YSL165R-20-900-25-2000S Heavy-Duty Servo Electric Cylinder Specifications Structure: fold-back Stroke: 900 mm Screw lead: 20 mm Reduction ratio: 25:1 Motor: 2,000 W with brake The parallel motor layout reduces overall installation length while providing a long 900 mm working stroke. Mounting, force, speed and control interfaces can be configured for the application.
YSL80R-5-300-1-1500S Fold-Back Electric Cylinder Specifications Stroke: 300 mm Screw lead: 5 mm Reduction ratio: 1:1 Motor power: 1,500 W Motor brake: included The fold-back arrangement reduces total length by positioning the motor parallel to the cylinder. Housing color, mounting and operating parameters can be customized.
Three-DOF Flight and Marine Motion Test Platform This customizable three-axis platform reproduces roll, pitch and yaw motion for flight simulation, marine equipment testing, vehicle systems and training applications. It can also be used to assess the structural integrity and environmental adaptability of mechanical, electrical and electronic equipment exposed to inclination and rocking conditions. Referenced Test Standards The original configuration references GB/T 2423.101, GJB 150.23 and GJB 150.23A requirements for waterborne equipment. Final compliance depends on the agreed configuration and acceptance…
4-Tonne Six-DOF Motion Platform for Laboratories A heavy-duty six-axis platform for research institutes, laboratories and simulation projects. Applications include flight, ship, helicopter-deck, tank, driving, rail and earthquake simulation, as well as engineering evaluation and environmental reproduction. Control and Monitoring Independent or coordinated multi-axis positioning Sine-wave and scripted motion Road, wave and flight profile reproduction Experiment-data recording TCP/IP interface for third-party control Optional actuator-length, drive-state and calculated-pose monitoring Configurable Range Reference product families cover payloads from 100 kg to 30,000 kg,…
Custom 300 kg Six-DOF Motion Platform This six-degree-of-freedom platform is configured around a 300 kg payload and can be customized for simulator, research, testing and interactive-motion applications. Typical Functions Surge, sway, heave, roll, pitch and yaw motion Single-axis and coordinated pose commands Sine-wave, scripted and recorded-profile playback Road, wave and flight-spectrum reproduction TXT data logging and real-time plotting TCP/IP integration with customer software Platform dimensions, stroke, angular range, velocity, acceleration, control protocol and safety functions are finalized from the customer’s…
Full-Vehicle Six-DOF Driving Training Simulator A six-axis motion base that can carry a real vehicle body or training cab to reproduce acceleration, braking, cornering, road disturbance and body attitude for driver training, vehicle research and immersive simulation. System Capabilities Coordinated surge, sway, heave, roll, pitch and yaw Scripted motion and real-time commands from simulation software Road-profile filtering and repeatable playback TCP/IP third-party interface and synchronization I/O Optional actuator and platform-pose monitoring Payload, travel, angular range and dynamic response are customized…
Six-DOF Motion Simulator for Driving Applications This motion platform adds physical acceleration and attitude cues to driving simulators. It is suitable for training, vehicle-control development, human-factor studies and interactive experiences. Motion and Integration Six-axis pose and compound-motion control Position, velocity, sine and scripted profiles Road-spectrum and random-wave reproduction Data logging and graphical monitoring TCP/IP and synchronization interfaces The platform is engineered around payload, centre of gravity, required workspace, cueing algorithm, duty cycle and installation constraints.
500 kg Six-DOF Tank and Game Motion Platform A customizable six-axis platform designed around a 500 kg payload for tank simulation, interactive games, training cabins and other immersive equipment. Key Functions Independent and coordinated six-axis motion Target-position, speed and sine-wave commands Script playback and experiment-data storage Road, wave and vehicle-motion profile reproduction TCP/IP connection to third-party simulation software Optional actuator length, alarm and platform-pose display Stroke, angles, speed, acceleration and controller interfaces can be tailored to the simulator and available…
Two-DOF VR Driving and Rocking Simulator This two-axis platform provides roll and pitch cues for VR driving, marine-motion demonstration, training and environmental testing. Its compact architecture is suitable where full six-axis travel is unnecessary. Reference Motion Roll 0° to ±45°; 3–14 s period Pitch 0° to ±15°; 3–14 s period Static heel 0° to ±45° Static trim 0° to ±15° The original test-oriented configuration references GB/T 2423.101, GJB 150.23 and GJB 150.23A. Simulator versions can be customized for payload, angle,…
60 kN Fold-Back Electric Cylinder, 50 mm Stroke Specifications Rated force: 60 kN (6 tonnes) Effective stroke: 50 mm Rated speed: 0–20 mm/s Maximum speed: 33 mm/s Reduction ratio: 15:1 Force-sensor output: 0–10 V Servo motor: customer-supplied 1.5 kW brake motor, 7.16 N·m at 2,000 rpm The compact fold-back structure is suitable where axial installation space is limited. Interfaces and control components can be adapted to the application.
40 kN Fold-Back Servo Electric Cylinder Specifications Rated force: 40 kN (4 tonnes) Effective stroke: 170 mm Maximum stroke: 180 mm Rated speed: 0–6.25 mm/s Screw lead: 10 mm Reduction ratio: 80:1 Servo motor: Yaskawa 750 W without brake Rated speed / torque: 3,000 rpm / 2.38 N·m Motor: SGM7J-08A7C6S Drive: SGD7S-5R5A00A002 The fold-back structure is suited to compact high-force installations. Final mounting and duty-cycle requirements should be confirmed before production.
Custom 3-DOF and 6-DOF Earthquake Experience Platforms Custom motion platforms reproduce controlled inclination, rocking and vibration cues for earthquake education, emergency drills, equipment evaluation and immersive demonstrations. Three-axis systems provide a compact solution, while six-axis systems reproduce a wider motion envelope. Reference Three-Axis Range Roll 0° to ±45°, 3–14 s period Pitch 0° to ±15°, 3–14 s period Yaw 0° to ±4°, 3–14 s period Payload, platform size, waveform, amplitude, speed, safety rails and emergency-stop functions are customized for the…