Koganei XDA Axis cylinders Instruction manual
The Koganei XdA is an air cylinder known for its versatility and reliability. It offers various bore sizes and stroke lengths, allowing you to choose the perfect fit for your application. The XdA features a unique design that includes a built-in magnet for sensor switches, enabling easy integration with your automation systems. You can adjust the stroke, ensuring precise movement within your desired range. The XdA is compatible with various mounting options, making it easy to install in your setup.
PDF
Download
Document
Advertisement
Advertisement
BK-UC003 Ver.1.0 Air Cylinder AXIS CYLINDER INSTRUCTION MANUAL Ver.1.0 Handling Instructions and Precautions Mounting and stroke adjustment Sensor switch Mounting How to remove the shock absorber cover 1. While any mounting direction is allowed, the mounting surface should always be flat. Twisting or bending during mounting may disturb the accuracy and may also result in air leaks or improper operation. 2. Care should be taken that scratches or dents on the cylinder’s mounting surface may damage its flatness. 3. The joint between the rod end plate and the piston rod has a certain degree of clearance (0.1〜0.2mm [0.004〜0.008in.]). Always confirm that joint nut A and joint nut B (see the inner construction on p.849) are secured before commencing cylinder operation. With short-stroke cylinders, hold the center of the cover. With long-stroke cylinders, place hands on each end. Then apply force in the direction of the arrow q and lift the cover from the groove. Next, apply force in the direction of the arrows w, rotating the cover mainly from diagonal corners, and remove it. q w w General precautions Stroke adjustment In the AXIS cylinder with shock absorber type, the stroke is adjustable within the range of values listed in the specifications on p.848. To adjust to a shorter stroke, first remove the shock absorber cover, then loosen the shock absorber’s lock nut and turn the shock absorber to the left (counterclockwise). After adjusting, tighten the lock nut and secure it in place. Although the shock absorber can be moved further than is shown in the specifications on p.848, turning it too far could exceed the strength of the thread and damage the thread and the stopper. Therefore, do not adjust the stroke beyond the values listed in the specifications on p.848. Moreover, the strokes cannot be adjusted further than the standard strokes. In addition, if the stopper must be moved to adjust the stroke, set the tightening torque of the stopper’s hexagon socket head bolt at the values in the table below. At shipping, the stopper is already adjusted to the standard stroke. Bore size 16 20 25 mm [in.] [0.630] [0.787] [0.984] 1. In all AXIS cylinders, the magnet for sensor switch is built-in. 2. Consult us when mounting 2 sensor switches on cylinders with 10mm [0.394in.] strokes or less. 3. The sensor cover cannot be attached when 3 or more sensor switches have been mounted. Moreover, it cannot be mounted so as to protrude from the sensor switch mounting groove. 4. For mounting/removing and moving sensor switches, see p.862. 32 [1.260] 40 [1.575] Tightening torque 137.3±14.7 284.4±29.4 480.5±49 1196.4±117.7 N·cm [12.2±1.3] [25.2±2.6] [42.5±4.3] [105.9±10.4] [in·lbf] Piping adapter, mounting bracket For only the single rod type, an order for a piping adapter and mounting bracket alone can be placed. Order codes Piping adapter L-XDA Bore size (One piping adapter, 2 bolts, and 1 gasket are supplied) Mounting bracket 2-XDA Bore size (One mounting bracket, 2 bolts, and 1 gasket are supplied) 1. Always thoroughly blow off (use compressed air) the tubing before piping. Entering chips, sealing tape, rust, etc., generated during piping work could result in air leaks or other defective operation. 2. Use air for the media. For the use of any other media, consult us. 3. The product cannot be used when the media or ambient atmosphere contains any of the substances listed below. Organic solvents, phosphate ester type hydraulic oil, sulphur dioxide, chlorine gas, or acids, etc. 4. If using in locations subject to dripping water, dripping oil, etc., or to large amounts of dust, use a cover to protect the unit. CYLINDERS Specification List Symbol Specifications Bore size mm [in.] Item 16 [0.630] 20 [0.787] 25 [0.984] 32 [1.260] 40 [1.575] Double acting type Operation type Air Media Side mounting (3 directions) Head side direct mounting Mounting type Head side side mountingNote 1 Operating pressure range MPa [psi.] Proof pressure MPa [psi.] Operating temperature range 1.03 [149] 0〜60 [32〜140] °C [°F] Operating speed range Cushion 0.1〜0.7 [15〜102] 100〜500 [3.9〜19.7] mm/s [in./sec.] Standard Rubber bumper Option Shock absorber Standard (bushing) specification ±0.3° or less Not required Lubrication Non-rotating accuracy Bearing specification ±0.1° or less Long bearing specification ±0.05° or less Stroke adjusting range (per one side to the specification stroke)Note2 mm [in.] −5〜0 [−0.197〜0] −12〜0 [−0.472〜0] −15〜0 [−0.591〜0] −20〜0 [−0.787〜0] −23〜0 [−0.906〜0] M5×0.8 Port size Rc1/8 Notes: 1. Mounting bracket is optional. 2. Only for cases where a shock absorber has been mounted. Bore Size and Stroke mm Bore size Maximum available stroke Standard strokes XDA,XDAA,XDAQ,XDAD XDAAD,XDADQ 16 25, 50, 75, 100, 125 500 200 20 25, 50, 75, 100, 125, 150 500 500 25 25, 50, 75, 100, 125, 150, 175 500 500 32 25, 50, 75, 100, 125, 150, 175, 200 ,225 500 500 40 25, 50, 75, 100, 125, 150, 175, 200, 225, 250, 275, 300 500 500 Notes: 1. For the delivery, consult us. 2. The φ16 [0.630in.] double rod bearing type and long bearing type are only available with a maximum stroke of 200mm. Remark: For non-standard strokes, consult us. Mass kg [lb.] Single rod Zero stroke mass Guide configuration Standard Bearing (Bushing) Bore size XDAA mm [in.] XDA Double rod Additional mass for Zero stroke mass Additional mass for options Additional Head side mass for side mounting Long bearing each 1mm Bushing Bearing Long bearing each 1mm [0.394in.] [0.394in.] XDAD XDAAD XDADQ stroke XDAQ stroke bracket -2 Piping adapter -L Shock Sensor switches absorber unit -SS□ ZC601, ZC605, ZC630, ZC653 16 [0.630] 0.293 [0.646] 0.305 [0.673] 0.365 [0.805] 0.003 [0.007] 0.351 [0.774] 0.363 [0.800] 0.423 [0.933] 0.004 [0.009] 0.048 [0.106] 0.043 [0.095] 0.113 [0.249] 20 [0.787] 0.506 [1.116] 0.526 [1.160] 0.639 [1.409] 0.004 [0.009] 0.593 [1.308] 0.613 [1.352] 0.726 [1.601] 0.005 [0.011] 0.064 [0.141] 0.058 [0.128] 0.188 [0.415] 25 [0.984] 0.601 [1.325] 0.62 [1.367] 0.774 [1.707] 0.005 [0.011] 0.731 [1.612] 0.751 [1.656] 0.904 [1.993] 0.007 [0.015] 0.093 [0.205] 0.077 [0.170] 0.244 [0.538] 32 [1.260] 0.997 [2.198] 1.043 [2.300] 1.294 [2.853] 0.008 [0.018] 1.261 [2.781] 1.307 [2.882] 1.559 [3.438] 0.011 [0.024] 0.161 [0.355] 0.161 [0.355] 0.442 [0.975] 40 [1.575] 1.024 [2.258] 1.093 [2.410] 1.42 [3.131] 0.012 [0.026] 1.485 [3.274] 1.554 [3.427] 1.88 [4.145] 0.017 [0.037] 0.279 [0.615] 0.23 [0.507] 0.615 [1.356] Lead wire A (1000mm):0.02 [0.04] Lead wire B (3000mm):0.05 [0.11] Inner Construction The diagrams show the case of a φ16 standard type q (single rod bushing type) with shock absorbers. w e r t y u i o !0 !1 !2 !3 !4 !5 !6 PULL PUSH A B Section A-B !7 !8 !9 @0 @1 @2 @3 @4 @5 @6 @7 @8 @9 #0 #1 #2 #3 #4 #5 PULL PUSH The diagrams show the case of a φ16 double rod bushing type with shock absorbers. #6 #7 #8 #9 Major Parts and Materials Parts No. Materials Parts No. Materials q q Shock absorber cover Plastic @1 @1 Washer Steel (zinc plated) w w Indicator Mild steel @2 @2 Joint nut B Mild steel (zinc plated) e e Sensor cover Plastic @3 @3 Bearing Aluminum alloy (hard anodized), [with bearing type (steel, plastic)] r r Holder Aluminum alloy (anodized) @4 @4 Rod cover Aluminum alloy (anodized) t t Cover Synthetic rubber (NBR) @5 @5 O-ring (for tube gasket) Synthetic rubber (NBR) y y Guide rod Steel (hard chrome plated, the bearing type is not plated.) @6 @6 Steel ball Steel u u Rod bushing Sintered alloy @7 @7 Piston seal Synthetic rubber (NBR) i i Rod seal Synthetic rubber (NBR) @8 @8 Piston Plastic o o Shock absorber ――― @9 @9 Spacer Plastic (only for φ16 [0.630in.] and φ20 [0.787in.]) !0 !0 Piston rod Steel (hard chrome plated) #0 #0 O-ring (for piston gasket) Synthetic rubber (NBR) !1 !1 Bumper Synthetic rubber (NBR) #1 #1 Retainer washer Mild steel (nickel plated) !2 !2 Stopper Steel (zinc plated) #2 #2 Hexagon nut Mild steel (zinc plated) !3 !3 Magnet φ16 and φ20 are rare earth magnet, and φ25 or larger are plastic magnet #3 #3 Head cover Aluminum alloy (anodized) !4 !4 Holder Aluminum alloy (anodized) #4 #4 O-ring (for by-pass gasket) Synthetic rubber (NBR) !5 !5 Washer Mild steel (zinc plated) #5 #5 Lead wire holder Synthetic rubber (NBR) !6 !6 Hexagon socket head bolt Steel (zinc plated) #6 #6 Bearing Oil impregnated plastic !7 !7 Side cover Plastic #7 #7 Piping adapter Aluminum alloy (anodized) !8 !8 Plate Special aluminum alloy (anodized) #8 #8 Gasket Synthetic rubber (NBR) !9 !9 Hexagon socket head bolt Steel (nickel plated) #9 #9 Plate B Special aluminum alloy (anodized) @0 @0 Joint nut A Mild steel (zinc plated) Item Rod seal Piston seal 1 2 2 2 ―― 2 16 NY-3-6 PPY-16 P-5 1.5×3.5 L089031 SO-015-16 20 NY-12×8×3.5 PPY-20 P-6 1.5×3.5 L089032 1/16×11/16×13/16 25 NY-14×10×3.5 PPY-25 P-7 1.5×4.5 L089033 1/16×7/8×1 32 NY-17×12×4 PPY-32 P-10 1.5×5.5 L089034 1/16×11/8 ×11/4 40 NY-22×16×5 PPY-40 P-12 1.5×7.5 L089035 S36 Seals Quantity Bore size mm O-ring (For piston gasket) O-ring (For by-pass gasket) Gasket (Option) O-ring (For tube gasket) List of Bearing in Use Bearing Item Bearing Long bearing 16 LB8NYDD SM8GWUU 20 LB10NYDD SM10GWUU 25 LB12NYDD SM12GWUU 32 LB16NYDD SM16GWUU 40 LB20NYDD SM20GWUU Bore size mm Long bearing Allowable Lateral Load and Stroke ● The lateral load on the rod bearing should be at or below the graph values shown below. (Values are the same for both the single rod and the double rod.) Bushing specification Bearing specification Long bearing specification 70 60 Load N 50 40 30 φ40 20 φ25 10 φ40 φ25 φ32 φ20 φ20 φ40 φ16 0 0 100 φ16 200 300 0 Stroke mm φ32 φ25 100 φ20 φ16 φ32 200 300 0 1N = 0.2448lbf. 1mm = 0.0394in. 100 Stroke mm 200 300 Stroke mm Plate Eccentricity and Stroke ● The eccentricity of the plate without applying load is shown in the graphs below. (The graphs below are for a single rod. For the double rod, cut the graph values below in half.) Bushing specification Bearing specification Long bearing specification MAX. 1.0 MAX. 0.9 Plate eccentricity mm 0.8 0.7 MIN. 0.6 MAX. 0.5 0.4 MIN. 0.3 MIN. 0.2 0.1 0 0 100 200 Stroke mm 300 0 100 200 300 0 Stroke mm 100 200 Stroke mm Eccentricity Due to the axis cylinder’s design clearance and the weight of the rod, etc., the rod end plate deflects as shown in the diagram above. 300 1mm = 0.0394in. Allowable Kinetic Energy Axis Cylinders are equipped with a cushioning mechanism. This mechanism is intended to reduce as much as possible the impact of pistons with high kinetic energy when they stop at the end of the stroke. There are 2 types of cushions, as shown below. ●Rubber bumpers (standard equipment) The load kinetic energy can be obtained through the formula shown below. m Ex=―― v 2 2 W 2 E' x=―― 2g v' Ex : Kinetic energy (J) m : Load mass (kg) v : Piston speed(m/s) E'x : Kinetic energy [ft・lbf] W : Load [lbf.] v' : Piston speed [ft./sec.] g : Acceleration of gravity 32.2 [ft./sec.2] 500 φ40 φ32 φ25 100 Load (kg) Rubber bumpers installed on both sides of the piston soften the impact at the end of the stroke, and absorb the impact noise during stopping, in response to high-frequency and high-speed operations. Note that a certain degree of rebound will occur at the end of the stroke on the cylinder with the rubber bumpers. 50 φ20 φ16 10 5 1 J [ft・lbf] Bore size mm [in.] Allowable kinetic energy 16 [0.630] 0.07 [0.05] 20 [0.787] 0.27 [0.20] 25 [0.984] 0.4 [0.30]1 32 [1.260] 0.65 [0.48] 40 [1.575] 1.2 [0.89]1 50 100 500 1000 Maximum operating speed For rubber bumpers mm/s ●With shock absorber (Optional) Operating speed range ●Rubber bumpers . . . . . . . . . . . . . . . . . 100〜500mm/s [0.33〜1.64ft./sec.] ●With shock absorbers . . . . . . . . . . . . . 100〜500mm/s [0.33〜1.64ft./sec.] 500 φ40 100 φ32 Load (kg) Use shock absorbers for large loads and high-speed operations where rubber bumpers provide insufficient absorption. Hydraulic flow resistance is used to absorb the shocks when the piston stops at the end of the stroke. Since the absorbing stroke is included in the cylinder stroke, be careful when operations are 25mm strokes or shorter. For the impact energy calculation formula, see the “Selection Guidelines” on p.528 in the General Catalog of Air Treatment, Auxiliary, Vacuum. 50 φ25 φ20 φ16 10 5 1 J [ft・lbf] Bore size mm [in.] Shock absorber model Maximum absorption 16 [0.630] KSHAX 6×5 11.5 [1.1] 20 [0.787] KSHAX 7×5 12.0 [1.5] 25 [0.984] KSHAX 8×6 12.9 [2.1] 32 [1.260] KSHAX 10×8 16.9 [5.1] 40 [1.575] KSHAX 12×10 11.8 [8.7] 50 100 500 1000 Maximum operating speed mm/s 1kg = 2.205lb. 1mm/s = 0.0394in./sec. Cylinder Thrust N [lbf.] Bore size mm [in.] Rod diameter mm [in.] 6 [0.236] 16 [0.630] 8 [0.315] 20 [0.787] 10 [0.394] 25 [0.984] 12 [0.472] 32 [1.260] 16 [0.630] 40 [1.575] Operating pressure MPa [psi.] Operation direction Pressure area mm2 [in.2] 0.1 [15] 0.2 [29] 0.3 [44] 0.4 [58] Push side 201 [0.312] 20.1 [4.52] 40.2 [9.04] 60.3 [13.56] 80.4 [18.07] 100.5 [22.59] 120.6 [27.11] 140.7 [31.63] Pull side 172 [0.267] 17.2 [3.87] 34.4 [7.73] 51.6 [11.60] 68.8 [15.47] Push side 314 [0.487] 31.4 [7.06] 62.8 [14.12] 94.2 [21.18] 125.6 [28.23] 157 [35.29] 188.4 [42.35] 219.8 [49.41] Pull side 264 [0.409] 26.4 [5.93] 52.8 [11.87] 79.2 [17.80] 105.6 [23.74] 132 [29.67] 158.4 [35.61] 184.8 [41.54] Push side 409 [0.634] 40.0 [8.99] 81.8 [18.39] 122.7 [27.58] 163.6 [36.78] 204.5 [45.97] 245.4 [55.17] 286.3 [64.36] Pull side 412 [0.639] 41.2 [9.26] 82.4 [18.52] 123.6 [27.79] 164.8 [37.05] 206 [46.31] 247.2 [55.57] 288.4 [64.83] Push side 804 [1.246] 80.4 [18.07] 160.8 [36.15] 241.2 [54.22] 321.6 [72.30] 402 [90.37] Pull side 690 [1.070] 69 [15.5] Push side 1256 [1.947] 125.6 [28.23] 251.2 [56.47] 376.8 [84.71] 502.4 [112.94] 628 [141.17] 753.6 [169.41] 879.2 [197.64] Pull side 1055 [1.635] 105.5 [23.72] 211 [47.43] 316.5 [71.15] 422 [94.87] 138 [31.0] 207 [46.5] 276 [62.0] 0.5 [73] 86 [19.33] 345 [77.6] 0.6 [87] 0.7 [102] 103.2 [23.20] 120.4 [27.07] 482.4 [108.45] 562.8 [126.52] 414 [93.1] 483 [108.6] 527.5 [118.58] 633 [142.30] 738.5 [166.01] Air Flow Rate and Air Consumption While the air cylinder’s air flow rate and air consumption can be found through the following calculations, the quick reference chart on the next page provides the answers more conveniently. Air flow rate 60 P+0.101 πD2 ×L× × ×10-6 + t 0.101 4 P+0.101 π{D2 +(D2 −d2)} ×L×n× ×10-6 + 0.101 4 〔 〔 Q1 = Air consumption Q2 = 〕〔 〕〔 ←―――― Cylinder tube section ――――→ 60 P πa2 × (L+b) × × ×10 -6 t 0.101 4 P πa2 × (L+b) × n × ×10 -6 0.101 4 〕 〕 ←――――――― By-pass section ――― ――――→ mm [in.] Bore size: D 16 [0.630] 6 [0.236] 3 [0.118] 36 [1.417] 20 [0.787] 8 [0.315] 3 [0.118] 40 [1.575] 25 [0.984] 10 [0.394] 3.9 [0.154] 40 [1.575] 32 [1.260] 40 [1.575] 12 [0.472] 16 [0.630] 4.7 [0.185] 6.4 [0.252] 40 [1.575] 44 [1.732] 60 P' +14.7 πD' 2 1 ×L' × × × + t 14.7 4 1728 2 2 2 π{D' +(D' −d' )} P' +14.7 1 Air consumption Q2' = ×L' ×n× × + 1728 4 14.7 Air flow rate Q1 : Required air flow rate for cylinder Q2 : Air consumption of cylinder L : Cylinder stroke t : Time required for cylinder to travel 1 stroke n : Number of cylinder reciprocations per minute P : Pressure Piston rod dia.: d By-pass diameter: a Cylinder body fixed dimension: b 〔 〔 Q1' = 〕〔 〕〔 ←――――― Cylinder tube section ―――――→ 60 P' πa2 1 × (L' +b) × × × t 1728 14.7 4 πa2 P' 1 × (L' +b) × n × × 1728 4 14.7 〕 〕 ←―――――――― By-pass section ―――――――→ Q1' : Required air flow rate for cylinder Q2' : Air consumption of cylinder L' : Cylinder stroke t : Time required for cylinder to travel 1 stroke n : Number of cylinder reciprocations per minute P' : Pressure D' : Bore size a : By-pass diameter b : Cylinder body fixed dimension d : Piston rod diameter ※Refer to p.54 for an explanation of ANR. R/min (ANR) R/min (ANR) mm s times/min Mpa ※ 〔ft.3/min. (ANR)〕 ※ 〔ft.3/min. (ANR)〕 〔in.〕 〔sec.〕 〔times/min.〕 〔psi.〕 〔in.〕 〔in.〕 〔in.〕 〔in.〕 Air Flow Rate and Air Consumption Air consumption for zero stroke and each 1mm [0.0394in.] stroke Conditions concerning stroke cm3 [in.3] /Reciprocation (ANR) Air pressure MPa [psi.] 0.1 [15] 0.2 [29] 0.3 [44] 0.4 [58] 0.5 [73] 0.6 [87] 0.7 [102] 16 [0.630] 0.25 [0.0153] 0.50 [0.0305] 0.76 [0.0464] 1.01 [0.0616] 1.26 [0.0769] 1.51 [0.0921] 1.76 [0.1074] 20 [0.787] 0.28 [0.0171] 0.56 [0.0342] 0.84 [0.0513] 1.12 [0.0683] 1.40 [0.0854] 1.68 [0.1025] 1.96 [0.1196] 25 [0.984] 0.47 [0.0287] 0.95 [0.0580] 1.42 [0.0867] 1.89 [0.1153] 2.36 [0.1440] 2.84 [0.1733] 3.31 [0.2020] 32 [1.260] 0.69 [0.0421] 1.37 [0.0836] 2.06 [0.1257] 2.75 [0.1678] 3.43 [0.2093] 4.12 [0.2514] 4.81 [0.2935] 40 [1.575] 1.40 [0.0854] 2.80 [0.1709] 4.20 [0.2563] 5.60 [0.3417] 7.00 [0.4272] 8.40 [0.5126] 9.81 [0.5986] 16 [0.630] 0.75 [0.0458] 1.13 [0.0690] 1.50 [0.0915] 1.88 [0.1147] 2.26 [0.1379] 2.64 [0.1611] 3.01 [0.1837] 20 [0.787] 1.16 [0.0708] 1.74 [0.1062] 2.31 [0.1410] 2.89 [0.1764] 3.47 [0.2118] 4.05 [0.2471] 4.63 [0.2825] 25 [0.984] 1.81 [0.1105] 2.71 [0.1654] 3.62 [0.2209] 4.53 [0.2764] 5.43 [0.3314] 6.34 [0.3869] 7.24 [0.4418] 32 [1.260] 2.99 [0.1825] 4.49 [0.2740] 5.99 [0.3655] 7.48 [0.4565] 8.98 [0.5480] 10.48 [0.6395] 11.97 [0.7305] 40 [1.575] 4.63 [0.2825] 6.95 [0.4241] 9.27 [0.5657] 11.59 [0.7073] 13.91 [0.8488] 16.23 [0.9904] Bore size mm [in.] Air consumption at zero stroke (constant value) Additional air consumption for each 1mm [0.0394in.] stroke (additional value) 18.55 [1.132] The figures in the table are for calculating the air flow rate and air consumption during 1 reciprocation of an Axis cylinder between a zero and 1mm [0.0394in.] stroke. The air flow rate and air consumption actually required is found by the following calculations. ● Finding the air flow rate (for selecting F.R.L., valves, etc.) Example: When operating an AXIS cylinder with bore size of 40mm [1.575in.] at speed of 300mm/s [11.8in./sec.], under air pressure of 0.5MPa {5.1kgf/cm2} [73psi.] {(13.91×300)+7.00} 1 ×10-3 =2.09R/s [0.0738ft.3/sec.] (ANR) 2 Speed From the table (air consumption at zero stroke) From the table (additional air consumption for each 1mm stroke) 1 (At this time, the flow rate per minute is {(13.91×300)+7.00}× 2 ×60×10-3 =125.4R/min [4.427ft.3/min.] (ANR)) ● Finding the air consumption Example 1. When operating an AXIS cylinder with bore size of 40mm [1.575in.] and stroke of 100mm [3.94in.], under air pressure of 0.5MPa {5.1kgf/cm2} [73psi.], for 1 reciprocation {(13.91×100)+7.00}×10-3 =1.398R/Reciprocation [0.04935ft.3/Reciprocation] (ANR) Example 2. When operating an AXIS cylinder with bore size of 40mm [1.575in.] and stroke of 100mm [3.94in.], under air pressure of 0.5MPa {5.1kgf/cm2} [73psi.], for 10 reciprocations per minute {(13.91×100)+7.00}×10×10-3 =13.98R/min [0.4935ft.3/min.] (ANR) Order Codes ■ Guide construction Single rod bushing type ■ Piping adapter ■ Mounting bracket Double rod bushing type Blank Single rod bearing type D Double rod bearing type A Single rod long bearing type AD No piping adapter ■ Shock absorber ■ Sensor switch (Type, Lead wire length, Quantity) Note4 No mounting bracket Blank No shock absorber Blank With head side side mounting bracket Note2 With piping adapter Note1 -L No sensor switch Blank With shock absorbers (The left side) Note3 -2 With shock absorbers (The right side) Note3 Q With ZC630 -SSL ● For specifications, see p.863. Double rod long bearing type Blank With ZC601 -ZC630 ●Lead wire length A:1000mm [39in.] B:3000mm [118in.] -ZC601 ● Solid state type ● With indicator lamp ● DC10〜28V ● Reed switch type ● Without indicator lamp ● DC5〜28V AC85〜115V With ZC653 With ZC605 ● Number of sensor switches 1:With 1 sensor switch 2:With 2 sensor switches DQ -SSR -ZC653 -ZC605 ● Solid state type ● With indicator lamp ● DC4.5〜28V Basic type ● Reed switch type ● With indicator lamp ● DC10〜28V Bore size×Stroke A Q × -L XDA -2 D AD DQ -ZC630 -ZC653 -ZC601 -ZC605 -SSL -SSR A B 1 2 ⁝ × ● For bore size and stroke, see p.848. ● The order code of the piping adapter only is L-XDA□ Bore size Notes: 1. Included at shipping in the single rod type. Assembled (standard equipment) at shipping in the double rod type. 2. Included at shipping in the single rod type. Assembled at shipping in the double rod type. 3. Assembled at shipping. 4. The sensor cover cannot be attached when 3 or more sensor switches have been mounted. It cannot be mounted so as to protrude from the sensor switch mounting groove. ● The order code of the mounting bracket only is 2-XDA□ Bore size ● For the order codes of sensor switches only, see p.861. ● For the order codes of shock absorbers only, see p.863. Custom-made (Made to Order) Steel plate specification -FP Insert the order code ahead of the piping adapter. Dimensions of Single Rod Bushing Type, and Single Rod Bearing Type (mm) Bore size × Stroke A1+Stroke E D AC 2 Y G1 6 4-AQ I1 4-P AS L1+Stroke Indicator (Sensor) AS BB 2.65 AK 2-AR Connection port AL 1 PULL N 11 AT AV M AH 24 AG 1 4-O Same for opposite side AF F H D/2 AI AD C1+Stroke B AP XDAA XDA Bore size AXIS-AD With shock absorber (-SSL) AO1 Stroke PUSH Bore size × φAU XDA AE/2 1 AE 2-AJ Guide rod dia.φQ 4 J 4-O Same for opposite side K D/2 AM 4-AB Same for opposite side 8-AB Same for opposite side R AN A2+Stroke C2+Stroke G2 AL PULL Option AP AO2 PUSH AT V1 AK φAU U+Stroke T W Z S AS AA Y W X I2 2-AQ ●With piping adapter:-L Indicator (Sensor) 2-AR Connection port AW L2+Stroke V2 AA Z Note: The drawings show φ16. W AX 4-AB Same for opposite side Code K L1 L2 M N O (Mounting thread) 9 57.5 67.5 32 19 M4×0.7 Depth5 13 62 72 36 21 M4×0.7 Depth6 6.5 2.75 12.75 23.5 11.5 64 74 42 25 M5×0.8 Depth7 71.5 85.5 50 29 M6×1 15.5 78.5 92.5 60 37 M8×1.25Depth11 J A1 A2 B C1 C2 D E F G1 G2 H 16 [0.630] 86 96 14 72 82 8 6 25 11 21 5.5 2.75 12.75 19.5 20 [0.787] 96 106 15 81 91 8 7 30 11 21 6 25 [0.984] 99 109 17 82 92 10 7 31 11 21 32 [1.260] 114 128 20 94 108 12 8 38 16 30 7.5 2.75 16.75 27.5 15 40 [1.575] 128 142 25 103 117 15 10 43 16 30 9 V2 W Bore mm [in.] Code P (Mounting hole) I2 I1 2.75 12.75 21 2.75 16.75 34 Depth8 Q R T U V1 Y Z AA AB (Mounting thread) AC AD AE AF AG AH 8 5.5 19.5 14 47 5.5 15.5 17 12 11 7 4 M4×0.7 Depth5 27 25 20 25 43 62 Depth13 10 5.5 20.5 19 51 5.5 15.5 20 16 13 8.5 4.5 M4×0.7 Depth6 31 29 24 28 49 72 25 [0.984] φ5.5 Counterboreφ9.5 Depth14 12 5.5 22.5 20 51 5.5 15.5 23 20 15.5 10 5.5 M5×0.8 Depth6 36 34 29 34 57 82 32 [1.260] φ6.6 Counterboreφ11 Depth16 16 8 28 22 56 8 22 28 24 19 12.5 6.5 M6×1 Depth7 43 41 36 40 69 102 40 [1.575] φ9 Counterboreφ14 Depth19 20 8 33 27 60 8 22 33 29 23 15 M8×1.25 Depth8 51 49 44 48 84 122 AJ (Mounting thread and mounting hole) AK Bore mm [in.] 16 [0.630] φ4.5 Counterboreφ8 Depth12 20 [0.787] φ4.5 Counterboreφ8 Code S X 8 AL AM AN AO1 AO2 AP AQ (Mounting thread) AR (Connection port) AS AT AU AV AW AX BB 16 [0.630] 64 M5×0.8 Inner dia. φ4.3 14 4 6 10 17 16 34 M4×0.7 Depth5 M5×0.8 1 7.5 12 19 5 10 13 20 [0.787] 74 M5×0.8 Inner dia. φ4.3 18 4 7 12 22 18 39 M4×0.7 Depth5 M5×0.8 8 8 14 21 5 10 11 25 [0.984] 84 M6×1 Inner dia. φ5.3 21 5 7.5 16 26 20 45 M5×0.8 Depth6 M5×0.8 11 9 16 23 5 10 9 32 [1.260] 104 M8×1.25 Inner dia. φ6.8 26 6 10 18 33 24 54 M6×1 Depth8 Rc 1/8 14 12 20 29 7 14 8 40 [1.575] 124 M10×1.5 Inner dia. φ8.5 32 7 12 22 42 30 66 M8×1.25 Depth10 Rc 1/8 17 13 22 31 7 14 10 Bore mm [in.] AI Dimensions of Single Rod Bushing and Bearing Types with Head Side Side Mounting Brackets (mm) Bore size × Stroke -2 A1+Stroke C1+Stroke B 2 2-P AS AK AP N 2-AR Connection port AL PULL AV M AH 2-AQ I1 4-P AS BB 1 24 AG 1 4-O Same for opposite side AF G1 6 PUSH Y F H D/2 AI AD E D AC AO1 XDAA XDA Bore size AXIS-BR1 AXIS-BR2 AXIS-AD With shock absorber (-SSL) φAU -2 AT Stroke N Bore size × 11 XDA 1 AE/2 2-AJ AE 4 Guide rod dia.φQ J D/2 4-O Same for opposite side AM Indicator (Sensor) L+Stroke K AY1 8-AB Same for opposite side R AN A2+Stroke 4-AB Same for AZ opposite side C2+Stroke G2 W V1 AL φAU U+Stroke AP PULL Option N AO2 PUSH T AK AT S AS AA Y Z X W I2 ●With piping adapter:-L 2-AQ Indicator (Sensor) 2-AR Connection port 2-P AW AX AY2 V2 4-AB Same for opposite side AA Z Note: The drawings show φ16. W BA Code A2 B C1 C2 D E F G1 G2 H J K L M N O (Mounting thread) 16 [0.630] 97 107 14 83 93 8 16 25 22 32 5.5 13.75 23.75 19.5 9 63.5 32 19 M4×0.7 Depth5 φ4.5 Counterboreφ8 Depth12 20 [0.787] 107 117 15 92 102 8 17 30 22 32 6 13 68 36 21 M4×0.7 Depth6 φ4.5 Counterboreφ8 Depth13 25 [0.984] 111 121 17 94 104 10 17 31 23 33 6.5 14.75 24.75 23.5 11.5 70.5 42 25 M5×0.8 Depth7 φ5.5 Counterboreφ9.5 Depth14 32 [1.260] 128 142 20 108 122 12 18 38 30 44 7.5 16.75 30.75 27.5 15 50 29 M6×1 φ6.6 Counterboreφ11 Depth16 40 [1.575] 145 159 25 120 134 15 10 43 33 47 9 19.75 33.75 34 15.5 87.5 60 37 M8×1.25 Depth11 φ9 Counterboreφ14 Depth19 S T U V1 V2 W X Bore mm [in.] Code A1 I1 I2 13.75 23.75 21 79 Depth8 P (Mounting hole) Q R Y Z AA AB (Mounting thread) AC AD AE AF AG AH AI AJ (Mounting thread and mounting hole) 16 [0.630] 8 5.5 19.5 14 47 16.5 26.5 17 12 11 7 4.5 M4×0.7 Depth5 27 25 20 25 43 162 64 M5 ×0.8 Inner dia.φ4.3 20 [0.787] 10 5.5 20.5 19 51 16.5 26.5 20 16 13 8.5 4.5 M4×0.7 Depth5 31 29 24 28 49 172 74 M5 ×0.8 Inner dia.φ4.3 25 [0.984] 12 5.5 22.5 20 51 17.5 27.5 23 20 15.5 10 5.5 M5×0.8 Depth6 36 34 29 34 57 182 84 M6 ×1 32 [1.260] 16 8.5 28 22 56 22 36 28 24 19 12.5 6.5 M6×1 Depth7 43 41 36 40 69 102 104 M8 ×1.25 Inner dia.φ6.8 40 [1.575] 20 8.5 33 27 60 25 39 33 29 23 15 8.5 M8×1.25 Depth8 51 49 44 48 84 122 124 M10×1.5 Inner dia.φ8.5 Bore mm [in.] Code Inner dia.φ5.3 AK AL AM AN A01 A02 AP AQ (Mounting thread) AR (Connection port) AS AT AU AV AW AX AY1 AY2 AZ BA BB 16 [0.630] 14 4 11.5 6 4 16 34 M4×0.7 Depth5 M5×0.8 1 7.5 12 19 5 10 5 15 11 21 13 20 [0.787] 18 4 12 7 4 18 39 M4×0.7 Depth5 M5×0.8 8 8 14 21 5 10 5 15 11 21 11 25 [0.984] 21 5 16 7.5 4 20 45 M5×0.8 Depth6 M5×0.8 11 9 16 23 5 10 5.5 15.5 12 22 9 32 [1.260] 26 6 18 10 4 24 54 M6×1 Depth8 Rc1/8 14 12 20 29 7 14 6.5 20.5 14 28 8 40 [1.575] 32 7 22 12 4 30 66 M8×1.25 Depth10 Rc1/8 17 13 22 31 7 14 8 17 31 10 Bore mm [in.] 22 Dimensions of Double Rod Bushing Type and Double Rod Bearing Type (mm) AC E 2 6 H D/2 4-O Same for opposite side D/2 I1 4-P AS BB D 4-O Same for opposite side AS AH AF AG M 1 1 PULL N M AI AH 24 AG AF PUSH 1 G1 E+Stroke F AV AD Y B+Stroke C1+Stroke B D 1 Stroke φAU Bore size × XDAD Bore size AXIS-AD With shock absorber (-SSL) A1+2×Stroke AT Stroke 11 XDAAD Bore size × AO XDAD 4 Guide rod dia.φQ Indicator (Sensor) K ※ J 8-AB Same for opposite side R D/2 4-AB Same for opposite side AX Y T U+Stroke 4 1 AE A2+2×Stroke C2+Stroke B+Stroke G2 E+Stroke D D/2 I2 AS 4-O Same for opposite side AA Y S AE/2 2-AJ 4-O Same for opposite side D/2 X W 4-O Same for opposite side 2-AR Connection port AW L1+2×Stroke M PULL Option N AO PUSH AT V1+Stroke φAU 2-AJ AE Z W AE/2 X 1 ●With head side side mounting bracket:-2 Indicator (Sensor) AW 2-AR Connection port 2-P AY+Stroke AZ AX L2+Stroke ※ 4-AB Same for opposite side V2+Stroke BA 4-O Same for opposite side D/2 AA Z Y X W Note: The drawings show φ16. Code A1 A2 B C1 C2 D E F G1 G2 H J K L1 L2 M N O (Mounting thread) 16 [0.630] 110 121 14 82 93 8 6 25 21 32 5.5 12.75 23.75 19.5 9 81.5 63.5 32 19 M4×0.7 Depth5 20 [0.787] 121 132 15 91 102 8 7 30 21 32 6 13 87 68 36 21 M4×0.7 Depth6 25 [0.984] 126 138 17 92 104 10 7 31 21 33 6.5 12.75 24.75 23.5 11.5 91 70.5 42 25 M5×0.8 Depth7 32 [1.260] 148 162 20 108 122 12 8 38 30 44 7.5 16.75 30.75 27.5 15 105.5 79 50 29 M6×1 Depth8 40 [1.575] 167 184 25 117 134 15 10 43 30 47 9 60 37 M8×1.25 Depth11 Bore mm [in.] Code I1 I2 12.75 23.75 21 16.75 33.75 34 15.5 117.5 87.5 P (Mounting hole) Q R S T U V1 V2 W X Y Z AA AB (Mounting thread) AC AD AE AF 16 [0.630] φ4.5 Counterboreφ8 Depth12 8 5.5 19.5 14 47 29.5 40.5 17 12 11 7 4 M4×0.7 Depth5 27 25 20 25 20 [0.787] φ4.5 Counterboreφ8 Depth13 10 5.5 20.5 19 51 30.5 41.5 20 16 13 8.5 4.5 M4×0.7 Depth5 31 29 24 28 25 [0.984] φ5.5 Counterboreφ9.5 Depth14 12 5.5 22.5 20 51 32.5 44.5 23 20 15.5 10 5.5 M5×0.8 Depth6 36 34 29 34 32 [1.260] φ6.5 Counterboreφ11 Depth16 16 8 28 22 56 42 56 28 24 19 12.5 6.5 M6×1 Depth7 43 41 36 40 40 [1.575] φ9 Counterboreφ14 Depth19 20 8 33 27 60 47 64 33 29 23 15 8 M8×1.25 Depth8 51 49 44 48 Bore mm [in.] Code AJ (Mounting thread and mounting hole) AO AG AH AI AR (Connection port) AS AT AU AV AW AX AY AZ BA BB 16 [0.630] 43 62 64 M5 ×0.8 Inner dia.φ4.3 16 M5×0.8 1 7.5 12 19 5 10 29 11 21 13 20 [0.787] 49 72 74 M5 ×0.8 Inner dia.φ4.3 18 M5×0.8 8 8 14 21 5 10 30 11 21 11 25 [0.984] 57 82 84 M6 ×1 Inner dia.φ5.3 20 M5×0.8 11 9 16 23 5 10 32.5 12 22 9 32 [1.260] 69 102 104 M8 ×1.25 Inner dia.φ6.8 24 Rc1/8 14 12 20 29 7 14 40.5 14 28 8 40 [1.575] 84 122 124 M10×1.5 30 Rc1/8 17 13 22 31 7 14 47 17 31 10 Bore mm [in.] Inner dia.φ8.5 Dimensions of Single Rod Long Bearing Type (mm) Stroke C1+Stroke B Y H 4-O Same for opposite side 4-AQ I1 4-P AS AS AT 2.65 2-AR AL AK 11 M 1 PULL N 1 AI AH 24 AG AF G1 6 BB AP D/2 AO1 2 F AV AD E D AC XDAQ Bore size AXIS-AD With shock absorber (-SSL) A1+Stroke PUSH Bore size × φAU XDAQ 1 AE/2 2-AJ AE 4 Indicator (Sensor) Guide rod dia.φQ K J AN AM L1+Stroke ※ 4-O Same for opposite side 4-AB Same for opposite side 8-AB Same for opposite side D/2 R A2+Stroke I2 AS AK AL PULL Option AP AO2 PUSH AT V1 φAU U+Stroke T W Z S G2 AA Y W X C2+Stroke ●With piping adapter:-L 2-AQ Indicator (Sensor) 2-AR Connection port AW ※ L2+Stroke V2 4-AB Same for opposite side AA Z Note: The drawings show φ16. W AX Code L2 M N O (Mounting thread) 57.5 67.5 32 19 M4×0.7 Depth5 72 36 21 M4×0.7 Depth6 74 42 25 M5×0.8 Depth7 71.5 85.5 50 29 M6×1 53.5 78.5 92.5 60 37 M8×1.25 Depth11 L1 K J I2 I1 A1 A2 B C1 C2 D E F G1 G2 H 16 [0.630] 107 117 14 93 103 8 6 46 11 21 5.5 2.75 12.75 19.5 30 20 [0.787] 122 132 15 107 117 8 7 56 11 21 6 62 25 [0.984] 126 136 17 109 119 10 7 58 11 21 6.5 2.75 12.75 23.5 38.5 64 32 [1.260] 147 161 20 127 141 12 8 71 16 30 7.5 2.75 16.75 27.5 48 40 [1.575] 166 180 25 141 155 15 10 81 16 30 9 V2 W Bore mm [in.] Code 39 2.75 12.75 21 2.75 16.75 34 Depth8 P (Mounting hole) Q R T U V1 Y Z AA AB (Mounting thread) AC AD AE AF AG AH 16 [0.630] φ4.5 Counterboreφ8 Depth12 8 5.5 19.5 35 47 5.5 15.5 17 12 11 7 4 M4×0.7 Depth5 27 25 20 25 43 62 20 [0.787] φ4.5 Counterboreφ8 Depth13 10 5.5 20.5 45 51 5.5 15.5 20 16 13 8.5 4.5 M4×0.7 Depth5 31 29 24 28 49 72 25 [0.984] φ5.5 Counterboreφ9.5 Depth14 12 5.5 22.5 47 51 5.5 15.5 23 20 15.5 10 5.5 M5×0.8 Depth6 36 34 29 34 57 82 32 [1.260] φ6.5 Counterboreφ11 Depth16 16 8 28 55 56 8 22 28 24 19 12.5 6.5 M6×1 Depth7 43 41 36 40 69 102 40 [1.575] φ9 Counterboreφ14 Depth19 20 8 33 65 60 8 22 33 29 23 15 M8×1.25 Depth8 51 49 44 48 84 122 AJ (Mounting thread and mounting hole) AK Bore mm [in.] Code S X 8 AL AM AN A01 A02 AP AQ (Mounting thread) AR (Connection port) AS AT AU AV AW AX BB 16 [0.630] 64 M5 ×0.8 Inner dia.φ4.3 14 4 10 6 17 16 34 M4×0.7 Depth5 M5×0.8 1 7.5 12 19 5 10 34 20 [0.787] 74 M5 ×0.8 Inner dia.φ4.3 18 4 12 7 22 18 39 M4×0.7 Depth5 M5×0.8 8 8 14 21 5 10 37 25 [0.984] 84 M6 ×1 Inner dia.φ5.3 21 5 16 7.5 26 20 45 M5×0.8 Depth6 M5×0.8 11 9 16 23 5 10 36 32 [1.260] 104 M8 ×1.25 Inner dia.φ6.8 26 6 18 10 33 24 54 M6×1 Depth8 Rc 1/8 14 12 20 29 7 14 41 40 [1.575] 124 M10×1.5 Inner dia.φ8.5 32 7 22 12 42 30 66 M8×1.25 Depth10 Rc 1/8 17 13 22 31 7 14 48 Bore mm [in.] AI Dimensions of Single Rod Long Bearing Type with Head Side Side Mounting Bracket (mm) -2 AK 2-AR Connection port AO1 AL AP PUSH N M 2-P AS AV 1 AH 2-AQ I1 4-P AS 1 24 6 PULL H 4-O Same for opposite side AG G1 BB D/2 Y AF F AT E φAU 2 AI AD XDAQ Bore size AXIS-BR1 AXIS-BR2 AXIS-AD C1+Stroke B D AC With shock absorber (-SSL) A1+Stroke N Stroke 11 Bore size × XDAQ 1 AE/2 2-AJ AE 4 Guide rod dia.φQ J 4-O Same for opposite side K Indicator (Sensor) AY1 8-AB Same for opposite side D/2 AN AM L+Stroke AZ R 4-AB Same for opposite side A2+Stroke C2+Stroke T W AS V1 AK AL AP PULL Option N AO2 PUSH AT U+Stroke φAU S I2 AA Y Z X W G2 ●With piping adapter:-L 2-AQ Indicator (Sensor) 2-AR Connection port 2-P AW AX AY2 4-AB Same for opposite side V2 AA Z Note: The drawings show φ16. W BA Code I2 K M N O (Mounting thread) P (Mounting hole) 63.5 32 19 M4×0.7 Depth5 φ4.5 Counterboreφ8 Depth12 36 21 M4×0.7 Depth6 φ4.5 Counterboreφ8 Depth13 6.5 14.75 24.75 23.5 38.5 70.5 42 25 M5×0.8 Depth7 φ5.5 Counterboreφ9.5 Depth14 50 29 M6×1 φ6.6 Counterboreφ11 Depth16 53.5 87.5 60 37 M8×1.25 Depth11 φ9 Counterboreφ14 Depth19 I1 A2 B C1 C2 D E F G1 G2 H 16 [0.630] 118 128 14 104 114 8 16 46 22 32 5.5 13.75 23.75 19.5 30 20 [0.787] 133 143 15 118 128 8 17 56 22 32 6 25 [0.984] 138 148 17 121 131 10 17 58 23 33 32 [1.260] 161 175 20 141 155 12 18 71 30 44 7.5 16.75 30.75 27.5 48 40 [1.575] 183 197 25 158 172 15 10 81 33 47 9 S T U V1 V2 W X Bore mm [in.] Code A1 J 13.75 23.75 21 19.75 33.75 34 39 L 68 79 Depth8 Q R Y Z AA AB (Mounting thread) AC AD AE AF AG AH 16 [0.630] 8 5.5 19.5 35 47 16.5 26.5 17 12 11 7 4 M4×0.7 Depth5 27 25 20 25 43 162 64 M5 ×0.8 Inner dia.φ4.3 20 [0.787] 10 5.5 20.5 45 51 16.5 26.5 20 16 13 8.5 4.5 M4×0.7 Depth5 31 29 24 28 49 172 74 M5 ×0.8 Inner dia.φ4.3 25 [0.984] 12 5.5 22.5 47 51 17.5 27.5 23 20 15.5 10 5.5 M5×0.8 Depth6 36 34 29 34 57 182 84 M6 ×1 Inner dia.φ5.3 32 [1.260] 16 8 28 55 56 22 36 28 24 19 12.5 6.5 M6×1 Depth7 43 41 36 40 69 102 104 M8 ×1.25 Inner dia.φ6.8 40 [1.575] 20 8 33 65 60 25 39 33 29 23 15 M8×1.25 Depth8 51 49 44 48 84 122 124 M10×1.5 Inner dia.φ8.5 Bore mm [in.] Code 8 AN A01 A02 AP AQ (Mounting thread) AR (Connection port) AI AJ (Mount. thread & mount. hole) AK AL AM AS AT AU AV AW AX AY1 AY2 AZ BA BB 16 [0.630] 14 4 11.5 16.5 4 16 34 M4×0.7 Depth5 M5×0.8 1 7.5 12 19 5 10 5 15 11 21 34 20 [0.787] 18 4 12.5 17.5 4 18 39 M4×0.7 Depth5 M5×0.8 8 8 14 21 5 10 5 15 11 21 37 25 [0.984] 21 5 16.5 17.5 4 20 45 M5×0.8 Depth6 M5×0.8 11 9 16 23 5 10 5.5 15.5 12 22 36 32 [1.260] 26 6 18.5 10.5 4 24 54 M6×1 Depth8 Rc1/8 14 12 20 29 7 14 6.5 20.5 14 28 41 40 [1.575] 32 7 22.5 12.5 4 30 66 M8×1.25 Depth10 Rc1/8 17 13 22 31 7 14 8 17 31 48 Bore mm [in.] 22 Dimensions of Double Rod Long Bearing Type (mm) 2 F D/2 Y D D/2 I1 4-P AS 4-O Same for opposite side AS AH AF AG M 1 1 PULL N M AI AH 24 AG AF PUSH AV 1 6 BB H 4-O Same for opposite side E+Stroke G1 1 AC E AT D XDADQ Bore size AXIS-BR1 AXIS-BR2 B+Stroke C1+Stroke B AD With shock absorber (-SSL) A1+2×Stroke φAU Stroke 11 Bore size × AO XDADQ AE/2 2-AJ AE 4 1 Indicator (Sensor) Guide rod dia.φQ K J 2-AR Connection port AW AE/2 2-AJ 4 L1+2×Stroke 1 AE ※ 4-O Same for opposite side D/2 A2+2×Stroke B+Stroke G2 E+Stroke W C2+Stroke D D/2 I2 AA 4-O Same for opposite side AS N PULL Option M AO2 PUSH AT φAU V1+Stroke U+Stroke T Z Y S X R AX Y W D/2 4-AB Same for opposite side 8-AB Same for opposite side X 4-O Same for opposite side ●With head side side mounting bracket:-2 AW 2-AR Connection port 2-P AZ AX ※ L2+Stroke AY+Stroke V2+Stroke 4-AB Same for opposite side 4-O Same for opposite side D/2 BA AA Z Y X Note: The drawings show φ16. W Indicator (Sensor) Code I1 I2 K J A1 A2 B C1 C2 D E F G1 G2 H 16 [0.630] 131 142 14 103 114 8 6 46 21 32 5.5 12.75 23.75 19.5 30 20 [0.787] 147 158 15 117 128 8 7 56 21 32 6 25 [0.984] 153 165 17 119 131 10 7 58 21 33 32 [1.260] 181 195 20 141 155 12 8 71 30 40 [1.575] 205 222 25 155 172 15 10 81 Bore mm [in.] Code L2 M N O (Mounting thread) 81.5 63.5 32 19 M4×0.7 Depth5 L1 87 68 36 21 M4×0.7 Depth6 6.5 12.75 24.75 23.5 38.5 91 70.5 42 25 M5×0.8 Depth7 44 7.5 16.75 30.75 27.5 48 105.5 79 50 29 M6×1 30 47 9 60 37 M8×1.25 Depth11 12.75 23.75 21 16.75 33.75 34 39 53.5 117.5 87.5 Depth8 P (Mounting hole) Q R S T U V1 V2 W X Y Z AA AB (Mounting thread) AC AD AE AF 16 [0.630] φ4.5 Counterboreφ8 Depth12 8 5.5 19.5 35 47 29.5 40.5 17 12 11 7 4 M4×0.7 Depth5 27 25 20 25 20 [0.787] φ4.5 Counterboreφ8 Depth13 10 5.5 20.5 45 51 30.5 41.5 20 16 13 8.5 4.5 M4×0.7 Depth5 31 29 24 28 25 [0.984] φ5.5 Counterboreφ9.5 Depth14 12 5.5 22.5 47 51 32.5 44.5 23 20 15.5 10 5.5 M5×0.8 Depth6 36 34 29 34 32 [1.260] φ6.6 Counterboreφ11 Depth16 16 8 28 55 56 42 56 28 24 19 12.5 6.5 M6×1 Depth7 43 41 36 40 40 [1.575] φ9 Counterboreφ14 Depth19 20 8 33 65 60 47 64 33 29 23 15 8 M8×1.25 Depth8 51 49 44 48 Bore mm [in.] Code AG AH AI AJ (Mounting thread and mounting hole) AO AR (Connection port) AS AT AU AV AW AX AY AZ BA BB 16 [0.630] 43 62 64 M5×0.8 Inner dia.φ4.3 16 M5×0.8 1 7.5 12 19 5 10 29 11 21 34 20 [0.787] 49 72 74 M5×0.8 Inner dia.φ4.3 18 M5×0.8 8 8 14 21 5 10 30 11 21 37 25 [0.984] 57 82 84 M6×1 Inner dia.φ5.3 20 M5×0.8 11 9 16 23 5 10 32.5 12 22 36 32 [1.260] 69 102 104 M8×1.25 Inner dia.φ6.8 24 Rc1/8 14 12 20 29 7 14 40.5 14 28 41 40 [1.575] 84 122 124 M10×1.5 Inner dia.φ8.5 30 Rc1/8 17 13 22 31 7 14 47 17 31 48 Bore mm [in.] SENSOR SWITCHES Solid State Type, Reed Switch Type Order Codes 2-lead Solid state type wire 3-lead Solid state type wire 2-lead Reed switch type wire 2-lead Reed switch type wire With indicator lamp With indicator lamp Without indicator lamp With indicator lamp Sensor switch model Lead wire length DC10〜28V ZC630 DC4.5〜28V ZC653 A B DC5〜28V AC85〜115V ZC601 DC10〜28V ZC605 Cylinder basic type -XDA A B ● For details of sensor switches, see p.1544. ●A:1000mm [39in.] B:3000mm [118in.] Sensor Switch Operating Range, Response Differential, and Maximum Sensing Location ●Mounting location of end of stroke detection sensor switch When a green line on the sensor switch, which shows the maximum sensing location, is installed to line up with the center of the indicator (∞ shaped-indication) built into the cylinder body, the magnet position on the end of stroke can be accurately aligned to the maximum sensing location of the sensor switch. It also facilitates fine adjustment of the end of stroke detection location. Indicator 16.5 ●Operating range: R The distance the piston travels in one direction, while the switch is in the ON position. ●Response differential: C The distance between the point where the piston turns the switch ON and the point where the switch is turned OFF as the piston travels in the opposite direction. ●Solid state type (ZC630□, ZC653□) Bore size 16.5 Item 16 [0.630] 20 [0.787] mm [in.] 25 [0.984] 32 [1.260] 40 [1.575] 2.8〜3.4 2.7〜3.4 3.0〜3.7 3.0〜3.8 3.3〜4.0 R [0.110〜 [0.106〜 [0.118〜 [0.118〜 [0.130〜 0.146] 0.150] 0.134] 0.157] 0.134] 0.2 [0.008] 0.1 [0.004] or less Response differential C 0.1 [0.004] or less or less Maximum sensing location Note 16.5 [0.650] Operating range R Magnet ON OFF ●Reed switch type (ZC601□, ZC605□) Bore size C (Response differential) Item R OFF ON C (Response differential) Maximum sensing location 16 [0.630] 20 [0.787] mm [in.] 25 [0.984] 32 [1.260] 40 [1.575] 7.9〜11.0 7.7〜11.0 8.0〜11.0 7.6〜10.6 8.0〜11.5 R [0.311〜 [0.303〜 [0.315〜 [0.299〜 [0.315〜 0.433] 0.417] 0.433] 0.453] 0.433] 1.9 [0.075] 1.8 [0.071] 1.9 [0.075] Response differential C 1.6 [0.063] or less or less or less or less Maximum sensing location Note 16.5 [0.650] Operating range Note: This is a value measured from the cable side end surface. Remark: The above table shows reference values. Mounting/Removing and Moving Sensor Switch The following is a summary for mounting/removing and moving AXIS cylinder sensor switches. ■Removing the sensor cover q Push the lead wire holder in either direction. e Pull out the sensor cover in the direction of the arrow until it comes to a stop (about 5mm). ■Moving the sensor switch q Loosen the mounting screw of the sensor switch, and move the sensor switch along the cylinder body’s switch groove.Note ■Mounting the sensor cover q Once moving, adjusting, and securing of the sensor switch has been completed, attach the sensor cover as shown in the diagram. Lead wire w Lead wire holder Mounting screw Sensor cover w While pushing, pull up and remove the lead wire holder. r Take hold of one corner of the pulled-out sensor cover, and pull up to remove it. q Note : Set the tightening torque of the mounting screw to 0.2N·m [1.8in·lbf]. When loosening the mounting screw, do not turn the mounting plate more than one-fourth of a turn. w To remove the sensor switch, loosen the mounting screw, lower the mounting plate and rotate it until it faces in the direction shown in the diagram, and remove it in the direction of the arrow. w To secure the sensor switch lead wire, place the lead wire holder in a groove, press on one end of the lead wire holder, and then press down to secure it in place. Mounting plate Note: When loosening mounting screw, do not turn it more than one and a half turns. It might damage the crimping of the screw. Caution When Cylinder with Sensor Switch Is Installed When mounting in close proximity to a multiple number of AXIS cylinders with sensor switches, maintain the mounting intervals shown in the table to avoid mutual magnetic interference. R2 PULL PUSH PUSH R2 mm [in.] 16 [0.630] 110 [4.33] or more 50 [1.97] or more 20 [0.787] 110 [4.33] or more 50 [1.97] or more 25 [0.984] 110 [4.33] or more 60 [2.36] or more 32 [1.260] 120 [4.72] or more 60 [2.36] or more 40 [1.575] 120 [4.72] or more 60 [2.36] or more Remark : The above table shows reference values. Sensor switches can be faced outward, as shown to the right, to mount 2 AXIS cylinders. PUSH R1 mm [in.] R2 PULL Bore size mm [in.] R1 PULL R1 SHOCK ABSORBERS KSHAX Series Compatible with AXIS Cylinder Specifications Model KSHAX6×5 KSHAX7×5 KSHAX8×6 KSHAX10×8 KSHAX12×10 Applicable cylinder bore size mm [in.] 16 [0.630] 20 [0.787] 25 [0.984] 32 [1.260] 40 [1.575] Maximum absorption J [ft·lbf] 1.5 [1.1] 2.0 [1.5] 2.9 [2.1] 6.9 [5.1] 11.8 [8.7] Absorbing stroke mm [in.] 5 [0.197] 5 [0.197] 6 [0.236] 8 [0.315] 10 [0.394] 0.084 [0.185] 0.107 [0.236] Item Maximum impact speed 700 [27.6] mm/s [in./sec.] Maximum operating frequency 60 cycle/min 0〜60 [32〜140] Operating temperature range °C [°F] Mass kg [lb.] 0.018 [0.040] 0.033 [0.073] 0.045 [0.099] Order Codes for Shock Absorbers Only ■Shock absorbers for AXIS cylinder Basic type Piston dia.×Stroke Applicable cylinder bore size mm [in.] Maximum absorption J [ft·lbf] 16 [0.630] 11.5 [1.1] 6×5 20 [0.787] 12.0 [1.5] 7×5 25 [0.984] 12.9 [2.1] 32 [1.260] 16.9 [5.1] 10×8 40 [1.575] 11.8 [8.7] 12×10 KSHAX 8×6 Dimensions of Shock Absorber G A B E φF mm C H D Code A B C D E F G (Stroke) H KSHAX6×5 14 3 19 M12×1 1.5 3 5 3 KSHAX7×5 17 3 26 M14×1 2 3 5 4 KSHAX8×6 19 3 28 M16×1.5 3 3 6 4 KSHAX10×8 22 3 37 M20×1.5 3 5 8 4 KSHAX12×10 24 3 40 M22×1.5 3 5 10 4 Model ">

Public link updated
The public link to your chat has been updated.
Advertisement
Key features
- Various bore sizes and strokes
- Built-in magnet for sensor switches
- Adjustable stroke
- Multiple mounting options
- Double acting type
- Shock absorber type
- Rubber bumpers
- Side mounting
- Head side mounting
Frequently asked questions
The available bore sizes and stroke lengths vary depending on the model. You can find the specific dimensions and stroke options listed in the "Bore Size and Stroke" section on page 848 of the viewed document.
To adjust the stroke, you need to remove the shock absorber cover, loosen the shock absorber's lock nut, and turn the shock absorber to the left (counterclockwise) to shorten the stroke. After adjusting, tighten the lock nut. For detailed instructions, see the "Stroke adjustment" section on page 849 of the viewed document.
The Koganei XdA air cylinder can be mounted in several ways, including side mounting (3 directions) and head side mounting. Please see the "Mounting" section on page 849 of the viewed document for more details.