The E312D2GC Low Noise Excavator Travel Device (Part Number: 507-1118) is engineered for excavator final drive systems, delivering smooth and quiet operation with minimal maintenance requirements. Constructed from durable steel with a professional black finish, this travel device ensures maximum safety and reliability in demanding industrial environments.
Product Specifications
Product Name: Excavator Travel Device
Part Number: 507-1118
Model Number: E312D2GC / E313GC
Material: Steel
Color: Black
Noise Level: Low
Place of Origin: Guangzhou, China
Maintenance: Low
Key Features
Low noise operation for improved working environment
High-performance excavator gears and travel reducer
Durable steel construction for long service life
Advanced safety features for reliable operation
Reduced friction and wear on final drive components
High-speed travel capability for increased productivity
Minimal maintenance requirements for cost efficiency
Applications
Designed for excavator transportation and mobility, the E312D2GC Travel Device provides safe, high-speed travel solutions while reducing operational costs. Ideal for construction, mining, and industrial applications where reliable excavator movement is essential.
Product Images
Technical Support & Services
TGFQ provides comprehensive technical support and after-sales services to ensure optimal performance of your Excavator Travel Device.
Phone and email technical support
Genuine spare parts supply
Scheduled maintenance and inspection services
Software updates and technical upgrades
Warranty repairs and component replacements
Frequently Asked Questions
What is the model number of the Excavator Travel Device?
The model number is E312D2GC.
Where is the Excavator Travel Device manufactured?
The product is manufactured in Guangzhou, China.
What is the primary application of this travel device?
It is designed for excavator transportation and mobility operations.
What are the main advantages of this travel device?
Key advantages include high efficiency, superior performance, low energy consumption, and minimal noise operation.