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Brakes ›‹ Hydraulics ›‹ Automation
Our Industrial Brakes
Manual Disc Brakes
Independent, zero-power reliability for parking, tension control and standby.
Key Features: Robust manual actuation via lever or handknob, requiring no external air or oil supply.
Design: A low-maintenance, "fit-and-forget" solution for long-term static holding.
Applications: Secondary parking brakes, manual equipment, and remote areas with limited power infrastructure.
Hydraulic Disc Brakes
Maximum clamping force in a compact footprint.
Maximum torque density for heavy-duty and specialized utility.
Active Features: Oil-applied for smooth, massive braking force. Specifically engineered for Hydro applications, including turbine shaft control and flow regulation.
Failsafe Features: Spring-applied for critical holding power; hydraulic pressure is used only to release the brake.
Applications: Gantry cranes, wind turbines, hydropower plants, and heavy-duty mining machinery..
Jack Brakes
Specialized dual-function systems for vertical heavy-rotation machinery.
Dual-Function Design: Engineered to serve as a high-torque braking system to stop rotation and as a high-capacity hydraulic jack to lift the rotor.
Mechanical Lock-Nut: Equipped with a safety lock-nut that secures the rotor in the lifted position, allowing hydraulic pressure to be safely cut off during maintenance.
Applications: Specifically designed for Vertical Hydro Generators and Lift Irrigation Pump Motors to facilitate rotor and pump part servicing.
Pneumatic Disc Brakes
Flexible and responsive control for high-cycle operations.
Active Features: Air-applied for precise modulating control and high-frequency service stops.
Failsafe Features: Spring-applied for automatic emergency engagement during power loss.
Applications: Ideal for material handling, tensioning systems, and general industrial automation.
EH Drum Brakes
Fail-safe service and emergency braking for heavy lifting.
Operating Principle: Spring-applied and thruster-released. The electro-hydraulic thruster provides smooth, controlled release, while heavy-duty springs ensure immediate fail-safe braking upon power disconnection.
Key Features: * Stepless braking torque adjustment for precise deceleration.
Automatic wear compensation to maintain consistent torque throughout the lining life.
Equal-clearance mechanism to prevent lining drag and uneven wear.
Applications: Ideal for crane hoisting mechanisms, conveyors, winches, and steel mill drives requiring high-duty cycles and fail-safe reliability.
Storm Brakes (Rail Clamp)
Essential wind-protection and anti-drift security.
Function: Specifically engineered to prevent runaway movement of rail-mounted equipment caused by high-velocity wind gusts or storms.
Mechanism: Utilizing a high-force toggle-link or spring-applied clamping force, these brakes grip the rail head securely. They are hydraulically released during normal operation and automatically engage when wind sensors trigger or power is lost.
Key Features:
High holding force designed to withstand extreme wind loads.
Floating design to accommodate rail misalignments and track irregularities.
Integrated limit switches for "clamped" and "released" status monitoring.
Applications: Heavy-duty gantry cranes (EOT), ship-to-shore (STS) cranes, and bulk material stacker-reclaimers.
Hydraulics, Automation and Power Transmission
Lubrication Systems
Critical lift solutions for heavy rotating machinery.
Jacking Oil Systems
High-Pressure Precision: Engineered specifically to provide the high-pressure "lift" required to establish an oil film between bearings and shafts.
Function: Reduces breakaway torque and prevents metal-to-metal contact during startup and shutdown cycles.
Applications: Vertical Hydro Generators, large turbines, and heavy-duty lift irrigation pump motors.
Lube Oil Systems
Advanced lubrication for extended equipment life.
Continuous Protection: Provides a consistent, filtered, and temperature-controlled supply of oil to bearings and gearboxes.
Reliability: Features redundant pump configurations and advanced filtration to ensure zero-downtime operation in critical infrastructure.
Applications: Power plant turbines, large industrial gearboxes, and high-speed rotary machines.
Multi Speed Gear box
DIFFERENT SPEEDS WHEN MULTI-COUPLED
CUBIC FORM WITH BUILT-IN LUGS FACILITATES EASY MOUNTING
KEYLESS DESIGN, GEARS SHRUNKED TO SHAFT ELEMINATING KEYS, NO FRETTING
RATIOS [1:1] [ 1:2.35] [ 1:3.75] SUITABLE UPTO 10hp @ 1500RPM INPUT SPEED
Control Systems
The intelligence behind industrial performance.
Smart Control: Custom PLC-based control panels designed for the seamless integration of hydraulic and mechanical systems.
Monitoring: Real-time data acquisition with HMI interfaces for monitoring pressure, temperature, and system status.
Safety: Integrated emergency stop protocols and failsafe logic to protect both personnel and high-value machinery.
Hydraulic Power Packs
Our Hydraulic power packs offer impressive features, operating at pressures of up to 180 bar and delivering flow rates of up to 20 liters per minute. Equipped with a manual hand pump, these power packs are both efficient and easy to use, making them suitable for various applications. Their versatility allows them to be utilized across a wide range of industries, from manufacturing and construction to automotive and agriculture. By providing reliable hydraulic power, these packs facilitate numerous tasks, enhancing productivity and performance in demanding environments. Whether for lifting, clamping, or powering machinery, hydraulic power packs are essential tools that underscore the importance of hydraulic systems in modern industrial operations.
