Troubleshooting Solenoid Control for Pneumatic Slides

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SUMMARY

The discussion centers on troubleshooting a pneumatic slide controlled by a double solenoid, 2-position valve. The user, Stan, identifies that the valve's power is linked to a safety relay, which causes the slide to stop moving only when fully extended or retracted. Stan suspects that the issue lies in using a 2-position valve and suggests that a double, 3-position valve may be a more suitable solution for better control of the pneumatic slide's movement.

PREREQUISITES
  • Understanding of pneumatic systems and components
  • Knowledge of solenoid valve types, specifically 2-position and 3-position valves
  • Familiarity with safety relay functions and their integration in control systems
  • Basic principles of pneumatic control circuits
NEXT STEPS
  • Research the specifications and applications of double, 3-position solenoid valves
  • Study safety relay configurations and their impact on pneumatic systems
  • Explore pneumatic circuit design and troubleshooting techniques
  • Learn about the integration of safety standards in pneumatic control systems
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Engineers, technicians, and designers working with pneumatic systems, particularly those involved in control system design and safety compliance in automation projects.

Stanley_Smith
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:rolleyes: hey guys, I'm new in the field and I'm running into this basic problem that's giving a headache.
I got a pneumatic slide that's supposed to go up and down. It's controlled by a double sol, 2 position (I'm pretty sure that's the type of valve on the machine now). The valve power is tied to a safety relay's output. For safety issue, when the gate's opened, the output of the relay drop and so is power to the valve. This does not stop the slide from moving instantaneously; but the slide stops when it's either fully up or down. I think the problem's it's a 2 position valve. Am I on right? I think I should use a double, 3 position.

Thanks,
Stan
 
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I'm not sure of your question. Can you post a drawing of the system, including the power sources, pneumatic circuits, etc.? Are you modifying an existing system for some reason, or designing it from scratch? What safety regulations are you supposed to meet?
 
Yeah, it's a bit confusing. By 'pneumatic slide', do you mean a piston whose movement is controlled by solenoid-operated pneumatic valves, or is the slide itself supposed to be some sort of valve? :confused:
 

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