Low Voltage AC Drives
15000 INR/Piece
Product Details:
- Mounting Type Panel Mount
- IP Rating IP65
- Application Industrial
- Protection Level IP20
- Frequency (MHz) 50-60 Hertz (HZ)
- Color White
- Warranty 1 Year
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Low Voltage AC Drives Price And Quantity
- 15000 INR/Piece
- 1 , , Piece
Low Voltage AC Drives Product Specifications
- 3 - Phase
- 50-60 Hertz (HZ)
- IP20
- 1 Year
- 50-60 Hertz (HZ)
- White
- IP65
- Panel Mount
- Industrial
Low Voltage AC Drives Trade Information
- 100 , , Piece Per Week
- 1-6 Week
Product Description
Irrespective of the benefits medium voltage AC drives give for high horsepower motors, low voltage AC drive still holds a dominant position in the domain of AC drive. These are suitable for both, low-power and high-power applications. This is because of many reasons, including cost and availability. Medium voltage drives being custom engineered solutions, result in low-volume production, long lead time as well as higher cost, compared to low voltage drives. The manufacturers even have introduced more standard medium voltage drive options, as well as bought advances in high-voltage semiconductor technology which lowered the cost of electronics, still they are significantly more expensive and less readily available compared to low voltage drives.
The advantage of Medium voltage drives is that they draw less current than low voltage drives for the same power output. This allows energy savings and use of smaller, lower-cost cables. But still the medium voltage drives are mostly custom-engineered products while low voltage drives are available as standard products.
The Low voltage (LV) drives can be classified into voltage source inverter (VSI) or current source inverter (CSI). VSI type is type with pulse-width-modulation (PWM) is the most common. VSI-PWM drives makes use of insulated-gate bipolar transistor (IGBT) switching devices in their inverter section. IGBTs with their high switching frequency allows minimization of harmonics and reduction in motor heating. As said everything has its advantages and disadvantages, this high switching frequency also results in a higher rate of voltage rise (dV/dt), which ultimately causes reflected waves that can result in motor insulation and cables damage. Output reactors or filters can be used for reducing the reflected waves, but they add cost to the drive system.
Even though low voltage drives operate at low voltage, they often are used with medium voltage motors, rated at 2300 or 4160 V. A step-up transformer is added to the drive in this case, in order to increase the inverter output voltage to match the motor voltage.
In situations that require high starting torque (typically above 150 percent), the low voltage PWM drive can be altered to use flux vector control. Also called field oriented control (FOC), this method gives independent control of the magnetizing and torque-producing components of the stator current, allowing more consistent torque output.
As said earlier, low voltage drives gives a solution for low-power as well as high-power applications. Though medium voltage drives provide the advantage of lower energy use and less current draw, still low voltage drives are often chosen for their relatively smaller size, easy availability and lower cost.
The advantage of Medium voltage drives is that they draw less current than low voltage drives for the same power output. This allows energy savings and use of smaller, lower-cost cables. But still the medium voltage drives are mostly custom-engineered products while low voltage drives are available as standard products.
The Low voltage (LV) drives can be classified into voltage source inverter (VSI) or current source inverter (CSI). VSI type is type with pulse-width-modulation (PWM) is the most common. VSI-PWM drives makes use of insulated-gate bipolar transistor (IGBT) switching devices in their inverter section. IGBTs with their high switching frequency allows minimization of harmonics and reduction in motor heating. As said everything has its advantages and disadvantages, this high switching frequency also results in a higher rate of voltage rise (dV/dt), which ultimately causes reflected waves that can result in motor insulation and cables damage. Output reactors or filters can be used for reducing the reflected waves, but they add cost to the drive system.
Even though low voltage drives operate at low voltage, they often are used with medium voltage motors, rated at 2300 or 4160 V. A step-up transformer is added to the drive in this case, in order to increase the inverter output voltage to match the motor voltage.
In situations that require high starting torque (typically above 150 percent), the low voltage PWM drive can be altered to use flux vector control. Also called field oriented control (FOC), this method gives independent control of the magnetizing and torque-producing components of the stator current, allowing more consistent torque output.
As said earlier, low voltage drives gives a solution for low-power as well as high-power applications. Though medium voltage drives provide the advantage of lower energy use and less current draw, still low voltage drives are often chosen for their relatively smaller size, easy availability and lower cost.
Robust Panel Mount Design
The panel mount configuration facilitates secure and space-saving installations in industrial control cabinets. By integrating seamlessly into control panels, these AC drives help streamline automation tasks and minimize electrical hazards, offering ease of maintenance and superior organization.
Versatile Industrial Applications
Engineered for usage in diverse industrial environments, these drives are suitable for tasks requiring precise motor control. Their robust protection features, including IP20 for the housing and IP65 for the interface, make them dependable in manufacturing, processing, and automation sectors.
Assured Quality and Warranty
Every unit is covered by a 1-year warranty, reinforcing quality assurance and providing peace of mind for end-users. Customers receive comprehensive support from trusted Indian distributors, importers, and service providers, ensuring prompt service and assistance.
FAQ's of Low Voltage AC Drives:
Q: How are panel mount low voltage AC drives installed in industrial settings?
A: Panel mount low voltage AC drives are typically fitted directly onto control panels within electrical enclosures. Installation requires mounting the unit securely, connecting it to the appropriate 3-phase power supply, and configuring input/output wiring according to the motor's requirements.Q: What benefits do IP20 and IP65 protection levels offer for these AC drives?
A: IP20 provides basic protection against solid objects and accidental contact, making the unit suitable for indoor industrial use. The IP65 rating for the panel interface offers enhanced protection against dust and water, ensuring safe operation in harsher environments or when exposed to moisture.Q: When should these AC drives be selected for industrial applications?
A: These drives are ideal for use when controlling three-phase motors in environments subject to moderate dust and moisture, particularly where reliable panel mounting and robust frequency control (50-60 Hertz) are necessary.Q: Where can buyers find these panel mount AC drives in India?
A: These products are widely available through a network of distributors, exporters, importers, manufacturers, service providers, suppliers, and traders across India, making sourcing convenient for diverse industrial requirements.Q: What is the process for claiming warranty service on these AC drives?
A: To claim the 1-year warranty, customers should contact the supplier or service provider with the purchase details. The unit will be inspected, and if found defective under warranty terms, it will be repaired or replaced accordingly.Q: How do these AC drives enhance industrial process efficiency?
A: By allowing precise control over motor speed and operation, these drives optimize energy consumption, reduce wear on mechanical components, and provide flexibility in process adjustments, leading to increased overall productivity.Q: What are the typical applications for these low voltage AC drives?
A: They are commonly used in various industrial scenarios, such as pumps, conveyors, fans, and automated manufacturing equipment-any application requiring controlled, reliable motor performance.Tell us about your requirement
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- 709-714, 7th Floor, Surya Icon, Opp. Torrent Power Office, Naranpura, Nr Aec Bridge,Ahmedabad - 380013, Gujarat, India
- Phone : 08045476143
PROCON TECHNOLOGIES PVT. LTD.
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- Mr Dhaval Mehta (Marketing Director)
- Mobile : 08045476143
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