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Crawler-type Solmaks F series ( Rubber tracked / 6 x 6 wheeled )  

Solar Panel Curved-Surface-Tracking Mobile Mechanism with Articulated Idler Wheels

  • Solmaks FSB : Track

  • Solmaks F : 6 x 6 wheel​

Multi-purpose cleaning solutions

Preventing Occupational Safety Risks, Reduce Labor Costs,Improve Operational Efficiency

​Overall dimensions ( approx. L  x  W  x  H ) with brush head x 2

  • Solmaks FSB (Track) : 1,550 x 1,100mm x 180mm

       Main body : 710  x 710mm x 180mm​

  • Solmaks F (6 x 6 Wheel) : 1,580mm x 1,400mm x 250mm 

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Weight ( approx. ) / battery excluded

  • Solmaks FSB : body - 32Kg( + Brush head - 9.5Kg X 2

  • Solmaks F : body -  32Kg + Brush head- 13Kg X 2

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Materials 

  • Structure, cover, parts : Aluminum + Stainless steel

  • Precision prcess parts

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Wheel

  • Solmaks F : 6 x 6 rubber wheel ( semi-permanent wheel )

  • Solmaks FSB ( rubber track )

  • A rubber track system with floating and fixed bogie idlers adapts to natural curvature of solar panels, uneven joints and slope variations of solar panels, ensuring stable ground contact.

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​Brush

  • Brush head X 2 (standard) / brush head X 1 (starter)

  • Nylon + Stainless steel

  • Easy replacement

  • Brush

       01 Soft | Thin Filament : Gentle contact for delicate surface cleaning​

       02 Balance | Medium Filament : Balanced flexibility and contact force 

       03 Power | Thick Filament : Strong flexibility and stable support 

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Control​

  • Selectable gun-type RF transmitter or stick-type transmitter

  • Wireless remote control (forward / reverse / pivot turn / left / right)

  • High-power motor control driver system applied

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Safety

  • Dual safety stop system (transmitter + driver)

  • Remote emergency stop / quick stop

  • Automatic reactivation upon signal recovery

  • No manual reset required

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Travel speed

  • 0 ~ 0.2/sec. / speed controlled

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​​Protection

  • IP45 ( < NEMA 4X level ) 

  • Rust resistant / Dust resistant

  • Cooling fan(s)​

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​Battery

  • Lithium-ion wrapped-type battery (Samsung SDI cell-based) with BMS protection system

  • Detachable / Rechargeable

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Operating time

  • < 2  ~ 2.5 hours ( Solmaks FSB )

  • < 3  ~ 3.5 hours ( Solmaks F )

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Operating slope

  • Dry: < 22° (recommended) / Wet: < 16° (recommended, no surfactant use)

Actual operating capability may exceed the recommended range depending on panel surface condition, panel specifications, and site environment. Final operating limits should be determined based on on-site safety assessment.

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​Adjustments 

  • Brush head : Vertical & Horizontal positon adjustments

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​​Water supply

  • Detachable 360° rotating water supply unit

  • One-touch hose coupling with flow control valve

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Cover 

  • Anodized surface treatment for improved corrosion and wear resistance

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​Site​

  • Ground mounted / Roof mounted solar system / Solar carports

  • Commercial and utility scale

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태양광 유지보수 사업
PV CLEANING
solar cleaning
Solar Cleaning Equipment Business

A/S

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  • Issue Reporting: Receive videos and photos related to equipment issues from the customer via email or other communication channels.

  • Issue & Root Cause Analysis: Promptly identify the issue and determine the root cause based on the submitted materials.

  • Remote Support: Provide remote troubleshooting and support to resolve the issue.

  • Parts Shipment: If parts replacement is required, ship the necessary parts via EMS or other international courier services.

Designed with Purpose,Built on Solid Fundamentals,Durability Proven by Time

Cleaning solar modules is not just about maintaining power generation. It is the first step toward preventive maintenance for long-term asset management.

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Daily Cleaning Capacity (Crawler Solmaks FSB)

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  • Note on 80% operating efficiency :

The actual daily cleaning output may vary depending on site operating conditions, including the operator's equipment handling skills, travel efficiency, water supply accessibility, battery replacement, solar plant layout, panel arrangement, travel routes, and break times. Therefore, an average practical operating efficiency of approximately 80% is generally applied.

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