8600 3 jaw RUGGED BODY AND JAW DESIGN WITHSTANDS HIGH IMPACT AND SHOCK LOADS steel synchronizer for minimal wear heat treated steel dog for long life hardened precision pivot pin for reduced wear and ruggedness anodized aluminum jaws provide multiple mounting patterns bronze bearings provide superior wear resistance and are rebuildable neoprene jaw seals to minimize contamination solid state sensor transducer available for jaw position sensing chrome plated steel piston rod for extended seal life hardcoated aluminum body with precision dowel holes provides minimal seal wear internal shock pad absorbs impact and decreases noise levels fluoro-elastomer seals are available for fluid compatibility Major Benefits • Rugged body and jaw design withstands high impact and shock loads • Four total sizes available in both imperial and metric versions • Close tolerance jaw mechanism minimizes jaw play • Hardened steel pivot mechanism • 1-2 day shipping • 5 million cycles minimum rated life with standard seals pnCJsa m SOLUTIONS FOR INDUSTRIAL AUTOMATION Industry Uses • Assembly machine builders • Packaging • Light bulb manufacturing

ORDERING DATA: SERIES 8600 3 JAW GRIPPERS TO ORDER SPECIFY: Model, Design No., Options, and Seals. NOTE: Sensor must be used with a PHD Set Point Module which is ordered separately. See Switches and Sensors section for information and ordering data. CUSTOM GRIPPERS ARE AVAILABLE. PLEASE CONSULT PHD. SEALS 1 - Buna-N (Standard) 2 - Fluoro-Elastomer SET POINT MODULES PART NO. DESCRIPTION 9800-01-0300 4.5-24 VDC, Sink Type Output 9800-01-0400 4.5-24 VDC, Source Type Output See Switches and Sensors section for information. OPTIONS 0 - None 3 - Hall Sensor 4 - Sensor Ready

GRIPPER WEIGHT Jb_kg_ INTERNAL GRIP IMPERIAL METRIC .59 941 GRIP FORCE FACTOR Gf NOTE: Maximum load that grippers can handle will vary based on size of part being picked up, shape of part, texture of part, speed at which part is transferred, working pressure, shape of fingers, etc. PHD recommends that the fingers ofjaws be tooled or machined to conform to the shape of the part being gripped. IMPERIAL: TOTAL GRIP FORCE [ibl = (Pressure [psi] x GF ) Distance from jaw pivot (in) METRIC: TOTAL GRIP FORCE [N] = (Pressure [bar] x Gf ) Distance from jaw pivot (mm) NOTE: Gripping force is defined...

DIMENSIONS: SERIES 8600 3 JAW GRIPPERS MODEL NUMBER 2) NUMBERS IN [ ] ARE FOR METRIC UNITS AND ARE IN mm 3) CIRCLED NUMBERS INDICATE POSITION. 4) JAW MOVEMENT SHOWS MINIMUM AMOUNT OF JAW ROTATION. JAWS MAY OPEN 3° OR CLOSE 3° BEYOND STATED MINIMUM ROTATION. OPTIONS & ACCESSORIES: SERIES 8600 3 JAW GRIPPERS SENSOR/TRANSDUCER PHD offers a solid-state sensor transducer option -3 and -4 along with a Set Point Module for sensing four or more positions throughout the jaw travel. The Set Point Module allows independent adjustment of each sensing position and is available for 4.5 to 24 VDC NPN or PNP....

PHD offers a solid-state sensor transducer option -3 and -4 along with a Set Point Module for sensing four or more positions throughout the jaw travel. The Set Point Module allows independent adjustment of each sensing position and is available for 4.5 to 24 VDC NPN or PNP. See Switches and Sensors section for information. SOLUTIONS FOR INDUSTRIAL AUTOMATION