气动顺控回路的设计方法常用的有直观分析法和X—D图法。这两种方法都比较难掌握,因为在设计时需要考虑多种因素,解决消除障碍信号问题。特别是在多缸往复系统中,由于转换信号复杂,设计时困难更大。本文介绍的设计方法则不同,具确设计步骤固定,规则简单、规律性强的特点。只要象数学运算中代公式那样,把实际问题的条件代入回路摸式,就得出了基本控制回路。不必另外考虑消障问题。因此特别适合于不具备专门气动技术知识的人员使用。一、基本设计步骤 Pneumatic sequential control loop design methods commonly used in intuitive analysis and X-D diagram. Both of these methods are harder to grasp because many factors need to be taken into account when designing to address the issue of removing the hurdle signal. Especially in the multi-cylinder reciprocating system, due to the complexity of the conversion signal, the design is more difficult. This article describes the design method is different, with a definite design steps fixed, simple rules, regularity characteristics. As long as the generation of mathematics, as the formula, the actual conditions of the problem into the circuit touch mode, we come to the basic control loop. Do not have to consider other issues of elimination. It is therefore particularly suitable for people who do not have the knowledge of specialized pneumatic technology. First, the basic design steps