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SV2 Series Cost Effective Servo Drive and Motor

SV2-Economical Servo

SV2 Series Cost Effective Servo Drive and Motor

The SV2 series servo driver and motor adopt an Ethernet bus communication interface based on Ethernet drive technology and a 100Mbit/s data rate to achieve real-time control and data transmission of the servo system. This driver program has multiple input and output interfaces and supports CSP, CSV, CST, PP, PV, PT, and HM working modes. Compared with traditional pulse servo, this driver program is particularly suitable for remote and multi axis communication applications, greatly reducing the number of wires and improving the reliability of the driver program.

    PRODUCT SPECIFICATION 

    P21-15k8

    ● Maximum power 7.5kW
    ● High precision
    ● High synchronization
    ● Working voltage - Input AC voltage: 220V AC ± 10%, single-phase/three-phase, 50/60Hz
    ● 8-channel universal anode insulation asymmetric input function, maximum input frequency 10kHz, input voltage 24V
    ● 6 fiber optic insulated outputs, maximum output power 50mA, maximum withstand voltage 30V DC
    ● Supports EtherCAT communication protocol, with addresses automatically assigned by the host This is a paragraph

    Product introduction

    Servo SV2 model definition - Driverihj
    Naming rules for selection5rp
    Servo model SM2 definition - Motor1ps
    Naming rules for selectiony5h

    APPLICATION INDUSTRY

    1.3C: High precision control, multi axis group or multi axis linkage high-precision control
    2. Semiconductors and photovoltaic: high-precision control, multi axis group with more than 80 axes. 
    3. Packaging: High speed visual quality inspection, logic control, with axis capability. 
    4. Printing: Multi axis group networking, high-speed visual quality inspection. 
    5. Digital business in the process industry, equipped with self-developed application software such as Instagard, Messapp and Sparkcv. 
    6. Laser processing: high-precision multi axis linkage, high-speed visual detection and positioning.

    Edge banding machine
    05
    2024-11-19

    Edge banding machine

    Edge banding machine

    Edge banding machine is a specialized machine equipment used for edge banding of wooden products. It is mainly used to seal the edges of boards, making them smooth, beautiful, and improving texture and durability. Edge banding machines usually have processes such as conveying, gluing, cutting, front and rear alignment, upper and lower trimming, upper and lower precision trimming, upper and lower scraping, polishing, etc., which can achieve edge banding treatment of different lengths, thicknesses, and materials. At the same time, the edge banding machine can also perform automated operations according to demand, improving production efficiency and product quality. In woodworking production, edge banding machines are widely used in furniture manufacturing, decorative panel processing, cabinet making and other fields. It can effectively improve production efficiency, save labor costs, and ensure the stability and consistency of edge sealing quality. Therefore, edge banding machines play an important role in the modern woodworking industry and are an indispensable equipment in the production process.

     

    Difficulties in the control system of edge banding machine equipment:

     

    1. The edge length varies

    2. Pressure roller adhesive

    3. Multiple parallel communication buses

    4. Multi device compatibility

    5. Stability of control system

    6. Function and performance of the controller

     

    Control system architecture:

     

    封边机.png

     

    Characteristics of SINSEGYE's solution:

     

    Easy-to-use & Strong scalability

     

    -Support development language programming defined by IEC61131-3 standard

    -Rich communication protocols, supporting multiple industrial communication protocols such as DeviceNet, EtherCAT, EtherNet/IP, Modbus, OPC/UA, etc

    -Integrate visual programming environment to reduce duplicate variable declarations and improve programming efficiency

    -Embedded with rich functional blocks, supporting custom encapsulation library files

    -Cross platform and cross device compatibility, replacing hardware devices does not require changing the original program

     

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