Altivar 312 Variable Frequency Drives

Name: Altivar 312 Variable Frequency Drives
Brand: pgds engineering and automation
Price: 10000 INR
Availability: InStock

Price 10000 INR/ Piece

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MOQ : 1 Piece

Altivar 312 Variable Frequency Drives Specification

Power Factor
-

Feature
Integrated EMC Filter

Product Type
Variable Frequency Drive

Application
Simple Machine

Protection Level
IP20

Rated Voltage
500V

Output Type
Variable Speed

Color
Grey

Size
Compact

Phase
1 Phase

Input Voltage
500V

Communication
Modbus supported

RoHS Compliant
Yes

Frequency Range
0.5-400 Hz

Control Method
V/F, Sensorless Vector

Energy Saving
Yes

Component Name
ATV312

Component Type
Variable Speed Drive

Overload Capacity
150% for 60s

Power kW
1.1 kW

Start/Stop Logic
Programmable

Hp
1.5 Hp

Mounting
Panel Mount

Product
Altivar 312

Ambient Temp
-10 to 50C

Display Type
7-segment

Apparent Power
3.2 kVA

Altivar 312 Variable Frequency Drives Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

Altivar 312 Variable Frequency Drives About

The in-demand Altivar 312 Variable Frequency Drives are the paragon of performance and adaptability for automation. This radiant ATV312 model is designed for simple machines, boasting a flawless speed control solution in a compact format. With 1.5 Hp (1.1 kW), 3.2 kVA apparent power, and programmable start/stop logic, it makes energy-saving effortless. The integrated EMC filter, panel mount, and 7-segment display add convenience. Customizable and RoHS compliant, it supports Modbus communication and delivers peak protection (IP20). Add to Cart for a reliable, efficient upgrade.

Versatile Applications for Reliable Operations

Altivar 312 Variable Frequency Drives excel in a wide array of industrial applications, especially in simple machines such as conveyors, pumps, and fans. This drive is suitable for machine builders seeking compact, energy-saving, and robust solutions. Notable machine features include sensorless vector control, a programmable logic, and high overload capacity. These features ensure flawless performance even in demanding environments, while panel mounting offers flexible installation for systems integration.

Swift Delivery and Competitive Offers

Enjoy the lowest price on Altivar 312 Variable Frequency Drives with our prompt delivery services. We ensure secure shipping from our main FOB port in India, catering to South and Southeast Asian export markets. The handover process guarantees efficiency, allowing you to receive your radiant new drive swiftly and safely. Our reliable supply network ensures your automation projects remain on schedule, with every order handled responsibly from warehouse to your facility.

FAQ's of Altivar 312 Variable Frequency Drives:

Q: How does the Altivar 312 benefit simple machine applications?

A: The Altivar 312 offers tailored speed control, energy savings, and compact size, making it ideal for simple machines such as conveyors and pumps. Its programmable logic and robust overload capacity ensure peak efficiency and operational reliability.

Q: What are the main features that set the ATV312 apart?

A: The ATV312 shines with features like sensorless vector control, integrated EMC filter, RoHS compliance, programmable start/stop logic, and a clear 7-segment display, all designed to meet modern industrial automation demands.

Q: Where can the Altivar 312 Variable Frequency Drive be installed?

A: It is engineered for panel mounting, making it easy to integrate into a wide variety of machine setups across manufacturing, packaging, and process industries.

Q: What is the delivery process when purchasing the Altivar 312 in India?

A: We offer secure shipping and prompt handover from our main FOB port, primarily serving export markets in South and Southeast Asia. Every order is processed with care for timely delivery.

Q: How does energy-saving functionality work in this drive?

A: The Altivar 312 employs advanced V/F and sensorless vector control methods that optimize motor speed and reduce energy consumption, supporting your sustainability goals without sacrificing performance.

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