Otomatik Malzeme Taşıma için 20 Ton Çelik Bobin RGV Raylı Transfer Arabası

Product Overview

A 20 Ton Steel Coil RGV Rail Transfer Cart, also called a rail-guided vehicle (RGV), ray transfer arabası, or coil handling cart, is a rail-mounted transport vehicle used for moving steel coils in industrial facilities. The cart operates along fixed tracks and is designed with a coil support structure, drive system, and control unit for transferring heavy coils between different working areas.

The RGV rail transfer cart is commonly used in steel plants, coil storage areas, metal processing factories, and production lines. It handles coil movement between rolling mills, warehouses, inspection stations, and other processing equipment. The cart can be customized according to coil weight, coil size, rail route, power supply, and factory layout.

Parçalar

The Steel Coil RGV Rail Transfer Cart consists of several key parts that work together for coil loading, rail movement, positioning, and control. Each component is designed for heavy-duty industrial transport and continuous operation.

Özellikler

Özellik

Parametre	Özellik
Yük Kapasitesi	20 Ton (Customizable: 1–300 Ton)
Platform Size (L×W×H)	4000×2200×550 mm / 4500×2200×600 mm (Customizable)
Wheelbase	2800 mm
Ray Açıklığı	1435 mm (Standard), 1200–2000 mm Customizable
Tekerlek Çapı	Φ350 mm
Çalışma Hızı	0–20 m/dk
Motor Gücü	3.5 kW
Akü Kapasitesi	180–250 Ah
Akü Voltajı	48 V
Reference Weight	5.5–6.5 Ton
Yerden Yükseklik	50 mm
Kontrol Modu	Hand Controller / Remote Control / PLC Control
Güç Kaynağı	Battery / Cable Reel / Conductor Rail
Coil Support Structure	V-Type Frame / U-Type Support
Güvenlik Cihazları	Buffer, Warning Light, Emergency Stop Button
İsteğe Bağlı Fonksiyonlar	Explosion Proof, High Temperature Resistant, Lifting Platform

Not: DİKKAT ÇEKİCİ provides customized RGV rail transfer cart solutions with adjustable load capacity, platform size, track layout, power supply, and control systems according to different operating conditions.

How Does a Steel Coil RGV Rail Transfer Cart Work?

A Steel Coil RGV Rail Transfer Cart moves steel coils along fixed rails through a motor-driven wheel system. The drive unit includes motors, drive wheels, and wheel brackets, which provide the traction force for cart movement. The RGV uses rail guidance and positioning control to transport coils between storage areas, production lines, and processing stations.

• 1. Task Receiving
  The MES or WMS system sends the transport order, including the coil pickup location and destination. The RGV starts the assigned transport route after receiving the command.
• 2. Moving to Pickup Position
  The cart runs along the rail to the coil storage area. The control system monitors the running position and stops the cart at the loading point.
• 3. Coil Loading
  The steel coil is loaded onto the RGV through a V-type frame, U-type support, lifting device, or roller conveyor system.
• 4. Rail Transfer
  The RGV carries the coil along the fixed rail to the target station. Rail length, transfer route, and operating speed can be designed according to the factory layout.
• 5. Coil Unloading
  After reaching the destination, the RGV stops at the preset position and unloads the coil through the lifting mechanism or conveyor system.
• 6. Next Transport Cycle
  After completing the task, the RGV returns to the standby area or receives the next transport instruction.

We also commonly see AGV'ler mi?. The key difference between AGVs and RGVs is whether they use tracks. To learn more about the differences, check out the article: AGV vs. RGV: Differences Between AGV and RGV

Uygulamalar

Vaka

RGV Rail Transfer Cart vs Traditional Transfer Cart

RGV rail transfer carts and traditional transfer carts are both used for industrial material handling, but they differ in navigation, control mode, positioning accuracy, and automation capability. RGV systems are designed for fixed-route automated transport, while traditional transfer carts mainly rely on manual operation or basic remote control.

Karşılaştırma	RGV Rail Transfer Cart	Geleneksel Transfer Arabası
Navigasyon Yöntemi	Fixed rail operation with automatic positioning control	Manual driving or simple remote control
Konumlandırma Hassasiyeti	High positioning accuracy for automated loading and unloading	Relies on operator alignment, lower positioning accuracy
Operating Efficiency	Supports continuous operation and multi-station transport	Suitable for low-frequency material transfer
Güç Kaynağı	Battery, cable reel, conductor rail, or customized power systems	Mainly battery or cable power supply
Otomasyon Seviyesi	PLC control with WMS/MES integration for automatic transport	Requires manual operation and data input
Data Tracking	Transport records can be connected with factory management systems	Manual records with limited tracking capability
Güvenlik Sistemi	Equipped with emergency stop, warning lights, and obstacle detection devices	Safety mainly depends on operator control
Uygulama	Automated production lines, warehouses, steel plants, and smart factories	General workshops and simple transport tasks
Yük Kapasitesi	Customizable from small loads to heavy-duty applications	Usually, fixed load range

RGV rail transfer carts are designed for automated transport with fixed routes and precise positioning. Traditional transfer carts are mainly used for simple material movement. For steel coil handling and production lines, RGV offers higher automation and better transport control.

How to Choose a Steel Coil RGV Rail Transfer Cart?

Selecting a Steel Coil RGV Rail Transfer Cart mainly depends on the coil weight, transport route, working conditions, and factory automation level.

Yük Kapasitesi

Choose the cart capacity according to the maximum steel coil weight. The load rating should meet daily transport needs and operating conditions.

2. Coil Size and Support Structure

Confirm the coil diameter, width, and weight. The V-type frame, U-type support, or other support structures should match the coil dimensions.

3. Track Layout

Check the rail length, transfer distance, and station locations. The track can be designed for straight routes, curved routes, or multi-point transport.

4. Power Supply

Select the power type based on the working environment, including battery, cable reel, conductor rail, or other power systems.

5. Control Mode

Choose the control method according to the production requirements, such as remote control, PLC control, or connection with factory management systems.

6. Working Environment

Consider temperature, dust, humidity, and special conditions when selecting the cart configuration.

Selecting the right Steel Coil RGV Rail Transfer Cart requires matching the load capacity, coil specifications, track layout, power supply, and control mode with the actual working conditions.

Özelleştirme Seçenekleri

Load Capacity — Available from 1 Ton to 300 Ton according to material weight and handling requirements.

Platform Design — Customized platform size, coil support frame, V-type frame, U-type support, or lifting structure for different materials.

Rail Layout — Supports customized rail gauge, track length, straight tracks, curved tracks, and multi-station transfer routes.

Power Supply — Options include battery power, cable reel, conductor rail, and other power systems for different working conditions.

Control System — Available with remote control, PLC control, automatic operation, and integration with factory management systems.

Special Functions — Customized with explosion-proof design, high-temperature resistance, lifting function, weighing system, and safety protection devices.

Security Configuration

• ·  Emergency Stop Button
  Allows operators to stop the cart immediately in abnormal situations.
• ·  Obstacle Detection Sensor
  Detects objects on the rail path and stops the cart to prevent collisions.
• ·  Warning Light and Alarm
  Provides visual and audible signals during operation.
• ·  Travel Limit Switch
  Controls the running range and prevents the cart from moving beyond the set position.
• ·  Overload Protection
  Monitors the load condition and protects the drive system from overload.
• ·  Buffer Device
  Reduces impact force when the cart reaches the end of the rail.

İlgili Makaleler

SSS