Hydraulic DC Power Pack for Stacker For Metal Forming Applications
Hydraulic DC Power Pack for Stacker For Metal Forming Applications

Hydraulic DC Power Pack for Stacker For Metal Forming Applications

Best Description

A Hydraulic DC Power Pack for Stacker is a compact, energy-efficient, and mobile hydraulic system designed to power lifting mechanisms in stackers used for metal forming operations. Operated via a DC motor (typically 12V or 24V), this power pack provides reliable pressure and flow to execute precise lifting, holding, bending, and positioning of metal sheets, plates, and fabricated components.

Its compact build, low noise operation, and batterycompatibility make it ideal for portable and mobile metal forming equipment, especially in remote worksites, mobile fabrication units, or automated stacker systems where AC power isn't feasible.

Top 10 FAQs – Hydraulic DC Power Pack for Stacker

  1. What is a DC Hydraulic Power Pack?
    It’s a self-contained unit powered by a DC motor that delivers hydraulic power for operating cylinders or motors in stackers and lifting systems.
  2. Why use a DC power pack instead of AC?
    DC power packs are ideal for portable and mobile applications, operate quietly, and can be battery-powered.
  3. What voltage is typically used?
    Most stacker applications use 12V or 24V DC motors, depending on load and lift height.
  4. Is it suitable for metal forming applications?
    Yes, it’s widely used for bending, lifting, positioning, and feeding metal sheets in portable forming setups.
  5. What is the maximum lifting capacity supported?
    Power packs can support up to 2 tons or more, depending on flow, pressure, and cylinder configuration.
  6. Can it be customized?
    Yes, it can be tailored for pressure ratings, oil tank size, solenoid valve control, and remote operation.
  7. Is it suitable for continuous operation?
    Most DC power packs are designed for intermittent duty cycles, but heavy-duty models support longer run times.
  8. What hydraulic pressure can it generate?
    Typically, up to 200–250 bar, depending on motor capacity and pump specs.
  9. How is it controlled?
    Operated via remote pendant, toggle switches, solenoid valves, or wireless controllers.
  10. What maintenance is required?
    Basic maintenance includes checking oil level, filter cleaning, and periodic motor inspection.

Applications of Hydraulic DC Power Pack for Stacker (Metal Forming)

  • Sheet Metal Lifting & Positioning
  • Hydraulic Press Feeding Systems
  • Portable Stacker Units for Fabrication Workshops
  • Tool Handling in CNC and Plasma Cutting Stations
  • Mobile Forming Machines (Brake Press, Sheet Roller)
  • In-Plant Logistics of Heavy Metal Components
  • Battery-Operated Stackers in Assembly Lines
  • Hydraulic Platforms for Metal Sheet Storage

Features and Their Uses

Feature

Use/Benefit

Compact DC Motor (12V/24V)

Enables mobile, battery-powered operation in remote or off-grid areas

High-Pressure Gear/Vane Pump

Delivers consistent hydraulic flow and pressure for heavy-duty lifting

Intermittent or Continuous Duty Options

Offers flexibility for short or extended operations

Integral Solenoid Valve Control

Enables forward/reverse motion and position hold with ease

Steel or Aluminum Oil Reservoir

Lightweight yet robust, allows efficient heat dissipation and fluid storage

Remote Control Operation

Enhances safety and convenience for operator during metal handling

Pressure Relief Valve

Prevents system overload and ensures safe operation

Quick Connect Fittings

Ensures easy installation and maintenance

Low Noise and Vibration Design

Ideal for indoor or closed workshop environments

Customizable Mounting Brackets

Easy integration with stackers, carts, or mobile trolleys

Key Points to Remember

  • Engineered for Stackers in Metal Forming Industry
  • 12V/24V DC Motor – Battery Compatible
  • Supports up to 250 bar Hydraulic Pressure
  • Portable, Compact, and Easy to Install
  • Ideal for Bending, Lifting, and Handling Metal Sheets
  • Customizable Tank Size, Valve Type, and Controls
  • Energy Efficient for Battery-Powered Environments
  • Integrated with Solenoid or Manual Valve Systems
  • Built-in Safety Features like PRV and Thermal Protection
  • ????Manufactured in India with Global Export Standards

 

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