High Flow Cast Iron Synchronous Flow Divider
Designed for high flow applications, this cast iron synchronous flow divider-a type of gear-based hydraulic synchronous flow-dividing motor-features a high-strength cast iron housing and a multi-gear configuration.
By utilizing precision gears for accurate metering, it ensures the synchronous distribution of hydraulic fluid across multiple circuits.
Even under conditions of uneven loading, it maintains synchronized movement of hydraulic cylinders or actuators, serving as a critical synchronization component in large-scale hydraulic systems.
Features of High Flow Cast Iron Synchronous Flow Divider
1. High-Strength Cast Iron Housing: Offers superior impact resistance, high rigidity, and excellent tolerance to pressure and vibration. It is well-suited for harsh operating conditions, provides a longer service life than aluminum alloy housings, and is ideal for heavy-duty applications involving high pressure and high flow rates.
2. High Flow Capacity & Multi-Section Configuration: Available in 2 to 12-section configurations for synchronized output. A wide range of displacement options per section supports high-flow oil delivery, with operating pressures reaching up to 280 bar.
3. High-Precision Synchronization: Features precision-ground gear sets, achieving a synchronization accuracy of ±1.5% to ±2.5%-ensuring excellent synchronous movement for multi-cylinder lifting systems. Integrated overload relief valves provide built-in pressure protection, preventing equipment damage from overloads.
4. Modular Design: The number of sections can be flexibly combined. Designed with mounting flanges for easy installation, disassembly, and maintenance. Port layouts are versatile, with customizable port sizes available.
5. High Versatility: Compatible with standard hydraulic fluids and a wide temperature range. These units serve as direct replacements for products from major brands (such as Bucher, Vivoil, etc.), helping to reduce procurement costs.
How to confirm the model
The speed of synchronous flow divider is determined by total inlet flow and total displacement.
Formula: n(r/min)= Q(L/min)×1000 ÷ V(cc/rev).
All gear sections share same shaft with identical rotating speed.
After total displacement is selected, inlet flow sets the operating speed, which must stay within the rated speed range.
Application of gear flow divider
1. Construction Machinery: Large-scale lifting platforms, multi-cylinder synchronous lifting, synchronous bridge jacking, and container lifting equipment.
2. Metallurgical Equipment: Metallurgical furnace doors, large-scale presses, and multi-point synchronous clamping mechanisms.
3. Special-Purpose Vehicles: Sanitation equipment and multi-cylinder leveling systems for heavy-duty trailers.
4. Mining / Ports: Large-scale hydraulic clamps, port hoisting equipment, and multi-point synchronous propulsion systems.
|
type |
Single displacement(ml/r) |
Pressure(bar) |
Rotating speed(r/min) |
||
|
Working pressure |
Peak pressure |
minimum |
maximum |
||
|
UG200 |
200 |
220 |
250 |
800 |
1800 |
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