1,000+ Results for Variable Frequency Drives - Page 14
Key Features:
- Input Voltage: 200 to 240V AC
- Cable Length (Meters): 20, 50, 100
- Filter: EMC Filter
Key Features:
- Control Type: Keypad, Logic Input
- With Bypass / No Bypass: No Bypass
- Item: Variable Speed Drive
Key Features:
- With Bypass / No Bypass: No Bypass
- Output Phase AC: Three
- Control Method: Active Energy Control
Key Features:
- Control Method: Active Energy Control
- Starting Torque: 1.5
- Display Type: LCD
Key Features:
- Item: Braking resistor - 100 Ohm - 100 W - cab
Key Features:
- With Bypass / No Bypass: No Bypass
- Start/Stop Control: Programmable
- Item: Variable Frequency Drive
Key Features:
- Input Frequency: 50/60 Hz
- Input Voltage: 480V AC
- Height: 27.83 in
Key Features:
- Item: Remote Keypad Cable
- For Use With: DG1 Drives
- Depth: 118.0 in
Key Features:
- Mounting Type: Screw Clamp
- Item: EMC Conformity Kit
- For Use With: ATV12 Drives H075F1, HU15M2, HU22M2, HU15M3, HU22M3
Key Features:
- Item: Extended I/O Option Card Tv71
Key Features:
- Item: Variable Speed Drive
- Max. HP: 40 hp
- Input Voltage: 200 to 240V AC
Key Features:
- Item: Atv 312 Braking Resistor
Key Features:
- Item: Additionnal EMC filter - 15 A - 3 PH
Key Features:
- Item: Option Card
- For Use With: Variable Frequency Drives
- Depth: 0.5 in
Key Features:
- With Bypass / No Bypass: No Bypass
- Depth: 7.89 in
- Control Method: Active Energy Control
Key Features:
- Item: Flange Kit
- For Use With: Frame 1, PowerXL DG1 General Purpose Variable Frequency Drives
- Mounting Type: Plug-In
Key Features:
- Width: 6.02 in
- Output Phase AC: Three
- Protection: Incoming Surge, Input Phase Loss, Output Phase Loss, Overcurrent, Overheating, Overload, Overvoltage, Stall, Under Voltage
Key Features:
- Item: Frame Kit
- For Use With: DG1 Drives
- Depth: 10.44 in
Key Features:
- Dynamic Braking: Yes
- Max. HP: 5 hp
- Output Voltage: 240V AC
Key Features:
- Item: Input Option Card
- For Use With: Variable Frequency Drives
- Depth: 0.5 in
Key Features:
- Height: 11.5 in
- Digital Readout: Yes
- With Bypass / No Bypass: No Bypass
Key Features:
- Display: LED
- Cable Length (Meters): 100
- Type: Communication module
Key Features:
- Item: Variable Speed Drive
- Max. HP: 4 hp
- Input Voltage: 380 to 480V AC
Key Features:
- Item: Braking resistor - 27 ohm - 400 W - cabl
Key Features:
- Control Method: Active Energy Control
- Depth: 11.57 in
- For Use With: 3-Phase Inverter Duty Motor
Key Features:
- Item: Display Terminal
- Type: 128 x 64 pixels
- Application: Adjust and Configure the Drive, Display The Current Values, Save and Download Configurations
Key Features:
- Key Pad Lockout: Yes
- Max. HP: 1 hp
- Max. Output Amps: 4.8 A
Key Features:
- Starting Torque: 1.5
- Start/Stop Control: Programmable
- Output Voltage: 480V AC
Key Features:
- Input Voltage: 240V AC
- Max. HP: 25 hp
- Item: Variable Frequency Drive
Key Features:
- Item: Input Option Card
- For Use With: Variable Frequency Drives
- Depth: 0.5 in
Key Features:
- Output Frequency Range: 0.5 to 400 Hz
- With Bypass / No Bypass: No Bypass
- Control Method: Quadratic V/Hz, Volts Per Hz, Sensor less Flux Vector Control
Key Features:
- Item: CANopen Daisy Chain CommunicationCard
- For Use With: Altivar 32, Altivar Machine ATV320, ATV340, Altivar Process ATV600, ATV900, Lexium 32
- Depth: 3.5 in
Key Features:
- For Use With: ATV312, ATV31C
- Item: EMC Filter
- Phase: Three
Key Features:
- Item: Braking resistor - 28 ohms - 1.1 kW - IP
Key Features:
- Input Frequency: 50/60 Hz
- Display Type: LED
- Input Voltage: 600V AC
About Variable Frequency Drives
Variable Frequency Drives (VFDs) are motor controllers that allow for the speed of an AC motor to be adjusted. They are used in a variety of industrial applications and can help reduce energy consumption, improve system reliability, and extend the life of a motor.
Types of Variable Frequency Drives
VFDs come in many shapes and sizes, ranging from single-phase drives to large three-phase drives. The type of VFD you need will depend on the application it is being used for. For example, some VFDs are designed specifically for high-speed applications while others may be optimized for low-speed applications.
How Variable Frequency Drives are Made
Variable Frequency Drives are typically made with a combination of electrical components such as capacitors, transistors, resistors, diodes, relays, and transformers. In addition to these components, VFDs also require special programming or software to control the speed and torque output of the motor.
Industries that use Variable Frequency Drives
VFDs can be found in many industries such as manufacturing plants, power plants, water treatment facilities, HVAC systems, automotive assembly lines and more. Professionals in these industries rely on VFDs to help optimize their processes by controlling the speed and torque output of motors.
Find the Variable Frequency Drives You Need at Zoro
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