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Baldor VS1ST - ac Inverter Drives - IP20 Enclosure
Feature rich Volts/Hertz variable speed drives designed for easy installation, set-up and operation at an economical price. Ideal replacement for fixed speed starters and for OEM applications. Built-in local control allows drive to operate out-of-the-box. Motor ratings from 0.37kW to 11kW. Built-in ModBus-RTU with RJ45 port for easy communication with other devices. |
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Baldor H2 - ac Inverter & Encoderless Vector Drives - IP23 Enclosure
Can operate as open loop speed control (Inverter Volts per Hertz) or Encoderless Vector.
Inverter Volts per Hertz provides easy setup and operation right out of the box. Used for a variety of applications that require adjustable speed operation and good speed regulation over a limited operating speed range including pumps, fans, and general machinery applications. Best choice for applications where multiple motors are operated simultaneously from one motor control.
Encoderless Vector operation is used when tight speed and current control is desired in an open loop control environment. If you need near closed loop performance without the complexity of additional wiring and setup, consider Encoderless Vector control. Low speed operation near zero speed is possible with good motor current control. If you’re operating a process such as mixing that needs to detect when the desired viscosity is reached or metering pumps where tight speed control is required, then consider applying the Encoderless Vector control mode available in the H2 drives. |
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Baldor H2 - ac Inverter & Encoderless Vector Drives - IP65 Enclosure
IP65 Enclosure for Wet Area/Wash-Down Applications
Can operate as open loop speed control (Inverter Volts per Hertz) or Encoderless Vector.
Inverter Volts per Hertz provides easy setup and operation right out of the box. Used for a variety of applications that require adjustable speed operation and good speed regulation over a limited operating speed range including pumps, fans, and general machinery applications. Best choice for applications where multiple motors are operated simultaneously from one motor control.
Encoderless Vector operation is used when tight speed and current control is desired in an open loop control environment. If you need near closed loop performance without the complexity of additional wiring and setup, consider Encoderless Vector control. Low speed operation near zero speed is possible with good motor current control. If you’re operating a process such as mixing that needs to detect when the desired viscosity is reached or metering pumps where tight speed control is required, then consider applying the Encoderless Vector control mode available in the H2 drives. |
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Baldor H2 - ac Vector Drives - IP23 Enclosure
Closed Loop Vector operation is the ultimate control of AC induction motors. Using a motor mounted encoder, or similar feedback sensor, the control is able to precisely control motor torque and associated operating speed. Using fast microprocessors and current sensors, the H2 Vector Drive can provide full torque at zero speed, ability to directly command motor torque, tight speed regulation, and high-speed motor operation. Easy setup is accomplished with selectable rotational or stationary auto-tuning. Adaptive tuning will also automatically tweak the control loop adjustments while the motor is operating. |
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Electronic Motor Brake - 1 Phase
Efficient alternative to mechanical brakes for motor to 3kW.
Suitable for woodworking machinery, machine tools, bench grinders, and buffers.
Ideal fro OEM equipment or for retrofitting into an existing applications.
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Genesis KBE2 - ac Inverter Drive - IP20 or IP65 Enclosure
The KBE2 Series Drives are compact, easy to install and operate, and provide a cost effective solution for variable speed control of 3 phase ac motors up to 2.2kW. Easy to install and operate with built-in keypad and LED display for simplified programming and operation. Models for 230V/1ph or 415V/3ph Input.
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Genesis KBN2 - ac Inverter Drive - IP20 Enclosure
Variable Speed Control for 0.18 to 23kW 3ph ac Motors. The KBN2 Series Drives have an extended range of in-built features and programmable functions to provide tailor-made operation. The remote mountable keypad with 4 digit LED display provides direct programming and operation functions along with custom readouts. The KBN2 drives include features such as preset speeds, process timers and sequence control functions. PC based RS-232/485 communications options provide easy access for advanced programming situations. |
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ID15H - ac Inverter Drives - IP23 Enclosure
Baldor ID15H ac Inverter Drives provide performance, programmable versatility and optional expansion to cater for complex industrial variable speed tasks. Available in standard IP23 enclosure or IP65 for wash-down applications. These multi-rated drives are suitable for constant torque applications and can operate at 2.5kHz or Quiet-Drive™ 8kHz PWM frequencies. |
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ID15H - ac Inverter Drives - IP65 Wash-Down Duty Enclosure
Baldor ID15H ac Inverter Drives provide performance, programmable versatility and optional expansion to cater for complex industrial variable speed tasks. IP65 for wash-down applications. These multi-rated drives are suitable for constant torque applications and can operate at 2.5kHz or Quiet-Drive™ 8kHz PWM frequencies. |
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KBAC - AC Inverter Drive – NEMA 4X/IP65 Enclosure
The KBAC-24D Adjustable Frequency Drive is a variable speed control in a NEMA-4X/IP-65 washdown and watertight enclosure with front panel mounted control switches and speed potentiometer. Several models are available to provide variable speed control for ac 3 Phase Motors of 0.18kW to 3.7kW. The sine wave coded Pulse Width Modulated (PWM) output operates at a frequency of 16kHz which provides high motor torque, high efficiency, and low noise. Due to its user friendly design, the KBAC is easy to install and operate. Tailoring to specific applications is accomplished via selectable jumpers and trimpot adjustments, which eliminate the computer-like programming required on other drives. However, for most applications no adjustments are necessary.
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KBMA - AC Inverter Drive - IP40/NEMA 1 Enclosure
A low cost adjustable frequency (inverter) drive designed to provide variable speed control of standard 3 phase ac induction motors. Ready to install and operate in an IP65 Enclosure. Provides all of the features of the KBVF drive. Fully featured drives with user friendly design. Easy to install and operate. Simple jumper and trimpot adjustments eliminate the computer-like programming required on many drives. However, for most applications no adjustments are necessary. |
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KBVF - ac Inverter Drive - Chassis Mount
The KBVF chassis mount, adjustable frequency (inverter) drives are designed to provide variable speed control of standard 3 phase ac induction motors. The KBVF is a fully featured drive, and due to the user friendly design, is easy to install and operate. Simple trimpot adjustments eliminate the computer-like programming required on many drives. However, for most applications no adjustments are necessary. Adjustable linear acceleration and deceleration are provided, making the drive suitable for soft start applications. The output voltage is sinewave coded PWM operating at 16kHz, which provides high motor torque, high efficiency and low noise.
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Line Regenerative ac Inverter Drives & Flux Vector Drives
Baldor Line Regenerative Drives return the power generated during motor braking back into the incoming line.
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Soft Start Controls
The Baldor Type ‘M’ multi-purpose starter is a versatile, reduced voltage starter with adjustable ramp up and ramp down features for effective, controlled starting and stopping of any three phase motor driven equipment. Various capacity modules cater for maximum current of up to 420 amps for the building of complete soft-start systems. |
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ZD18H - ac Flux Vector Drives - IP23 Enclosure
Baldor Flux Vector Technology provides the most advanced and accurate variable speed control. Baldor flux vector utilise encoder feedback to provide true servo performance with speed regulation to 0.001%, 1msec torque reversal, high starting torque and ultra smooth low speed, full torque performance down to zero rpm. Other advantages include • No brush wear or brush maintenance problems • Lower inertia for fast accelerations and cycle time • Speed regulation not dependent upon slip and load • Unlimited starts and stops • Excellent dynamic response. |
