20/ 40 FT Automatic Electric Container Spreader for Gantry Crane
Product Introduction
The fully electric spreader is an eco-friendly container handling equipment powered by pure electric drive systems, featuring zero emissions and low-noise operation. Designed for modern terminals, it offers precise positioning, rapid configuration switching, and intelligent control, significantly improving operational efficiency while reducing maintenance costs.
Fully Electric Spreaders offer overwhelming advantages in precision, environmental friendliness, maintenance costs, and intelligence, making them the preferred solution for modern, smart industrial material handling.
Technical Specifications
Parameter |
Description |
Rated Load |
40-50 tons (Customizable) |
Container Types |
20', 40', 45' Standard & High-cube |
Flipper Device |
Fixed Flipper or Electric Flipper (As Agreed) |
Telescopic Drive Mode |
Sprocket Driven by a Reducer Motor / Chain Drive |
Voltage / Frequency |
AC 380V (3P) / 50Hz (As Agreed) |
Twistlock Type |
ISO Float Twistlock, Driven by a Motor |
Twistlock Movement |
Rotate90° ≤1s |
Twistlock Operation |
≤3 / seconds |
Weight |
~3.2 tons (No attachment） |
Control |
Wireless + Auto-sensing |
IP Rating |
IP65（Dust & Waterproof） |
Temperature |
-30℃~+60℃ |
Application |
RTG/RMG |
Optional Features
Anti-sway System
Remote Diagnostics
Load Weighing
Visual-Alarm System
Key Features and Advantages
(1) Environmentally Friendly & Energy Efficient:
a Zero Emissions: Operates entirely on electricity, producing no hydraulic fluid leaks or exhaust fumes. This makes it ideal for indoor workshops, food, pharmaceutical, and other industries with high air quality standards.
b Low Energy Consumption: Motors consume energy only during operation, with almost no energy use in standby mode. This leads to significantly higher efficiency compared to constantly running hydraulic power units.
(2) High Precision & Intelligence:
a Precise Control: Servo motors and inverter technology allow for millimeter-level control over speed and position, enabling smooth lifting, accurate positioning, and safe handling of loads.
b Smart Diagnostics: Integrated sensors and PLCs (Programmable Logic Controllers) enable real-time status monitoring, fault self-diagnosis, early warnings, and data logging, facilitating predictive maintenance.
(3) High Reliability & Low Maintenance:
a Simplified Structure: Eliminates complex hydraulic pipelines, power units, and oil tanks, completely avoiding the risk of oil leaks and reducing potential failure points.
b Easy Maintenance: No need for hydraulic oil or filter changes. Routine maintenance is minimal and cost-effective, primarily involving periodic checks of electrical connections and mechanical components.
(4) Safety & Flexibility:
a Multiple Safety Protections: Equipped with overload protection, limit switches, emergency stop functions, and motor brakes to ensure operational safety.
b Flexible Application: Programs can be easily customized, making it simple to integrate into automated production lines and smart warehouse logistics systems for automated handling.