| Specification Category | Technical Detail |
| Brand | Yasuda |
| Model No. | YS-13CS |
| Appliance Classification | Radiant Infrared Electric Rod Heater with Oscillation |
| Total Heat Settings | 3 Manual Mechanical Options |
| Operational Power Output Matrix | 400W (Low Mode) | 800W (Intermediate Mode) | 1200W (Maximum Output Mode) |
| Core Heating Elements | High-Performance Multi-Element Infrared Radiant Rods |
| Air Coverage Interface | Motorized Wide-Angle Oscillating Function |
| User Ingestion Interface | Rigid Dual Seesaw Switch Control Dashboard Panel |
| Failsafe Safety System | Integrated Mechanical Anti-Tilt / Tip-Over Safety Cutout Switch |
| Efficiency Architecture | High Efficiency Radiant Projection for Energy Saving |
| Exterior Housing Aesthetics | Premium High-Temperature Deep Grey Finished Casing |
| Acoustic Operating Level | Low Noise Mechanical Sweep (True Silent Static Warming Elements) |
| Primary Target Environments | Master Bedrooms, Living Room Seating Sections, Workstation Desks, Study Cabins |
| Primary Application Fields | Broad-Arc Zone Heating, Selective Low-Draw Warming, Accelerated Emergency Thermal Distribution |
Scalable 3-Stage Heating Matrix: Configured with independent heating rod micro-selectors supporting 3 power tiers (400W, 800W, and 1200W) to match real-time room sizing and household comfort criteria.
Wide-Angle Dynamic Oscillation: Features a motorized rotating base chassis engineered to sweep the infrared heat projection smoothly left and right, ensuring fast and large-scale room warming.
Ergonomic Seesaw Switch Control: Outfitted with heavy-duty mechanical rocker switches on the dashboard interface panel, enabling simple, tactile manipulation of individual elements.
Automated Safety Tip-Over & Tilt Defenses: Engineered by Yasuda with a built-in weighted under-base safety sensor pin that interrupts internal electrical flow immediately if the appliance tilts off balance.
Elite Energy-Saving Thermal Logic: Employs advanced high-efficiency direct radiant principles to warm targeted physical surfaces instantly, preventing grid power waste and lowering monthly utility costs.