ADAPTORS, TRANSITION PLATES, AND STANCHIONS

Transcription

1 ADAPTORS, PLATES, AND STANCHIONS FOR EASE OF CONNECTING PHD PRODUCTS TOGETHER, PROVIDING THE MOST VERSATILE SOLUTION IN THE INDUSTRY. need new unit from engineering PLATES ADAPTORS STANCHIONS ADAPTORS, (800) -8 CAT-0 0-

2 ADAPTORS, CAT-0 GUIDELINES FOR MODULAR AUTOMATION Adaptors, Transition Plates, and Stanchions For Modular Automation REDUCES ENGINEERING TIME SIMPLIFIES DESIGN COST-EFFECTIVE ELIMITES FABRICATION Simplify the design of your automation solutions using PHD s wide range of adaptors, transition plates, and stanchions. The use of standard hardware makes it easy to combine axes of motion. The hardware provides an efficient means of assembling individual actuators into a complete automation device. An unlimited number of combinations can be achieved to satisfy your specific motion requirements. A complete line of stanchions are also offered. Stanchions provide a rigid support for mounting the assembled device above the work surface. Additionally, PHD stanchions are easily adjustable for achieving specific height requirements. Integrating devices using standard PHD actuators and hardware will add greatly to the cost effectiveness of your design (800) -8

3 GUIDELINES FOR MODULAR AUTOMATION HOW TO USE THIS SECTION This section covers available hardware for the creation of PHD Modular Automation Devices. Each hardware subsection contains a grid layout showing the most common combinations of PHD actuators together with the proper Adaptor, Transition Plate, or Stanchion, and hardware to facilitate interconnection. The proper sizing of PHD actuators is derived from the individual product catalog sections. Follow the sequence below when selecting mechanical components for a parts handling or other automation device. STEP : STEP : Determine the weight of the part to be moved. Determine the best path(s) of motion within a complete cycle. PHD components and capacities are shown in the following sections: Device Section Cylinders Slides Escapements Grippers Rotary Actuators Multi-Motion Actuators Consult PHD for technical assistance to aid in choosing the proper components and control (electronic) interfaces. STEP : STEP : Determine cycle and intermediate dwell times to arrive at actual transfer velocities. Select the proper components for weight, path(s), and velocities beginning with the component closest to the part to be moved (e.g., gripper or vacuum cup). Then determine the size and type of the next component or actuator based on the same parameters, but including the mass of all components supported by this member and so on until the stationary member is determined. HOW TO ESTABLISH PRIMARY/ S When a product is a primary unit, the transition plate will be mounted to the dynamic component of that product (tool plate, saddle, shaft, etc.) When a product is a secondary unit, the transition plate will be mounted to the stationary component of that product (end blocks, body, housing, etc.) If dowel pin holes are required, consult PHD. ADAPTORS, (800) -8 CAT-0 0-

4 ADAPTORS, CAT-0 ADAPTOR/ACTUATOR COMBITIONS SEE REFERENCED PAGES FOR PROPER ADAPTOR SIZE AND KIT NUMBER NON-ROTATING ROD CYLINDERS MINIATURE GRIPPERS LARGER GRIPPERS SECTION SECTION P R I M A R Y SECTION MINIATURE ROTARY ACTUATORS SECTION LARGER ROTARY ACTUATORS 0- to 0-0- to to to 0- U N I T SECTION MULTI-MOTION ACTUATORS 0- to 0-0- to 0- SECTION 0- to 0-0- to (800) -8

5 ADAPTOR/ACTUATOR COMBITIONS MINIATURE ROTARY ACTUATORS LARGER ROTARY ACTUATORS MULTI-MOTION ACTUATORS SECTION SECTION SECTION SECTION NOT AVAILABLE 0- to 0-0- to 0-0- to 0- NOT AVAILABLE NOT AVAILABLE 0-0 to to 0-0- to 0-0- to 0-0- to 0-0- to 0-0- to 0-0- to 0-0- to 0-0- to 0- PHD Adaptors also provide an easy means of attaching tooling, fixturing, and arms for the creation of pick and place devices. They provide a bolt pattern on the end of various PHD Actuator shafts making it easy to mount other PHD products and customer-provided tooling. ADAPTORS, (800) -8 CAT-0 0-

6 ADAPTORS, CAT-0 HUB ADAPTORS: IMPERIAL UNITS HUB ADAPTORS ALLOW COMBINING ACTUATORS TO A ROUND OUTPUT SHAFT ORDERING DATA To order specify: Hub Size, Hole Pattern Orientation, and Hole Pattern Number. ) Hub Adaptor must be used with -PK Rod End on series Multi-Motion Actuators, -H option on Non-Rotating Rod Cylinders, and -K Shaft on Series Rotary Actuators. ) Hub adaptor kit includes all hardware to mount component to hub, and hub to shaft. ) Stroke or travel related secondary units require a customer provided plate (NP Cylinders, SM Slides). HOLE PATTERN ORIENTATION EXAMPLE KEYWAY AND CL HOLE PATTERN 0 HUB SIZE SHAFT DIA. SIZE NO. / = 08 / = 08 /8 = 08 SHAFT DIA. SIZE NO. -/8 = 08 -/ = 08 HOLE PATTERN Select proper digit number from matrix on 0- & HOLE PATTERN ORIENTATION Relationship of the hole pattern centerline to centerline of the keyway. The pattern may be rotated clockwise in increments Hole pattern centerline is the same as the keyway 0 - Hole pattern centerline, clockwise of keyway 0 - Hole pattern centerline, 0 clockwise of keyway Etc See below EXAMPLE EXAMPLE HOLE KEYWAY HOLE CL PATTERN CL KEYWAY CL PATTERN CL 0 KIT NO KIT NO KIT NO NOTE: Square hole pattern may be rotated in increments up to 8. Rectangular hole patterns may be rotated in increments up to (800) -8

7 MATRIX: HUB ADAPTORS-IMPERIAL UNITS PHD UNIT SHAFT DIAMETER 0 xx MOUNTING HOLE PATTERN LOCATION 08 -/8" BORE NON-ROTATING ROD CYLINDER -000 ROTARY & MULTI- MOTION ACTUATOR / /8" BORE NON-ROTATING ROD CYLINDER -000 MULTI- MOTION ACTUATOR / ROTARY ACTUATORS / ROTARY & MULTI- MOTION ACTUATORS -/ ROTARY & MULTI- MOTION ACTUATORS -/ S E C O N D A R Y U N I T GRIPPERS POWERED 8x 8x 8x 8x 80 x x x x x 8x x x GRBxx GRBx GRBx GRBx GRBx GRCxx GRCxx GRCxx GRDxx GRDxx GRDxx GRDxx SAx SBx SAx0 SBx0 SAx SBx SDxx SExx SDxx SExx SDxx SExx SDxx SExx SDxx SExx BOTTOM (OPPOSITE OF JAWS) GRCx -0-0 BOTTOM (SURFACE PERPENDICULAR TO TOOL PLATE POS. #) BLANK HUB ADAPTOR FOR CUSTOMER TOOLING NOTE: For shaded areas or units not listed, see page 0- to see if required mounting pattern is available. If not, consult PHD. ADAPTORS, (800) -8 CAT-0 0-

8 ADAPTORS, CAT-0 MATRIX: HUB ADAPTORS-IMPERIAL UNITS PHD UNIT MOUNTING HOLE PATTERN LOCATION 08 -/8" BORE NON-ROTATING ROD CYLINDER -000 ROTARY & MULTI- MOTION ACTUATOR 08 -/8" BORE NON-ROTATING ROD CYLINDER -000 MULTI- MOTION ACTUATOR ROTARY ACTUATORS ROTARY & MULTI- MOTION ACTUATORS ROTARY & MULTI- MOTION ACTUATORS SHAFT DIAMETER / / /8 -/8 -/ RAS0-8 S E C O N D A R Y ROTARY ACTUATORS RAS RAS RAS0 RAS0 RAS0 RAS RAS RAS0 RAS0 RLS RLS RLS0 RLS RLS RLS0 RLS0 RLS RLS RLS FRONT & BACK (PARALLEL TO SHAFT POS. # & #) BOTTOM (PERP. TO SHAFT POS. #) FRONT & BACK (PARALLEL TO SHAFT POS. # & ) RLS0-8 U N I T Rxx Rxx Rxx Rxx Rxx Rxx RLS RLS RLS0 RLS0 RLS BLANK HUB ADAPTOR FOR CUSTOMER TOOLING BOTTOM (PERP. TO SHAFT POS. #) TOP & BOTTOM (PERP. TO SHAFT POS. # & #) ) For shaded areas or units not listed, see page 0- to see if required mounting pattern is available. If not, consult PHD. ) Requires Rotary Actuator to be mounted to the bottom mounting flanges. See Options in the Rotary Actuator section. ) Patterns in RLS bodies are not centered to pinion shaft (800) -8

9 DIMENSIONS: HUB ADAPTORS A DIA N C B SLOT FOR H KEY X THREADED HOLE FOR J SET SCREW C L M D DIA E DIA C L G X L THRU DIA & C SINK FOR K FLAT HEAD CAP SCREW F ) EACH HUB ADAPTOR KIT CONTAINS ALL HARDWARE REQUIRED TO MOUNT COMPONENTS TOGETHER ) ALL MOUNTING PATTERNS ARE CENTERED ON CENTERLINE AND SHAFT EXCEPT WHERE NOTED ) HOLE PATTERNS ON HORIZONTAL CENTERLINE OF HUB ) SEE CHART BELOW FOR AVAILABLE PATTERNS FOR EACH HUB SIZE. IF DESIRED PATTERN IS NOT IN CHARTS, CONSULT PHD FOR AVAILABILITY 08 / SHAFT DIAMETER HUB KIT LETTER DIMENSIONS DASH NO. N M ØL -000x -00x THRU -00x THRU -00x.0.0. THRU -0x THRU -0x THRU -08x THRU -0x UNC THRU -0x /-0 UNC THRU -08x.0.0 /-8 UNC THRU -0x THRU -0x THRU -08x...0 THRU -0x /-0 UNC THRU -x THRU -0x THRU -x...8 THRU -x. /-0 UNC THRU -x.8 /-8 UNC THRU -x.000 /8- UNC THRU -0x...8 THRU -8x THRU -0x..8.0 THRU -x THRU -x.0.8. THRU -x.0.. THRU -8x.0.. THRU -8x THRU -8x THRU 08 / SHAFT DIAMETER HUB KIT LETTER DIMENSIONS DASH NO. N M ØL -000x -00x THRU -0x..0. THRU -00x.8. /8- UNC THRU -0x.8. /8- UNC THRU -08x.0.0 /-8 UNC x.0 DP -x /8- UNC THRU -x.0..0 THRU -x...0 THRU -0x... THRU -x. /-0 UNC x. DP -x.8 /-8 UNC x.00 DP -x.000 /8- UNC x. DP -x. /8- UNC x. DP -x. /- UNC x.0 DP -8x.8.8 /-8 UNC x.0 DP -x /8- UNC x.0 DP -80x.. /8- UNC x.0 DP -8x.. /- UNC THRU -8x.. 0- UNC x. DP -0x.. 0- UNC x. DP -x.. /-0 UNC THRU -x.. /-8 UNC THRU -x.0. /8- UNC THRU -8x THRU -x.0.. THRU MOUNTING HOLE PATTERN DIMENSIONS 08 / SHAFT DIAMETER HUB KIT LETTER DIMENSIONS DASH NO. N M ØL -000x -00x THRU -00x.0.0. THRU -0x THRU -0x THRU -0x THRU -08x THRU -0x THRU -0x THRU -0x UNC x.00 DP -0x /-0 UNC THRU -08x.0.0 /-8 UNC THRU -0x THRU -0x THRU -0x UNC x.00 DP -08x...0 THRU -x... THRU -0x THRU -x...8 THRU -x.8.8. THRU -x. /-0 UNC x.00 DP -x.8 /-8 UNC x.00 DP -x.000 /8- UNC THRU -x. /8- UNC THRU -x. /- UNC THRU -8x.8.8 /-8 UNC THRU -x /8- UNC THRU -80x.. /8- UNC THRU -8x.. /-8 UNC THRU -8x.. 0- UNC THRU -0x.. 0- UNC THRU -x.. /-0 UNC THRU -x...8 THRU -x UNC THRU -8x THRU -8x THRU -8x..8.8 THRU -x...8 THRU 08 /8 SHAFT DIAMETER HUB KIT LETTER DIMENSIONS DASH NO. N M ØL -000x -00x THRU -00x.0.0. THRU -0x THRU -0x THRU -0x THRU -08x THRU -0x THRU -0x THRU -0x UNC x.00 DP -0x /-0 UNC THRU -08x.0.0 /-8 UNC THRU -0x THRU -0x THRU -0x UNC x.00 DP -08x...0 THRU -x... THRU -x...8 THRU -x.8.8. THRU -x. /-0 UNC x.00 DP -x.8 /-8 UNC x.00 DP -x.000 /8- UNC THRU -x. /8- UNC THRU -x. /- UNC THRU -8x.8.8 /-8 UNC-B THRU -x /8- UNC THRU -80x.. /8- UNC THRU -x THRU -8x.. /-8 UNC-B THRU -8x.. 0- UNC THRU -0x.. 0- UNC THRU -x.. /-0 UNC THRU -x...8 THRU -x..8. THRU -x UNC THRU -8x THRU -8x THRU -8x..8.8 THRU -x..80 /-0 UNC THRU -x.80. M8 x. x THRU 08 /8 SHAFT DIAMETER HUB KIT LETTER DIMENSIONS DASH NO. N M ØL -000x -00x THRU -00x.0.0. THRU -00x THRU -0x THRU -0x THRU -0x..0. THRU -08x THRU -0x THRU -0x THRU -0x UNC x.00 DP -0x /-0 UNC x. DP -08x.0.0 /-8 UNC THRU -0x THRU -0x..0.0 THRU -08x...0 THRU -x... THRU -x.8.8. THRU -x...0 THRU -x. /-0 UNC x. DP -x.8 /-8 UNC THRU -x.000 /8- UNC x. DP -x. /8- UNC THRU -x. /- UNC THRU -8x.8.8 /-8 UNC THRU -x /8- UNC THRU -80x.. /8- UNC THRU -x.0.0. THRU -8x.. /-8 UNC THRU -8x.. 0- UNC THRU -0x.. 0- UNC THRU -x.. /-0 UNC THRU -x..8. THRU -x...0 THRU -x THRU -8x THRU -8x..8.8 THRU -8x THRU -x.0.. THRU SHAFT HUB HUB LETTER DIMENSION DIA. WEIGHT (lb) KIT NO. A B C D E F G H J K /.0 08-xx-xxxx /8 x.8 DP 8- #0 /. 08-xx-xxxx / x. DP 0- / / xx-xxxx / x. DP 0- / -/8. 08-xx-xxxx / x.8 DP /-0 /8 -/. 08-xx-xxxx /8 x. DP /8- / ADAPTORS, All dimensions are reference only unless specifically toleranced. (800) -8 CAT-0 0-

10 ADAPTORS, CAT-0 ORDERING DATA: MINIATURE ADAPTORS FOR USE WITH PHD MINIATURE GRIPPERS, MINIATURE MULTI-MOTION ACTUATORS, 0800 & 080 ROTARY ACTUATORS, AND SMALL. To order, choose the proper Adaptor Kit from the matrix on page 0- to 0-. The shaft that the Adaptor is to be mounted on must be a Plain Rod End or Standard Keyed Shaft. Adaptor Kit includes all hardware to mount the adaptor and component to the shaft. NOTE: Miniature Adaptors are designed for mounting to the bottom surface of the component. For mounting in other orientations or surfaces, consult PHD. Miniature Adaptors allow the gripper to be mounted flush to the end of the pinion shaft. The width and length of the adaptor are normally the same size as the component body. To calculate the dimensions of the combined units, see each component catalog section and assume the mounting surface of the component body to be flush with the end of the shaft (800) -8

11 MATRIX: MINIATURE ADAPTORS-IMPERIAL SHAFT & IMPERIAL UNIT S EC O ND A RY U NI T ADAPTORS, PHD UNIT (IMPERIAL SHAFTS TO IMPERIAL UNITS) SHAFT DIAMETER / / / /8 / /8 / 800 BOTTOM & SIDE 80 BOTTOM & SIDE 80 BOTTOM & SIDE BOTTOM & SIDE 00 BOTTOM & SIDE xx BOTTOM & SIDE 0 BOTTOM & SIDE xx BOTTOM & SIDE 0 BOTTOM x8x BOTTOM 0 SIDE x8x SIDE 0 BOTTOM xx BOTTOM 0 SIDE xx SIDE 8 BOTTOM GRB-- BOTTOM GRB-- BOTTOM GRB--0 BOTTOM GRCx BOTTOM GRDxx BOTTOM 0800 SAx08 BOTTOM SBx08 BOTTOM SAx0 BOTTOM SBx0 BOTTOM FOR SHADED AREAS OR FOR UNITS NOT LISTED, CONSULT PHD FOR AVAILABILITY ROTARIES GRIPPERS /8- THD (800) -8 CAT-0 0-

12 ADAPTORS, CAT-0 MATRIX: MINIATURE ADAPTORS-IMPERIAL SHAFT & METRIC UNIT S EC O ND A RY PHD UNIT (IMPERIAL SHAFTS TO METRIC UNIT) SHAFT DIAMETER / / / /8 / /8 / 80 BOTTOM 8 BOTTOM 00 BOTTOM & SIDE xx BOTTOM & SIDE GRB GRCx NOTE: FOR SHADED AREAS OR FOR UNITS NOT LISTED, CONSULT PHD FOR AVAILABILITY. ROTARIES GRIPPERS U NI T 0 BOTTOM & SIDE xx BOTTOM & SIDE 0 BOTTOM x8x BOTTOM 0 SIDE x8x SIDE 0 BOTTOM xx BOTTOM 0 SIDE xx SIDE (800) -8

13 MATRIX: MINIATURE ADAPTORS-METRIC SHAFT & METRIC UNITS S EC O ND ADAPTORS, PHD UNIT SHAFT DIAMETER mm 8 mm 0 mm mm mm mm 0 mm 00 BOTTOM & SIDE xx BOTTOM & SIDE 0 BOTTOM x8x BOTTOM NOTE: FOR SHADED AREAS OR FOR UNITS NOT LISTED, CONSULT PHD FOR AVAILABILITY. ROTARIES GRIPPERS U NI T (METRIC SHAFTS TO METRIC UNITS) 0 BOTTOM & SIDE xx BOTTOM & SIDE 0 SIDE x8x SIDE 0 BOTTOM xx BOTTOM 0 SIDE xx SIDE RAS mm M8 x. THREAD (800) -8 CAT-0 0-

14 ADAPTORS, CAT-0 PLATE/ACTUATOR COMBITIONS P R I M A R Y SEE REFERENCED PAGES FOR DIMENSIONS, APPLICATIONS, AND ORDERING DATA. FOR VARIOUS COMBITION EXAMPLES, SEE PAGE 0-. SAx & SBx, SK & SL, SD & SE M & C SAx & SBx, SK & SL, SD & SE SECTION 0-8 & 0- M & C SECTION SECTION 0-8 & 0- U N I T SG SECTION SECTION 0-0 & 0-0- & & 0-0- & (800) -8

15 PLATE/ACTUATOR COMBITIONS ROTARY ACTUATORS LARGER GRIPPERS MINIATURE GRIPPERS SECTION SECTION SECTION 0-0 & 0-0- & 0-0-, 0-, 0-, & 0-0- & 0-0- & 0-0- & 0- Consult PHD 0- & 0-0- & 0- ADAPTORS, (800) -8 CAT-0 0-

16 ADAPTORS, CAT-0 PLATE MASTER ORDER CODES All transition plates will be ordered as follows: When a product is the primary unit, the transition plate will always be mounted to the moving component of that product (tool plate, saddle, shaft etc.). When a product is a secondary unit, the transition plate will always be mounted to the stationary component of that product (end blocks, body, housing, etc.). x x x x x x - x x x x x x - x - x MOUNTING POSITION OPTIONS Travel = -Sxxxxx (See Note Below) SDx SDx SDx SDx SDx SEx SEx SEx SEx SEx SGxx SGxx SGxx SGxx SGxx SGxx SKx SKx SKx SKx SKx SKx SLx SLx SLx SLx SLx SLx OLDER IMPERIAL SD SD SD SD SD SE SE SE SE SE SG SG SG SG SG SG METRIC SG SG SG SG SG SG SK SK SK SK SK SK SL SL SL SL SL SL OLDER ROTARY ACTUATORS x0 08x RAx0 RAx RAx RAx0 RAx0 RLx RLx RLx0 RLx RLx RLx0 RLx0 RLx CTSxx CTSxx CTSxx0 CTSxx CTSxx0 CTSxx0 CTSxx IMPERIAL R00 R00 R00 R800 R00 R0 RAS0 RAS RAS RAS0 RAS0 RLS RLS RLS0 RLS RLS RLS0 RLS0 RLS CTS IMPERIAL CTS CTS CTS0 CTS CTS0 CTS0 CTS METRIC R0 R0 R0 R80 RE0 RE RAS0 RAS RAS RAS0 RAS0 RLS RLS RLS0 RLS RLS RLS0 RLS0 RLS METRIC CTS CTS CTS0 CTS CTS0 CTS0 CTS GRBxx- GRBxx- GRBxx- GRBxx- GRBxx- GRBxx- GRB-x- GRB-x- GRB-x-0 GRB-x- GRB-x-0 GRB-x-0 GRIPPERS IMPERIAL GRB GRB GRB GRB GRB GRB GRB GRB GRB GRB GRB GRB OLDER GRIPPERS METRIC GRB GRB GRB GRB GRB GRB GRB GRB GRB GRB GRB GRB Series 800 Grippers use the four-digit model number as the transition plate code (8, etc.). For Series 000 & 000 Grippers, use last four digits in the five-digit base model number and omit the at the beginning (0 = 0, =, etc.). NOTE: ) Travel must be specified when SG, SM or other slide units are secondary units that are being mounted to the end blocks or travel related mounting pattern. Example: S000 =.00 travel S00 =.00 travel 0- (800) -8

17 PLATE MASTER ORDER CODES ALL NEW PRODUCTS Transition plates codes for all future products or products not shown in previous charts where the size and design number are incorporated in the model number will use the base model number as their order code. (GRC, GRD grippers, RIS, etc.) Example: G R C x x - - x x x ORDER CODE = GRCxx - R I S x 8 0 x 0-N B ORDER CODE = RIS Transition plates codes for all future products or products not shown in previous chart where the size and design number are not incorporated in the model number and are a separate call out will use the base model number, design, and size as their order code (GRW, GRL, etc...) Example: G R W - - x 0 - L - U B ORDER CODE = GRW G R L - - x - L ORDER CODE = GRL RASxxx units can be used as a primary unit if the Q0 and Q options are ordered with the unit. ADAPTORS, (800) -8 CAT-0 0-

18 ADAPTORS, CAT-0 PLATES: CANTILEVER TYPE & CANTILEVER TYPE MOUNTING POSITION Series SHP, SJP, SIP Slides only PLATE COMBITIONS FOR SxL & SxH, SK & SL, SD & SE, STP AND SCV ORDERING DATA MOUNTING POSITIONS C L TO ORDER SPECIFY: Primary Unit Number, Secondary Unit Number and Mounting Position. C L Unit Number S D - S D - Unit Number MOUNTING POSITION See this page for reference. ) These numbers apply regardless of unit travel. ) All required mounting hardware is included with the Transition Plate. ) SD and SE Slides as secondary units positions and require -GV option ) SxL/SxH, SCV, and STP Slides as secondary units are available in positions and only ) If dowel pin holes are required, consult PHD. ) Use shaded view to find correct mounting position. ) All units centered on mounting hole pattern of housing and tool plate. ) STP Slides as secondary units mounted on transition plate are centered on first hole pattern on slide body. (see figure ) ) SD, SE, SK & SL Slides as secondary units in positions and are always centered on the thru and counterbored mounting hole pattern. (see figure ) FIGURE See Note ) SD & SE Slides as secondary units in positions and will be centered on the -GV Option mounting hole pattern. (see figure ) ) SK/SL Slides as secondary units in positions and are centered on side mounting pattern in position on unit. (see figure ) FIGURE See Note FIGURE See Notes & (800) -8

19 POSSIBLE COMBITIONS: SLIDE & SLIDE P RI M AR Y U NI T SBx SD & SE SK & SL SCV UNIT NO. SBx08 [SBx08] SBx0 [SBx0] SBx [SBx] SBx0 [SBx0] SBx [SBx] SD SE SD SE SD SE SD SE SD SE SK SL SK SL SK SL SK SL SK SL SK SL SCV [SCV] SCV [SCV] SCV [SCV] SCV [SCV] SCV [SCV] SCV [SCV] SCV8 [SCV8] SCV [SCV] PLATE THICKNESS KEY SAx08 [SAx08] SBx08 [SBx08] SAx0 [SAx0] SBx0 [SBx0] =. =. =.00 = [.] = [.] = [.] SAx [SAx] SBx [SBx] SAx0 [SAx0] SBx0 [SBx0] SAx [SAx] SBx [SBx] SD SE SD SE SD SE =. =.0 =.0 = [.] = [] = [.8] SD SE ADAPTORS, SD SE SK SL SK SL SK SL SK SL SK SL (See Notes) SK SL SHP08 SHP SHP [SHP08] [SHP] [SHP] SIP SIP SIP0 SJP08 SJP SJP ) SHADED AREAS - CONSULT PHD FOR AVAILABILITY ) METRIC NUMBERS ARE IN [ ] ) = POSITION & =, POSITION & = ) MODEL NUMBERS IN CHART ARE FOR REFERENCE SEE CODE CHART FOR ACTUAL ORDER CODE STP08 [STP08] STP [STP] STP [STP] STP0 [STP0] STP [STP0] SCVx SCVx SCVx SCVx SCVx [SCV] [SCV] [SCV] [SCV] [SCV] SCVx SCVx8 SCVx [SCV] [SCV8] [SCV] (800) -8 CAT-0 0-

20 ADAPTORS, CAT-0 PLATES: CANTILEVER TYPE & ROTARY ACTUATOR MOUNTING POSITION PLATE COMBITIONS OF ROTARY ACTUATORS TO SBx, SK & SL, SD & SE, AND SCV ORDERING DATA TO ORDER SPECIFY: Primary Unit Number, Secondary Unit Number, and Mounting Position. Unit Number MOUNTING POSITIONS S D - R A S - C L Unit Number MOUNTING POSITION See this page for reference. ) These numbers apply regardless of unit travel and rotation. ) All required mounting hardware is included with the Transition Plate. ) RLS shafts are not centered with the mounting hole pattern of the body. (See section for shaft offset dimensions.) Consult PHD if shafts are required to be centered with tool plate or housing mounting patterns. ) For RLS units as secondary units in positions &, the -GX option must be specified on the RLS unit. ) RIx Rotaries as secondary units are available in position & only. ) If dowel pin holes are required, consult PHD. C L ) Use shaded view to find correct mounting position. ) All units are centered on mounting hole pattern of body and tool plate (800) -8

21 POSSIBLE COMBITIONS: SLIDE & ROTARY ACTUATOR P R I M A R Y U N I T SBx SD & SE SK & SL SCV UNIT NO. SBx08 [SBx08] SBx0 [SBx0] SBx [SBx] SBx0 [SBx0] SBx [SBx] SD SE SD SE SD SE SD SE SD SE SK SL SK SL SK SL SK SL SK SL SK SL SCVx [SCV] SCVx [SCV] SCVx [SCV] SCVx [SCV] SCVx [SCV] SCVx [SCV] SCVx8 [SCV8] SCVx [SCV] R00 [R0] PLATE THICKNESS KEY =. =. =.00 = [.] = [.] = [.] R00 [R0] R00 [R0] R800 [R80] =. =.0 =.0 = [.] = [] = [.8] ROTARY ACTUATORS RAS0 [RAS0] RAS RAS0 RAS0 RLS RLS RLS0 RLS RLS RLS0 RLS0 RLS RFS RFS0 RFS RAS [RAS] [RAS0] [RAS0] [RLS] [RLS] [RLS0] [RLS] [RLS] [RLS0] [RLS0] [RLS] [RFS] [RFS0] [RFS] RIx RIx RIx0 RCx08 RCx RCx [RAS] ) SHADED AREAS CONSULT PHD FOR AVAILABILITY ) METRIC NUMBERS ARE IN [ ] ) RLS SHAFTS ARE NOT CENTERED ON ITS MOUNTING HOLE PATTERN. ) MODEL NUMBERS IN CHART ARE FOR REFERENCE. SEE CODE CHART FOR ACTUAL ORDER CODE ADAPTORS, (800) -8 CAT-0 0-

22 ADAPTORS, CAT-0 PLATES: CANTILEVER TYPE & GRIPPER MOUNTING POSITION PLATE COMBITIONS OF GRIPPERS TO SBx, SK & SL, SD & SE, AND SCV ORDERING DATA TO ORDER SPECIFY: Primary Unit Number, Secondary Unit Number, and Mounting Position. Unit Number S D - G R B - MOUNTING POSITIONS Unit Number ) These numbers apply regardless of unit travel. ) All required mounting hardware is included with the Transition Plate. ) Mounting position not available with Series GRC or GRB Grippers. ) GRL & GRT Grippers as secondary units are available in position & only. ) GRW Grippers as secondary units are available in position & only. See drawing below. (Transition plate mounted to bottom of gripper position, long edge up from plate) Position Position ) If dowel pin holes are required, consult PHD. MOUNTING POSITION See this page for reference. C L C L ) Use shaded view to find correct mounting position. ) All units are centered on mounting hole pattern of body and tool plate. ) Series GRC, GRB, 00, & 0 Grippers in position # as secondary units are always centered on the thru and counterbored mounting hole pattern (800) -8

23 0- (800) -8 CAT-0 ADAPTORS, POSSIBLE COMBITIONS: SLIDE & GRIPPER = [.] = [.] = [.] =. =.0 =.0 = [.] = [] = [.8] =. =. =.00 ) SHADED AREAS CONSULT PHD FOR AVAILABILITY ) METRIC NUMBERS ARE IN [ ] ) MODEL NUMBERS IN CHART ARE FOR REFERENCE, SEE CODE CHART FOR ACTUAL ORDER CODE SBx0 [SBx0] SBx [SBx] SBx0 [SBx0] SBx [SBx] SD SE SD SE SD SE SD SE SD SE SBx08 [SBx08] UNIT NO. P R I M A R Y U N IT SBx SD & SE GRIPPERS SK & SL xx xx xx xx xx xx x8x x8x x8x xx xx xx GRBx PLATE THICKNESS KEY SK SL SK SL SK SL SK SL SK SL SK SL GRDxx GRDxx GRDxx GRDxx GRBx GRBx0 GRBx GRBx0 GRBx0 GRCxx GRCxx GRCxx GRCxx GRTx GRTx GRTx GRTx GRTx GRTx GRTx GRTx8 GRLx GRLx GRW GRW GRW GRW0 GRW0 SCV SCV [SCV] SCV [SCV] SCV [SCV] SCV [SCV] SCV [SCV] SCV [SCV] SCV8 [SCV8] SCV [SCV] GRSx GRSx8 GRSx GRSx0 GRSx GRFxxx GRFxxx GRFxxx8 GRFxxx

24 ADAPTORS, CAT-0 PLATES: SADDLE TYPE & ROTARY ACTUATOR MOUNTING POSITION PLATE COMBITIONS OF ROTARY ACTUATORS TO SG, SM, & SFP ORDERING DATA TO ORDER SPECIFY: Primary Unit Number, Secondary Unit Number, and Mounting Position. Unit Number THRU HOLES (REFERENCE) Y MOUNTING POSITIONS S G - R A S - X C L Unit Number MOUNTING POSITION See this page for reference. ) These numbers apply regardless of unit travel and rotation. ) All required mounting hardware is included with the Transition Plate. ) RLS shafts are not centered with the mounting hole pattern. (See section for shaft offset dimensions.) Consult PHD if shafts are required to be centered with tool plate or housing mounting patterns. ) For RLS units as secondary unit in positions &, the -GX option must be specified on the RLS unit. ) If dowel pin holes are required, consult PHD. C L PLATE NOTE TUBE POSITION ) Use shaded view to find correct mounting position. ) On Series SG, Rotary Actuator tube may interfere with cylinder port (in Position only) in retracted position. ) All units are centered on mounting hole pattern of body and saddle (800) -8

25 (800) -8 P R I M A R Y U N IT SG SM SFP UNIT NO. SG [SG] SG [SG] SG [SG] SG [SG] SG [SG] SG [SG] SM08 [SM08] SM [SM] SM [SM] SM [SM] SM [SM] SFP SFP0 PLATE THICKNESS KEY =. [.] =. [.] =.00 [.] =. [.] =.0 [.0] R00 [R0] 8 0 R00 [R0] R00 [R0] =.0 [.8] =.00 [8.] =.000 [0.8] =.000 [.] =.0 [.] R800 [R80] 8 RAS0 RAS RAS RAS0 RAS0 RLS RLS RLS0 RLS RLS RLS0 RLS0 RLS [RAS0] [RAS] [RAS] [RAS0] [RAS0] [RLS] [RLS] [RLS0] [RLS] [RLS] [RLS0] [RLS0] [RLS] RIx RIx RIx0 ROTARY ACTUATORS 0 8 ) SHADED AREAS CONSULT PHD FOR AVAILABILITY ) METRIC NUMBERS ARE IN [ ] ) RLS SHAFTS ARE NOT CENTERED ON ITS MOUNTING HOLE PATTERN. ) MODEL NUMBERS IN CHART ARE FOR REFERENCE, SEE CODE CHART FOR ACTUAL ORDER CODE 0 8 RFS RFS0 RFS RCCx08 RCCx [RFS] [RFS0] [RFS] [RCCx08] [RCCx][RCCx] RCCx POSSIBLE COMBITIONS: SADDLE TYPE & ROTARY ACTUATOR CAT-0 0- = Numbers indicate the total thickness of two plates, required due to design reasons Example: =.000 total thickness of two.00 plates ADAPTORS,

26 ADAPTORS, CAT-0 PLATES: SADDLE TYPE & GRIPPER MOUNTING POSITION PLATE COMBITIONS OF GRIPPERS TO ORDERING DATA TO ORDER SPECIFY: Primary Unit Number, Secondary Unit Number, and Mounting Position. Unit Number S G - G R B - Y THRU MOUNTING HOLES (REFERENCE) PLATE MOUNTING POSITIONS Unit Number MOUNTING POSITION See this page for reference. ) These numbers apply regardless of unit travel. ) All required mounting hardware is included with the Transition Plate. ) GRW Grippers as secondary units, see drawing below. (Transition plate mounted to bottom of gripper position, long edge up from plate) Position ) If dowel pin holes are required, consult PHD. Position X C L C L NOTE JAW POSITION ) Use shaded view to find correct mounting position. ) All units are centered on mounting hole pattern of body and saddle (800) -8

27 POSSIBLE COMBITIONS: SLIDE & GRIPPER GRIPPERS P R I M A R Y U N IT SG SM SFP UNIT NO. SG [SG] SG [SG] SG [SG] SG [SG] SG [SG] SG [SG] SM08 [SM08] SM [SM] SM [SM] SM [SM] SM [SM] SFP SFP xx xx x8x xx GRBxx GRBxx GRBxx GRBxx GRBxx GRBxx GRCxx GRCxx GRCxx GRCxx GRDxx GRDxx GRDxx GRDxx GRRx0 GRIPPERS P R I M A R Y U N IT SG SM SFP UNIT NO. SG [SG] SG [SG] SG [SG] SG [SG] SG [SG] SG [SG] SM08 [SM08] SM [SM] SM [SM] SM [SM] SM [SM] SFP SFP0 PLATE THICKNESS KEY =. [.] =. [.] =.00 [.] =. [.] =.0 [.0] GRSx 8 0 = Numbers indicate the total thickness of two plates, required due to design reasons Example: =.000 total thickness of two.00 plates GRSx8 GRSx GRSx0 =.0 [.8] =.00 [8.] =.000 [0.8] =.000 [.] =.0 [.] GRSx GRTx GRTx GRTx GRTx GRTx GRTx GRTx GRTx8 GRLx GRLx GRWx GRWx ) SHADED AREAS CONSULT PHD FOR AVAILABILITY ) METRIC NUMBERS ARE IN [ ] ) MODEL NUMBERS IN CHART ARE FOR REFERENCE, SEE CODE CHART FOR ACTUAL ORDER CODE GRWx GRWx0 GRWx0 GRFxxx GRFxxx GRFxxx8 GRFxxx ADAPTORS, (800) -8 CAT-0 0-

28 ADAPTORS, CAT-0 PLATES: CANTILEVER TYPE & SADDLE SLIDE MOUNTING POSITION PLATE COMBITIONS OF SM TO SBx, SD & SE, SK & SL, AND SCV ORDERING DATA TO ORDER SPECIFY: Primary Unit Number, Secondary Unit Number, and Mounting Position. Unit Number S D - S M B S MOUNTING POSITIONS See note C L Unit Number MOUNTING POSITION See this page for reference. ) These numbers apply regardless of unit travel and rotation. ) All required mounting hardware is included with the Transition Plate. ) When a Series SM Slide is the secondary unit, the travel must be specified when ordered. (-Digit long code after standard call out is required with assumed decimal points places from right) Example: S0000 =.000 Travel S000 =.00 Travel Option -S _ stroke required for SM Slides as secondary unit. ) If dowel pin holes are required, consult PHD. C L PLATE ) Use shaded view to find correct mounting position. ) All units are centered on mounting hole pattern of end blocks and tool plate (800) -8

29 POSSIBLE COMBITIONS: SLIDE & SLIDE UNIT NO. SBx08 [SBx08] SM08 SM SM SM SM [SM08] [SM] [SM] [SM] [SM] P R I M A R Y U N I T SBx SD & SE SK & SL SCV SBx0 [SBx0] SBx [SBx] SBx0 [SBx0] SBx [SBx] SD [SE] SD [SE] SD [SE] SD [SE] SD [SE] SK SL SK SL SK SL SK SL SK SL SK SL SCV SCV SCV SCV SCV SCV SCV SCV SCV SCV SCV SCV SCV8 SCV8 SCV SCV PLATE THICKNESS KEY =. =. =.00 = [.] = [.] = [.] =. =.0 =.0 = [.] = [] = [.8] ) SHADED AREAS CONSULT PHD FOR AVAILABILITY ) METRIC NUMBERS ARE IN [ ] ) MODEL NUMBERS IN CHART ARE FOR REFERENCE, SEE CODE CHART FOR ACTUAL ORDER CODE ADAPTORS, (800) -8 CAT-0 0-

30 ADAPTORS, CAT-0 PLATES: SADDLE TYPE & CANTILEVER SLIDE MOUNTING POSITION PLATE Series SHP, SJP, SIP Slides only COMBITIONS OF SAx & SBx, SD & SE, SK & SL, SHP, SIP, SJP, STP, AND SCV TO SG AND SM ORDERING DATA TO ORDER SPECIFY: Primary Unit Number, Secondary Unit Number, and Mounting Position. Unit Number C L MOUNTING POSITIONS S G - S D - X SEE NOTE # C L Unit Number MOUNTING POSITION See this page for reference. THRU HOLES (REFERENCE) Y PLATE REFERENCE ) These numbers apply regardless of unit travel. ) All required mounting hardware is included with the Transition Plate. ) SD/SE Slides as secondary units in position require -GV option. ) STP, SAx, & SBx Slides are not available in position. )If dowel pin holes are required, consult PHD. ) Use shaded view to find correct mounting position. ) Unless otherwise specified, the front edge of the secondary unit bearing housing is flush with the primary slide saddle side (800) -8

31 (800) -8 P R I M A R Y U N IT SG SM SFP Position # SFP Position # UNIT NO. SG [SG] SG [SG] SG [SG] SG [SG] SG [SG] SG [SG] SM08 [SM08] SM [SM] SM [SM] SM [SM] SM [SM] SFP SFP0 SFP SFP0 SAx08 SAx0 SAx SAx0 SAx [SAx08][SAx0][SAx][SAx0][SAx] SBx08 SBx0 SBx SBx0 SBx [SBx08][SBx0][SBx][SBx0][SBx] SD SE SD SE SD SE SD SE SD SE SK SL SK SL SK SL SK SL SK SL SK SL SHP08 SHP08 SHP SHP SHP SHP SIP SIP SIP0 SJP08 SJP SJP STP08 STP08 STP STP STP STP STP0 STP0 STP STP SCVx [SCV] SCVx [SCV] SCVx [SCV] SCVx [SCV] SCVx [SCV] SCVx [SCV] SCVx8 [SCV8] SCVx [SCV] POSSIBLE COMBITIONS: SLIDE & SLIDE CAT-0 0- PLATE THICKNESS KEY =. [.] =. [.] =.00 [.] =. [.] =.0 [.0] ADAPTORS, 8 0 =.0 [.8] =.00 [8.] =.000 [0.8] =.000 [.] =.0 [.] = Numbers indicate the total thickness of two plates, required due to design reasons Example: =.000 total thickness of two.00 plates ) SHADED AREAS CONSULT PHD FOR AVAILABILITY ) METRIC NUMBERS ARE IN [ ] ) MODEL NUMBERS IN CHART ARE FOR REFERENCE, SEE CODE CHART FOR ACTUAL ORDER CODE

32 ADAPTORS, CAT-0 PLATES: SADDLE TYPE & SADDLE TYPE MOUNTING POSITION PLATE COMBITIONS OF SG, SM, & SFP ORDERING DATA TO ORDER SPECIFY: Primary Unit Number, Secondary Unit Number, and Mounting Position. Unit Number S G - S M B S See note THRU HOLES (REFERENCE) Y MOUNTING POSITIONS Unit Number MOUNTING POSITION See this page for reference. X C L ) These numbers apply regardless of unit travel. ) All required mounting hardware is included with the Transition Plate. ) When Series SG & SM Slides are a secondary unit, the travel must be specified when ordered. (-Digit long code after standard call out is required with assumed decimal points places from right) Example: S0000 =.000 Travel S000 =.00 Travel Option -S _ stroke required for SG and SM Slides as secondary unit. ) If dowel pin holes are required, consult PHD. C L PLATE ) Use shaded view to find correct mounting position. ) All units are centered on mounting hole pattern of the end blocks and saddle. ) On Series SG & SFP Slides, the secondary unit may interfere with the cylinder port of the primary unit in position (800) -8

33 POSSIBLE COMBITIONS: SLIDE & SLIDE P R I M A R Y U N IT SG SM SFP PLATE THICKNESS KEY UNIT NO. SG [SG] SG [SG] SG [SG] SG [SG] SG [SG] SG [SG] SG08 [SG08] SG [SG] SG [SG] SG [SG] SG [SG] SFP SFP0 SG [SG] SG [SG] SG [SG] SG [SG] SG [SG] =. =.0 =.0 = [.] = [] = [.8] ) SHADED AREAS CONSULT PHD FOR AVAILABILITY ) METRIC NUMBERS ARE IN [ ] ) MODEL NUMBERS IN CHART ARE FOR REFERENCE, SEE CODE CHART FOR ACTUAL ORDER CODE SG SM [SG] [SM08] SM08 [SM] SM [SM] SM [SM] SM [SM] =. =. =.00 = [.] = [.] = [.] ADAPTORS, (800) -8 CAT-0 0-

34 ADAPTORS, CAT-0 COMBITION EXAMPLES: PLATES PLATES Ordering Example: # S D - G R B - # PRIMARY SECONDARY UNIT UNIT See pages 0- & 0-. MOUNTING POSITION # S D - S D - PRIMARY SECONDARY UNIT UNIT See pages 0-8 & 0-. MOUNTING POSITION # S D - S D - # PRIMARY SECONDARY UNIT UNIT See pages 0-8 & 0-. MOUNTING POSITION # PLATES HUB ADAPTOR USED Ordering Example: # HUB ADAPTOR (See pages 0- to 0- for details.) # S D - R PRIMARY SECONDARY UNIT UNIT See pages 0-0 & 0-. MOUNTING POSITION # S D - S D - PRIMARY SECONDARY UNIT UNIT See pages 0-8 & 0-. MOUNTING POSITION # # # 0- (800) -8

35 STANCHIONS STANCHION BASE AND SHAFT(S) pages 0- & 0- Specifications, Ordering Data, and Base Dimensions. SINGLE DOUBLE MOUNTING PLATE(S) AND BLOCK(S) pages 0-8 & 0- Envelope and mounting hole dimensions for universal plates, blocks, and blank mounting plates listed. STANCHION ENGINEERING DATA page 0-0 Bending moments, torque limitations, and shaft deflections. SINGLE DOUBLE ADAPTORS, (800) -8 CAT-0 0-

36 ADAPTORS, CAT-0 STANCHIONS MOUNTING BLOCK MOUNTING PLATE ) Mounting blocks, mounting plates, and stanchion base assemblies must be ordered separately. See below. ) For specific product mounting patterns consult factory. STANCHION DOUBLE BASE ASSEMBLY STANCHION SINGLE BASE ASSEMBLY SPECIFICATIONS SPECIFICATIONS xx MODELS Single or Double Shafts SHAFTS ", -/", and " Dia. Hollow, Brite Zinc Plated Available in " increments up to 0 inch Maximum Length (Consult PHD for longer shaft lengths) BASE Anodized Aluminum MOUNTING PLATES Anodized Aluminum AND BLOCKS REINFORCEMENT Zinc Plated Steel ORDERING DATA: STANCHIONS STANCHION BASE ASSEMBLY To order specify: Model Base, Design No., Shaft(s) Type, and Height. DESIGN NO MODEL BASE " Single Shaft - 0 " Double Shaft - 0 -/" Single Shaft - 0 -/" Double Shaft - 0 " Single Shaft - 0 " Double Shaft - 0 HEIGHT To the top of the shaft(s) in " increments SHAFT TYPE - Hollow - Hollow with Electroless Nickel Plate NOTE: ) All mounting hardware is provided with each stanchion base assembly. ) Series 0, 0 minimum height. MOUNTING PLATE AND MOUNTING BLOCK KIT NUMBERS To order Mounting Plates and Mounting Blocks, specify proper kit number. SHAFT DIA. DESCRIPTION SINGLE # DOUBLE # Blank Mounting Plate -0-0 Universal Mounting Plate Kit Mounting Block Kit 8 8 Blank Mounting Plate / Universal Mounting Plate Kit Mounting Block Kit 8 Blank Mounting Plate -0-0 Universal Mounting Plate Kit Mounting Block Kit 8 80 All mounting holes are predrilled for attaching PHD Slides, Rotary Actuators, and Multi-Motion Actuators. (See individual sections for sizing.) 0- (800) -8

37 DIMENSIONS: STANCHION BASES SINGLE STANCHION BASE DOUBLE STANCHION BASE A D B J A D B C ±.00 J E F G H E F G H L DIA THRU K SLOT WIDTH L DIA THRU K SLOT WIDTH SHAFT DIA SHAFT DIA HEIGHT ORDERED HEIGHT ORDERED M M N O T N O T P P.0 Q H R X THRU HOLE FOR S SHCS REINFORCEMENT PLATE SEE CHART FOR KIT SHAFT DIA. -/ BASE TYPE SINGLE DOUBLE SINGLE DOUBLE SINGLE DOUBLE KIT NO. 0---xx 0---xx 0---xx 0---xx 0---xx 0---xx REINFORCEMENT PLATE KIT NO. A B C D E F.00 N/A N/A..8.0 N/A G LETTER DIMENSION H J K L M N O P Q R S / / /8 T EACH STANCHION BASE ASSEMBLY KIT CONTAINS: BASE REINFORCEMENT PLATES REQUIRED NO. OF SHCS REQUIRED NO. OF SHAFTS (HOLLOW SHAFT IS STANDARD) ADAPTORS, (800) -8 CAT-0 0-

38 ADAPTORS, CAT-0 DIMENSIONS: STANCHION MOUNTING PLATES SINGLE MOUNTING PLATE A P K H N X THRU HOLE FOR O SCREWS L M J G THRU HOLE FOR BASE SHAFT DIA SHAFT BASE KIT LETTER DIMENSION DIA. TYPE NO. A G H J K L M N -/ BLANK UNIVERSAL BLANK UNIVERSAL BLANK UNIVERSAL EACH KIT CONTAINS REQUIRED HARDWARE TO MOUNT TO BASE UNIT AND PHD COMPONENT. O / / /8 P DOUBLE MOUNTING PLATE A C D P K H N X E THREAD FROM THIS SIDE X F THREAD FROM THIS SIDE M L J X THRU HOLE FOR O SCREWS G X THRU HOLE FOR BASE SHAFT DIA B ±.00 SHAFT BASE KIT LETTER DIMENSION DIA. TYPE NO. A B C D E F G H BLANK UNIVERSAL.0.0 /-8 x.0 DP /-8 x.0 DP.0.0 -/ BLANK UNIVERSAL.0.0 /8- x. DP /-8 x. DP.80.0 BLANK UNIVERSAL.00.0 /- x. DP /8- x. DP EACH KIT CONTAINS REQUIRED HARDWARE TO MOUNT TO BASE UNIT AND PHD COMPONENT. J K L M N O / / /8 P (800) -8

39 DIMENSIONS: STANCHION MOUNTING BLOCKS SINGLE MOUNTING BLOCK A SQ B THRU HOLE FOR BASE SHAFT DIA X K THREAD X L THREAD C E SQ G D F /8- x.00 DP THREAD.00 SQ MTG HOLE PATTERN HOLE PATTERN IS ON PART NO. 8 ONLY H J SHAFT DIA. -/ KIT NO A B C D E LETTER DIMENSION G H F J K 0- x.8 DP /-0 x.0 DP /-8 x.0 DP EACH KIT CONTAINS REQUIRED HARDWARE TO MOUNT TO BASE UNIT AND PHD COMPONENT. L 0- x.8 DP 0- x.8 DP /-0 x.0 DP DOUBLE MOUNTING BLOCK A D H G H X THRU DIA & C'BORE FOR J SHCS X THRU DIA FOR J SCREW B C ±.00 F E K THRU HOLE FOR BASE SHAFT DIA SHAFT DIA. -/ KIT NO A B C LETTER DIMENSION D E F G H J / / /8 K EACH KIT CONTAINS REQUIRED HARDWARE TO MOUNT TO BASE UNIT AND PHD COMPONENT. ADAPTORS, (800) -8 CAT-0 0-

40 ADAPTORS, CAT-0 ENGINEERING DATA: STANCHIONS BENDING MOMENT MAXIMUM DYMIC BENDING MOMENT IMPOSED ON THE BASE (Single or Double) SHAFT DIA. in-lb OF FORCE 00 -/ SHAFT STANCHION BASE TORQUE LIMITATIONS ON SINGLE SHAFT UNITS MAXIMUM TORQUE ON SHAFTS SHAFT DIA. in-lb 0 -/ 00 SHAFT MOUNTING BLOCK OR PLATE SHAFT DEFLECTION Y = P x L M Y = Deflection in inches L = Length in inches P = Load in pounds MAXIMUM TORQUE ON SHAFTS M SHAFT DIA. SINGLE SHAFT DOUBLE SHAFT. x 0. x 0 -/. x 0. x 0.8 x 0. x 0 8 L DEFLECTION (Y) P (800) -8

41 ADAPTORS, (800) -8 CAT-0 0-

42 CAT (800) -8

43 (800) -8 CAT-0 0-

44 CAT (800) -8

45 (800) -8 CAT-0 0-

46 CAT-0 Applications... CLAMPS Series PA... - Series PB... - Series PNC... - Series PHL... - Overview... 8 CUSTOM PRODUCTS... CP- CYLINDERS Cleanroom... - Compact Round... -, - ISO/VDMA... - Medium Duty... - Non-Rotating Rod Selection Guide... - AV, HV, A... - AV, HV -/8"... - AV, HV, A AV, HV, A... - Back-to-Back Cleanroom... - CRS... - CTS... - CV... - Non-Rotating Rod NPG, NHG Tandem Three Position... - Tom Thumb... - Delivery... Delivery Schedule... Distribution... 8 ESCAPEMENTS Single Rod... - Double Rod... - Selection Guide LC... - INDEX GRIPPERS 80 Angular... - Angular Parallel... - Selection Guide Angular & Parallel Angular Parallel Angular Jaw... - GRB... - GRC... - GRD... - GRF... - GRL... - GRR... - GRS... - GRT... - GRW... - How to Use this Catalog... How to Order PHD Actuators... Literature Online... MULTI-MOTION ACTUATORS Air/Oil Tandem... - Multi-Position... - Selection Guide PLASTIC PACKAGING COMPONENTS BCS PROXIMITY SWITCHES & SENSORS Brackets for NFPA Cylinders... - Hall Sensor with Set Point Module... - Inductive Proximity... - Selection Guide PROXIMITY SWITCHES & SENSORS (CONTINUED) ROTARY ACTUATORS Air/Oil Tandem... - Multi-Position Selection Guide RA... - RCC... - RF... - RI... - RL... - Sizing Software... Selection Guide... - SxL & SxH... - SCV... - SD & SE... - SFP SG... - SHP... - SIP... - SK & SL... - SJP... - SM STP... - PLATES & STANCHIONS The PHD Advantage... Videos... Website (800) -8