Koganei SUT Slide unit Instruction manual
The Koganei SUT is a high-performance air cylinder designed for linear motion applications. This versatile unit offers adjustable stroke length, precise operation, and various mounting options. It's commonly used in automation, robotics, and material handling systems, where reliable and accurate movement is crucial.
PDF
Download
Document
Advertisement
Advertisement
BK-UC003 Ver.1.0 Air Cylinder SLIDE UNIT INSTRUCTION MANUAL Ver.1.0 Handling Instructions and Precautions Mounting and adjustment Piping Mounting Piping location and operating direction 1. While any mounting direction is allowed, the mounting surface should always be flat. Twisting or bending in the table or plate 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 mounting surface of the table and/or plate may damage its flatness. 3. Use JIS B 1354 straight pins to locate the table and the plate. 4. In applications with high load ratios or speeds of 200mm/s [7.9in./sec.] or higher, either select a unit with a shock absorber or use an externally mounted shock absorber. ●Fixed table type (SUT, SUTK) F E Right Left D C Stroke adjustment A In the Slide Unit, the stroke is easily adjustable. Loosening the lock nut and turning the stroke adjusting bolt to the right (clockwise) shortens the stroke. Turning it to the left (counterclockwise) lengthens the stroke. After adjustment, tighten the lock nut and secure it in place. mm [in.] Stroke adjusting range Stroke changes (per 1 rotation) ±10 [±0.394] 0.8 [0.031] SUT (K) 16×□, SUT (K) 25×□ ±10 SUP (K) 16×□, SUP (K) 25×□ [±0.394] SUL (K) 16×□, SUL (K) 25×□ (±5 [0.197]) 1 [0.039] Stroke adjusting bolt Model Lock nut SUT10×□,SUP10×□ SUL10×□ Remark: Figures in parentheses ( ) are for types with end keep mechanism (one side only). B When supplying air to the C port, the piston rod and end plate move to the right. When supplying air to the D port, they move to the left. While the unit can also be used by plugging C, D ports, and plumbing A, B, E, F ports, consult us since such configuration needs special adapters and plugs, etc. (In this case, when supplying air to A, F ports, the piston rod and end plate move to the right. When supplying air to B, E ports, they move to the left.) ●Fixed end plate type (SUP, SUPK) ●Fixed rail-on plate type (SUL, SULK) Allowable lateral load F When applying a lateral load on the plate in the fixed table type, keep the load at or below the values in the table below. Stroke mm SUT10×□ 25 Right N [lbf.] Allowable lateral load Model E 50 75 100 1.34 [0.301] 0.93 [0.209] 0.71 [0.160] 0.58 [0.130] 125 150 175 200 ― ― ― ― Left D SUT (K) 16×□ 3.06 [0.688] 2.12 [0.477] 1.62 [0.364] 1.31 [0.294] 1.11 [0.250] 0.95 [0.214] 0.83 [0.187] 0.75 [0.169] C SUT (K) 25×□ 8.40 [1.888] 5.92 [1.331] 4.57 [1.027] 3.72 [0.836] 3.14 [0.706] 2.71 [0.609] 2.38 [0.535] 2.13 [0.479] A Remark: These are reference values, not guaranteed values. B Piston rod deflection Applying load on the table or plate can cause deflection in the piston rod. For the amount of the deflection, use the table below as a guide. ●Fixed table type (SUT, SUTK) ●Fixed end plate type (SUP, SUPK) Push-pull gauge mm [in.] Model SUT10×□ Load N [lbf.] Stroke 100 200 2.0 [0.45] 0.11 [0.0043] ― 2.9 [0.65] 0.16 [0.0063] ― 4.9 [1.10] 0.27 [0.0106] ― mm [in.] Model SUP10×□ 4.9 [1.10] 0.07 [0.0028] 0.44 [0.0173] SUT (K) 16×□ 9.8 [2.20] 0.15 [0.0059] 0.88 [0.0346] SUP (K) 16×□ 24.5 [5.51] 0.08 [0.0031] 0.45 [0.0177] 200 ― 4.9 [1.10] 0.04 [0.0016] ― 9.8 [2.20] 0.07 [0.0028] ― 19.6 [4.41] 0.05 [0.0020] 0.25 [0.0098] 29.4 [6.61] 0.07 [0.0028] 0.37 [0.0146] 9.8 [2.20] 0.03 [0.0012] 0.18 [0.0071] 14.7 [3.30] 0.05 [0.0020] 0.27 [0.0106] 100 2.0 [0.45] 0.02 [0.0008] 9.8 [2.20] 0.02 [0.0008] 0.12 [0.0047] 14.7 [3.30] 0.22 [0.0087] 1.32 [0.0520] SUT (K) 25×□ Load N [lbf.] Stroke 19.6 [4.41] 0.01 [0.0004] 0.05 [0.0020] SUP (K) 25×□ 29.4 [6.61] 0.01 [0.0004] 0.08 [0.0031] 49 [11.0].4 0.02 [0.0008] 0.13 [0.0051] When supplying air to the A port, the table moves to the right. When supplying air to the B port, it moves to the left. While the unit can also be used by plugging A, B ports, and plumbing C, D, E, F ports, consult us since such configuration requires special plugs, etc. (In this case, when supplying air to D, F ports, the table moves to the right, when supplying to C, E ports, it moves to the left.) Cautions: 1. Always thoroughly blow off (use compressed air) the tubing before connecting it to the Slide Unit. Entering chips, sealing tape, rust, etc., generated during piping work could result in air leaks or other defective operation. 2. When piping to moving portions, be careful about bending or folding tubes. Excessive bending or repeated folding may damage the tubes or fittings. Shock absorber Sensor switches Selection The absorbing capacity of the shock absorber built into the Slide Unit is a fixed type. From the graph below, select the shock absorber with the optimum absorbing capacity (see the table below). ●Fixed table type (SUTS, SUTKS) Can be used as a sensor type by installing a magnet mounting rail. If a magnet mounting rail is required, consult us. Sensor switch Sensor switch groove Replacements Sensor switch If the load and operating speed have been changed, replace the shock absorber with one that has the appropriate absorbing capacity. Magnet Magnet mounting rail O-ring In the case of SUTS 10, use mounting thread located in the lower portion Striker ●Fixed end plate type (SUPS, SUPKS) Fixed rail-on plate type (SULS, SULKS) The magnet for sensor switch is not built into the standard type. When mounting a sensor switch is required, always order the sensor type. Shock absorber Sensor switch mounting rail Cautions : 1. Be careful to avoid scratching the piston rod when detaching the shock absorber or striker. 2. Always attach O-rings when mounting the shock absorber or striker to the slide table. 3. Never use the unit when the shock absorber or striker is removed. 4. Do not loosen or remove the mounting screw on the rear surface of the shock absorber. Oil sealed inside could leak, damaging the shock absorber function. Magnet Sensor switch Sensor switch In the case of SUPS 10, use mounting thread located in the lower portion Cautions: 1. For the sensor switch mounting location and moving instructions, see p.887. 2. Contact protection is needed when the sensor switch is connected to inductive loads or when capacitive surges occur. For contact protection, see p.1566. Shock absorber selection guide Code Model SUT16×□ SUTK16×□ SUP16×□ SUPK16×□ Model Air Absorb ing ca pressure pacity J MPa [psi.] -E -F -G -K 1.0 2.0 2.9 KSHA7×8-K-X 3.9 4.9 5.9 0.4 [58]1 0.5 [73]1 0.6 [87]1 0.7 [102] 0.4 [58]1 SUL16×□ SULK16×□ -D KSHA6×8-D-X KSHA6×8-E-X KSHA6×8-F-X KSHA7×8-G-X ▲ Slow speed light loads ▲ High speed heavy loads 0.5 [73]1 0.6 [87]1 0.7 [102] SUT25×□ SUTK25×□ SUP25×□ SUPK25×□ 0.4 [58]1 0.5 [73]1 0.6 [87]1 0.7 [102] 0.4 [58]1 SUL25×□ SULK25×□ 0.5 [73]1 0.6 [87]1 0.7 [102] 1J = 0.7376ft·lbf Control circuit for types with end keep mechanism 1. For control of the Slide Units with end keep mechanisms, we recommend the use of 2position, 4-, 5-port valves. Avoid the use of control circuit with ABR connection (exhaust center) 3-position valves that exhaust air from 2 delivery ports. 2. Always use meter-out control for speed control. Meter-in control may result in failure of the locking mechanism to release. 3. Always set the air pressure to 0.2MPa [29psi.] or more. Cautions : 1. It is dangerous to supply air to a connection port on a side with a locking mechanism while the cylinder has already been exhausted, because the piston rod may suddenly extend (or retract). In addition, since the lock piston could also cause galling of the lock piston and piston rod, resulting in defective operation. Always supply air to the connection port opposite the adjacent to the locking mechanism to ensure applying back pressure. 2. When restarting operations after air has been exhausted from the cylinder due to completion of operations or to an emergency stop, always start by supplying air to the connection port opposite the adjacent to the locking mechanism. 3. Connect the valve port A (NC) to the connection port on the side with the locking mechanism. Installation and adjustment of types with end keep mechanism Avoid using an external stopper, etc., to adjust the stroke on the side of the locking mechanism, since it becomes unable to make the end keep lock. Stroke adjustment on the side without the locking mechanism is allowed within a range of ±5mm [±0.197in.]. Manual operation for types with end keep mechanism While the locking mechanism is normally released automatically through cylinder operations, it can also be released manually. For manual release, insert an M3 × 0.5 screw that has 30mm [1.18in.] screw length into the opening for manual override, thread it in about 3 turns into the internal lock piston, and then pull up the screw. To maintain the manual override for adjustment, etc., thread the locknut onto the screw and, with the locking mechanism in a released state, tighten the locknut against the cylinder. Cautions : 1. It is dangerous to release the lock when load (weight) is present on the piston rod, because it may cause the unintended piston rod’s extension (or retraction). In this case, always supply air to the connection port opposite the one adjacent to the locking mechanism before releasing the locking mechanism. 2. If the locking mechanism cannot easily be released even with manual override, it could be the result of galling of the lock piston and piston rod. In this case, supply air to the connection port opposite the one adjacent to the locking mechanism before releasing the locking mechanism. 3. Water, oil, dust, etc., intruding through the opening for manual override may be a cause of defective locks or other erratic operation. If using in locations subject to dripping water, dripping oil, etc., or large amounts of dust, use a cover to protect the unit. General precautions Media 1. Use air for the media. For the use of any other media, consult us. 2. Air used for the cylinder should be clean air that contains no deteriorated compressor oil, etc. Install an air filter (filtration of a minimum 40 µm) near the cylinder or valve to remove collected liquid or dust. In addition, drain the air filter periodically. Collected liquid or dust entering the cylinder may cause improper operation. Lubrication The product can be used without lubrication, if lubrication is required, use Turbine Oil Class 1 (ISO VG32) or equivalent. Avoid using spindle oil or machine oil. Atmosphere 1. If using in locations subject to dripping water, dripping oil, etc., or to large amounts of dust, use a cover to protect the unit. 2. 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. SLIDE UNITS Normal Type Order Codes Specifications Bore size mm [in.] Item Operation type 10 [0.394] 16 [0.630] 25 [0.984] 16 × 100 ― SU ― ― Double acting, double piston type Media Fixed table type, Fixed end plate type, Fixed rail-on plate type Fixed table type Operating Fixed end plate type pressure range MPa [psi.] Fixed rail-on plate type 0.15〜0.9 [22〜131] Proof pressure 0.2〜0.9 [29〜131] Mounting type T Fixed table type P Fixed end plate type L Fixed rail-on plate type 0〜60 [32〜140] °C [°F] 50〜200 [2.0〜7.9] Operating speed Standard range With shock mm/s [in./sec.] absorber Cushion ― 50〜400 [2.0〜15.7] None Shock absorber (Optional) Not required Lubrication ±0.1° Non-rotating accuracy Stroke adjusting range Specification Blank StandardNote1 S Sensor typeNote2 0.1〜0.9 [15〜131] 1.32 [191] MPa [psi.] Operating temperature range 0.15〜0.9 [22〜131] ±0.05° ±0.02° ±10 [±0.394] mm [in.] Fixed table typeNote 4.9 [1.10] 14.7 [3.30] 24.5 [5.51] Maximum loads Fixed end plate type N [lbf.] Fixed rail-on plate type 9.8 [2.20] 29.4 [6.61] 49.0 [11.02] 98.1 [22.05] M5×0.8 Port size Rc1/8 Note : This is the total load when the load is equally applied on both plates (at the maximum stroke). When the load is on one side only, keep the load at the allowable lateral load or below. For details, see p.889, “Allowable lateral load” and “Piston rod deflection.” Slide unit Shock absorber (Only for φ16,φ25Note3) Blank No shock absorber D φ16: 1.0N·m [0.74ft·lbf] E φ16: 2.0N·m [1.48ft·lbf] F φ16: 2.9N·m [2.14ft·lbf] G φ25: 3.9N·m [2.88ft·lbf] K φ25: 5.9N·m [4.35ft·lbf] Applicable cylinder CS4H Reed switch type CS5H Reed switch type mm Standard strokes 10 25, 50, 75, 100 16 25, 50, 75, 100, 125, 150, 175, 200 25 25, 50, 75, 100, 125, 150, 175, 200 Maximum absorption (Applied for both sides) Sensor switch (For sensor type) Blank No sensor switch CS9H 3-lead wire solid state type with indicator lamp ZB430 2-lead wire solid state type with indicator lamp CS3H Reed switch type with indicator lamp Lead wire length A 1000mm [39in.] B 3000mm [118in.] Bore Size and Stroke Bore size Non-ion specification Blank Standard NCU Non-ion specification Bore size × Stroke Air Mounting type DC4〜28V DC10〜28V DC10〜28V AC85〜115V with indicator lamp DC10〜28V AC85〜115V without indicator lamp DC3〜30V AC85〜115V Number of sensor switches (For sensor type) 1 With 1 sensor switch 2 With 2 sensor switches ⁝ Note: The standard strokes for the fixed rail-on plate type are 100mm or more. ⁝ Notes: 1. The standard Slide Unit is not equipped with a magnet for sensor switch. 2. Equipped with a magnet for sensor switch and mounting rail. 3. Non-ion specification shock absorbers are special products, consult us for delivery, etc. Cylinder Thrust N [lbf.] Bore size mm [in.] Piston rod Pressure area dia. mm [in.] mm2 [in.2] Air pressure MPa [psi.] 0.9 [131] 0.1 [15] 0.2 [29] 0.3 [44] 0.4 [58] 0.5 [73] 0.6 [87] 0.7 [102] 0.8 [116] 10 [0.394] 6 [0.236] 100.5 [0.156] 10 [2.2] 20 [4.5] 30 [6.7] 40 [9.0] 50 [11.2] 60 [13.5] 70 [15.7] 80 [18.0] 90 [20.2] 16 [0.630] 8 [0.315] 302 [0.468] 30 [6.7] 60 [13.5] 91 [20.5] 121 [27.2] 151 [33.9] 181 [40.7] 211 [47.4] 242 [54.4] 272 [61.1] 25 [0.984] 12 [0.472] 756 [1.172] 76 [17.1] 151 [33.9] 227 [51.0] 302 [67.9] 378 [85.0] 454 [102.1] 529 [118.9] 605 [136.0] 680 [152.9] Air Consumption and Air Flow Rate The figures in the table below show the air consumption when a Slide Unit makes 1 reciprocation with stroke of 1mm [0.0394in.]. The air flow rate and consumption actually required is found by the following calculations below. Air consumption for each 1mm [0.0394in.] stroke Bore size mm [in.] 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] 0.8 [116] 0.9 [131] 10 [0.394] (0.40) [0.0244] 0.59 [0.0360] 0.79 [0.0482] 0.98 [0.0598] 1.18 [0.0720] 1.37 [0.0836] 1.57 [0.0958] 1.76 [0.1074] 1.96 [0.1196] 16 [0.630] (1.19) [0.0726] 1.77 [0.1080] 2.36 [0.1440] 2.94 [0.1794] 3.53 [0.2154] 4.12 [0.2514] 4.70 [0.2868] 5.29 [0.3228] 5.87 [0.3582] 25 [0.984] 2.98 [0.1819] 4.44 [0.2709] 5.91 [0.3607] 7.38 [0.4504] 8.84 [0.5395] 10.31 [0.6292] 11.78 [0.7189] 13.24 [0.8080] 14.71 [0.8977] ● Finding the air consumption Example 1. When operating a Slide Unit with bore size of 16mm [0.630in.] and stroke of 50mm [1.97in.], and under air pressure of 0.5MPa [73psi.], for 1 reciprocation 3.53×50×10 −3 =0.1765R[0.00623ft.3] /Reciprocation (ANR)※ From Stroke the table Example 2. When operating a Slide Unit with bore size of 16mm [0.630in.] and stroke of 50mm [1.97in.], and under air pressure of 0.5MPa [73psi.], for 20 reciprocations per minute 3.53×50×20×10 −3 =3.53R[0.125ft.3] /min (ANR)※ From Stroke Reciprocations per minute the table ●Finding the air flow rate (for selecting F.R.L., valves, etc.) Example: When operating a Slide Unit with bore size of 16mm [0.630in.] at speed of 100mm/s [3.94in./sec.] and under air pressure of 0.5MPa [73psi.] 1 3.53×100× 2 ×10 −3 =0.1765R/s [0.00623ft.3 /sec.] (ANR)※ From Speed mm/s the table (At this time, the flow rate per minute is 0.1765×60=10.59R/min [0.374ft.3/min.] (ANR)※.) ※ Refer to p.54 for an explanation of ANR. Inner Construction The diagram shows SUP16×□ ⑦ ① ⑧ ⑩ ⑨ ② ⑪ ⑫ ⑬ ⑭ ⑮ ③ ④ ⑯ ⑰ ⑱ ⑤ ⑥ ⑲ ⑳ Major Parts and Materials Bore size mm [in.] No. Parts 10 [0.394] 16 [0.630] 25 [0.984] Bore size mm [in.] No. Parts q q Table (cylinder body) Aluminum alloy (anodized) !2 !2 Plug gasket w w Piston Aluminum alloy (anodized) !3 !3 O-ring e e Piston rod Steel (hard chrome plated) !4 !4 Piston seal r r End plate Steel (nickel plated) !5 !5 Snap ring t t Lock nut u u Port adapter ― Stainless steel Brass (nickel plated) Steel (nickel plated) o o Seal case Aluminum alloy (special wear-resistant treatment) !0 !0 Seal holder Mild steel (nickel plated) !1 !1 Plug ― Synthetic rubber (NBR) !8 !8 Striker Steel Steel (nickel plated) !9 !9 Snap ring Steel (black chromating) Steel (black oxide) @0 Plug Steel Brass Steel (nickel plated) (nickel plated) (nickel plated) Steel (nickel plated) Brass (nickel plated) Note 25 [0.984] Steel (black oxide) !7 !7 Rod seal i i Snap ring 16 [0.630] Synthetic rubber (NBR) !6 !6 O-ring Steel (nickel plated) y y Stroke adjusting bolt 10 [0.394] Synthetic rubber (NBR) baked to steel Magnet Rare earth magnet (for sensor type only) Note: For non-ion specification, SUS is used. Seals Item Rod seal Piston seal Seal case gasket Piston gasket Plug gasket Note 4 2 4 2 2 2 10 PIU-6 PWP-10 12×9×1.5 6×4.4×0.8 89-14 ― 16 PIU-8 COP-16L 16×13×1.5 8×6×1 89-14 11.8×9.8×1 25 PIU-12 COP-25 25×22×1.5 12×9×1.5 ― 13.2×11.2×1 Quantity Bore size mm Striker gasket Note: Not available in the fixed table type. Mass kg [lb.] Additional mass Body mass Model Shock absorber Stroke mm 125 150 175 200 SUT10×□ 0.27 [0.60] 0.31 [0.68] 0.36 [0.79] 0.41 [0.90] SUP10×□ (0.28 [0.62]) (0.33 [0.73]) (0.38 [0.84]) (0.43 [0.95]) ― ― ― ― 1.00 [2.21] (1.02 [2.25]) ― ― ― ― 25 SUL10×□ ― 50 ― 75 ― 100 SUT16×□ 0.55 [1.21] 0.64 [1.41] 0.72 [1.59] 0.81 [1.79] 0.89 [1.96] 0.98 [2.16] 1.07 [2.36] 1.15 [2.54] SUP16×□ (0.56 [1.23]) (0.65 [1.43]) (0.74 [1.63]) (0.83 [1.83]) (0.91 [2.01]) (1.00 [2.21]) (1.09 [2.40]) (1.18 [2.60]) SUL16×□ ― ― ― 1.63 [3.59] 1.84 [4.06] 2.05 [4.52] 2.25 [4.96] 2.46 [5.42] (1.65 [3.64]) (1.86 [4.10]) (2.07 [4.56]) (2.28 [5.03]) (2.49 [5.49]) SUT25×□ 1.25 [2.76] 1.43 [3.15] 1.61 [3.55] 1.79 [3.95] 1.97 [4.34] 2.15 [4.74] 2.32 [5.12] 2.50 [5.51] SUP25×□ (1.26 [2.78]) (1.44 [3.18]) (1.63 [3.59]) (1.81 [3.99]) (1.99 [4.39]) (2.17 [4.78]) (2.35 [5.18]) (2.53 [5.58]) SUL25×□ ― ― Remark : Figures in parentheses ( ― 3.09 [6.81] 3.44 [7.59] 3.80 [8.38] 4.15 [9.15] 4.51 [9.94] (3.11 [6.86]) (3.46 [7.63]) (3.82 [8.42]) (4.18 [9.22]) (4.54 [10.01]) ) are for sensor type. Mass of 1 sensor switch For 2 pcs. CS9H,ZB430 CS3H,CS4H,CS5H ― 0.04 [0.09] 0.03 [0.07] 0.02 [0.04] 0.04 [0.09] 0.03 [0.07] 0.03 [0.07] 0.04 [0.09] 0.03 [0.07] Dimensions of Fixed Table Type (SUT) (mm) ●SUT 10× Stroke 88+(Stroke×2) 14 MAX. 4 MIN. SUT-10 10 5 φ6 44 18 ± 0.02 φ6 5 14 MAX. 4 MIN. 10 11 MAX. 1 MIN. 8 (Width across flats) 4-φ4H8 Depth4 Locating dowel pin hole 4 (Thickness) 2-M5×0.8 Length 25 Stroke adjusting bolt 17.5 17.5 21+Stroke 16 16 4-M3×0.5 Both sides 8.5 2 18 7 5.5 32 2-M5×0.8 Connection port 80+(Stroke×2) 4 4 40 32 56+Stroke D C F E B 4-φ3.3 Counterboreφ6.3 Depth3.2 ●SUT 16× φ4H8 Depth5 Locating dowel pin hole 2-φ4.5 4-Counterboreφ8 Depth4.4 (Opposite side 3.6) A 4H8×6 (Oval shape) Depth5 Locating dowel pin hole 2-M4×0.7 Depth4 Stroke 15 MAX. 5 MIN. SUT-16 SL-ABSO 15 MAX. 5 MIN. 97+(Stroke×2) 12 12 6 φ8 58 30 ± 0.02 φ8 6 11 MAX. 1 MIN. 12 (Width across flats) 4-φ5H8 Depth6 3 (Thickness) Locating dowel pin hole 2-M10×1 Length 25 Stroke adjusting bolt 48 19 19 22 22 2-M5×0.8 Connection port 5 5 87+(Stroke×2) 61+Stroke 3 3 Counterbore depth 54 48 24 4-M4×0.7 Both sides 2 11.5 9.5 8 23+Stroke 2-Shock absorber Order code:-D, -E, -F F E D C B 4-φ4.5 Counterboreφ8 Depth4.2 A 5H8×7(Oval shape) Depth6 Locating dowel pin hole φ5H8 Depth6 Locating dowel pin hole 2-M5×0.8 Depth5 2-φ5.5 4-Counterboreφ9.5 Depth5.4 (Opposite side4.6) Not available for strokes 25 and 50. Dimensions of Fixed Table Type (SUT) (mm) Stroke ●SUT 25× 109+(Stroke×2) 13 MAX. 3 MIN. SUT-25 SL-ABSO 14 7 φ12 84 40 ± 0.02 φ12 7 13 MAX. 3 MIN. 14 11 MAX. 1 MIN. 14(Width across flats) 4 (Thickness) 4-φ6H8 Depth6 Locating dowel pin hole 2-Shock absorber Order code:-G, -K 2-M12×1 Length25 Stroke adjusting bolt 22 22 25+Stroke 31 31 2-Rc1/8 Connection port 97+(Stroke×2) 6 69+Stroke 6 3 Counterbore depth 70 70 3 F 80 4-M5×0.8 Both sides 16 2 33 11 17 70 E D C B A 4-φ5.5 Counterboreφ9.5 Depth5.4 6H8×8 (Oval shape) Depth6 Locating dowel pin hole φ6H8 Depth6 Locating dowel pin hole 2-φ6.6 4-Counterboreφ11 Depth6.5 (Opposite side5.5) Not available for strokes 25 and 50 4-M5×0.8 Depth5 Bore size mm [in.] Code 10 [0.394] 16 [0.630] 25 [0.984] A B C D E F A B C D E F A B C D E F 25 65 8 15 33 35 23 55 15.5 25 30.5 ― ― 65 14.5 25 34.5 ― ― 50 85 10.5 40 33 60 23 80 15.5 50 30.5 ― ― 90 14.5 50 34.5 ― ― 75 85 23 40 45.5 60 35.5 105 15.5 75 30.5 45 45.5 115 14.5 75 34.5 45 49.5 100 85 35.5 40 58 60 48 130 15.5 100 30.5 70 45.5 140 14.5 100 34.5 70 49.5 125 ― ― ― ― ― ― 150 18 120 33 90 48 140 27 100 47 95 49.5 150 ― ― ― ― ― ― 150 30.5 120 45.5 90 60.5 140 39.5 100 59.5 100 59.5 175 ― ― ― ― ― ― 150 43 120 58 90 73 140 52 100 72 100 72 200 ― ― ― ― ― ― 150 55.5 120 70.5 90 85.5 140 64.5 100 84.5 100 84.5 Stroke Option ●Sensor switches : CS9H, ZB430, CS3H, CS4H, CS5H 2 1.5 5.5 5.5 SLIDE-SW Sensor switch 22 Magnet mounting rail Dimensions of Fixed End Plate Type (SUP) (mm) ●SUP 10× Stroke SUP-10 80+(Stroke×2) 10.5 56+Stroke 4 40 32 4 4-φ3.3 Counterboreφ6.3 Depth3.2 D φ4H8 Depth5 Locating dowel pin hole 4H8×6 (Oval shape) Depth5 Locating dowel pin hole C F E B A 2-φ4.5 4-Counterboreφ8 Depth4.4 (Opposite side3.6) 32 18 4-M3×0.5 Both sides 16 16 2 7 5.5 9.5 18 2 2-M4×0.7 Depth4 2-M5×0.8 Connection port 88+(Stroke×2) 14 MAX. 4 MIN. 10 11 MAX. 1 MIN. 5 φ6 44 18 ± 0.02 φ6 5 14 MAX. 4 MIN. 10 8 (Width across flats) 4-φ4H8 Depth4 4 (Thickness) Locating dowel pin hole 2-M5×0.8 Length25 Stroke adjusting bolt ●SUP 16× Stroke 87+(Stroke×2) 11.5 SUP-16 SL-ABSO 61+Stroke 5 3 3 Counterbore depth 48 54 5 4-φ4.5 Counterboreφ8 Depth4.2 φ5H8 Depth6 Locating dowel pin hole F E D C B 5H8×7 (Oval shape) Depth6 Locating dowel pin hole 2-M5×0.8 Depth5 A 2-φ5.5 4-Counterboreφ9.5 Depth5.4 (Opposite side4.6) Not available for strokes 25 and 50 48 97+(Stroke×2) 15 MAX. 5 MIN. 12 15 MAX. 5 MIN. 12 6 φ8 6 11 MAX. 1 MIN. 12(Width across flats) 3 (Thickness) 2-M10×1 Length25 Stroke adjusting bolt φ8 24 22 2 2-M5×0.8 Connection port 58 30 ± 0.02 12.5 9.5 8 4-M4×0.7 Both sides 22 2 30 4-φ5H8 Depth6 Locating dowel pin hole 2-Shock absorber Order code:-D, -E, -F Dimensions of Fixed End Plate Type (SUP) (mm) 97+(Stroke×2) SUP-25 SL-ABSO 6 3 3 Counterbore depth 70 70 69+Stroke F 4-φ5.5 Counterboreφ9.5 Depth5.4 φ6H8 Depth6 Locating dowel pin hole 6H8×8 (Oval shape) Depth6 Locating dowel pin hole E D C B 80 6 Stroke ●SUP 25× 2-φ6.6 4-Counterboreφ11 Depth6.5 (Opposite side5.5) Not available for strokes 25 and 50 A 70 40 4-M5×0.8 Both sides 31 31 2 17 11 33 2 4-M5×0.8 Depth 5 2-Rc1/8 Connection port 13 MAX. 3 MIN. 13 MAX. 3 MIN. 109+(Stroke×2) 14 7 φ12 40 ± 0.02 84 φ12 7 14 11 MAX. 1 MIN. 14 (Width across flats) 4 (Thickness) 2-M12×1 Length25 Stroke adjusting bolt Bore size mm [in.] Code 4-φ6H8 Depth6 Locating dowel pin hole 10 [0.394] 2-Shock absorber Order code:-G, -K 16 [0.630] 25 [0.984] A B C D E F A B C D E F A B C D E F 25 65 8 15 33 35 23 55 15.5 25 30.5 ― ― 65 14.5 25 34.5 ― ― 50 85 10.5 40 33 60 23 80 15.5 50 30.5 ― ― 90 14.5 50 34.5 ― ― 75 85 23 40 45.5 60 35.5 105 15.5 75 30.5 45 45.5 115 14.5 75 34.5 45 49.5 100 85 35.5 40 58 60 48 130 15.5 100 30.5 70 45.5 140 14.5 100 34.5 70 49.5 125 ― ― ― ― ― ― 150 18 120 33 90 48 140 27 100 47 95 49.5 150 ― ― ― ― ― ― 150 30.5 120 45.5 90 60.5 140 39.5 100 59.5 100 59.5 175 ― ― ― ― ― ― 150 43 120 58 90 73 140 52 100 72 100 72 200 ― ― ― ― ― ― 150 55.5 120 70.5 90 85.5 140 64.5 100 84.5 100 84.5 Stroke Option SLIDE-SW ●Sensor switches : CS9H, ZB430, CS3H, CS4H, CS5H 12.5 2.5 for φ10 7.5 forφ16,φ25 15.5 Sensor switch Magnet mounting rail 22 Dimensions of Fixed Rail-on Plate Type (SUL) (mm) ●SUL 10×100 SUL-10 14 MAX. 4 MIN. 280 11 MAX. 1 MIN. 4 10 156 32 10 44 14 MAX. 4 MIN. 288 4 2-M5×0.8 Length25 Stroke adjusting bolt 58 40 35.5 8 (Width across flats) 4 (Thickness) 85 4H8×6 (Oval shape) Depth5 Locating dowel pin hole 2-M4×0.7 Depth4 φ4H8 Depth5 Locating dowel pin hole 4-φ3.3 Counterboreφ6.3 Depth3.2 10.5 30 32 23.5 19.5 2 18 2-M5×0.8 Connection port ●SUL 16× Stroke 15 MAX. 5 MIN. SUL-16 SL-ABSO 97+(Stroke×2) 87+(Stroke×2) 5 11 MAX. 1 MIN. 61+Stroke 12 D C 3 3 Counterbore depth φ8 54 48 58 φ8 12 5 2-M10×1 Length25 Stroke adjusting bolt B 12 (Width across flats) 3 (Thickness) φ5H8 Depth6 Locating dowel pin hole 4-φ4.5 Counterboreφ8 Depth4.2 11.5 2-M5×0.8 Connection port 36.5 27 24 38.5 2 30 A 2-Shock absorber Order code:-D, -E, -F 5H8×7 (Oval shape) Depth6 Locating dowel pin hole 2-M5×0.8 Depth5 15 MAX. 5 MIN. Dimensions of Fixed Rail-on Plate Type (SUL) (mm) Stroke ●SUL 25× SUL-25 SL-ABSO 109+(Stroke×2) 13 MAX. 3 MIN. 97+(Stroke×2) 6 11 MAX. 1 MIN. 13 MAX. 3 MIN. 14 3 69+Stroke 3 Counterbore depth 70 φ12 80 70 84 φ12 14 6 2-M12×1 Length25 Stroke adjusting bolt 14 (Width across flats) 4 (Thickness) D C B 2-Shock absorber Order code:-G, -K A 6H8×8 (Oval shape) Depth6 Locating dowel pin hole φ6H8 Depth6 Locating dowel pin hole 4-φ5.5 Counterboreφ9.5 Depth5.4 4-M5×0.8 Depth5 46 32 26 48 2 40 2-Rc 1/8 Connection port Bore size mm [in.] 16 [0.630] Code 25 [0.984] A B C D A B C D 100 130 15.5 100 30.5 140 14.5 100 34.5 125 150 18 120 33 140 27 100 47 150 150 30.5 120 45.5 140 39.5 100 59.5 175 150 43 120 58 140 52 100 72 200 150 55.5 120 70.5 140 64.5 100 84.5 Stroke Option SLIDE-SW ●Sensor switches: CS9H, ZB430, CS3H, CS4H, CS5H 12.5 16.5 forφ10 22 forφ16 22.5 forφ25 15.5 Sensor switch Sensor switch mounting rail 22 SLIDE UNITS With End Keep Mechanism Specifications Order Codes Bore size mm [in.] Item 16 [0.630] 25 [0.984] SU 16 × 100 ― K ― ― Double acting, double piston type Operation type Bore size × Stroke Air Media Mounting type Fixed table type, Fixed end plate type, Fixed rail-on plate type Operating pressure range MPa [psi.] Proof pressure 0.2〜0.9 [29〜131] °C [°F] Operating speed Standard range With shock mm/s [in./sec.] absorber Cushion Specification Blank StandardNote1 S Sensor typeNote2 1.32 [191] MPa [psi.] Operating temperature range 0〜60 [32〜140] With end keep mechanism 50〜200 [2.0〜7.9] Mounting type T Fixed table type P Fixed end plate type L Fixed rail-on plate type 50〜400 [2.0〜15.7] Shock absorber (Optional) Lubrication Not required Non-rotating accuracy Stroke adjusting range ±0.05° Slide unit ±0.02° mm [in.] ±5 [±0.197] (Opposite side of lock mechanism only) Maximum holding force (at end keep) kgf [lbf.] Backlash (at end keep) mm [in.] Non-ion specification Blank Standard NCU Non-ion specification 10 [22] 24 [53] 1.5 [0.059] or less Fixed table typeNote 14.7 [3.30] 24.5 [5.51] Maximum loads Fixed end plate type N [lbf.] Fixed rail-on plate type 29.4 [6.61] 49 [11.0] Port size M5×0.8 Shock absorber (Only for φ16,φ25Note3) Blank No shock absorber D φ16: 1.0N·m [0.74ft·lbf] E φ16: 2.0N·m [1.48ft·lbf] F φ16: 2.9N·m [2.14ft·lbf] G φ25: 3.9N·m [2.88ft·lbf] K φ25: 5.9N·m [4.35ft·lbf] Applicable cylinder 98.1 [22.05] Rc1/8 Note: This is the total load when the load is equally applied on both plates (at the maximum stroke). When the load is on one side only, keep the load at the allowable lateral load or below. For details, see p.889, “Allowable lateral load” and “Piston rod deflection.” Maximum absorption (Applied for both sides) Sensor switch (For sensor type) Blank No sensor switch CS9H 3-lead wire solid state type with indicator lamp ZB430 2-lead wire solid state type with indicator lamp CS3H Reed switch type with indicator lamp CS4H Reed switch type CS5H Reed switch type DC4〜28V DC10〜28V DC10〜28V AC85〜115V with indicator lamp DC10〜28V AC85〜115V without indicator lamp DC3〜30V AC85〜115V Bore Size and Stroke mm Lead wire length A 1000mm [39in.] B 3000mm [118in.] 16 25, 50, 75, 100, 125, 150, 175, 200 Number of sensor switches (For sensor type) 1 With 1 sensor switch 2 With 2 sensor switches 25 25, 50, 75, 100, 125, 150, 175, 200 ⁝ Standard strokes Note Bore size Note: The standard strokes for the fixed rail-on plate type are 100mm or more. ⁝ Notes: 1. The standard Slide Unit is not equipped with a magnet for sensor switch. 2. Equipped with a magnet for sensor switch and mounting rail. 3. Non-ion specification shock absorbers are special products, consult us for delivery, etc. Cylinder Thrust N [lbf.] Bore size mm [in.] Piston rod dia. Pressure area mm2 [in.2] mm [in.] 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] 0.8 [116] 0.9 [131] 16 [0.630] 8 [0.315] 302 [0.468] 30 [6.7] 60 [13.5] 91 [20.5] 121 [27.2] 151 [33.9] 181 [40.7] 211 [47.4] 242 [54.4] 272 [61.1] 25 [0.984] 12 [0.472] 756 [1.172] 76 [17.1] 151 [33.9] 227 [51.0] 302 [67.9] 378 [85.0] 454 [102.1] 529 [118.9] 605 [136.0] 680 [152.9] Air Consumption and Air Flow Rate The figures in the table below show the air consumption when a Slide Unit makes 1 reciprocation with stroke of 1mm [0.0394in.]. The air flow rate and consumption actually required is found by the following calculations below. Air consumption for each 1mm [0.0394in.] stroke Bore size mm [in.] cm3 [in.3]/Reciprocation (ANR) Air pressure MPa [psi.] 0.2 [29] 0.3 [44] 0.4 [58] 0.5 [73] 0.6 [87] 0.7 [102] 0.8 [116] 0.9 [131] 16 [0.630] 1.77 [0.1080] 2.36 [0.1440] 2.94 [0.1794] 3.53 [0.2154] 4.12 [0.2514] 4.70 [0.2868] 5.29 [0.3228] 5.87 [0.3582] 25 [0.984] 4.44 [0.2709] 5.91 [0.3607] 7.38 [0.4504] 8.84 [0.5395] 10.31 [0.6292] 11.78 [0.7189] 13.24 [0.8080] 14.71 [0.8977] ● Finding the air consumption Example 1. When operating a Slide Unit with bore size of 16mm [0.630in.] and stroke of 50mm [1.97in.], and under air pressure of 0.5MPa [73psi.], for 1 reciprocation 3.53×50×10 −3 =0.1765R[0.00623ft.3] /Reciprocation (ANR)※ From Stroke the table Example 2. When operating a Slide Unit with bore size of 16mm [0.630in.] and stroke of 50mm [1.97in.], and under air pressure of 0.5MPa [73psi.], for 20 reciprocations per minute 3.53×50×20×10 −3 =3.53R[0.125ft.3] /min (ANR)※ From Stroke Reciprocations per minute the table ●Finding the air flow rate (for selecting F.R.L., valves, etc.) Example: When operating a Slide Unit with bore size of 16mm [0.630in.] at speed of 100mm/s [3.94in./sec.] and under air pressure of 0.5MPa [73psi.] 1 3.53×100× 2 ×10 −3 =0.1765R/s [0.00623ft.3 /sec.] (ANR)※ From Speed mm/s the table (At this time, the flow rate per minute is 0.1765×60=10.59R/min [0.374ft.3/min.] (ANR)※.) ※ Refer to p.54 for an explanation of ANR. Inner Construction The diagram shows SUPK16×□ q w e r t y u i Major Parts and Materials No. q q Parts Piston rod w w Lock piston e e Sleeve r r Spring t t Lock cover y y Lock piston seal u u Lock cover O-ring i i Lock piston collar Materials Steel (hard chrome plated) Steel Aluminum alloy (anodized) Stainless steel Aluminum alloy (anodized) Synthetic rubber (NBR) Aluminum alloy (anodized) Remark: For items other than the above, see the normal type on p.871. Mass kg [lb.] Body mass Additional mass Stroke mm Model 25 50 75 100 125 Shock absorber 150 175 200 SUTK16×□ 0.61 [1.35] 0.70 [1.54] 0.78 [1.72] 0.87 [1.92] 0.95 [2.09] 1.04 [2.29] 1.13 [2.49] 1.21 [2.67] SUPK16×□ (0.62 [1.37]) (0.71 [1.57]) (0.80 [1.76]) (0.89 [1.96]) (0.97 [2.14]) (1.06 [2.34]) (1.15 [2.54]) (1.24 [2.73]) SULK16×□ ― ― ― 1.72 [3.79] 1.93 [4.26] 2.14 [4.72] 2.34 [5.16] 2.55 [5.62] (1.74 [3.84]) (1.95 [4.30]) (2.16 [4.76]) (2.36 [5.20]) (2.58 [5.69]) SUTK25×□ 1.37 [3.02] 1.55 [3.42] 1.73 [3.81] 1.91 [4.21] 2.09 [4.61] 2.27 [5.01] 2.44 [5.38] 2.62 [5.78] SUPK25×□ (1.38 [3.04]) (1.56 [3.44]) (1.75 [3.86]) (1.93 [4.26]) (2.11 [4.65]) (2.29 [5.05]) (2.47 [5.45]) (2.65 [5.84]) SULK25×□ ― ― Remark: Figures in parentheses ( ― 3.26 [7.19] 3.61 [7.96] 3.97 [8.75] 4.32 [9.53] 4.68 [10.32] (3.28 [7.23]) (3.63 [8.00]) (3.99 [8.80]) (4.35 [9.59]) (4.71 [10.39]) ) are for sensor type. Mass of 1 sensor switch For 2 pcs. CS9H, ZB430 CS3H, CS4H, CS5H 0.02 [0.04] 0.04 [0.09] 0.03 [0.07] 0.03 [0.07] 0.04 [0.09] 0.03 [0.04] Dimensions of Fixed Table Type with End Keep Mechanism (SUTK) (mm) Stroke ●SUTK 16× 116+(Stroke×2) 12 15 MAX. 5 MIN. 12 6 φ8 7.5 58 30±0.02 φ8 6 4-φ5H8 Depth6 Locating dowel pin hole 12 (Width across flats) 3 (Thickness) 2-Shock absorber Order code:D,-E,-F 19 19 48+Stroke 48 M10×1 Length25 Stroke adjusting bolt 30.5 4-M4×0.7 Both sides 9.5 Opening for manual override 5 22 22 2 11.5 19 24 8 13 2-M5×0.8 Connection port 5H8×7 (Oval shape) Depth6 Locating dowel pin hole 2-M5×0.8 Depth5 Code 3 3 Counterbore depth 54 48 F 4-φ4.5 Counterboreφ8 Depth4.2 E D C B A φ5H8 Depth6 Locating dowel pin hole 2-φ5.5 4-Counterboreφ9.5 Depth5.4 (Opposite side4.6) Not available for stroke 25 A B C D E F 25 80 15.5 50 30.5 ― ― 50 105 15.5 75 30.5 45 45.5 75 130 15.5 100 30.5 70 45.5 100 150 18 120 33 90 48 125 150 30.5 120 45.5 90 60.5 150 150 43 120 58 90 73 175 150 55.5 120 70.5 90 85.5 200 170 58 140 73 110 88 Stroke 5 106+(Stroke×2) 86+Stroke Remark: The drawings show locked end keep condition. Stroke ●SUTK 25× 13 MAX. 3 MIN. 128+(Stroke×2) 14 14 7 4-φ6H8 Depth6 Locating dowel pin hole φ12 5.5 84 40±0.02 φ12 7 2-Shock absorber Order code:-G,-K 22 50+Stroke 70 14 (Width across flats) 4 (Thickness) M12×1 Length25 Stroke adjusting bolt 22 37 Opening for manual override 6 2-Rc1/8 Connection port 6 116+(Stroke×2) 3 3 Counterbore depth 70 70 94+Stroke F 4-φ5.5 Counterboreφ9.5 Depth5.4 D 6H8×8 (Oval shape) Depth6 Locating dowel pin hole B E C 80 4-M5×0.8 Both sides 31 31 33 2 16 19 17 11 13 φ6H8 Depth6 Locating dowel pin hole A 4-M5×0.8 Depth5 2-φ6.6 4-Counterboreφ11 Depth6.5 (Opposite side5.5) Not available for stroke 25 Code A B C D E F 25 90 14.5 50 34.5 ― ― 50 115 14.5 75 34.5 45 49.5 75 140 14.5 100 34.5 70 49.5 100 140 27 100 47 95 49.5 125 140 39.5 100 59.5 100 59.5 150 140 52 100 72 100 72 175 140 64.5 100 84.5 100 84.5 200 160 67 120 87 120 87 Stroke Remark: The drawings show locked end keep condition. Option ●Sensor switches: CS9H, ZB430, CS3H, CS4H, CS5H Sensor switch 5.5 21.5 5.5 22 Magnet mounting rail Dimensions of Fixed End Plate Type with End Keep Mechanism (SUPK) (mm) Stroke ●SUPK 16× 11.5 5 106+(Stroke×2) 5 86+Stroke 3 48 54 3 Counterbore depth φ5H8 Depth6 Locating dowel pin hole 2-M5×0.8 Depth5 4-φ4.5 Counterboreφ8 Depth4.2 F E D C B A 5H8×7 (Oval shape) Depth6 Locating dowel pin hole 2-φ5.5 4-Counterboreφ9.5 Depth 5.4 (Opposite side4.6) Not available for stroke 25 48 30.5 13 22 22 24 2 8 9.5 12.5 19 2 30 Opening for manual override 2-M5×0.8 Connection port 4-M4×0.7 Both sides 15 MAX. 5 MIN. 116+(Stroke×2) 12 12 φ8 30±0.02 58 φ8 7.5 6 M10×1 Length25 Stroke adjusting bolt 12 (Width across flats) 3 (Thickness) Code 4-φ5H8 Depth6 Locating dowel pin hole A B C D E F 25 80 15.5 50 30.5 ― ― 50 105 15.5 75 30.5 45 45.5 75 130 15.5 100 30.5 70 45.5 100 150 18 120 33 90 48 125 150 30.5 120 45.5 90 60.5 150 150 43 120 58 90 73 175 150 55.5 120 70.5 90 85.5 200 170 58 140 73 110 88 Stroke 2-Shock absorber Order code:-D,-E,-F Remark: The drawings show locked end keep condition. 6 Stroke ●SUPK 25× 116+(Stroke×2) 6 80 70 70 φ6H8 Depth6 Locating dowel pin hole 4-φ5.5 Counterboreφ9.5 Depth5.4 6 94+Stroke 3 3 Counterbore depth F E D C B 70 A 4-M5×0.8 Depth5 2-φ6.6 4-Counterboreφ11 Depth6.5 (Opposite side 5.5) Not available for stroke 25 40 13 31 31 33 2 11 17 19 2 37 6H8×8 (Oval shape) Depth6 Locating dowel pin hole Opening for manual override 2-Rc1/8 Connection port 4-M5×0.8 Both sides 128+(Stroke×2) 13 MAX. 3 MIN. 14 5.5 14 7 φ12 40±0.02 84 φ12 7 14 (Width across flats) 4 (Thickness) M12×1 Length25 Stroke adjusting bolt Code A B C D E F 25 90 14.5 50 34.5 ― ― 50 115 14.5 75 34.5 45 49.5 75 140 14.5 100 34.5 70 49.5 100 140 27 100 47 95 49.5 125 140 39.5 100 59.5 100 59.5 150 140 52 100 72 100 72 175 140 64.5 100 84.5 100 84.5 200 160 67 120 87 120 87 Stroke 2-Shock absorber Order code:-G,-K 4-φ6H8 Depth6 Locating dowel pin hole Remark: The drawings show locked end keep condition. Option ●Sensor switches: CS9H, ZB430, CS3H, CS4H, CS5H 12.5 2.5 forφ10 7.5 forφ16,φ25 15.5 Sensor switch Sensor switch mounting rail 22 Dimensions of Fixed Rail-on Plate Type with End Keep Mechanism (SULK) (mm) Stroke ●SULK 16× 15 MAX. 5 MIN. 5 116+(Stroke×2) 106+(Stroke×2) 5 12 12 3 φ8 54 48 58 φ8 3 Counterbore depth M10×1 Length25 Stroke adjusting bolt 2-Shock absorber Order code:-D,-E,-F 12 (Width across flats) 3 (Thickness) φ5H8 Depth6 Locating dowel pin hole D C B A 2-M5×0.8 Depth5 4-φ4.5 Counterboreφ8 Depth4.2 11.5 30.5 13 38.5 27 24 36.5 19 2 30 Opening for manual override 5.5 2-M5×0.8 Connection port Code A B C D 100 150 18 120 33 125 150 30.5 120 45.5 150 150 43 120 58 175 150 55.5 120 70.5 200 170 58 140 73 Stroke Remark: The drawings show locked end keep condition. 5H8×7 (Oval shape) Depth6 Locating dowel pin hole Stroke ●SULK 25× 13 MAX. 3 MIN. 128+(Stroke×2) 116+(Stroke×2) 6 6 14 14 3 Counterbore depth 94+Stroke 80 70 φ12 70 84 φ12 3 M12×1 Length25 Stroke adjusting bolt 2-Shock absorber Order code:-G, -K 14 (Width across flats) 4 (Thickness) D C B φ6H8 Depth6 Locating dowel pin hole A 4-M5×0.8 Depth5 4-φ5.5 Counterboreφ9.5 Depth5.4 37 13 46 48 26 32 19 2 40 2-Rc1/8 Connection port 3.5 Opening for manual override Code A B C D 100 140 27 100 47 125 140 39.5 100 59.5 150 140 52 100 72 175 140 64.5 100 84.5 200 160 67 120 87 Stroke Remark: The drawings show locked end keep condition. Option ●Sensor switches: CS9H, ZB430, CS3H, CS4H, CS5H 12.5 22 forφ16 22.5 forφ25 15.5 Sensor switch Sensor switch mounting rail 22 6H8×8 (Oval shape) Depth6 Locating dowel pin hole SENSOR SWITCHES Solid State Type, Reed Switch Type Order Codes ― With mounting screw for Slide Unit SUTS Fixed table type SUPS Fixed end plate type SULS Fixed rail-on plate type Lead wire length A 1000mm [39in.] B 3000mm [118in.] Sensor switch (For sensor type) CS9H 3-lead wire solid state type ZB430 2-lead wire solid state type CS3H Reed switch type CS4H Reed switch type CS5H Reed switch type with indicator lamp with indicator lamp with indicator lamp with indicator lamp without indicator lamp DC4〜28V DC10〜28V DC10〜28V AC85〜115V DC10〜28V AC85〜115V DC3〜30V AC85〜115V Note: The standard Slide Unit is not equipped with a magnet for sensor switch. ● For details of sensor switches, see p.1544. Mounting Location of End of Stroke Detection Sensor Switch When the sensor switch is mounted in the locations shown below (the figures in the tables are reference values), the magnet comes to the maximum sensing location of the sensor switch at the end of the stroke. Fixed table type (SUTS, SUTKS) x Fixed end plate type (SUPS, SULS, SUPKS, SULKS) z y Stroke z Stroke mm [in.] Bore size x y z 10 [0.394]Note 30 [1.181] 36 [1.417] 4 [0.157] 16 [0.630] 34.5 [1.358] (44 [1.732]) 40.5 [1.594] (50 [1.969]) 4 [0.157] 25 [0.984] 40.5 [1.594] (50 [1.969]) 46.5 [1.831] (56 [2.205]) 4 [0.157] Note: Not available for types with end keep mechanism. Remark: Values in parentheses ( ) are values for types with end keep mechanism. Moving Sensor Switch ● Loosening the mounting screw allows the sensor switch to be moved along the mounting groove. ● Tighten the mounting screw with a tightening torque of 19.6N·cm [1.7in·lbf] or less. Fixed table type (SUTS, SUTKS) Fixed end plate type (SUPS, SULS, SUPKS, SULKS) Magnet Sensor switch Mounting screw Sensor switch Magnet Square nut Mounting screw Hexagon nut Sensor Switch Operating Range, Response Differential, and Maximum Sensing Location ●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. Fixed table type (SUTS, SUTKS) Sensor switch Magnet R C (Response differential) Magnet mounting rail ON OFF Table R OFF ON C (Response differential) Maximum sensing location Fixed end plate type (SUPS, SULS, SUPKS, SULKS) Sensor switch Sensor switch mounting rail Magnet R Table C (Response ON differential) R OFF OFF ON C (Response differential) Maximum sensing location mm [in.] Solid state type Type Item Bore size Operating range: R Response differential: C Maximum sensing location Note CS9H Reed switch type ZB430 10, 16, 25 [0.394, 0.630, 0.984] 3.2〜3.5 [0.126〜0.138] TYP (25°C [77°F]) CS3H, CS4H, CS5H 10 [0.394] 16, 25 [0.630, 0.984] 5.5〜8.0 3.2〜3.5 [0.126〜0.138] TYP [0.217〜0.315] (25°C [77°F]) 6.0〜8.5 [0.236〜0.335] 2 [0.079] 0.7 [0.028] MAX (25°C [77°F]) 8 [0.315] Remark: The above table shows reference values. Note: This is the length measured from the switch’s opposite end side to the lead wire. ">

Public link updated
The public link to your chat has been updated.
Advertisement
Key features
- Adjustable Stroke
- Fixed Table/End Plate/Rail-on Plate
- Shock Absorber Options
- Sensor Switch Compatibility
- End Keep Mechanism
- High Load Capacity
- Precise Operation
Frequently asked questions
The operating pressure range for the Koganei SUT is 0.15 to 0.9 MPa (22 to 131 psi).
Loosen the lock nut and turn the stroke adjusting bolt to the right to shorten the stroke, or to the left to lengthen it. After adjustment, tighten the lock nut.
The SUT is available in three mounting types: Fixed Table (T), Fixed End Plate (P), and Fixed Rail-on Plate (L).