Reliable Brushless Motor for Cowshed Applications and Performance

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Reliable Brushless Motor for Cowshed Applications and Performance

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Product Description

Basic Info

Model NO.

TYJX-2200-1500

Operation Mode

Electric Motor

Magnetic Structure

Permanent Magnet

Function

Driving

Structure

Rotating Pole Type

Number of Poles

Certification

CCC, ISO9001, CE

Rated Power

2.2kw

Speed (R/Min)

1420

Frequency

50Hz

Factor

0.95

Origin

China

Specification

100% Copper Wire

Product Overview

The TYJX Series Frequency Conversion Drive High-Efficiency Rare Earth Permanent Magnet Synchronous Motor is specifically designed for the fan industry. This fully enclosed, air-cooled motor surpasses GB30253-2013 standards, reaching Class 1 efficiency (IE5 benchmark). By utilizing advanced rare earth permanent magnet materials, the motor maintains a permanent magnetic field without traditional electric excitation, resulting in a compact, lightweight, and highly reliable design.

This innovative series integrates advanced electronic control to enhance overall drive system performance. It offers exceptional advantages including superior starting torque, minimal noise, reduced vibrations, and high power factor, making it the ideal choice for energy-saving industrial applications.

Key Features

📈 National IE5 Efficiency

Surpasses national premier energy standards, achieving the esteemed national IE5 energy efficiency benchmark.

⚡ High Power Factor

Achieves a power factor exceeding 0.95 without induction current excitation, eliminating the need for reactive power compensation.

💰 15%-30% Energy Saving

Replacing asynchronous motors with this technology can result in comprehensive power savings of up to 30%.

📉 Reduced Current Demand

Current demand is reduced by over 20% compared to asynchronous motors, lowering infrastructure investment in cables.

🌡️ Low Temperature Rise

Temperature rise is reduced by more than 20K due to lack of copper loss in rotor windings, ensuring cooler operation.

🎯 Precise Control

Excellent dynamic response with no speed slip, perfectly suited for high-speed and precise regulation scenarios.

Technical Parameters

Motor Model	Power	Voltage	Series	Speed	Insulation	Factor	Protection
TYJX-90L	1.1kW	D220V/50Hz	16	500	F	0.95	IP55
TYJX-90L	0.75kW	D220V/50Hz	16	650	F	0.95	IP55
TYJX-100L	1.5kW	D220V/50Hz	20	530	F	0.95	IP55
TYJX-100L	2.2kW	S380V/50Hz	20	1440	F	0.95	IP55
TYJX-100L	3.0kW	S380V/50Hz	20	1440	F	0.95	IP55
TYJX-112M	1.1kW	D220V/50Hz	20	720	F	0.95	IP55
TYJX-112M	1.8kW	D220V/50Hz	20	720	F	0.95	IP55

Operating Principles & Conditions

Energy Saving Principle: Unlike asynchronous motors that rely on induced current, permanent magnet motors utilize high-performance rare earth materials to establish a stable magnetic field. This allows the rotor to align perfectly with synchronous speed, eliminating iron and mechanical losses. The power density is approximately 30% greater than equivalent asynchronous models.

Conditions of Use:

Altitude: Up to 1000 meters.
Ambient Temperature: -15°C to 40°C.
Working Mode: S1 continuous system.
Protection: IP55 enclosure protection grade.
Cooling: IC410 thermal management.

Product Showcase

Quality & Materials

Certificates & Honors

Frequently Asked Questions

What is the energy efficiency rating of the TYJX series?

The TYJX series meets and surpasses the GB30253-2013 national standards, achieving Class 1 efficiency, which is equivalent to the IE5 energy efficiency benchmark.

How much electricity can be saved by using these motors?

Depending on the load conditions, replacing standard asynchronous motors with TYJX motors can lead to a comprehensive power saving rate of 15% to 30%.

Do these motors require reactive power compensation?

No. With a power factor exceeding 0.95, these motors operate as resistive loads, effectively eliminating the need for additional reactive power compensation.

What are the environmental requirements for operation?

The motors are designed for altitudes up to 1000m and ambient temperatures between -15°C and 40°C. They feature IP55 protection and IC410 cooling.

Why is the temperature rise lower than standard motors?

The temperature rise is reduced by more than 20K because there is no copper loss in the rotor windings and a lack of reactive current in the stator windings.

Are these motors suitable for high-speed applications?

Yes, their permanent magnet synchronous design provides excellent control with no speed slip and precise speed regulation, making them ideal for high-speed scenarios.