Industrial ML216682 Pneumatic Cylinder Series
Industrial ML216682 Pneumatic Cylinder Series
Description:
Description:
The PHD ML216682 Cylinder is used in industrial automation systems to provide precise linear motion for positioning, transfer, and material handling applications. Commonly installed in assembly equipment, packaging machinery, conveyors, and automated production systems requiring compact guided actuation. Maintenance teams and system integrators use this cylinder for equipment repairs, machine retrofits, expansion projects, and replacement of worn pneumatic actuators. Available references identify the ML216682 as a PHD linear slide cylinder assembly.
Applications:
The PHD ML216682 cylinder is commonly used in pick-and-place systems, packaging machinery, robotic end effectors, parts transfer equipment, and automated assembly stations where accurate linear positioning and load guidance are required. The guided slide design helps resist side loading and moment forces better than conventional rod cylinders, making it suitable for precision automation applications.
Technical Specifications:
• Manufacturer part number (MPN): ML216682
• Manufacturer: PHD, Inc.
• Product type: Linear slide cylinder
• Cylinder type: Guided pneumatic actuator
• Operation: Pneumatic
• Motion type: Linear guided motion
• Construction: Integrated cylinder and guide assembly
• Application: Industrial automation and machine control
• Mounting type: Machine-mounted actuator
• Load support: Designed for side load and moment load applications
• Actuation medium: Filtered compressed air
• Lubrication: Pre-lubricated design typical of PHD cylinders
• Serviceability: Field serviceable construction typical
• Installation environment: Manufacturing and industrial facilities
• Service application: Repair and replacement component
• Product status: Legacy PHD actuator with limited published specifications available.
Common Replacements:
• PHD Series CV Guided Cylinder
• PHD Series CTS Guided Cylinder
• PHD Series ESU Electric Slide Actuator
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