SS0S-20LN-NN-400-3K-SD1 Yamaha TRANSERVO series closed-loop stepping motor single-axis slider actuators
The SS0S-20LN-NN-400-3K-SD1 belongs to Yamaha’s TRANSERVO series of closed-loop stepping motor single-axis slider actuators (electric cylinders). These are compact linear motion modules combining a stepping motor, integrated ball screw, and linear guide to deliver precise, reliable positioning in automation equipment.
🔍 Key Features
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Series: Yamaha TRANSERVO — closed-loop stepping motor single-axis actuators (slider type).
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Model Type: SS0S — slider (straight) configuration with compact footprint.
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Lead: 20 mm ball screw for optimized combination of speed and torque.
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Stroke: 400 mm linear travel range (common for SS slider sizes).
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Closed-Loop Control: Implements advanced vector control to prevent step-out and maintain torque across speeds.
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Cable: 3K indicates approximately 3 m cable length for actuator connections.
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Controller Interface: TS-SD1 — pulse-train input driver type for direct motion control.
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Suffix “NN”: Standard configuration settings (e.g., no brake, standard grease, standard origin position).
🔧 Typical Performance
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Repeatability: Very high, suitable for precision positioning applications.
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Maximum Speed: Up to ~1000 mm/sec depending on stroke and setup.
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Payload: Suitable for light-to-medium handling (typically ~2–12 kg horizontal).
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Applications: Part transfer, pick-and-place axes, inspection systems, precision fixtures, and general automation motion control.
Yamaha’s TRANSERVO sliders are widely used where compact space, high speed, and smooth closed-loop motion are required, offering low maintenance and energy-efficient operation.
| Parameter | Details |
|---|---|
| Product | Yamaha TRANSERVO SS0S-20LN-NN-400-3K-SD1 |
| Type | Single-axis slider actuator (electric cylinder) |
| Lead | 20 mm |
| Stroke | 400 mm |
| Control | Closed-loop stepping motor |
| Cable | ~3 m |
| Controller | TS-SD1 (pulse input) |
| Typical Speed | up to ~1000 mm/s |
| Typical Payload | ~2 kg — 12 kg (horizontal, model dependent) |