Razor – Front-to-Back Tarp Systems

Razor Front-to-Back Tarp Systems

Discover Australia's top-tier Razor Front-to-Back tarp systems, engineered for safer, faster, and effortless tarp deployment on semi-trailers and rigid trucks. Whether you're upgrading a dusty mine site or specifying for a busy fleet, these systems empower operators to stay inside the cab—and out of harm’s way—while maintaining full control.

What’s in This Collection

Choose between critical control components or full-system kits:

  • Controllers: Including in-built and external DII/EII, Top Runner, and Landing Leg versions—all preprogrammed for drop-in compatibility.
  • System Kits: Complete Razor DII & RII units with motor, gearbox, controller, remote, hardware, and manual override.
  • Power Support: Accessories such as Razor Power Kits and battery chargers ensure your system runs reliably, regardless of job cycles.
  • Spare Parts & Hardware: Mounting brackets, collars, and bridge modules designed for durability and easy serviceability.

Why Choose Razor Front-to-Back Systems?

In-road safety and efficiency matter. These Razor systems deliver both:

  • **Safer Operation** – Control the tarp from inside the cab or via wireless remote; reduce manual handling, exposure to dust, and the risk of strain or injury.
  • **Fast and Repeatable** – Completed tarp cycles in ~20 seconds (depending on vehicle length), helping drivers clock faster turnarounds. :contentReference[oaicite:9]{index=9}
  • **Rugged Reliability** – IP65-rated enclosures, Australian-tested components, and modular design for easy fault resolution. :contentReference[oaicite:10]{index=10}
  • **Flexible Configuration** – Internal/external controllers, thru- or split-shaft mounting, Razor Connect compatibility, and emergency manual override offer customization for any fleet need. :contentReference[oaicite:11]{index=11}
  • **Fleet Efficiency** – Modular components, serviceable parts, and standard voltage ranges mean minimal downtime and easier inventory management. :contentReference[oaicite:12]{index=12}

Choosing the Right System

  1. Kit vs Component: Full DII/RII system kits include everything—motor, controller, remote, override. Use if fitting new or replacing multiple parts.
  2. Shaft & Controller Type: Select between thru-shaft (DII-5H23) or split-shaft (DII-5P23), and internal vs external controller, depending on your setup. :contentReference[oaicite:13]{index=13}
  3. Additional Hardware Needs: Ensure power kit, mounting brackets, or bridge modules are included or ordered separately to complete install.
  4. Power Management: Razor Power Kits or external chargers help maintain your system’s uptime in high-use scenarios. :contentReference[oaicite:14]{index=14}

Installation Tips

Professional setup ensures the system performs reliably. Key steps include system grounding, securing the motor, confirming voltage compatibility (typically 12 V with broad input range), testing manual override, and training operators on in-cab controls. Proper installation maximizes safety and uptime.

Warranty, Logistics & Support

  • Fast Shipping: Dispatch within 1–2 business days across NSW and Australia. :contentReference[oaicite:15]{index=15}
  • Genuine Parts: OEM Razor International components—quality noted across long-term users and partners. :contentReference[oaicite:16]{index=16}
  • 12-Month Warranty: Covers materials and workmanship with support from All Tarps and Razor.
  • Expert Help: If you have kit model codes or need compatibility advice, reach out with your current unit details and we’ll walk you through the perfect match.

FAQs

What’s the difference between DII and RII systems?

DII generally denotes certain motor drive configurations; RII variants offer additional shaft or controller positioning options. DII-5H23 and DII-5P23 refer to internal controllers with thru- or split-shaft mounts, while RII-HRPT23 and RII-PVC23 use external controllers with similar shaft types. :contentReference[oaicite:17]{index=17}

Can the system still be operated manually?

Yes—every Razor front-to-back kit includes an emergency manual override for use during power loss or maintenance. :contentReference[oaicite:18]{index=18}

How long does a full tarp cycle take?

Typically around 20 seconds, depending on tarp length and motor voltage (with up to ~120 Nm torque from a 12 V DC motor). :contentReference[oaicite:19]{index=19}

Action Now

Upgrade your fleet’s tarp operations with a safer, faster, and smarter solution. Browse the product options above, choose the full Razor Front-to-Back system kit or control component you need, and place your order today. Let All Tarps keep your trucks covered, compliant, and moving.