PS50 Hydraulic Disc Brake with 135kN.m Brake Moment for 9000m/12000m Drilling Rigs - 76×1600mm Brake Disc
Price:
Negotiable
MOQ:
Negotiable
Delivery Time:
Negotiable
Brand:
ATO
Product Description
PS50 Hydraulic Disc Brake System Overview
Advanced hydraulic disc brake system designed for industrial drilling rig applications with enhanced safety features and reliable performance.
Key Safety & Performance Features
- Balanced Service & Safety Tongs: Equal number of service and safety tongs matching 9000m/12000m rig requirements, providing combined brake torque exceeding national standards
- Electronic Control System: Electric-controlled pneumatic valve with electronic brake handle loop control prevents valve blockage from electromagnetic overheating
- Dual Fail-Safe Design: Two hydraulic direction-changing valves (one open, one closed) provide backup operation and prevent overheating/particle contamination issues
- Emergency Power Backup: Equipped with hand pump for operation during power and pneumatic supply failures
- Filtration System: Oil feeding and self-circulating filtration device reduces hydraulic system contamination and minimizes breakdowns
Technical Specifications
| Parameter | Specification |
|---|---|
| System Rated Pressure | 6.5 MPa |
| System Rated Flow | 2 × 20 L/min |
| Maximum Brake Moment (Normally Open Tong) | 135 kN·m |
| Maximum Brake Moment (Normally Closed Tong) | 135 kN·m |
| Maximum Emergency Brake Moment | 270 kN·m |
| Brake Disc Size (Thickness × Diameter) | 76 × 1600 mm |
| Assembly Center Height | 850 mm |
Critical Safety Advantage
The PS50's combined brake torque significantly exceeds standard requirements, preventing accidents caused by insufficient safety tongs or inadequate brake torque that commonly occur in conventional systems.
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
XIAN ATO INTERNATIONAL CO.,LTD
Location
Building 15+, No. 2, Biyuan 3rd Road, High-tech Zone, Xi 'an Post code:710117
Contact Person
Rita Zheng