YSL64 Standard Electric Cylinders

Compact High-Precision Servo Electric Cylinders Small electric cylinders provide accurate, fast and clean linear motion for applications that previously used pneumatic or hydraulic actuators. Typical Applications Electric slides, indexing, clamping, drilling and precision positioning Automated assembly, packaging, textile and food-processing machinery Vibration and impact test systems, teaching simulators and photovoltaic equipment Valve control, machine tools, presses and robotic equipment Motion seats, racing simulators and virtual-reality systems Force, stroke, speed, mounting, motor, brake and feedback options are available for non-standard projects.

YSL64R-5-200-1-400S Fold-Back Servo Electric Cylinder Specifications Screw lead: 5 mm Effective stroke: 300 mm Rated force: 0.5 kN Rated / maximum speed: 250 mm/s Servo motor: 0.4 kW, customer supplied Rated torque / speed: 1.27 N·m at 3,000 rpm Control: pulse command Mounting: front flange and M16×1.5 male thread Includes two normally-open limit switches, internal anti-rotation and grease lubrication.

YSL61R 100 mm, 125 mm/s Fold-Back Electric Cylinder Reference Configuration Model: YSL61R-5-100-2-400 Payload / thrust: 280 kg Stroke: 100 mm Lead: 5 mm Speed: 125 mm/s Synchronous-pulley ratio: 2:1 Servo motor: 400 W without brake The compact parallel motor layout is suitable where installation length is limited. A brake-equipped motor should be selected when required by a vertical-load risk assessment.

Custom In-Line Electric Cylinder Without Motor An in-line electric-cylinder assembly manufactured to the customer’s drawing or technical requirements and supplied without a motor when the customer prefers to integrate an existing drive. Customization Options Thrust, stroke, lead and speed Motor and gearbox interface Mounting and rod-end connection Limit switches, force sensors and linear feedback Anti-rotation mechanism Dust, moisture, salt-spray or other application-specific protection Motor torque, speed, inertia, brake, coupling and control compatibility must be reviewed before manufacture. Keep the operating…

YSL64L In-Line Servo Electric Cylinder The YSL64L uses an in-line layout in which the motor, coupling and screw mechanism share the same axis. It provides a rigid, straightforward arrangement for programmable linear position, speed and thrust. Configuration Options Custom thrust, stroke, lead and operating speed Servo motor with or without brake Limit switches, force sensor and linear feedback Alternative mounting and rod-end connections Anti-rotation and application-specific protection Please provide the required thrust, stroke, speed, mounting arrangement and motor specification for…

24 V / 48 V DC In-Line Electric Cylinder A low-voltage in-line electric actuator for equipment using 24 V or 48 V DC power. The motor and screw convert rotary motion into controlled linear travel for automation, positioning and material-handling applications. Customization Options 24 V or 48 V DC motor Thrust, stroke, speed and duty cycle Limit switches and position feedback Mounting, rod end and anti-rotation Controller and environmental protection Current demand, power-supply capacity, load direction and stopping requirements must…

YSL64L 500 mm, 200 mm/s In-Line Servo Cylinder Reference Performance Series: YSL64L Rated load: 100 kg Stroke: 500 mm Speed: 200 mm/s Structure: in-line motor and screw The actuator provides programmable reciprocating motion for automation and positioning. Confirm duty cycle, acceleration, mounting, load alignment and stopping requirements.

0.7 kN, 200 mm High-Speed Fold-Back Servo Cylinder Reference Performance Rated thrust: 0.7 kN (70 kg) Stroke: 200 mm Speed: 500 mm/s Motor brake: included in the illustrated configuration Structure: fold-back synchronous-belt drive High-speed operation requires confirmation of acceleration, duty cycle, moving mass, end cushioning, guarding and emergency stopping.

Servo Electric Cylinder for Cutting Equipment A programmable actuator for cutting, feeding, positioning and clamping mechanisms. Servo control supports repeatable position and speed profiles for integration with automated production equipment. Selection Requirements Cutting or clamping force Stroke, speed, acceleration and cycle rate In-line or fold-back installation envelope Position or force feedback Motor, brake, controller and machine-safety interface The completed cutting machine must provide suitable guarding and prevent access to moving and cutting parts.

Trapezoidal Lead-Screw Servo Electric Cylinder A custom in-line electric cylinder using a trapezoidal lead screw. This screw type can be economical and may provide useful self-locking behaviour, but generally has lower efficiency and speed than a ball screw. Key Features Programmable position, speed and force control In-line or compact fold-back construction High-precision screw transmission and servo feedback Multiple mounting, rod-end and motor options Optional brake, limit sensors and environmental protection Suitable Uses Moderate-speed positioning, lifting and adjustment tasks where cost,…

Servo Electric Cylinder Body Without Motor A YSL64-series mechanical electric-cylinder assembly supplied without a servo motor for customers who need to integrate their preferred motor and drive. Scope of Supply Cylinder housing, piston rod and screw transmission Bearings, coupling interface and mounting hardware Optional sensors, brake interface and accessories Motor flange, shaft, torque, speed and encoder compatibility must be confirmed before production. Engineering and Integration Final performance is confirmed from payload, centre of gravity, stroke, speed, acceleration, accuracy, duty cycle,…

Compact Fold-Back Electric Cylinder with 400 W Servo Motor A compact YSL64-series fold-back actuator paired with a 400 W servo motor for positioning, assembly, dispensing, inspection and light pressing applications. Design The motor is mounted parallel to the actuator and drives the screw through a synchronous belt, reducing overall length compared with an in-line arrangement. Engineering and Integration Final performance is confirmed from payload, centre of gravity, stroke, speed, acceleration, accuracy, duty cycle, mounting, environment and control-interface requirements.