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SHR6E Intelligent Motor Soft Starter from China Suppliers | Advanced Technology from Trusted Factory
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SHR6E Intelligent Motor Soft Starter from China Suppliers | Advanced Technology from Trusted Factory

Introducing the SHR6E Soft Starter – a cutting-edge solution designed for optimal motor control. This highly intelligent and reliable soft starter is user-friendly and ideal for businesses in need of efficient motor management. With advanced functions for quick settings and personalized control, the SHR6E meets the diverse needs of various applications, As a product of innovative engineering, the SHR6E utilizes the latest generation of soft starting technology, allowing for precise adaptive control over the motor's acceleration and deceleration curves. This unprecedented level of control not only enhances performance but also ensures longevity and reliability, Choose the SHR6E soft starter from a trusted China factory, recognized among top suppliers for quality and efficiency in motor control solutions. Enhance your operations with SHR6E and experience the perfect blend of technology and usability

    Model Selection

    Model Selection Naming Rules

    Note:

    1. Rated voltage of the main power supply: 22: 220V; 40: 400V;

    2. Rated current: 1.5~150A;

    3. Control power supply voltage: A: 100~240VAC; B: 24VDC;

    Voltage 380-415V
    Model Current (A) Power (kW) Size (mm)
    SHR6E4012 12 5.5 162*55*157
    SHR6E4016 16 7.5 162*55*157
    SHR6E4022 22 11 162*55*157
    SHR6E4030 30 15 162*55*157
    SHR6E4037 37 18.5 250*105*160
    SHR6E4044 44 22 250*105*160
    SHR6E4060 60 30 250*105*160
    SHR6E4074 74 37 250*105*160
    SHR6E4090 90 45 300*136*180
    SHR6E40110 110 55 300*136*180
    SHR6E40150 150 75 300*136*180
    SHR6E40180 180 90 390*210.5*215
    SHR6E40220 220 110 390*210.5*215
    SHR6E40230 230 115 390*210.5*215
    SHR6E Soft Starter Atlas

    Feature Description

    More Control

    • The SHR6E soft starter/cabinet adopts the new generation of soft starting technology. The adaptive control enables the control of the motor's acceleration curve and deceleration curve to an unprecedented level.
    • The soft starter reads the data of the motor during the starting and stopping processes and then adjusts it to achieve the best effect. Just select the curve that is most suitable for your load type, and the soft starter will automatically ensure that the load is accelerated in the smoothest possible way.

    Easy to Use

    • The SHR6E is easy to use, whether during installation, commissioning, operation, or troubleshooting.
    • The quick-setting feature allows the machine to start running promptly. The information screen can display various operating data and show trip messages in text, precisely indicating where the problem lies.
    • You can choose to route the control incoming wires from the top, bottom, or left side, which is very flexible. The unique cable access and fixing devices make the installation faster, neater, and more aesthetically pleasing. You'll soon experience how simple it is to use the SHR6E.

    Product Features

    The SHR6E is a highly intelligent, reliable, and user-friendly soft starter. The newly designed functions of the SHR6E, which are used for quick setting or more personalized control, are a perfect solution. Its features include:

    • A large LCD screen that can display feedback information in both Chinese and English, and other languages can be customized.
    • A remotely installable operation panel.
    • Intuitive programming.
    • Advanced starting and stopping control functions.
    • A series of motor protection functions.
    • Extensive performance monitoring and event recording.
    • Built-in bypass, with a small size and low heat generation.
    • After starting is completed, it switches to the built-in contactor, resulting in low power consumption.
    • When used in water pumps, the water output is the same as that under the power frequency.
    • It has a simulation design, allowing the test of the control circuit without a load.

    Multiple Starting Control Modes

    Multiple starting modes are available to meet various load requirements. Users can select the appropriate starting mode according to their specific load conditions.

    The SHR6E simplifies the installation and operation of the motor starting system, thereby reducing installation costs and shortening the installation time.

    Dimensions of the soft starter cabinet

    Model External dimension (mm)
    H W D
    5.5-15Kw 440 210 200
    18.5-37Kw 760 300 320
    45-75Kw 830 320 330
    90-115Kw 1100 330 370
    Soft Starter Cabinet Dimension Drawing

    Function

    Soft Starter Functions Overview

    Selectable soft start and soft stop curves

    • Voltage ramp starting
    • Current limiting starting
    • Free parking
    • Timed soft parking

    Expanded input and output options

    • Remote control input
    • Relay output
    • RS485 communication output

    Display feedback data

    • Expandable operation panel
    • English display

    Customizable protection

    • Input phase loss
    • Output phase loss
    • Running overload
    • Starting overcurrent
    • Running overcurrent Underload

    Meet the connection requirements

    • Star connection or internal delta connection

    Wiring diagram

    SHR6E Soft Starter Wiring Diagram

    Motor connection

    The soft starter can be connected to the motor using the star connection method or the internal delta connection method (also known as the three-wire connection method and the six-wire connection method). If the internal delta connection method is used, input the rated current of the motor using parameter F01.

    Star connection method, internal bypass

    Star connection method, internal bypass

    Delta connection method, internal bypass

    Delta connection method, internal bypass

    Comparison among Soft Starter, Star-Delta Starter and Autotransformer Starter

    Project Soft Starter Star-delta Autotransformer
    Overvoltage and undervoltage protection Yes None None
    Short circuit protection Yes Yes The safety coefficient is low.
    Overload protection Yes Yes Yes
    Input phase loss protection Yes None None
    Output phase loss protection Yes Yes Yes
    Underload protection Yes None None
    Starting mode Multiple One kind One kind
    485 communication Yes None None
    Convenient maintenance Within 18 months 3 months 3 months
    Convenient transportation Small in size and light in weight Small in size and light in weight Extremely heavy and bulky
    Display English liquid crystal display None None
    Cost performance ratio It can be installed on the wall for small-power applications, and it has a higher cost performance ratio.

    Frequently Asked Questions (FAQ)

    Q1: What starting modes does the SHR6E soft starter support?

    A1: The SHR6E soft starter supports multiple starting control modes to meet various load requirements, including Voltage ramp starting and Current limiting starting.

    Q2: Can the SHR6E soft starter be connected using the Delta connection method?

    A2: Yes, the SHR6E soft starter supports both the Star connection method (three-wire connection) and the internal Delta connection method (six-wire connection). If using the internal delta method, parameter F01 should be used to input the rated motor current.

    Q3: Does the SHR6E soft starter require an external bypass contactor?

    A3: No, the SHR6E has a built-in bypass. After the starting process is complete, it automatically switches to the built-in contactor, which helps reduce physical size, heat generation, and power consumption.

    Q4: What protective features are built into the SHR6E soft starter?

    A4: It features comprehensive customizable protection functions, including input/output phase loss protection, running overload protection, starting/running overcurrent protection, and underload protection.

    Q5: How does a soft starter compare to traditional Star-Delta or Autotransformer starters?

    A5: The soft starter offers superior advantages such as overvoltage/undervoltage protection, underload protection, RS485 communication, an LCD display, and multiple starting modes, whereas traditional methods generally offer only one starting mode and lack advanced protections.