电动叉车是以直流电源(电瓶)为动力的装卸及搬运车辆.在新材料、新工艺方面,最重要的体现是晶体管控制器(SCR和MOS管)应用.它的出现使电动叉车的使用性能得到很大的提高,从总体上说,电动叉车的耐用性、可靠性和适用性都得到显著提高,完全可以与内燃机叉车相抗衡.检查井钢模具 隔离墩模具 隔离墩钢模具 流水槽模具 U型槽模具 螺杆启闭机 卷扬式启闭机 铜雕佛像
Electric forklift is a loading, unloading and handling vehicle powered by DC power supply (battery). In terms of new materials and processes, the most important embodiment is the application of transistor controller (SCR and MOS tube). Its emergence has greatly improved the service performance of electric forklift. Generally speaking, the durability, reliability and applicability of electric forklift have been significantly improved, It can compete with internal combustion engine forklift
电动叉车的驱动与制动系统
Driving and braking system of electric forklift
驱动系统是电动叉车的关键部件之一.各种叉车在驱动系统的结构上存在很大的差别,由于是双电机驱动,加速和爬坡性能好,牵引力大,采用了电子整速系统,替代原来的机械差速系统,使用性得到了很大的提高.
The drive system is one of the key components of the electric forklift. There are great differences in the structure of the drive system of various forklifts. Due to the dual motor drive, good acceleration and climbing performance and large traction, the electronic whole speed system is adopted to replace the original mechanical differential system, and the usability has been greatly improved
一般的电动叉车主要采用机械式停车制动和液压式行车制动.停车采用手制动,行车采用脚制动.
General electric forklifts mainly use mechanical parking brake and hydraulic service brake. Hand brake is used for parking and foot brake is used for driving