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BKUA002 Ver.1.0 Air Cylinder SWING CYLINDER INSTRUCTION MANUAL Ver.1.0 Handling Instructions and Precautions Selection and swing angle Selection Swing angle adjustment and swing time 1. Allow plenty of margin for swing output (torque). Select a model so that the required torque is 80% or less (50% or less for fluctuating loads) of the effective torque. The inertia load in swing operation becomes larger when the load mass is large, or during fast operating speeds, and it may exceed the allowable kinetic energy. In this case, install a shock absorber to prevent the Swing cylinder from being directly applied to inertia force. 2. Swing cylinders can have swing angles of 45°, 90°, 135°, or 180°, and swing angle adjustment is allowed within the ranges shown in the table below. 1. The flat surface of the piston rod has been adjusted as follows at shipping. 【90° and 180° specifications】 The flat surface of the piston rod at both swing ends is parallel to the plane of the swing portion’s mounting surface. 【45° and 135° specifications】 Locate the mounting surface of the swing portion’s sensor switch faces up, and set as shown in the diagrams below when it is at the left swing end, as viewed from the piston rod. Model Swing angle range SDA25×□-45 20°〜105° SDA25×□-90 45°〜105° SDA25×□-135 100°〜195° SDA25×□-180 135°〜195° SDA40×□-45 20°〜100° SDA40×□-90 80°〜100° SDA40×□-135 100°〜190° SDA40×□-180 170°〜190° Swing angle 135° Swing angle 45° 22.5° .5° 67 Rod position at left swing end Rod position at right swing end Remark: To designate piston rod position relationships at swing angles or swing ends other than those diagrams above, consult us. 2. The swing angle is easily adjustable on the Swing cylinders. Loosening the lock nut and turning the adjusting screw to the right (clockwise) makes the swing angle smaller, while turning it to the left (counterclockwise) makes the swing angle larger. SDA25 SDA40 90° specification (45°〜105°) 90° specification (80°〜100°) 180° specification (135°〜195°) 180° specification (170°〜190°) 45° specification (20°〜105°) 45° specification (20°〜100°) 135° specification (100°〜195°) 135° specification (100°〜190°) Cautions: 1. The cylinder may be damaged if the kinetic energy is too large. Always use it under the maximum allowable energy. 2. For details concerning kinetic energy, see the separate literature “Rotary Actuator Selection Materials.” Mounting Although there is no particular restriction on mounting direction, ensure in vertical mountings that the piston rod and the load’s applying point are aligned, and avoid applying off centered load. In addition, lateral loads on the piston rod should be at or below the values in the table below. Allowable lateral load Model SDA25 SDA40 N [lbf.] Stroke mm 50 75 100 4.9 5.9 6.9 [1.55] [1.33] [1.10] ― ― 15 25 9.8 16.7 15.7 13.7 11.8 [3.75] [3.53] [3.08] [2.65] [2.20] Cautions: 1. Since a large radial load, moment, eccentricity of rotating rod, or an excessive inertia load, could cause inaccurate operation, or damage to the swing cylinder, always take appropriate countermeasures. 2. There is a certain amount of backlash between the piston rod and bushing, which could result in deflection during swings. Note that deflection will increase at longer strokes or when lateral loads are applied. Remark: The above diagrams show the state with the swing portion at the left swing end (as adjusted at shipping). Note: The swing angle ranges in parentheses show the minimum and maximum angles at which the angle can be adjusted with the swing angle adjusting screw. Care must be exercised, however, that the swing angle adjusting screw will protrude far from the body when adjusted to the maximum swing angle. Use close to the specification angle as much as possible. In adjusting the swing angle to increase, however, do not let the adjusting screw protrude farther from the end surface of the swing portion shown in the table below. mm [in.] Specification angle 45°,135° 90°,180° SDA25 18.6 [0.732] 11.6 [0.457] SDA40 18.2 [0.717] 11.2 [0.441] Model Swing angle adjusting screw B Sensor switch B Sensor switch A Swing angle adjusting screw A Lock nut Seal washer Connection port B Connection port A Swing direction A Swing direction B Supplying air to connection port A swings it to the direction A, and turns ON sensor switch A. On the other hand, supplying air to connection port B swings it to the direction B, and turns ON sensor switch B. Sensor switches General precautions Mounting location and moving 3. Use the table below as a guide for the swing time (the time from the start of the swing to the end of the swing). Swing time at 0.5MPa air pressure without load Model s Swing time 45° 90° 135° 180° SDA25 0.2〜0.5 0.2〜0.5 0.4〜0.8 0.4〜1.0 ●Cylinder portion When a sensor switch is mounted in the locations shown below, the magnet comes to the maximum sensing location of the sensor switch at the end of the stroke. By loosening the mounting screw, the sensor switch can be moved freely, along with the strap, in either the axial or circumferential directions. Cannot move the sensor switch alone. SDA40 0.2〜1.0 0.2〜1.2 0.4〜1.8 0.4〜2.5 Cautions: 1. The swing cylinder has a maximum backlash (play at swing end) of 3.5° for SDA25 and 2.5° for SDA40. For cases requiring precise positioning, install an external stopper, etc. 2. The recommended tightening torque for the lock nut is about 392N·cm [34.7in·lbf]. For tightening, use a 13mm [0.512in.] standard wrench. Avoid using monkey wrenches, etc. The end cover may be damaged if excessively tightened. 3. When using reed type sensor switches on a swing portion, the sensor switch may malfunction during long swing time application. For low speed operations, use a solid state type sensor switch. Remarks : In addition to the standard specifications, the Swing cylinders series in the following specifications are available. 1. No-backlash at swing end type 2. Double swing torque type (nobacklash at swing end) For details, consult us. A Piping Always thoroughly blow off (use compressed air) the tubing before connecting it to the Swing cylinder. Entering metal chips, sealing tape, rust, etc., generated during piping work could result in air leaks or other defective operation. 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. B Lubrication Mounting location of end of stroke detection sensor switch: A, B mm [in.] Sensor switch type Cylinder type ZG5□□,CS□M A CS□F A B B SDA25×□-□ 27 [1.06] 12 [0.47] 21 [0.83] 7 [0.28] SDA40×□-□ 31 [1.22] 16 [0.63] 25 [0.98] 11 [0.43] Caution: For the sensor switch tightening torques, use the values listed below. □ □,CS□ □M ZG5□ 49N·cm [4.3in·lbf] □F CS□ 68.6N·cm [6.1in·lbf] ●Swing portion When a sensor switch is mounted in the locations shown below, the magnet comes to the maximum sensing location of the sensor switch at the swing end. To move the sensor switch, loosen the holder setscrew. X X (The diagram shows a view from the head cover side) Mounting location of sensor switch for specified angle detection: X mm [in.] Cylinder model Sensor switch type CS5T CS11T ZC1□□ SDA25×□-45, 135 6 [0.236] 9.5 [0.374] 7.5 [0.295] SDA25×□-90, 180 9 [0.354] 12.5 [0.492] 10.5 [0.413] SDA40×□-45, 135 4.5 [0.177] 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. 8 [0.315] Media 1. Use air for the media. For the use of any other media, consult us. 2. Air used for the Swing cylinder should be clean air that contains no deteriorated compressor oil, etc. Install an air filter (filtration of a minimum 40 µm) near the Swing cylinder or valve to remove collected liquid or dust. In addition, drain the air filter periodically. w Set the sensor switch to a location just off of the maximum sensing location (but still within the operating range) for detection. 2. The small piston strokes in the swing portion can make it impossible to accurately detect the swing angle. If precise angle detection is required, use an external limit switch, etc., for detection. 3. Since the rack and piston (magnet) are separate parts, moving the piston rod without applying air pressure may cause the sensor switches at both swing ends to enter the ON state. When checking operation of the swing portion sensor switches, always apply air pressure to check. 4. If an external stopper, etc., is limiting the swing angle, care must be exercised that sensor switches in the above adjusting ranges may fail to operate. ●Caution when installing a sensor switch on the cylinder 6 [0.236] SDA40×□-90, 180 9.5 [0.374] 13 [0.512] 11 [0.433] Cautions: 1. Set the holder mounting screw’s tightening torque to 29.4N·cm [2.6in·lbf], as follows. When the swing angle is adjusted to 60° or less, the left and right sensor switches may detect (turn on) at the same time, due to relationships of the sensor switch operating range and response differential. To prevent this, take one of the following measures. q Set just one of either the left or right sensor switches. Model marking surface Sensing surface In the ZC type sensor switches, the opposite side from the model marking surface is the sensing surface side. Mount it so that the cylinder magnet comes to the sensing surface side. CYLINDERS Specifications Basic type Specification angle Type Item SDA25×□ -45 -90 SDA40×□ -135 -180 -45 Media MPa [psi.] Proof pressure MPa [psi.] Operating temperature range -180 0.2〜0.7 [29〜102] 1.03 [149] °C [°F] 0〜60 [32〜140] Lubrication Not required Operation type Double acting type Operating speed range mm/s [in./sec.] 50〜500 [2.0〜19.7] Cushion On both sides (Rubber bumper) Port size Rc Stroke tolerance 1/8 [ +1 +0.039 0 0 mm [in.] Operation type ] Double acting piston type with swing angle adjustment (Rack and pinion type) Effective torque (at 0.5MPa [73psi.]) N·m [ft·lbf] Swing angle range 0.549 [0.405] 20°〜105° 45°〜105° Backlash Swing portion -135 Air Operating pressure range Cylinder portion -90 1.294 [0.954] 100°〜195° 135°〜195° 20°〜100° 80°〜100° Swing time Note1 (at 0.5MPa [73psi.] without load) s 0.2〜0.5 0.2〜0.5 100°〜190° 170°〜190° 2.5° 3.5° 0.4〜0.8 0.4〜1.0 Cushion 0.2〜1.0 0.2〜1.2 0.4〜1.8 0.4〜2.5 None Bore size×stroke Note1 mm [in.] 16×6.3 [0.630×0.248] 16×12.6 [0.630×0.496] 16×18.9 [0.630×0.744] 16×25.2 [0.630×0.992] 20×9.4 [0.787×0.370] 20×18.8 [0.787×0.740] 20×28.3 [0.787×1.114] 20×37.7 [0.787×1.484] 0.002 (0.006) [0.018 (0.053)] Allowable energy Note2 J [in·lbf] Port size 0.006 (0.02) [0.053 (0.18)] 1/8 Rc Notes: 1. For the specification angle. 2. The allowable energy in ( ) is obtained when the rod end specification is square. Order Codes SDA 25 × 50 − − − − − Number of sensor switches 1 With 1 sensor switch 2 With 2 sensor switches Bore size × Stroke Lead wire length A:1000mm [39in.] B:3000mm [118in.] Rod end specification Blank Male thread N Square (with female thread) Swing cylinder Swing angle 45:45° 90:90° 135:135° 180:180° Mounting bracket Blank No mounting bracket 3 With flange mounting bracket ● Mounting bracket is included at shipping. ● Since all Swing cylinders are equipped with magnets beforehand, they can be used as cylinders with magnets only by mounting a sensor switch. ● CS□F comes with a DIN connector. All others are grommet type. ● For details of sensor switches, see p.1544. Sensor switch ●Swing portion mounting Blank No sensor switch ZC130 Solid state type 2-lead wire with indicator lamp DC10〜28V ZC153 Solid state type 3-lead wire with indicator lamp DC4.5〜28V CS5T Reed switch type 2-lead wire without indicator lamp DC5〜28V AC85〜115V CS11T Reed switch type 2-lead wire with indicator lamp DC10〜28V Lead wire length (Excluding CS□F) A:1000mm [39in.] B:3000mm [118in.] Number of sensor switches 1 With 1 sensor switch 2 With 2 sensor switches 3 With 3 sensor switches ⁝ ⁝ Sensor switch ● Cylinder portion mounting Blank No sensor switch ZG530 Solid state type 2-lead wire with indicator lamp ZG553 Solid state type 3-lead wire with indicator lamp CS3M Reed switch type 2-lead wire with indicator lamp CS4M Reed switch type 2-lead wire with indicator lamp CS5M Reed switch type 2-lead wire without indicator lamp CS2F Reed switch type with indicator lamp CS3F Reed switch type with indicator lamp CS4F Reed switch type with indicator lamp CS5F Reed switch type without indicator lamp DC10〜28V DC4.5〜28V DC10〜30V AC85〜230V DC10〜30V AC85〜115V DC3〜30V AC85〜115V AC85〜230V DC10〜30V DC10〜30V DC3〜30V Inner Construction and Major Parts Cylinder tube Ball bearing Swing body Cylinder piston Rod cover Stud A Ring Piston rod End cover Swing piston※ Rack※ Pinion Seal washer Head cover Angle adjusting screw Bumper Lock nut Bushing Rod seal A' Gasket B Gasket C Cylinder portion piston seal Wear ring Swing portion piston seal Magnet Magnet Gasket A ※Remark: Swing portion piston and rack are separated. Major Parts and Materials ●Cylinder portion ●Swing portion Parts Parts Materials Cylinder tube Stainless steel Swing body Cylinder piston Aluminum alloy (anodized) End cover Piston rod Steel (hard chrome plated) Pinion bushing Rod cover Materials Aluminum alloy (anodized) Plastic Rack Aluminum alloy (anodized) Ball bearing Bearing steel Stud Steel (nickel plated ) Seal Synthetic rubber Ring Special steel (Plastic for SDA25) Magnet Plastic magnet Wear ring Plastic Head cover Seal Synthetic rubber Bumper Plastic magnet Magnet Bore Size and Stroke mm Model Standard strokes Maximum available stroke SDA25×□-□ 15 25 50 150 SDA40×□-□ 15 25 50 75 100 300 Mass kg [lb.] Model Item Zero stroke mass Additional mass for each 1mm [0.0394in.] stroke Mass of flange mounting bracket Mass of cylinder portion sensor switch Mass of swing portion sensor switch ZG5□□,CS□M SDA25×□-45, 90 SDA25×□-135, 180 SDA40×□-45, 90 SDA40×□-135, 180 0.55 [1.21] 0.71 [1.57] 1.10 [2.43] 1.34 [2.95] 0.0009 [0.0020] 0.0021 [0.0046] 0.17 [0.37] 0.23 [0.51] 0.030 [0.066] 0.12〜0.7 {1.2〜7.1} CS□F 0.060 [0.132] ZC1□□ 0.022 [0.049] CS5T 0.022 [0.049] CS11T 0.022 [0.049] ※ The sensor switch mass is the mass of 1 sensor switch including a holder. Calculation example: Mass of SDA25×50-90 with a flange mounting bracket and sensor switches (ZG530: 2 pcs., ZC130: 2 pcs.), 0.55+(0.0009×50)+0.17+(0.030×2)+(0.022×2)=0.869kg [1.916lb.] Dimensions (mm) ●Basic type Swing angle 145°, 90°:SDA Swing angle 135°,180°:SDA -1 -2 Bore size Bore size A+Stroke B M N AH AG Z MAX. AE C D+Stroke 13 AJ E F X 6.5 3 H Rc1/8 Connection port for swing portion J P Rc1/8 Connection port for cylinder □V K I Width across flats 13 (Width across flats) AQ 2 places (rod side) for SDA25 15 (Width across corners) 4 places for SDA40 B ●Square rod end specification (-N) Q φY φU G W AF Z MAX. L AD 4-AP Rc1/8 Connection port for cylinder 2-Swing angle adjusting screw M8×1.25 Rc1/8 Connection port for swing portion T R S □V Note: Drawings show SDA40. Code A B C D E F G H I J K L M N SDA25×□-45, SDA25×□-90 133 29 44 60 4 5 19 18 12 5 M8×1 90 44 34 SDA25×□-135, SDA25×□-180 133 29 44 60 4 5 19 18 12 5 M8×1 115 44 34 SDA40×□-45, SDA40×□-90 154 34 52 68 6 6 22 23 19 8 M14×1.5 112 54 41.5 SDA40×□-135, SDA40×□-180 154 34 52 68 6 6 22 23 19 8 M14×1.5 150 54 41.5 Model Code P Q R S T U V W X Y Z Note SDA25×□-45, SDA25×□-90 30 63 1φ8 –0 –0.022 M4×0.7 Depth6 18 26.4 7.4 20 38 45 11.6 (18.6) SDA25×□-135, SDA25×□-180 30 88 1φ8 –0 –0.022 M4×0.7 Depth6 18 26.4 7.4 20 38 45 11.6 6 (18.6) SDA40×□-45, SDA40×□-90 36 83 φ15 –0 –0.027 M6×1 Depth8 25 41.6 13 32 48 64 11.2 (18.2) SDA40×□-135, SDA40×□-180 36 121 φ15 –0 –0.027 M6×1 Depth8 25 41.6 13 32 48 64 11.2 2 (18.2) Model Code AD AE AF AG AH AJ AP AQ SDA25×□-45, SDA25×□-90 25 25 42 8 22 ―― M5×0.8 Depth10 φ6.6 Counterboreφ11 Depth6.3 SDA25×□-135, SDA25×□-180 25 25 42 8 22 ―― M5×0.8 Depth10 φ6.6 Counterboreφ11 Depth6.3 SDA40×□-45, SDA40×□-90 38 38 54 11 27 30 M6×1 Depth10 φ6.6 Counterboreφ11 Depth6.3 SDA40×□-135, SDA40×□-180 38 38 54 11 27 30 M6×1 Depth10 φ6.6 Counterboreφ11 Depth6.3 Model Note : Figures in parentheses ( ) are for -45 and -135 models. Dimensions (mm) ●With flange mounting bracket Swing angle 145°, 90°:SDA Swing angle 135°,180°:SDA -1 -2 E F 6.5 H X Rc1/8 Connection port for swing portion J Z MAX. G BD BH D+Stroke 13 8 Rc1/8 Connection port for cylinder Rc1/8 Connection port for cylinder □V K I Width across flats 13 (Width across flats) 15 (Width across corners) P Q BG φY M C φU B Z MAX. BF N L Bore size A+Stroke BE BC Bore size 2-Swing angle adjusting screw M8×1.25 4-BP Rc1/8 Connection port for swing portion B T ●Square rod end specification (-N) R S □V Note: Drawings show SDA40. Code A B C D E F G H I J K L M N SDA25×□-45, SDA25×□-90 133 29 44 60 4 5 19 18 12 5 M8×1 90 44 34 SDA25×□-135, SDA25×□-180 133 29 44 60 4 5 19 18 12 5 M8×1 115 44 34 SDA40×□-45, SDA40×□-90 154 34 52 68 6 6 22 23 19 8 M14×1.5 112 54 41.5 SDA40×□-135, SDA40×□-180 154 34 52 68 6 6 22 23 19 8 M14×1.5 150 54 41.5 P Q R S T U V X Y Z Note 1φ8 –0 –0.022 1φ8 –0 –0.022 φ15 –0 –0.027 φ15 –0 –0.027 M4×0.7 Depth6 18 26.4 7.4 38 45 11.6 (18.6) M4×0.7 Depth6 18 26.4 7.4 38 45 11.6 (18.6) M6×1 Depth8 25 41.6 13 48 64 11.2 (18.2) M6×1 Depth8 25 41.6 13 48 64 11.2 (18.2) Model Code Model SDA25×□-45, SDA25×□-90 30 63 SDA25×□-135, SDA25×□-180 30 88 SDA40×□-45, SDA40×□-90 36 83 SDA40×□-135, SDA40×□-180 36 121 Code BC BD BE BF BG BH BP SDA25×□-45, SDA25×□-90 44 30 75 60 21 37.5 φ5.5 Counterboreφ9.5 Depth5.4 SDA25×□-135, SDA25×□-180 44 30 75 60 21 37.5 φ5.5 Counterboreφ9.5 Depth5.4 SDA40×□-45, SDA40×□-90 54 40 90 70 26 45 φ6.5 Counterboreφ11 Depth6.5 SDA40×□-135, SDA40×□-180 54 40 90 70 26 45 φ6.5 Counterboreφ11 Depth6.5 Model Note : Figures in parentheses ( ) are for -45 and -135 models. SENSOR SWITCHES Solid State Type, Reed Switch Type CS2F ZG553 ZC130 CS5T Minimum Cylinder Stroke When Mounting Sensor Switches Minimum cylinder stroke for sensor switch mounting Sensor switch model ZG530 ZG553 CS□M CS□F ● Mounting ● Mounting 2 pcs. 1 pc. mm ● When mounting straight ● When mounting on the staggered position Mounting 2 pcs. Mounting On straight line When position is staggered 1 pc. 20 15 15 20 15 15 44 21 15 Order Codes for Sensor Switches ■Swing portion (with mounting bracket) Sensor switch model Solid state type 2-lead wire with indicator lamp DC10〜28V ZC130 Solid state type 3-lead wire with indicator lamp DC4.5〜28V ZC153 Reed switch type 2- lead wire without indicator lamp DC5〜28V AC85〜115V CS5T Reed switch type 2-lead wire with indicator lamp DC10〜28V CS11T ■Cylinder portion (with mounting bracket) with indicator lamp DC10〜28V ZG530 Solid state type 3-lead wire with indicator lamp DC4.5〜28V ZG553 Reed switch type 2-lead wire with indicator lamp DC10〜30V AC85〜230V Reed switch type 2-lead wire with indicator lamp DC10〜28V AC85〜115V Reed switch type 2-lead wire with indicator lamp A B Sensor switch model Solid state type 2-lead wire DC3〜30V AC85〜115V Lead wire length CS3M Lead wire length A B CS4M with indicator lamp AC85〜230V CS2F ―― Reed switch type with indicator lamp DC10〜30V CS3F ―― Reed switch type with indicator lamp DC10〜30V CS4F ―― Reed switch type without indicator lamp DC3〜30V CS5F ―― C1 − SDA 25 [0.984in.] -SDA 40 [1.575in.] Basic type Bore size -SDA 25 [0.984in.] 40 [1.575in.] -S ●Order codes for mounting strap only (Cylinder portion) − Bore size 25:Forφ25 [0.984in.] 40:Forφ40 [1.575in.] Basic cylinder type Sensor type Solid state type sensor switches (ZC130, ZC153) Reed switch type sensor switches (CS5T, CS11T) Bore size CS5M Reed switch type ●Order codes for mounting bracket only (Swing portion) Basic type Bore size 25:Forφ25 [0.984in.] 40:Forφ40 [1.575in.] Basic cylinder type □ M, ZG5□ □□ SDA : For CS□ □F S : For CS□ Sensor type □□ G5 : For CS□M, ZG5□ □F F : For CS□ 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. R C (Response differential) ON ●Cylinder portion mm [in.] Sensor switch model CS□M Operating range :R 7〜10.5 [0.276〜0.413] ZG5□□ CS□F 2.5〜4.2 [0.098〜0.165] 8〜12 [0.315〜0.472] Response differential : C 1 [0.039] MAX. 0.7 [0.028] MAX. 1.5 [0.059] MAX. Maximum sensing location 11 [0.433] Note1 11 [0.433] Note1 16 [0.630] Note2 OFF R OFF C (Response ON differential) Maximum sensing location Notes: 1. This is the length measured from the switch’s opposite end side to the lead wire. 2. This is the length measured from the connector side end surface. ●Swing portion mm [in.] Sensor switch model CS5T CS11T ZC1□□ Operating range :R 7〜9.5 [0.276〜0.374] 2.5〜4 [0.098〜0.157] Response differential : C 1.5 [0.059] MAX. 0.2 [0.008] MAX. Maximum sensing location Note 7 [0.276] 10.5 [0.413] 8.5 [0.335] Note: This is the length measured from the switch’s opposite end side to the lead wire. Dimensions (mm) ●Cylinder portion ●Swing portion ZG5□□, CS□M, ZC1□□ Lead wire length A:1000mm B:3000mm 22 SDA25 : 29.8 SDA40 : 34.8 □15 35 SDA25 : 61.5 SDA40 : 69 (27) 8 SDA25 : 24.8 SDA40 : 28.8 Lead wire length A:1000mm B:3000mm 22 CS5T 39 SDA25 : 29.8 SDA40 : 34.8 13 8 SDA25 : 20.5 SDA40 : 29 Lead wire length A:1000mm B:3000mm 25 SDA25 : 22 SDA40 : 24 CS□F φ6.5 SDA25 : 24.8 SDA40 : 28.8 SDA25 : 24.8 SDA40 : 28.8 SDA25 : 29.8 SDA40 : 34.8 8 Lead wire length A:1000mm B:3000mm 26 CS11T ">

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