Owner's Manual for GIMBEL AUTOMATION models including: CNC Vacuum Part Grabber, CNC, Vacuum Part Grabber, Part Grabber, Grabber
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SPECIFICATION/DATASHEET CNC Vacuum Part Grabber Spec Sheet CNC Vacuum Part Grabber (Through Air) Vacuum Part Grabber Gripper Specifications Vacuum Type Suction Cup Port Size Max Vacuum Achievable Maximum Flow Rate Maximum Part Weight Overall Dimensions (w/o Cup) Input Pressure Range Imperial Venturi Generated 1/8" NPT 12 PSI 0.8 CFM 22 lbs. 3.813" x 2.250" x 1.250" 75-140 psi Required Machine Options Through Spindle Air Required? Yes Metric Venturi Generated 1/8 NPT 0.82 Bar 22.0 L/min 10 kg 96.85mm x 57.15mm x 31.75mm 5.20 9.65 Bar Notes Can be added using Instant Solenoid Kit from Gimbel Automation Vacuum Part Grabber Construction Body Venturi Generator Cap Gasket Material 7075 Aluminum Stainless Steel 7075 Aluminum Rubber These specifications and data may vary slightly from lot to lot or as Gimbel Automation changes or improves designs. This data is for guidance only, and Gimbel Automation makes no representations about the extent to which this data is accurate. All data was experimentally corrected from on-hand equipment. Depending on the type of available equipment and the type of automation machinery, testing methodology may vary. The information herein should not be used to determine design or specification limits you should always conduct your own testing to verify that the equipment being used fits the needs to safely satisfy your application. Gimbel Group, Gimbel Automation, and any subsidiaries or affiliates thereof make no warranties of any kind, express or implied, including but not limited to the fitness of components for a particular use or specification, merchantability, or mechanical properties. LAYOUT DRAWING CNC Vacuum Part Grabber Layout Drawing CNC Vacuum Part Grabber (Through Air) These specifications and data may vary slightly from lot to lot or as Gimbel Automation changes or improves designs. This data is for guidance only, and Gimbel Automation makes no representations about the extent to which this data is accurate. All data was experimentally corrected from on-hand equipment. Depending on the type of available equipment and the type of automation machinery, testing methodology may vary. The information herein should not be used to determine design or specification limits you should always conduct your own testing to verify that the equipment being used fits the needs to safely satisfy your application. Gimbel Group, Gimbel Automation, and any subsidiaries or affiliates thereof make no warranties of any kind, express or implied, including but not limited to the fitness of components for a particular use or specification, merchantability, or mechanical propertiesMicrosoft Word for Microsoft 365