Why a Baldor SmartMotor? Introducing the Baldor SmartMotor - the easiest drive you will ever use. Motor and Control Compatibility Easy to Install

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2 Why a Baldor SmartMotor? The convergence of motors and electronic controls is a vision Baldor has held since the 1980 s. For several years Baldor has been working toward this convergence of motors and electronics culminating in the introduction of the Baldor SmartMotor. Simply put, this breakthrough product combines adjustable speed control electronics with an industrial motor in one easy to install, easy to use, package. The Baldor Smartmotor is offered in NEMA 143TC through 215TC standard frames covering 1 through 10 horsepower ratings. It is also available in Washdown Duty and Close Coupled Pump models. And only Baldor provides you with the lab-tested Matched Performance curves showing the operating range for each rating. Making high performance drives easy to understand, easy to apply, and easy to teach was our challenge. We ve met the challenge head on and the result is the revolutionary Baldor SmartMotor. Take a look for yourself. We think you will be impressed! Introducing the Baldor SmartMotor - the easiest drive you will ever use. Motor and Control Compatibility - By integrating the control electronics to the motor in the design and manufacturing process, we solve many of the traditional compatibility problems. We take care of the sizing of the control to the motor, so you only need to size the drive to the load characteristics. We even make sizing to the load characteristics easy by providing a Matched Performance curve. Easy to Install - What could be easier? Just connect line power and control wiring (if necessary) and you re ready to run. You save the cost of the wire and conduit between the motor and control. Just another way Baldor adds value to our products - saving you time and money. Single Setup - How many hours have been spent trying to program a motor control to a particular motor s characteristics, only to be disappointed in the performance? The Baldor SmartMotor is a factory assembled motor drive. We even pre-program many of the normally required setup adjustments. A wide range of parameter adjustments are available through the 32 character keypad to tune the Baldor SmartMotor to your particular application. Reduces Reflected Wave Voltage - You may know this phenomenon by other names such as standing wave or voltage ring-up. If the distance between the motor and control is long, a standing wave can form between the motor and control. These standing waves can increase the voltage at the motor terminals causing the motor to fail prematurely. Locating the control near the motor can keep this problem from occurring. Until now it was not always possible to prevent long motor to control distances. The distance between the Baldor SmartMotor control and motor is measured in inches not feet. Saves Panel Space - Need to retrofit an existing fixed speed application to incorporate variable speed control and have no panel space to mount a motor control? Not a problem with the Baldor SmartMotor. Since the control electronics are incorporated onto the motor, you only need to supply power. Check the wire size going to your existing motor and you can probably use the existing wiring and conduit running to the motor location. 2

3 Baldor SmartMotor Applications Bridge and Trolley Drives - The Baldor SmartMotor is the perfect choice for Bridge and Trolley applications where panel space is limited. The compact design makes installation a snap. Just bring power and control logic signals to the Baldor SmartMotor and you are ready to go. We have even included C-face mounting as standard. With a Baldor SmartMotor you can adjust the acceleration and deceleration ramps to reduce sway of the lifted material. The built in dynamic and DC injection braking features provides controlled stopping for rapid loading and unloading. The Baldor SmartMotor is a smart choice for better control of cranes. Web Handling - From textiles to metal forming, if you are operating a web handler the Baldor SmartMotor is the right product. Whether you use helper drives or center winders the combination of motor and control electronics in the same package makes for easy installation and operation. The Baldor SmartMotor comes standard with C-face mounting so you can combine it with a Baldor speed reducer to increase the torque output. The Baldor SmartMotor control accepts a 4-20mA input for speed commands for easy connection to PLC controllers. Of course you can also connect 0-5VDC, and 0-10VDC, 5kOHM potentiometer, or use the optional keypad to command speed. The built in PID process control loop can also be used to eliminate an external process loop controller. Machine Tools - For small compact machinery the Baldor SmartMotor is the right choice to eliminate bulky electrical enclosures. Since the motor control electronics are an integral part of the motor, there is no additional wiring needed to connect two separate units. A Baldor SmartMotor is shown here operating an automotive rotor turning lathe. When you need to upgrade your machine to a variable speed, just bolt on a Baldor SmartMotor in place of the existing motor. You can even use the same power wiring. The Baldor SmartMotor keypad uses the same 32 character programming language found on many other Baldor control products. Other Typical Applications Fans and Pumps - The ultimate in Matched Performance is the Baldor SmartMotor used on a variable torque application such a centrifugal fan, blower, or pump. With a Baldor SmartMotor the mechanical vanes, dampers and actuators used to control flow can be eliminated along with their associated maintenance. The food processing oven shown, varies the speed of a blower with a Baldor SmartMotor. The air flow can be adjusted to control the food processing and additionally the amount of energy consumed can be reduced dramatically at low airflow rates. No need to worry if the motor and control are compatible in your application, we have taken care of matching the control to the motor for you. We can even provide a Baldor SmartMotor in a package suitable for frequent washdowns or Close Coupled Pump applications. Centrifugal Fans Rotary Tables Mixers Packaging Equipment Lathes Pumps Conveyors Medical Equipment Food Processing Coil Slitters 3

4 Baldor SmartMotor : Going Beyond the Industy Standard Motor Control Access Cover DC Bus Filter Assembly Power Base and Motor Control Assembly User I/O Control Board Glass Filled Polypropylene Non-Sparking External Fan Heavy Duty Stamped Steel Fan Cover Moisture Protected Hardware for Prevention of Rust and Corrosion Complete Nameplate Information Including Minimum and Maximum Continuous Operating Speeds 4

5 Link Inductor/DC Choke Motor Control Housing and Power Base Heatsink Rotors Treated to Prevent Corrosion Anti-Friction Ball Bearings are Standard with Exxon POLYREX EM Polyurea Grease C-Face End Plate on Drive End as Standard Power Module - The Baldor SmartMotor uses a definite purpose integrated power module. Environmental heating is the most damaging element for motor and control design. By utilizing a definite purpose power module we eliminate the potential for damaging heat generated from the motor or control. Simply taking a micro or mini inverter and mounting it to a motor can lead to premature failure of the motor control electronics that were not designed for high ambient temperatures. Patented TEFC Drive Cooling - By using the motor shaft mounted cooling fan we offer smaller package sizes and cost effective cooling for the motor and control. This patented design was refined over several generations of products and the result can be seen on the Baldor SmartMotor. High Efficient Inverter Duty Motor Designs - Building on Baldor s many years of experience in designing and manufacturing inverter duty motors, the Baldor SmartMotor incorporates the same design features as offered in our industry standard inverter duty motor product line. Some of the many features include Class H insulation system, 200 C Inverter Spike Resistant magnet wire, low loss motor lamination, precision rotor balance to half of NEMA s vibration standards, and anti-friction ball bearings are standard with Exxon POLYREX EM polyurea grease. DC Bus Powered Logic Supply - The control logic supply is powered from the controls internal DC Bus to insure high noise immunity and reliability. Additionally, the power loss ride through capability is increased when compared to designs using AC powered logic. The Baldor SmartMotor can even be operated directly from a DC source such as found in automotive air conditioners and other battery powered applications. 5

6 Matched Performance : The Perfect Motor and Control for Your Application Matched Performance is Baldor s solution to the concern, What kind of constant torque and constant horsepower speed range will I get with this combination of motor and motor control? Only Baldor provides Matched Performance curves that go beyond the typical performance curves and instead provides actual laboratory dynamometer test results. Each test is performed in Baldor s own engineering testing laboratory using advanced dynamometer equipment and digital power measurements. A typical Matched Performance test requires 2-4 days of continuous testing. This painstaking effort is another example of Baldor s commitment to providing customers the extra value to make our products easy to apply to your specific application needs. These curves show the continuous operating constant torque speed range that can be produced without exceeding Class F temperature rise in the motor. The lower Class F rise is selected to provide long life, even when a Class H insulation system is used. Peak Torque is the maximum amount of torque a Baldor SmartMotor can produce. This may be limited by the breakdown torque of the motor or the control s current-limited peak torque. Peak torque is available for momentary overloads or acceleration and deceleration requirements. The horsepower curve is simply a representation of how much power is available from the motor at any given operating speed. The horsepower curve can be used to size applications requiring constant horsepower operation. TORQUE (ft-lbs) TORQUE (ft-lbs) Matched Performance Curve for 5 Hp SmartMotor TORQUE PEAK TORQUE CONTINUOUS OPERATING AREA AMPS 3.0 RATED SPEED (rpm) SmartMotor: CSM3615T-4 Matched Performance Curve for 10 Hp SmartMotor TORQUE PEAK TORQUE CONTINUOUS OPERATING AREA AMPS 6.0 RATED SPEED (rpm) HP HP HORSEPOWER AMPS HORSEPOWER AMPS SmartMotor: CSM3714T-4 6

7 Baldor SmartMotor Constant Torque Ratings Advantages Compatible Motor and Control Less Space Required Fewer Installation Mistakes Reduced Radio Frequency Interference Simple and Fast to Install Lower Wiring Costs Extends Motor Life by Reducing Voltage Reflections Patented Cooling Design Features Totally Enclosed Fan Cooled (TEFC) Design NEMA Standard Frame Designs IGBT Control for Quiet Motor Operation Premium Efficient Motor Optional 32 Character Display, Remote Mount Keypad Dynamic Braking standard on CSM and CWDSM versions Process control and speed profile operating modes SmartMotor C-Face The Baldor C-Face SmartMotor is ideal for a wide variety of industrial applications. SmartMotor s are premium efficient and meet NEMA C-face mounting configuration standards. Available from stock in single and three phase, 1 hp through 10 hp, in NEMA frames 143TC through 215TC. ISR wire, Class H insulation, a 1.0 Service Factor and Exxon Polyrex EM grease are some of these motors standard features. All are available from stock. NEMA 1 Control Enclosures (IP20) - C-Face with Base Base Constant Torque Max Input Approx. Base Speed NEMA Catalog Speed Range Output Current Baldor Baldor Shipping 60 Hz Frame No. Min RPM Max RPM Speed (Amps) Type Size Weight 230 Volt Input TC CSM3546T DV3524M TC CSM3558T DV3540M TC CSM3611T DV3628M TC CSM3615T DV3646M / TC CSM3710T DV3734M TC CSM3714T DV3746M Volt Input TC CSM3546T DV3524M TC CSM3558T DV3540M TC CSM3611T DV3628M TC CSM3615T DV3646M / TC CSM3710T DV3734M TC CSM3714T DV3746M

8 SmartMotor Close Coupled Pump Close Coupled Pump premium efficient SmartMotors are designed to meet a wide variety of applications for circulating and transferring fluids. Standard features include, single and three phase, JM shaft configuration, 1 hp through 10 hp, in NEMA frames 143JM through 215JM. ISR wire, Class H insulation, a 1.0 Service Factor and Exxon Polyrex EM grease. All are available from stock. NEMA 1 Control Enclosure (IP20) - Close Coupled Pump Mounting Base Constant Torque Max Input Approx. Base Speed NEMA Catalog Speed Range Output Current Baldor Baldor Shipping 60 Hz Frame No. Min RPM Max RPM Speed (Amps) Type Size Weight 230 Volt Input JM JMSM3545T DV3516M JM JMSM3555T DV3532M JM JMSM3610T DV3628M JM JMSM3613T DV3634M / JM JMSM3709T DV3733M JM JMSM3711T DV3738M Volt Input JM JMSM3545T DV3516M JM JMSM3555T DV3532M JM JMSM3610T DV3628M JM JMSM3613T DV3634M / JM JMSM3709T DV3733M JM JMSM3711T DV3738M SmartMotor Washdown C-Face Baldor Washdown Duty SmartMotor s are designed for applications where the motor is subjected to brutal, high-pressure washdown in order to maintain a bacteria-free operating environment. Used for constant torque or constant horsepower applications, new installations, replacements and original equipment manufacturers. All are available from stock. Washdown NEMA 4 Control Enclosures (IP55) - C-Face with Base Base Constant Torque Max Input Approx. Base Speed NEMA Catalog Speed Range Output Current Baldor Baldor Shipping 60 Hz Frame No. Min RPM Max RPM Speed (Amps) Type Size Weight 230 Volt Input TC CWDSM3546T DV3524M TC CWDSM3558T DV3540M TC CWDSM3611T DV3628M TC CWDSM3615T DV3646M / TC CWDSM3710T DV3734M TC CWDSM3714T DV3746M Volt Input TC CWDSM3546T DV3524M TC CWDSM3558T DV3540M TC CWDSM3611T DV3628M TC CWDSM3615T DV3646M / TC CWDSM3710T DV3734M TC CWDSM3714T DV3746M

9 Dynamic Braking Fast cycle times not only need controlled power to drive the motor up to speed but also require the motor drive to absorb generated energy when the motor is commanded to stop. Simple positioning applications require controlled stopping to bring the motor to a stop at just the right spot. All Baldor Standard C-Face (CSM) and Washdown C-Face (CWDSM) come standard with Dynamic Braking. The SmartMotors s built in dynamic braking circuit can handle 20% braking torque continuously. Stopping a motor faster than it would normally by coasting to a stop causes the motor to act as a generator. The generated energy during braking cycles needs to be removed from the motor control in order to prevent the control from tripping on an Overvoltage Fault. Dynamic Braking is the common method of transferring the generated energy from the motor to resistors that dissipate the energy from the motor drive as Heat. SPEED TIME BRAKING ENERGY Standard on All Baldor Motors: Exxon Polyrex EM Polyurea Grease It s a fact: Bearing failure is the #1 mechanical reason for motor failure. So the better the grease protecting those bearings, the better and longer the motor performs. Today, that better grease is Exxon s new Polyrex EM polyurea grease now standard on all Baldor SmartMotors. It provides lubrication life of more than four times greater than other polyurea greases in tests up to 350 F. It exhibits greater durability when subjected to mechanical shearing forces. Furthermore, a specially formulated additive in the grease resists washout, rust and corrosion even when subjected to salt water conditions. ASSTM D 217 Cone Penetration (mm/10) Excellent Shear Stability Polyrex EM Competitive Polyurea Grease Penetration after 60 strokes Penetration after 100,000 strokes Typical Lithium Complex Grease As illustrated here, the proprietary polyurea thickener system in Polyrex EM exhibits excellent durability and stability when subjected to a mechanical shearing force. Mechanical shear stability is a measurement of the greases thickener system. Good mechanical shear stability is important in roller bearing applications where excessive grease softening may lead to grease leakage or purging from the bearing. Source: Exxon Mobil Product Data Sheet DG-3C, 6/15/99. ASTM D 3336 Grease Life at 350 F (hours) Outstanding High-Temperature Lubrication Life Polyrex EM Competitive Polyurea Grease Typical Synthetic Lithium Complex Grease Typical Lithium Complex Grease In the severe ASTM D 3336 High-Temperature Grease Life Test, Polyrex EM dramatically out performed a competitive polyurea grease and conventional lithium-complex greases. Source: Exxon Mobil Product Data Sheet DG-3C, 6/15/99. 9

10 Baldor SmartMotor Design and Construction Design Specifications - Motor 200 C Inverter Spike Resistant Magnet Wire Totally Enclosed Fan Cooled - TEFC C-Face and Foot Mounting Close Coupled Pump Mounting Premium-Efficient NEMA Design B Windings NEMA Standard Frames Double Dip and Bake Windings Ball Bearings with Exxon POLYREX EM Grease Design Specifications - Control Microprocessor Controlled PWM Output Free Run or Ramp Stop Selectable Preset Speeds and Jog Speed DC Injection Braking Dynamic Braking (20% Std.) on CSM and CWDSM models PID - Setpoint Control Programmable Speed Profile Run Operation; Continuous or One Shot NEMA 1 Control Enclosure on CSM and JMSM models NEMA 4 Control Enclosure on CWDSM Models Optional Operator Keypad Process Follower Input 0-5 VDC, 0-10 VDC, 4-20 ma Controlled Reversing Separate Accel/Decel Rates Analog Meter Output Multifunction Digital Output Specifications Environmental and Operating Conditions Input Voltage - 1 or 3 Phase VAC ±10% or VDC, 3 Phase VAC ±10% or VDC Input Frequency - 50 or 60 Hz ±5% for AC Input Service Factor / Duty - Continuous Humidity - 90% Max RH Non-Condensing for NEMA 1-100% Max RH Condensing for NEMA 4 Altitude Feet Max without Derate Protective Features Selectable Manual/Automatic Restart at Power Up DC Bus Charge Indicator Cause of Last 31 Trips Retained in Memory Electronic Motor Overload Protection Adjustable Time Based Motor Overload Automatic PWM Adjustment with Drive Temperature Optional Operator Keypad Digital Speed Control Forward Run / Reverse Run / Stop Command JOG Speed Local/Remote Key Remote Mount to 100 Feet NEMA 4X Enclosure Display 32 Character Alpha Numeric Output Ratings Overload Capacity 150% for 60 seconds for constant torque rating Speed Range 180 to 3600 RPM maximum CSM, CWDSM 180 to 1800 RPM constant torque; 1800 to 3600 RPM constant horsepower JMSM 180 to 3450 RPM Constant Torque Horsepower Base speed ratings at 230 VAC or 460 VAC Input Ratings Frequency 50 or 60 Hz ±5%; consult factory for Direct DC Voltage VAC ±10% or DC; VAC ±10% or DC Phase Three phase (or single phase with derate) No derate for 1 & 2 HP units Motor Spec Winding Design NEMA Design B Magnet Wire 200 C Inverter Spike Resistant Bearings Anti Friction Ball Bearings with Exxon POLYREX EM Polyurea Grease Enclosure Totally enclosed fan cooled (TEFC) Mounting Standard NEMA C-Face and foot mounting Control Spec Control Method Sinusoidal PWM PWM Frequency Adjustable 2.25 khz to 18 khz for 1-3 HP; 2.25 khz to 9 khz for 5-10 HP V/Hz Ratio Factory tuned to motor with manual setting; minimum frequency limit; maximum frequency limit. Torque Boost 0-15% of input voltage, automatic with manual override Skip Frequency Three zones, 0 to maximum frequency Speed Setting 0-5 VDC, 0-10 VDC, 4-20 ma, optional keypad Accel/Decel Separate accel/decel rates, seconds to maximum frequency External Output Assignable digital output; assignable analog output Protective Functions Fault Trip Over voltage, over current, under voltage, external trip, heatsink thermal, motor overload Stall Prevention Over voltage suppression, over current suppression, PWM adjustment with temperature Optional Running Output frequency, set frequency, output current, output voltage, motor RPM, custom Keypad Display units output rate, diagnostic displays Setting Parameter values for setup and review Fault Trip Separate message for each trip, cause of last 31 trips retained in memory Ambient Conditions Temperature -10 to +40 C ambient (consult Baldor for operation outside this temperature range) Cooling Totally enclosed fan cooled (TEFC), cooling fan connected for motor shaft 10

11 Remote Control Connections 2 Wire, 7 speed Operating Mode J1 Command Pot 5kOHM Analog Ground Analog Input Pot Reference (10VDC) 4 Analog Output User 5-30VDC Forward Reverse Speed Select #1 Speed Select #2 Speed Select #3 Input Common Digital Output Common Digital Output Function J1-7 J1-8 J1-9 Analog Input Open Open Open Preset Speed #1 Closed Open Open Preset Speed #2 Closed Closed Open Preset Speed #3 Closed Closed Closed Preset Speed #4 Closed Open Closed Preset Speed #5 Open Open Closed Preset Speed #6 Open Closed Closed Preset Speed #7 Open Closed Open Profile Run Operating Mode The Profile Run function allows a pre-programmed speed profile to be run with a single run command. The run command can be given at the Keypad or the Control Terminal Strip. The Speed Profile is built by using the available Preset Speeds to set the profile speeds. Selection of the direction and time to run the Preset Speeds is individual to each Preset Speed. The number of run cycles is adjustable up to 254 or continuous run as an endless loop. An example Speed Profile is shown below: Fwd Speed 1 Speed 2 Speed 3 Speed 4 Speed 5 Speed 6 Speed 7 Rev Time 1 Time 2 Time 3 Time 4 Time 5 Time 6 Time 7 1 Cycle 11

12 The Baldor Keypad The new Baldor keypad provides the flexibility and ease of use expected in today s controls. The 12 keys provide tactile response so you know a key has been pushed. The 32 character alpha-numeric display provides full parameter names to simplify programming, operation and monitoring. Parameter code number translation is not required. Keypads supplied on NEMA 1 and NEMA 4 controls carry a NEMA 4X rating when remotely mounted. The Baldor keypad is used on a variety of controls so when you know how to work with one you know them all. JOG Used to call up preprogrammed JOG speed. JOG Indicator Lights (JOG) - Green Lamp lights when JOG Speed is active. (FWD) - Green Lamp lights when FWD direction is commanded. (REV) - Green Lamp lights when REV direction is commanded. (STOP) - Red Lamp lights when motor STOP is commanded. LCD DISPLAY Displays control status including LOCAL or REMOTE operation, motor direction command, set value of each parameter/function, monitoring values such as output frequency and current, also displays fault conditions and log. PROG Used to access the block programming area. FWD Used to initiate a forward direction run of the motor. REV Used to initiate a reverse direction run of the motor. STOP Used to initiate a motor stop command. LOCAL Used to toggle between LOCAL and REMOTE operation. DISP Depressing this key changes the displayed control status. Also used to bring the lower block programming menu back to the monitoring menu. SHIFT Used to move the blinking cursor over one space for each push of the SHIFT key. RESET Used to initiate a logical reset after a fault condition and to take the block programming menu up one level. UP Used to change the display parameter or parameter value up one increment. ENTER Used to take the block programming menu down one level while saving any changes. DOWN Used to change the display parameter or parameter value down one increment. 12

13 Optional Operator Keypad Keypad with Cable 32 Character English Alpha Numeric Display NEMA 4X Enclosure Backlit LCD Display Remote Mount to 100 Feet from Control Keypad Mounted to Cover 32 Character English Alpha Numeric Display NEMA 1 Enclosure Backlit LCD Display Keypad Mounted to Terminal Cover Includes Connecting Cable Cover with Keypad Jack Keypad Jack Mounted to Cover NEMA 1 Enclosure Removable Dust Cover Order Keypad with Cable Separately Catalog Cable Length No. feet (meters) CBLSM015KP 5 (1.5) CBLSM030KP 10 (3.0) CBLSM046KP 15 (4.6) CBLSM061KP 20 (6.1) CBLSM091KP 30 (9.1) CBLSM152KP 50 (15.2) CBLSM229KP 75 (22.9) CBLSM305KP 100 (30.5) Catalog No. CVRSM35KP-B CVRSM36KP-B CVRSM37KP-B SmartMotor Type No. DV35 DV36 DV37 Catalog No. CVRSM35KJ-B CVRSM36KJ-B CVRSM37KJ-B SmartMotor Type No. DV35 DV36 DV37 Main Circuit Wiring Connections Red LED ON = Bus Voltage Present L1 L2 L3 T1 T2 T3 G Red LED Steady ON = Fault Flashing = Operating Mode Green LED Blinking = Microprocessor is running J1 1 Analog Ground 2 Analog Input 3 Pot Reference (10VDC) 4 Analog Output 5 Opto Input #1 6 Opto Input #2 7 Opto Input #3 8 Opto Input #4 9 Opto Input #5 10 Opto Input Common 11 Digital Output Common 12 Digital Output Keypad J3 Connector 13

14 Outline Drawing and Dimensions - Baldor SmartMotor CO4 LB CO2 CO1 AH P WB CO3 V BB 4 Tapped Holes BF= Hole Size AJ= Dia. B.C. AK O 45 BD U D 45 2F BA E E Dimension Model 2F D E O P U V AH AJ AK BA BB BD BF CO1 CO2 CO3 CO4 LB WB 56C TC JM TC JM TC JM TC JM TC JM TC JM Note: Drawings shown are for reference only. Please contact Baldor for a detailed dimensional drawing of the specific motor you require. Drawings may also be available from our CD-ROM or website at 14

15 Motor Shaft for SmartMotor JM Series EQ AH JM Model EQ EL EP AH U 143 Open Open Open Closed Open Open Closed Closed Open Closed Closed Closed Closed Open Closed Open Open Closed EP EL U UNC (0.88 Deep) Remote Keypad Mounting (A) (A) FOUR PLACES 8-32 TAP USE DRILL # CLEARANCE USE #19 OR 0.166" 1-11/16" DIAMETER HOLE USE 1.25" CONDUIT KNOCKOUT (B) (A) (A) SCALE NOT TO BE ALTERED DIMENSIONS CAN BE DISTORTED DUE TO REPRODUCTION 15

16 TM Made in the U.S.A. Baldor offers a broad line of products to meet your application needs. Visit to request copies of these catalogs: Explosion Proof Motors BR454 Large Frame AC Induction Motors BR435 Stock Product Catalog Effective: March 12, 2001 Washdown Duty Motors and Drives Washdown Duty Motors & Drives BR455 Generators DC Motors & Controls Line and Load Reactors BR1301 Inverters & Vectors Commercial Duty Premium Efficiency Washdown Motors & Controls General Purpose Grinders Large Frame AC Stock Products 501 Inverter Drive & Vector Drive Motors BR400 Vector Controls BR718 Inverter Controls BR715 Baldor Electric Company BR750 Baldor Electric Company P.O. Box 2400 Fort Smith, AR U.S.A. Ph (501) Fax (501) International Fax (501) Printed in U.S.A. 4/01 PROG 25,000