SMC Corporation of America
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Search Results "LER30J-R31N3"

Parallel I/O Type: 6 (PNP), Mounting: 7 (Screw Mounting), Cable Connector: None, Actuator: LER, Table Accuracy: Basic Type, Body Size: 30, Max. Rotating Torque: J (Basic, LER10: 0.2; LER30: 0.8; LER50: 6.6), Rotation Angle: 1 (Continuous Rotation: 360°)

Parallel I/O Type: 6 (PNP), Mounting: 8 (DIN Rail Mounting), Cable Connector: 3 (3), Actuator: LER, Table Accuracy: Basic Type, Body Size: 30, Max. Rotating Torque: J (Basic, LER10: 0.2; LER30: 0.8; LER50: 6.6), Rotation Angle: 1 (Continuous Rotation: 360°)

Parallel I/O Type: 6 (PNP), Mounting: 8 (DIN Rail Mounting), Cable Connector: None, Actuator: LER, Table Accuracy: Basic Type, Body Size: 30, Max. Rotating Torque: J (Basic, LER10: 0.2; LER30: 0.8; LER50: 6.6), Rotation Angle: 1 (Continuous Rotation: 360°)

Controller Series: LECP1 (Programless Controller), Parallel I/O Type: P (PNP), I/O Cable Length, m: 5, Option: Screw Mounting, Actuator Series: LER (Rotary Table), Table Accuracy: Basic, Size: 30, Max. Rotation Torque: J (Basic, LER10: 0.2; LER30: 0.8; LER50: 6.6), Rotation Angle: 2 (External Stopper: 180°)

Controller Series: LECP1 (Programless Controller), Parallel I/O Type: P (PNP), I/O Cable Length, m: 1 (1.5), Option: Screw Mounting, Actuator Series: LER (Rotary Table), Table Accuracy: Basic, Size: 30, Max. Rotation Torque: J (Basic, LER10: 0.2; LER30: 0.8; LER50: 6.6), Rotation Angle: 2 (External Stopper: 180°)

Controller Series: LECP1 (Programless Controller), Parallel I/O Type: N (NPN), I/O Cable Length, m: 1 (1.5), Option: Screw Mounting, Actuator Series: LER (Rotary Table), Table Accuracy: Basic, Size: 30, Max. Rotation Torque: J (Basic, LER10: 0.2; LER30: 0.8; LER50: 6.6), Rotation Angle: 2 (External Stopper: 180°)

Controller Series: LECP1 (Programless Controller), Parallel I/O Type: N (NPN), I/O Cable Length, m: 1 (1.5), Option: Screw Mounting, Actuator Series: LER (Rotary Table), Table Accuracy: Basic, Size: 30, Max. Rotation Torque: J (Basic, LER10: 0.2; LER30: 0.8; LER50: 6.6), Rotation Angle: 3 (External Stopper: 90°)

Controller Series: LECP1 (Programless Controller), Parallel I/O Type: N (NPN), I/O Cable Length, m: w/o Cable, Option: Screw Mounting, Actuator Series: LER (Rotary Table), Table Accuracy: Basic, Size: 30, Max. Rotation Torque: J (Basic, LER10: 0.2; LER30: 0.8; LER50: 6.6), Rotation Angle: 2 (External Stopper: 180°)

Controller Series: LECP1 (Programless Controller), Parallel I/O Type: P (PNP), I/O Cable Length, m: w/o Cable, Option: Screw Mounting, Actuator Series: LER (Rotary Table), Table Accuracy: Basic, Size: 30, Max. Rotation Torque: J (Basic, LER10: 0.2; LER30: 0.8; LER50: 6.6), Rotation Angle: 2 (External Stopper: 180°)

Controller Series: LECP1 (Programless Controller), Parallel I/O Type: N (NPN), I/O Cable Length, m: 3, Option: D (DIN Rail Mounting), Actuator Series: LER (Rotary Table), Table Accuracy: Basic, Size: 30, Max. Rotation Torque: J (Basic, LER10: 0.2; LER30: 0.8; LER50: 6.6), Rotation Angle: 3 (External Stopper: 90°)

Protocol: P (PROFINET®), Mounting: 7 (Screw Mounting), Cable Connector: w/o Plug Connector, Actuator: LER, Table Accuracy: Basic Type, Body Size: 30, Max Rotating Torque: J (Basic, LER10: 0.2; LER30: 0.8; LER50: 6.6), Rotation Angle: 1 (Continuous Rotation: 360°)

Protocol: P (PROFINET), Number of Axes, Special Specification: F (1 Axis, w/STO Sub-function), Mounting: 7 (Screw Mounting), Actuator: LER, Table Accuracy: Basic Type, Body Size: 30, Max.Rotating Torque: J (Basic, LER10: 0.2; LER30: 0.8; LER50: 6.6), Rotation Angle: 1 (Continuous Rotation: 360°)

Table Accuracy: Basic, Size: 30, Max. Rotation Torque: J (Basic, LER10: 0.2; LER30: 0.8; LER50: 6.6), Rotation Angle: 3 (External Stopper: 90°), Motor Cable Entry: Basic, Entry on the Right Side, Actuator Cable: R (Robotic Type Cables, Flexible Type), Actuator Cable Length: 3 (3)

SMC's series LER electric rotary table is available in a basic or high precision style, and features a low profile, space-saving design.  A digital control allows easy setting of the angular speed, and angular acceleration/deceleration, etc.  Rotation angle is possible up to 320° (310° on LER10).  Up to 6.6 N·m of rotation torque (3.3 N·m of pushing torque available).  The rotation speed

SMC's series LER electric rotary table is available in a basic or high precision style, and features a low profile, space-saving design.  A digital control allows easy setting of the angular speed, and angular acceleration/deceleration, etc.  Rotation angle is possible up to 320° (310° on LER10).  Up to 6.6 N·m of rotation torque (3.3 N·m of pushing torque available).  The rotation speed

This is a legacy product. Please contact us for the latest version.sales@ocaire.com, ACTUATOR, ELECTRIC, SLIDER, ACTUATOR, ELECTRIC ACTUATOR, NC, 50MM LE ELECTRIC ACTUATOR, 7.71617 lb, ModelBoltMax. tightening torque [N?m]Max. screw-in depth [mm]LER 50M10 x 1.525.020

This is a legacy product. Please contact us for the latest version.sales@ocaire.com, ACTUATOR, ELECTRIC, ACTUATOR, ELECTRIC ACTUATOR, MC, 40MM LE ELECTRIC ACTUATOR, 13.00727 lb

The rod type electric actuator LEY series has various body sizes with thrust equivalent to 16, 25, and 32 bore size. Direct or bracket mountings are available in three directions or types. Thrust, speed and positioning * can be managed with the use of an optional controller. Possible applications include transfer, opening and shutting, pressing, pushing, and press-fitting.Three body sizes

This is a legacy product. Please contact us for the latest version.sales@ocaire.com, ACTUATOR, ELECTRIC, SLIDER, ACTUATOR, ELECTRIC ACTUATOR, LC, 32MM LE ELECTRIC ACTUATOR, 9.47987 lb, Stroke [mm]Model3050100150200250300350400450500Manufacturable stroke range [mm]LEY32PPPPPPPPPPP20 to 500

SMC's LEP series of miniature electric actuators offer a high level of precision, accuracy and repeatability in a compact and lightweight design.  Small enough to fit in the palm of your hand, the miniature rod (LEPY) and miniature slide table (LEPS) come with selectable high pushing force, and/or compact and lightweight motor options.  By placing the motor in the axial direction, and reducing