1DR TB KDRMA45L1DR TB KDRMA46L1DR TB KDRAA47L2DR TB KDRAA52L2DR TB KDRAA58L2DR TB KDRAA48L2DR TB KDRA49LDR TB KDRB45LDR TB KDRB44LDR TB KDRB43LDR TB HIGH - Z KDRMA41H1DR TB KDRMA42H1DR TB KDRMA43H1DR TB KDRMA44H1DR TB KDRMA45H1DR TB KDRAA46H2DR TB KDRAA43H2DR TB KDRAA44H2DR TB KDRAA58H2DR TB KDRB42HDR TB KDRB43HDR TB KDRB44HDR TB Page 69

73 DIN Rail Line Reactors KDR Series 690 Volt Part Number NEC Motor HP NEC Motor Current Watts Loss Standard Terms LOW - Z KDRA55LDRV QD KDRA56LDRV QD KDRA50LDRV QD KDRA51LDRV QD KDRA46LDRV QD KDRA52LDRV QD KDRA47LDRV QD KDRA48LDRV QD KDRA49LDRV QD KDRB45LDRV RL KDRB44LDRV RL KDRB43LDRV RL HIGH - Z KDRA55HDRV QD KDRA52HDRV QD KDRA50HDRV QD KDRA51HDRV QD KDRA43HDRV QD KDRA44HDRV QD KDRA45HDRV QD KDRB42HDRV QD KDRB43HDRV QD KDRB44HDRV RL /240 Volt Part Number NEC Motor HP NEC Motor Current Watts Loss Standard Terms LOW - Z KDRMA8L1DR TB KDRAA3L2DR TB KDRAA4L2DR TB KDRAA4L2DR TB KDRA27LDR TB KDRA28LDR TB KDRB22LDR TB KDRB23LDR TB HIGH - Z KDRMA6L1DR TB KDRMA8L1DR TB KDRAA6L2DR TB KDRAA3L2DR TB KDRA26HDR TB KDRA28HDR TB KDRB25HDR TB KDRB26HDR TB Page 70

74 DIN Rail Line Reactors KLR Series 480 V - 3% Z 575 V - 2.4% Z 240 V - 6% Z 480 V - 1.5% Z 240 V - 3% Z 480 Volt 5% Z Part Number 480V HP Rated Amps Watts Stand. Loss Terms KLR2ATBDR TB KLR3ATBDR TB KLR4ATBDR TB KLR6ATBDR TB KLR8ATBDR TB KLR12ATBDR TB KLR16ATBDR TB Part Number 480V HP Rated Amps Watts Stand. Loss Terms KLR2BTBDR TB KLR3BTBDR TB KLR4BTBDR TB KLR6BTBDR TB KLR8BTBDR TB KLR12BTBDR TB KLR16BTBDR TB Part Number 480V HP Rated Amps Watts Stand. Loss Terms KLR2CTBDR TB KLR3CTBDR TB KLR4CTBDR TB KLR6CTBDR TB KLR8CTBDR TB KLR12CTBDR TB Volt 3% Z 575 Volt 5% Z Part Number 575V HP Rated Amps Watts Stand. Loss Terms KLR2DTBDR TB KLR3DTBDR TB KLR4DTBDR TB KLR6DTBDR TB KLR8DTBDR TB KLR12DTBDR TB KLR16DTBDR TB Part Number 575V HP Rated Amps Watts Stand. Loss Terms KLR2ETBDR TB KLR3ETBDR TB KLR4ETBDR TB KLR6ETBDR TB KLR8ETBDR TB Page 71

75 DIN Rail Line Reactors KLR Series 690 Volt 3% Z Part Number 690V HP Rated Amps Watts Stand. Loss Terms KLR2DQDDRV QD KLR3DQDDRV QD KLR4DQDDRV QD KLR6DQDDRV QD KLR8DQDDRV QD KLR12DQDDRV QD KLR16DRLDRV RL Volt 5% Z Part Number 690V HP Rated Amps Watts Stand. Loss Terms KLR2EQDDRV QD KLR3EQDDRV QD KLR4EQDDRV QD KLR6EQDDRV QD KLR8EQDDRV QD Page 72

76 Enclosures & Options UL Type 1 Enclosures *Part Number Height x Width x Depth E x x E x x E x x E x x E x x UL Type 3R Enclosures *Part Number Height x Width x Depth E3R x x E3R x x E3R x x E3R x x NEMA 1 Enclosures *Part Number Height x Width x Depth C x 8.00 x C x x C x x C x x C x x C x x *Enclosures are sized on the standard product designs. When adding an option, such as pressure terminals (PT), enclosure sizes are subject to change. Part Number Terminations Type AMP Range Connection Type TB Terminal Block 2-80 (std.) #4 - #18 QD Quick Disconnect /4" Female Faston ST Screw Terminal 2-12 #6 (Supplied) FL Flying Lead ' Std; 2-18# Leads RL Ring Lugs Bolt CB Copper Bus (std) 600 mcm - #4 PT Pressure Terminal mcm - #4 Reactor Lug Kits SLK11 SLK12 SLK13 SLK14 SLK15 SLK16 SLK17 SLK18 SLK21 SLK17-BB SLK18-BB Page 73

77 Motor Protection Solutions MotorGuard Sine Wave Output Filter Eliminates harmful dv/dt to result in sine wave Allows NEMA MG1 Part 30 motors to be used where Part 31 motors would be required Greatly extend motor and cable life by reduction of motor noise, vibration and heat Specific applications can reach 15,000 feet Offered in 3-phase; 600 volt and below; open or enclosed MotorShield Sine Wave Output Filter Eliminates harmful dv/dt to result in sine wave Greatly extend motor and cable life by reduction of motor noise, vibration and heat Specific applications can reach 15,000 feet Offered in 3-phase; 480 and 600 volt; NEMA 1/3R enclosure Ideal solution for fan and pump applications V1k dv/dt Output Filter Limits voltage spikes below 1,000 volts for long lead applications (consult Technical Support for applications above 1,500 feet) Greatly extends the life of the motor and cable Efficiency is greater than 98% 30% reduction in Common Mode Current Offered in 3-phase; 600 volt and below; open or enclosed KDR Output Reactor Motor lead lengths are less than 100 feet Dampen overshoot peak voltage Sized by FLA of motor Offered in 3-phase; volt; open or enclosed, DIN-Rail; input and output Page 74

78 MotorGuard Sine Wave Output Filter In the continuing search to improve energy efficiency, many commercial and industrial power systems are turning to the technology of PWM (pulse width modulated) output power supplies. The ability to convert standard utility power into variable-frequency, variable-voltage electrical power has led to more efficient and economical installations. One of the drawbacks of the use of equipment such as adjustable frequency drives and variable frequency/voltage power supplies is that the output of such PWM devices is a square wave form. Many applications require a more sinusoidal output, thus ruling out these economical and efficient solutions. The MotorGuard Sine Wave Output Filter has been designed to be installed at the output terminals of PWM devices. The MotorGuard converts the PWM wave form to a near sinusoidal wave form, allowing sensitive applications to take advantage of the efficiencies and savings that PWM output power supplies offer. Typical Applications Extreme long motor lead lengths. Specific applications can reach 15,000 feet Low voltage PWM power supply to medium voltage motor Multiple motor applications such as conveyors, blowers, pumps, and fans Test floor and test stand applications Shore to ship power for non-60 Hz systems HVAC systems to include air distribution ducts and fans Application Benefits Reduced common mode current Reduction in bearing currents Reduction in instrumentation reference to ground Reduced motor noise, vibration, and heat Increase in motor life Elimination of torque ripple Elimination of voltage wave reflection Enables systems to meet NEMA MG-1, Part 31 specification NEMA General Purpose Part Numbering System KMG 130 A G Series Current Rating Voltage Rating A = 480V C = 600V Enclosure G01 = GP Indoor G3R = GP NEMA 3R Options L = Lugs, 0 = No Lugs B = Monitor Board, 0 = No Monitor Board S = Thermal Switch, 0 = No Thermal Switch H = Space Heater, 0 = No Space Heater 508A Industrial Enclosure UL Listed Part Numbering System Series Current Rating Voltage Rating A = 480V C = 600V Enclosure 00 = Open Panel 01 = Type 1 A = Standard KMG 130 A 01 A Page 75

79 480 Volt 600 Volt MotorGuard Sine Wave Output Filter GP 01 Part Number NEC Motor HP Rated Amps Watts Loss GP 3R Part Number Height x Width x Depth Height x Width x Depth KMG55AG x x KMG55AG3R x x KMG65AG x x KMG65AG3R x x KMG80AG x x KMG80AG3R x x KMG110AG x x KMG110AG3R x x KMG130AG x x KMG130AG3R x x KMG160AG x x KMG160AG3R x x KMG200AG x x KMG200AG3R x x KMG250AG x x KMG250AG3R x x KMG305AG x x KMG305AG3R x x KMG362AG x x KMG362AG3R x x KMG420AG x x KMG420AG3R x x KMG480AG x x KMG480AG3R x x KMG600AG x x KMG600AG3R x x KMG750AG3R KMG850AG3R KMG960AG3R0000 GP 01 Part Number NEC Motor HP Rated Amps Watts Loss GP 3R Part Number Height x Width x Depth Height x Width x Depth KMG45CG x x KMG45CG3R x x KMG55CG x x KMG55CG3R x x KMG65CG x x KMG65CG3R x x KMG80CG x x KMG80CG3R x x KMG110CG x x KMG110CG3R x x KMG130CG x x KMG130CG3R x x KMG160CG x x KMG160CG3R x x KMG200CG x x KMG200CG3R x x KMG250CG x x KMG250CG3R x x KMG305CG x x KMG305CG3R x x KMG362CG x x KMG362CG3R x x KMG420CG x x KMG420CG3R x x KMG500CG x x KMG500CG3R x x KMG600CG x x KMG600CG3R x x NEMA General Purpose Part Numbering System KMG 130 A G Series Current Rating Voltage Rating A = 480V C = 600V Enclosure G01 = GP Indoor G3R = GP NEMA 3R Options L = Lugs, 0 = No Lugs B = Monitor Board, 0 = No Monitor Board S = Thermal Switch, 0 = No Thermal Switch H = Space Heater, 0 = No Space Heater Page 76

80 MotorGuard Sine Wave Output Filter 480 Volt KMG 600 Volt KMG Open Part Number Rated Amps Watts Loss UL Type 1 Enclosed Height x Width x Depth Part Number * Height x Width x Depth KMG8A00A x x KMG8A01A x x KMG12A00A x x KMG12A01A x x KMG16A00A x x KMG16A01A x x KMG23A00A x x KMG23A01A x x KMG30A00A x x KMG30A01A x x KMG35A00A x x KMG35A01A x x KMG45A00A x x KMG45A01A x x KMG55A00A x x KMG55A01A x x KMG65A00A x x KMG65A01A x x KMG80A00A x x KMG80A01A x x KMG110A00A x x KMG110A01A x x KMG130A00A x x KMG130A01A x x KMG160A00A x x KMG160A01A x x KMG200A00A x x KMG200A01A x x KMG250A00A x x KMG250A01A x x KMG305A00A x x KMG305A01A x x KMG362A00A x x KMG362A01A x x KMG420A00A x x KMG420A01A x x KMG480A00A x x KMG480A01A x x KMG600A00A x x KMG600A01A x x KMG750A00A x x KMG750A01A x x KMG850A00A KMG850A01A KMG960A00A 960 KMG960A01A Open Part Number NEC Motor HP NEC Motor HP Rated Amps Watts Loss UL Type 1 Enclosed Height x Width x Depth Part Number * Height x Width x Depth KMG8C00B x x KMG8C01B x x KMG10C00B x x KMG10C01B x x KMG12C00B x x KMG12C01B x x KMG20C00B x x KMG20C01B x x KMG25C00B x x KMG25C01B x x KMG28C00B x x KMG28C01B x x KMG35C00B x x KMG35C01B x x KMG45C00B x x KMG45C01B x x KMG55C00B x x KMG55C01B x x KMG65C00B x x KMG65C01B x x KMG80C00B x x KMG80C01B x x KMG110C00B x x KMG110C01B x x KMG130C00B x x KMG130C01B x x KMG160C00B x x KMG160C01B x x KMG200C00B x x KMG200C01B x x KMG250C00B x x KMG250C01B x x KMG305C00B x x KMG305C01B x x KMG362C00B x x KMG362C01B x x KMG420C00B x x KMG420C01B x x KMG500C00B x x KMG500C01B x x KMG600C00B x x KMG600C01B x x Page 77

81 MotorShield Sine Wave Output Filter The MotorShield is a low-pass sine wave filter designed and developed by TCI to deliver conditioned power to motor loads driven by PWM drives with switching frequencies from 2kHz to 16kHz. This filter is suitable for VFD drives configured to Volts per Hz modes only. Available for 480 and 600 volt systems, the MotorShield is a passive LC filter connected in series with the output terminals of the variable frequency drive. This design removes the carrier frequency distortion from the output voltage waveform resulting in a nearly pure sine wave voltage profile. The MotorShield sine wave filter reduces the effects of the reflected wave phenomenon (dv/dt), which can cause motor heating and insulation damage. The reduction of high frequency VFD output currents extends the life of motors and transformers, and eliminates the need for special motor cables. The MotorShield reduces VFD ground fault problems and noise interference in transducer signals caused by stray high frequency harmonic currents. The MotorShield is UL/cUL listed (up to 480 amps) and is available in a NEMA 1/3R enclosure which can be mounted adjacent to the VFD. Standard Features & Components: An L-C power filter circuit with: A TCI 3-phase reactor High-endurance, harmonic-rated capacitors Compression terminals for ease and integrity of all power wiring Suitable for all lead lengths up to 15,000 feet MotorShield Part Numbering System UL Rating D = UL/cUL Listed* N = Non-UL Current Rating Voltage Rating A = 480 C= 600 Enclosure 3 = UL Type 1 / 3R Options 00 = Default *Units rated up to 480 amps MS D A Page 78

82 MotorShield Sine Wave Output Filter 480V Type 1/3R Type 1/3R Part Number HP Amps MSD0009A MSD0012A MSD0016A MSD0023A MSD0030A MSD0035A MSD0045A MSD0055A MSD0065A MSD0080A MSD0110A MSD0130A MSD0160A MSD0200A MSD0250A MSD0305A MSD0362A MSD0420A V Non-UL Type 1/3R Non-UL Type 1/3R Part Number HP Amps MSN0540A MSN0600A MSN0750A MSN0840A MSN0960A MSN1080A V Type 1/3R Type 1/3R Part Number HP Amps MSD0008C MSD0010C MSD0012C MSD0020C MSD0025C MSD0028C MSD0035C MSD0045C MSD0055C MSD0065C MSD0080C MSD0110C MSD0130C MSD0160C MSD0200C MSD0250C MSD0305C MSD0362C MSD0420C MSD0450C V Non-UL Type 1/3R Non-UL Type 1/3R Part Number HP Amps MSN0500C Page 79

83 V1k dv/dt Filter Peak Voltages on a 480V system can reach 1200 to 1600V, causing rapid breakdown of motor insulation, leading to motor failure. On 575V systems, the peak voltages can easily reach 2100V. If this is left uncontrolled, insulation failure may occur. The same peak voltages that damage the motor can also damage the cable. Since the V1k filters are designed to be placed at the output of the drive, these units will also protect the cable runs. The added inductance of a V1k filter will also help reduce motor heating, motor noise, and motor vibration by reducing the current harmonics in the system. Reflective Wave Phenomenon Variable Frequency Drives generate useful fundamental voltage and frequency using Pulse Width Modulation (PWM) for adjusting the speed of an AC motor. The Drive s inverter circuit switches (transitions from the off state to the on state) rapidly, producing a carrier containing the fundamental voltage and frequency. Voltage wave reflection is a function of the voltage rise time (dv/dt) and the length of the motor cables. The impedance on either end of the cable run does not match, causing voltage pulses to be reflected back in the direction from which it arrived. As these reflected waves encounter other waves, their values add, causing higher peak voltage. As wire length or carrier frequency increases, the overshoot peak voltage also increases. The V1k Motor Protecting Output Filters have been designed to limit peak voltage and increase voltage rise time. In specific applications, the V1k has performed with cable runs of up to 3,000 feet. Filtering Increases Motor Life The V1k reduces common mode current by at least 30%. The V1k substantially slows down the rate of change of the PWM switching as seen by the load. The slowing of the rate of change of the PWM switching increases the capacitive coupling impedance between bearings and bearing races. The increase in capacitive coupling, in turn, reduces the damaging Common Mode Currents and increases motor up-time. The V1k reduces bearing, pitting, and fluting. Voltage Without V1k Product Specifications 1500 High Performance 1000 Limit Peak Voltage Increase Voltage Rise Time -500 Reduce Filter Size Smaller Mechanical Layout UL and cul Listed Single Motor or Multiple Motor Capable Voltage With V1k Efficiency is greater than 98% Common Mode Current Reduction of at least 30% 500 Reduce Bearing, Pitting, and Fluting Volts 0 35 Time (ms) 500 feet Volts Time (ms) 500 feet Page 80

84 V1k dv/dt Filters V1k Open Filter Part Number NEC Motor HP EX Model Rated Open 480V 600V 240V Current Height x Width x Depth Part Number V1K2A x 5.50 x V1K2A00EX V1K3A x 5.50 x V1K3A00EX V1K4A x 5.50 x V1K4A00EX V1K6A x 5.50 x V1K6A00EX V1K8A x 5.50 x V1K8A00EX V1K12A x 5.50 x V1K12A00EX V1K16A x 5.50 x V1K16A00EX V1K18A x 5.50 x V1K18A00EX V1K21A x 5.50 x V1K21A00EX V1K25A x 5.50 x V1K25A00EX V1K27A x 5.50 x V1K27A00EX V1K35A x 8.00 x V1K35A00EX V1K45A x 8.00 x V1K45A00EX V1K55A x 8.00 x V1K55A00EX V1K80A x 8.00 x V1K80A00EX V1K110A x 8.00 x V1K110A00EX V1K130A x x V1K130A00EX V1K160A x x V1K160A00EX V1K200A x x V1K200A00EX V1K250A x x V1K250A00EX V1K305A x x V1K305A00EX V1K362A x x V1K362A00EX V1K420A x x V1K420A00EX V1K480A x x V1K480A00EX V1K600A x x V1K600A00EX V1K750A x x V1K750A00EX Part Numbering System V1K 80 A01 EX Series Current Rating (amps) Enclosure A00 = Open A01 = UL Type 1 A03 = UL Type 3R Option A EX = Heavy Duty Model Page 81

85 V1k dv/dt Filters V1k Type 1 Filter UL Type 1 Part Number NEC Motor HP Rated UL Type 1 EX Model 480V 600V 240V Current Height x Width x Depth Part Number V1K2A x 5.50 x V1K2A01EX V1K3A x 5.50 x V1K3A01EX V1K4A x 5.50 x V1K4A01EX V1K6A x 5.50 x V1K6A01EX V1K8A x 5.50 x V1K8A01EX V1K12A x 5.50 x V1K12A01EX V1K16A x 5.50 x V1K16A01EX V1K18A x 5.50 x V1K18A01EX V1K21A x 5.50 x V1K21A01EX V1K25A x 5.50 x V1K25A01EX V1K27A x 5.50 x V1K27A01EX V1K35A x 8.00 x V1K35A01EX V1K45A x 8.00 x V1K45A01EX V1K55A x 8.00 x V1K55A01EX V1K80A x 8.00 x V1K80A01EX V1K110A x x V1K110A01EX V1K130A x x V1K130A01EX V1K160A x x V1K160A01EX V1K200A x x V1K200A01EX V1K250A x x V1K250A01EX V1K305A x x V1K305A01EX V1K362A x x V1K362A01EX V1K420A x x V1K420A01EX V1K480A x x V1K480A01EX V1K600A x x V1K600A01EX V1K750A x x V1K750A01EX Part Numbering System V1K 80 A01 EX Series Current Rating (amps) Enclosure A00 = Open A01 = UL Type 1 A03 = UL Type 3R Option A EX = Heavy Duty Model Page 82

86 V1k dv/dt Filters V1k Type 3R Filter NEC Motor HP UL Type EX Model UL Type 3R Rated 3R Part Number 480V 600V 240V Current Height x Width x Depth Part Number V1K2A x x V1K2A03EX V1K3A x x V1K3A03EX V1K4A x x V1K4A03EX V1K6A x x V1K6A03EX V1K8A x x V1K8A03EX V1K12A x x V1K12A03EX V1K16A x x V1K16A03EX V1K18A x x V1K18A03EX V1K21A x x V1K21A03EX V1K25A x x V1K25A03EX V1K27A x x V1K27A03EX V1K35A x x V1K35A03EX V1K45A x x V1K45A03EX V1K55A x x V1K55A03EX V1K80A x x V1K80A03EX V1K110A x x V1K110A03EX V1K130A x x V1K130A03EX V1K160A x x V1K160A03EX V1K200A x x V1K200A03EX V1K250A x x V1K250A03EX V1K305A x x V1K305A03EX V1K362A x x V1K362A03EX V1K420A x x V1K420A03EX V1K480A x x V1K480A03EX V1K600A x x V1K600A03EX V1K750A x x V1K750A03EX Part Numbering System V1K 80 A01 EX Series Current Rating (amps) Enclosure A00 = Open A01 = UL Type 1 A03 = UL Type 3R Option A EX = Heavy Duty Model Page 83

87 KDR Optimized Load Reactors 480 Volt Output Part Number NEC Motor HP NEC Motor Current Max Continuous Amps Standard Terms Open UL Type 1 Enclosed UL Type 3R Enclosed Height x Width x Depth Part Number * Part Number * KDRA1P TB 4.00 x 4.18 x KDRA1PE01 KDRA1PE3R KDRA2P TB 4.00 x 4.18 x KDRA2PE01 KDRA2PE3R KDRA3P TB 4.00 x 4.18 x KDRA3PE01 KDRA3PE3R KDRA4P TB 4.00 x 4.18 x KDRA4PE01 KDRA4PE3R KDRB1P TB 5.00 x 6.00 x KDRB1PE01 KDRB1PE3R KDRD1P TB 6.00 x 7.20 x KDRD1PE01 KDRD1PE3R KDRD2P TB 6.00 x 7.20 x KDRD2PE01 KDRD2PE3R KDRD3P TB 6.00 x 7.20 x KDRD3PE01 KDRD3PE3R KDRD4P TB 6.00 x 7.20 x KDRD4PE01 KDRD4PE3R KDRC1P TB 5.75 x 7.20 x KDRC1PE01 KDRC1PE3R KDRF1P TB 7.00 x 9.00 x KDRF1PE01 KDRF1PE3R KDRF2P TB 7.00 x 9.00 x KDRF2PE01 KDRF2PE3R KDRF3P CB 7.00 x 9.00 x KDRF3PE01 KDRF3PE3R KDRH1P CB 9.00 x x KDRH1PE01 KDRH1PE3R KDRI1P CB 9.00 x x KDRI1PE01 KDRI1PE3R KDRI2P CB 9.00 x x KDRI2PE01 KDRI2PE3R KDRG1P CB 9.00 x x KDRG1PE01 KDRG1PE3R KDRJ1P CB 9.00 x x KDRJ1PE01 KDRJ1PE3R KDRJ2P CB 9.00 x x KDRJ2PE01 KDRJ2PE3R KDRL1P CB x x KDRL1PE01 KDRL1PE3R KDRL2P CB x x KDRL2PE01 KDRL2PE3R KDRL3P CB x x KDRL3PE01 KDRL3PE3R KDRL4P CB x x KDRL4PE01 KDRL4PE3R 575 Volt Output Part Number NEC Motor HP NEC Motor Current Max Continuous Amps Standard Terms Height x Width x Depth Part Number * Part Number * KDRA31P TB 4.00 x 4.18 x KDRA31PE01 KDRA31PE3R KDRA35P TB 4.00 x 4.18 x KDRA35PE01 KDRA35PE3R KDRA33P TB 4.00 x 4.18 x KDRA33PE01 KDRA33PE3R KDRA34P TB 4.00 x 4.18 x KDRA34PE01 KDRA34PE3R KDRA36P TB 4.00 x 4.18 x KDRA36PE01 KDRA36PE3R KDRD31P TB 5.75 x 7.20 x KDRD31PE01 KDRD31PE3R KDRD32P TB 5.75 x 7.20 x KDRD32PE01 KDRD32PE3R KDRD35P TB 5.75 x 7.20 x KDRD35PE01 KDRD35PE3R KDRD33P TB 5.75 x 7.20 x KDRD33PE01 KDRD33PE3R KDRD34P TB 5.75 x 7.20 x KDRD34PE01 KDRD34PE3R KDRC31P TB 5.75 x 7.20 x KDRC31PE01 KDRC31PE3R KDRF31P TB 7.00 x 9.00 x KDRF31PE01 KDRF31PE3R KDRF32P TB 7.00 x 9.00 x KDRF32PE01 KDRF32PE3R KDRF33P CB 7.00 x 9.00 x KDRF33PE01 KDRF33PE3R KDRH31P CB 9.00 x x KDRH31PE01 KDRH31PE3R KDRI31P CB 9.00 x x KDRI31PE01 KDRI31PE3R KDRI32P CB 9.00 x x KDRI32PE01 KDRI32PE3R KDRG31P CB 9.00 x x KDRG31PE01 KDRG31PE3R KDRJ31P CB 9.00 x x KDRJ31PE01 KDRJ31PE3R KDRJ32P CB 9.00 x x KDRJ32PE01 KDRJ32PE3R KDRL31P CB x x KDRL31PE01 KDRL31PE3R KDRL35P CB x x KDRL35PE01 KDRL35PE3R KDRL32P CB x x KDRL32PE01 KDRL32PE3R Open UL Type 1 Enclosed UL Type 3R Enclosed Page 84

88 KDR Optimized Load Reactors Part Number NEC Motor HP NEC Motor Current Standard Terms Open NEMA 1 Enclosed Height x Width x Depth Part Number * 690 Volt Output KDRA31PV QD 4.00 x 4.18 x KDRA31PC1V KDRA35PV QD 4.00 x 4.18 x KDRA35PC1V KDRA33PV QD 4.00 x 4.18 x KDRA33PC1V KDRA34PV QD 4.00 x 4.18 x KDRA34PC1V KDRA36PV QD 4.00 x 4.18 x KDRA36PC1V KDRD31PV RL 5.75 x 7.20 x KDRD31PC2V KDRD32PV RL 5.75 x 7.20 x KDRD32PC2V KDRD35PV RL 5.75 x 7.20 x KDRD35PC2V KDRD33PV RL 5.75 x 7.20 x KDRD33PC2V KDRD34PV RL 5.75 x 7.20 x KDRD34PC2V KDRC31PV RL 5.75 x 7.20 x KDRC31PC2V KDRF31PV RL 7.00 x 9.00 x KDRF31PC3V KDRF32PV RL 7.00 x 9.00 x KDRF32PC3V KDRF33PV CB 7.00 x 9.00 x KDRF33PC4V KDRH31PV CB 8.50 x x KDRH31PC4V KDRI31PV CB 9.00 x x KDRI31PC4V KDRI32PV CB 9.00 x x KDRI32PC4V KDRG31PV CB 9.00 x x KDRG31PC4V KDRJ31PV CB 9.00 x x KDRJ31PC5V KDRJ32PV CB 9.00 x x KDRJ32PC5V KDRL31PV CB x x KDRL31PC5V KDRL35PV CB x x KDRL35PC5V KDRL32PV CB x x KDRL32PC5V *For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure **NOTE: 690V parts are UL recognized. KDR Series Design Frame Sequence Code Impedance Rating L = Low Impedance H = High Impedance P = Output Reactor Enclosure Part Numbering System KDR B 43 H C1 Page 85

89 DIN Rail Load Reactors KDR Series: OUTPUT 480 Volt Output 575 Volt Output 690 Volt Output Part Number NEC Motor HP NEC Motor Current Standard Terms KDRA1PDR TB KDRA2PDR TB KDRA3PDR TB KDRA4PDR TB KDRB1PDR TB Part Number NEC Motor HP NEC Motor Current Standard Terms KDRA31PDR TB KDRA35PDR TB KDRA33PDR TB KDRA34PDR TB KDRA36PDR TB Part Number NEC Motor HP NEC Motor Current Standard Terms KDRA31PDRV QD KDRA35PDRV QD KDRA33PDRV QD KDRA34PDRV QD KDRA36PDRV QD Page 86

90 Power Factor Correction Solutions KTR Three-Phase Tuning Reactor KCAP High Endurance Capacitors CAP Guard KTR CAPGuard KTR tuning reactors are designed to be used in conjunction with power factor correction capacitors whenever nonlinear loads are present. Tuning reactors can be installed with existing power factor correction banks or as part of a new installation. Typical applications include any facility that applies power factor correction capacitors to avoid penalty or to allow for more efficient energy consumption. After CAPGuard KTR CAPGuard KTR tuning reactors prevent uncontrolled system resonance by force tuning the capacitors to a harmless resonant frequency. In an application where a high percentage of the connected load is three-phase adjustable speed drives, high amounts of the 5th, 7th, 11th, and 13th harmonics will be present. CAPGuard KTR tuning reactors are designed to offer an inductance which will tune existing capacitors well below these frequencies, preventing resonance and, therefore, fuse or capacitor failure. KCAP Applications TCI High Endurance Capacitors are intended for use in electrical environments that are rich in harmonic content due to non-linear loads. Some applications include factories and plants with a large number of variable frequency drives and/or DC drives, waste water treatment plants, pumping stations, facilities that co-generate power, and power consumers that are incurring penalties for poor power factor. Before High Endurance Caps The reactive power demanded by motors, transformers and higher KVA RMS demanded by harmonic currents contribute to poor power factor in industrial and commercial buildings. Simply put, poor power factor means that energy is not being efficiently delivered or consumed. Power factor correction capacitors relieve the reactive power burden on supply generators, transformers and facility wiring. However, capacitors cannot be safely applied in buildings with a high content of harmonically-rich non-linear load, as their addition may induce plant resonance, a dangerous and costly situation. Force tuning (or de-tuning) capacitor banks may correct for the potential for resonance. However, standard capacitor cells, with service factor ratings designed for linear loads, still may not be suitable in non-linear environments. Testing shows that capacitors will need to tolerate at least 150% over-current and higher than intended temperatures in those environments. After High Endurance Caps TCI High Endurance capacitors are designed, built and tested specifically for use in harmonically rich environments. They are suitable for use in de-tuned central power factor correction banks, and in drive-applied and load-applied harmonic filters. They are capable of handling 190% of rated current continuously in a 65 degree C ambient temperature. Properly applied, they offer a robust and cost effective solution to inefficient power delivery and consumption. Page 87

91 PF Guard The PF Guard product provides capacitive reactive power to cancel the inductive reactive power generated by industrial loads thereby returning the system power factor to unity and increasing system efficiency. The PF Guard is designed to automatically control power factor of a monitored bus by automatically switching on or off multiple banks of power factor correction capacitors. An external Current Transformer (CT) is installed on the source line current bus and monitored by an integrated power factor controller. The power factor controller also monitors the bus voltage and calculates power factor. Based on the calculated power factor the PF Guard will switch on or off capacitor bank steps to regulate the system power factor to unity. AC induction motors cause unwanted reactive current to flow on the power system and increases the kva demanded from power sources. This unproductive reactive current is a common cause of low power factor. Fortunately, it can be eliminated through the use of PF capacitors. PF Guard Benefits Reduces the amount of apparent power drawn from utilities Reduces or eliminates power factor penalty charges on utility bills Improves power system capacity Reduction in power system losses PF Guard Features 100kA SCCR with fusing Fuse Monitoring Full kvar and 1/2 kvar steps for fine PF control Programmable controller with user interface Detuning reactor included (Mitigates resonance issues when harmonics are present) Designed for installation at facility entrance or on large feeders The PF Guard is tuned well below the first dominant harmonic 7% detuned Prevents resonance and harmonic magnification Operates with 5% Maximum vthd Will not require oversizing of the cap bank Options: Fuse Monitor No Fuse Fuse monitor with lights Input Protection: No Input protection Circuit breaker Fuses Disconnect switches Page 88

92 PF Guard PF Guard Part Numbering System Legend for Options: FM = Fuse Monitor FML = Fuse Monitor with Light CB = Circuit Breaker FI = Fuse Input DS = Disconnect Switch Page 89

93 PF Guard 480V Type 1, Automatic, Terminal Block 480V Type 1, Automatic, Circuit Breaker Full kvar Steps Options: No Step Fuse Monitor Options: Step Fuse Monitor Options: Step Fuse Monitor w/ Light kvar kvar Steps # Steps Part Number Part Number Part Number PFCA0150AW1A020C PFCA0150AW1B020C PFCA0150AW1C020C PFCA0200AW1A020C PFCA0200AW1B020C PFCA0200AW1C020C PFCA0250AW1A020C PFCA0250AW1B020C PFCA0250AW1C020C PFCA0300AW1A020C PFCA0300AW1B020C PFCA0300AW1C020C PFCA0400AW1A030C PFCA0400AW1B030C PFCA0400AW1C030C PFCA0500AW1A040C PFCA0500AW1B040C PFCA0500AW1C040C PFCA0600AW1A040C PFCA0600AW1B040C PFCA0600AW1C040C Full & Half kvar Steps Options: No Step Fuse Monitor Options: Step Fuse Monitor Options: Step Fuse Monitor w/ Light kvar kvar Steps # Steps Part Number Part Number Part Number & 25 4 PFCA0150AW1A021C PFCA0150AW1B021C PFCA0150AW1C021C & 25 5 PFCA0200AW1A021C PFCA0200AW1B021C PFCA0200AW1C021C & 25 6 PFCA0250AW1A021C PFCA0250AW1B021C PFCA0250AW1C021C & 25 7 PFCA0300AW1A021C PFCA0300AW1B021C PFCA0300AW1C021C & 40 6 PFCA0400AW1A031C PFCA0400AW1B031C PFCA0400AW1C031C & 50 6 PFCA0500AW1A041C PFCA0500AW1B041C PFCA0500AW1C041C & 50 7 PFCA0600AW1A041C PFCA0600AW1B041C PFCA0600AW1C041C Full kvar Steps Options: No Step Fuse Monitor Options: Step Fuse Monitor Options: Step Fuse Monitor w/ Light kvar kvar Steps # Steps Part Number Part Number Part Number PFCA0150AW1A120C PFCA0150AW1B120C PFCA0150AW1C120C PFCA0200AW1A120C PFCA0200AW1B120C PFCA0200AW1C120C PFCA0250AW1A120C PFCA0250AW1B120C PFCA0250AW1C120C PFCA0300AW1A120C PFCA0300AW1B120C PFCA0300AW1C120C PFCA0400AW1A130C PFCA0400AW1B130C PFCA0400AW1C130C PFCA0500AW1A140C PFCA0500AW1B140C PFCA0500AW1C140C PFCA0600AW1A140C PFCA0600AW1B140C PFCA0600AW1C140C Full & Half kvar Steps Options: No Step Fuse Monitor Options: Step Fuse Monitor Options: Step Fuse Monitor w/ Light kvar kvar Steps # Steps Part Number Part Number Part Number & 25 4 PFCA0150AW1A121C PFCA0150AW1B121C PFCA0150AW1C121C & 25 5 PFCA0200AW1A121C PFCA0200AW1B121C PFCA0200AW1C121C & 25 6 PFCA0250AW1A121C PFCA0250AW1B121C PFCA0250AW1C121C & 25 7 PFCA0300AW1A121C PFCA0300AW1B121C PFCA0300AW1C121C & 40 6 PFCA0400AW1A131C PFCA0400AW1B131C PFCA0400AW1C131C & 50 6 PFCA0500AW1A141C PFCA0500AW1B141C PFCA0500AW1C141C & 50 7 PFCA0600AW1A141C PFCA0600AW1B141C PFCA0600AW1C141C Page 90

94 PF Guard 480V Type 12, Automatic, Terminal Block 480V Type 12, Automatic, Circuit Breaker Full kvar Steps Options: No Step Fuse Monitor Options: Step Fuse Monitor Options: Step Fuse Monitor w/ Light kvar kvar Steps # Steps Part Number Part Number Part Number PFCA0150AW2A020C PFCA0150AW2B020C PFCA0150AW2C020C PFCA0200AW2A020C PFCA0200AW2B020C PFCA0200AW2C020C PFCA0250AW2A020C PFCA0250AW2B020C PFCA0250AW2C020C PFCA0300AW2A020C PFCA0300AW2B020C PFCA0300AW2C020C PFCA0400AW2A030C PFCA0400AW2B030C PFCA0400AW2C030C PFCA0500AW2A040C PFCA0500AW2B040C PFCA0500AW2C040C PFCA0600AW2A040C PFCA0600AW2B040C PFCA0600AW2C040C Full & Half kvar Steps Options: No Step Fuse Monitor Options: Step Fuse Monitor Options: Step Fuse Monitor w/ Light kvar kvar Steps # Steps Part Number Part Number Part Number & 25 4 PFCA0150AW2A021C PFCA0150AW2B021C PFCA0150AW2C021C & 25 5 PFCA0200AW2A021C PFCA0200AW2B021C PFCA0200AW2C021C & 25 6 PFCA0250AW2A021C PFCA0250AW2B021C PFCA0250AW2C021C & 25 7 PFCA0300AW2A021C PFCA0300AW2B021C PFCA0300AW2C021C & 40 6 PFCA0400AW2A031C PFCA0400AW2B031C PFCA0400AW2C031C & 50 6 PFCA0500AW2A041C PFCA0500AW2B041C PFCA0500AW2C041C & 50 7 PFCA0600AW2A041C PFCA0600AW2B041C PFCA0600AW2C041C Full kvar Steps Options: No Step Fuse Monitor Options: Step Fuse Monitor Options: Step Fuse Monitor w/ Light kvar kvar Steps # Steps Part Number Part Number Part Number PFCA0150AW2A120C PFCA0150AW2B120C PFCA0150AW2C120C PFCA0200AW2A120C PFCA0200AW2B120C PFCA0200AW2C120C PFCA0250AW2A120C PFCA0250AW2B120C PFCA0250AW2C120C PFCA0300AW2A120C PFCA0300AW2B120C PFCA0300AW2C120C PFCA0400AW2A130C PFCA0400AW2B130C PFCA0400AW2C130C PFCA0500AW2A140C PFCA0500AW2B140C PFCA0500AW2C140C PFCA0600AW2A140C PFCA0600AW2B140C PFCA0600AW2C140C Full & Half kvar Steps Options: No Step Fuse Monitor Options: Step Fuse Monitor Options: Step Fuse Monitor w/ Light kvar kvar Steps # Steps Part Number Part Number Part Number & 25 4 PFCA0150AW2A121C PFCA0150AW2B121C PFCA0150AW2C121C & 25 5 PFCA0200AW2A121C PFCA0200AW2B121C PFCA0200AW2C121C & 25 6 PFCA0250AW2A121C PFCA0250AW2B121C PFCA0250AW2C121C & 25 7 PFCA0300AW2A121C PFCA0300AW2B121C PFCA0300AW2C121C & 40 6 PFCA0400AW2A131C PFCA0400AW2B131C PFCA0400AW2C131C & 50 6 PFCA0500AW2A141C PFCA0500AW2B141C PFCA0500AW2C141C & 50 7 PFCA0600AW2A141C PFCA0600AW2B141C PFCA0600AW2C141C Page 91

95 KTR CAPGuard Tuning Reactors 240V/480V KTR Part Number kvar Fund. Freq. (Hz) Tuned Freq. (Hz) Standard Height x Width x Depth Part Number * ENCL KTR10A TB 5.60 x 7.50 x KTR10A642 2 KTR15A TB 7.00 x 9.50 x KTR15A643 3 KTR20A TB 8.50 x x KTR20A644 4 KTR25A TB 8.50 x x KTR25A644 4 KTR30A TB 8.50 x x KTR30A644 4 KTR40A TB 8.50 x x KTR40A644 4 KTR50A CB x x KTR50A645 5 KTR60A CB x x KTR60A645 5 KTR80A CB x x KTR80A645 5 KTR100A CB x x KTR100A645 5 KTR120A CB x x KTR120A645 5 KTR150A CB x x KTR150A647 7 KTR200A CB x x KTR200A647 7 Open NEMA 1 Enclosed *For enclosed unit dimensions and added weight, please refer to the Reactor Enclosure page. CAPGuard is used to limit or reduce harmonic current into power factor correction capacitor banks. CAPGuard can be system applied. It is tuned away from the 5th harmonic. Part Numbering System CAPGuard Tuning Reactors kvar Voltage Rating A = 480V B = 240V Fundamental Frequency 5 = 50 Hz 6 = 60 Hz Tuning Frequency Enclosure KTR 80 A Page 92

96 KCAP High Endurance Capacitors Three-Phase Dry Type Individual Caps Individual Caps Part Number Voltage kvar Height x Diameter x x x x x x x 3.32 Three-Phase Oil Filled Individual Caps Individual Caps Part Number Voltage kvar Height x Diameter KCAP5B6B x 3.33 KCAP10B6B x x x x 3.35 Single-Phase Oil Filled Individual Caps Caps Part Number Voltage uf Height x Diameter uf 3.30 x uf 3.30 x 1.75 Mounting Brackets Mounting Brackets Part Number # of Cells Bracket Size KCAPBKT1A 1 A KCAPBKT1B 1 B KCAPBKT2A 2 A KCAPBKT2B 2 B KCAPBKT4B 4 B Page 93

97 High Frequency Noise Solutions KRF 3-Phase EMC Power Line Filters Availability up to 690V Units to accommodate up to 2,500 amps Finger safe terminal blocks for smaller units ENEC higher safety mark Helps Application Meet Standards: - FCC Regulation 15, Subpart J - CISPR 11 A and B - EN Advanced 2-Stage Filtering Simple Installation Enhanced Drive Performance and Durability Lightweight and Compact KRF Applications AC Drives rely upon three-phase EMC power line filters from TCI, because they provide effective EMC solutions up to 2500A. EMC filters are integral components in power systems utilizing drives where high frequency noise should be held to a minimum. EMC Filtering would also benefit any application that utilizes sensitive electronic equipment that may be susceptible to interference, such as radios, computers, control devices, radar, sonar, etc. EMC filters will assist in system CE compliance. Some examples include airports, hospitals, factories with sophisticated automation equipment, pump stations, and commercial buildings. Equipment Interference and Failure The power line noise emissions associated with variable frequency and variable speed drives can cause disturbances in nearby equipment. Typical disturbances include: Dimmer and ballast instability Lighting disturbances such as flashing Before KRF Poor radio reception Poor television reception Instability of control systems Flow meter totalizing Computer system failures including the loss of data Flow metering fluctuation Thermostat control problems Radar disruption Sonar disruption After KRF Page 94

98 KRF 3-Phase EMC Power Line Filters 480 Volt 690 Volt Part Number Standard Terms R typ / mω loss / W Height Width Depth KRF0008ATB 8 TB KRF0016ATB 16 TB KRF0025ATB 25 TB KRF0036ATB 36 TB KRF0050ATB 50 TB KRF0066ATB 66 TB KRF0090ATB 90 TB KRF0120ATB 120 TB KRF0150ATB 150 TB KRF0150ACB 150 CB KRF0180ACB 180 CB KRF0250ACB 250 CB KRF0320ACB 320 CB KRF0400ACB 400 CB KRF0600ACB 600 CB KRF1000ACB 1000 CB KRF1600ACB 1600 CB KRF2500ACB 2500 CB Part Number Max Current Max Current Standard Terms R typ / mω loss / W Height Width Depth KRF0025VTB 25 TB KRF0036VTB 36 TB KRF0050VTB 50 TB KRF0080VTB 80 TB KRF0120VTB 120 TB KRF0150VTB 150 TB KRF0150VCB 150 CB KRF0180VTB 180 TB KRF0180VCB 180 CB KRF0250VCB 250 CB KRF0320VCB 320 CB KRF0400VCB 400 CB KRF0600VCB 600 CB KRF1000VCB 1000 CB KRF1600VCB 1600 CB KRF2500VCB 2500 CB Part Numbering System K RF 0180 A CB K-Series 3 - Phase EMC Filter Max Current (amps) Voltage Rating A = 480V V = 690V Termination TB = Termination Block CB = Copper Bus Page 95

99 ISO 9001:2008 Certification TCI has achieved ISO 9001:2008 certification, recognizing the company s quality management system meets criteria developed by the International Organization of Standardization of Geneva, Switzerland. This registration covers the Quality Management System for design and manufacturer of peripheral products and services for the electronic power conversion industry. Page 96

100 Copyright 2018, TCI, LLC All Rights Reserved Effective: April 20, 2018 Part Number: 23312