High-Efficiency Wstg800 AC Drive 0.4kw to 3MW Variable VFD Frequency Converters Frequency Inverter

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Product Description

High-Efficiency AC Drive 0.75kw to 3MW Variable VFD Frequency Converters

As a core solution in the field of industrial motor drive, the WSTG800 Series Vector Frequency Converter features high-precision control, wide power coverage, and strong environmental adaptability, providing global industrial customers with motor speed regulation and energy efficiency optimization solutions from single equipment to system-level applications.

Basic Info.
Principle of WorkV/F Control Transducer
Switch ModeHigh Carrier Frequency PWM Control
Main Circuit TypeVoltage
Voltage of Power SupplyHigh Voltage Variable-Frequency Drive
Link of TransformationAC-AC Variable-Frequency Drive
Nature of DC PowerVoltage Variable-Frequency Drive
Transport PackageOne Piece One Box
Specificationfrom 0.4kw to 3MW
Production Capacity8000PCS/Month
Package Size22.00cm * 18.00cm * 22.00cm
Package Gross Weight2.000kg
Core Advantages
1
Full-Scenario Power Coverage: Single-unit power ranges from 0.37kW to 800kW, and multi-unit parallel operation supports expansion up to 3MW.
2
Vector Control Technology: Adopts Closed-Loop Vector Control Technology with speed control accuracy ≤0.2%, compatible with both asynchronous and permanent magnet synchronous motors.
3
High-Reliability Design: Independent air duct + exposed radiator design for dust prevention. Supports wide voltage adaptation (±15% fluctuation).
4
Intelligent Expandability: Standard 485/Can/PN bus interfaces, with optional IO expansion cards and PG cards.
Industry Applications

General Industry: Frequency conversion speed regulation for fans, pumps, and conveyors, with an average energy-saving rate of 20%-40%.

High-End Manufacturing: Precise positioning of machine tool spindles and stable speed regulation of lifting equipment.

New Energy Supporting: Intelligent drive of photovoltaic water pumps and wind power auxiliary machines.

Product Description
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Full Power Range

800kW single, 3MW parallel. One solution for all scales—no multi-brand hassle.

Exposed Radiator

Better heat dissipation, dust-proof. Easy cleaning, 60% less maintenance downtime.

Heat Dissipation
Communication Modes

Multiple Communication

485, Can, PN bus standard. Connects to smart factories without adapters.

Rich Resources

Optional IO/PG cards, modular. Grows with needs, 3-5 years longer lifespan.

Technical Specifications
Electrical specifications Input voltage: Single/three-phase 200-240V, 380V-440V, 660V-690V; Output frequency: 0 - 500.0 Hz
Performance specifications Control mode: V/F, open-loop vector, closed-loop vector; Overload: G-type 150% 60s
Input and output Analog: Al1:0-+10V, Al2: 0-+10V/0-40mA; Digital: DI1-DI5; Relay: TA/TB/TC
Environmental characteristics Operating temp: -10 to +50°C; Altitude: No derating within 1000m
Certifications
Certification 1
Certification 2
Packaging & Shipping
Packaging 1
Packaging 2
Shipping
Positive Feedback
Customer Feedback 1
Customer Feedback 2
Customer Feedback 3
Industrial Presence
Presence 1
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Q1: What is the power range of the WSTG800 series?

A1: The single-unit power ranges from 0.37kW to 800kW, and it supports parallel expansion up to 3MW for large industrial needs.

Q2: Can this VFD drive permanent magnet motors?

A2: Yes, the WSTG800 is compatible with both standard asynchronous motors and high-efficiency permanent magnet synchronous motors.

Q3: What are the main control modes available?

A3: It supports V/F control, open-loop vector control (SVC), and closed-loop vector control (FVC) for maximum precision.

Q4: Does it support industrial communication protocols?

A4: Yes, it comes standard with 485, CAN, and PN bus interfaces, making it ready for Industry 4.0 and smart factory integration.

Q5: What is the overload capacity of the G-type model?

A5: The G-type model provides 150% rated output current for 60 seconds and 180% rated output current for 3 seconds.

Q6: How does it perform in harsh environments?

A6: It is designed for reliability with an independent air duct, wide voltage adaptation (±15%), and a stable operating temperature range of -10°C to 50°C.

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