林亚选材-中国水泥商城-建材商城

WY-200L型履带挖掘式装载机（扒渣机）

WY-200L type crawler excavating loader (dredging machine)

WY-200L型履带式扒渣机是我公司研发的隧道无轨施工系列产品中的大型装渣设备，适用于(宽×高)4m×4m以上隧道断面。该机采用电液驱动，总装机功率122.2KW。配置如下：液压系统：采用双液压系统，主挖装及行走系统采用高压系统，借鉴挖掘机成熟理念及配置，采用纯进口组件，多道精密滤油，风冷散热器，使主工作系统稳定可靠维护性好，装渣系统为低压系统保证长时间工作的大扭矩双马达的使用寿命，功率强劲两套系统互不干涉，使整机维护特别方便。电器系统：采用配置互不干涉降压启动方式，实行散热与主电机联合控制，可靠性高。运输方式：采用双排链(开放式组装)，平稳可靠，维护方便。该机配置高，装渣效率显著为替代国外进口产品的优秀机型，拥有良好的性价比，是您理想的选择。该机可实现电气元件防爆，可用于防爆要求施工环境。The WY-200L type crawler slag-drawing machine is a large-scale slag-loading equipment in our company's series of tunnel non-track construction products. It is suitable for tunnel sections with a width and height of (4m × 4m) or larger. This machine is driven by an electro-hydraulic system and has a total installed power of 122.2KW. The configuration is as follows: Hydraulic system: It adopts a dual hydraulic system. The main digging and loading system and the walking system use high-pressure systems. It draws on the mature concepts and configurations of excavators, using pure imported components, multiple precision oil filters, air-cooled radiators, to ensure the stability and reliability of the main working system and good maintainability. The slag-loading system is a low-pressure system, ensuring the long service life of the large-torque dual motors for long-term operation. The two systems do not interfere with each other, making the overall maintenance particularly convenient. Electrical system: It adopts a configuration with mutually independent deceleration start-up methods, implementing combined control of cooling and the main motor, with high reliability. Transportation method: It uses double-row chains (open assembly), which is stable and reliable, and easy to maintain. This machine is well-configured, with significant slag-loading efficiency, making it an excellent model for replacing imported products from abroad. It has good cost performance and is your ideal choice. This machine can achieve explosion-proof for electrical components and can be used in construction environments with explosion-proof requirements.