SC753A-001-01 SC752B001-02 SC753系列控制器

太平洋科学开发ServoBASIC™作为流行的GWBASIC的一个子集，通过添加运动控制命令。使用ServoBASIC™语言，智能运动控制变得很少或没有编程经验的用户可以访问。
ServoBASIC™于1987年首次推出，帮助工程师在数千种应用中进行复杂的运动和机器控制。第二代ServoBASIC Plus™与SC750系列驱动器一起推出。SC750 servobbasic
Plus™是原始突破的逻辑进展，通过现场经验和更快的微处理器增强。第三代
ServoBASIC Plus™适用于SC900系列所有数字伺服驱动器的OC950选件卡。每一代ServoBASIC™都扩展了灵活性和功能，提高了执行速度，简化了编程。在每一代中，我们都保留了ServoBASIC熟悉的语法和程序流程，因此您不必学习新的语言即可访问增强的功能和灵活性。
OC950第三代ServoBASIC Plus™的优势
•程序执行速度比上一代快5倍•27个完全可编程双向数字输入/输出•8个可编程位置限制开关
•PacLAN™驱动间通信是可选的•完全集成的Windows程序开发环境
•增强的程序模块化:
子程序的参数局部变量用户定义函数快速多向分支多维数组变量

SC753A-001-01SC753A-001-01

Pacific Scientific developed ServoBASIC™ as a subset of the popular GWBASIC by adding motion control commands.. With the ServoBASIC™ language, intelligent motion control became accessible to users with little or no programming experience.
First introduced in 1987, ServoBASIC™ has helped engineers do sophisticated motion and machine control in thousands of applications. The second generation ServoBASIC Plus™ was introduced with the SC750 family of drives. The SC750 ServoBASIC
Plus™ was the logical progression of the original breakthrough, enhanced through field experience and faster microprocessors. The third generation of
ServoBASIC Plus™ fits on the OC950 option card for the SC900 family of all digital servo drives. Each generation of ServoBASIC™ has expanded flexibility and functionality, increased execution speed, and simplified programming. Throughout each generation we have retained the familiar syntax and program flow of ServoBASIC, so you don’t have to learn a new language to access the enhanced power and flexibility.
Advantages of the OC950 third generation ServoBASIC Plus™
• 5 times faster program execution than previous generation• 27 fully programable bidirectional digital inputs/outputs• 8 programmable position limit switches
• PacLAN™ inter drive communications is optional• Fully integrated Windows program development environment
• Enhanced program modularity:
Arguments to subroutines Local variables User defined functions Fast multi-way branches Multi dimensional array variables