LDM36E150 Loading Machine

Product Details

The LDM36E150 is a remote-operated electrohydraulic loading machine. It was initially designed for potash and salt mining operations, and can add loading flexibility to virtually any underground mining operation. Boasting a super-duty frame and robust components, the LDM36E150 is a durable and reliable choice for transferring material to a shuttle car or belt. It has a wide gathering pan with above and below grade articulation, including a “float” mode. The conveyor can be raised to a maximum height of 9 feet at the discharge end and can be articulated up to 45° from side to side. Its maximum output is nominally 1800-2000 tons/hr. The track belt drive is designed for compactness with ease of maintenance and can be towed at 4 MPH or less. We are happy to discuss customization of the LDM Loader.

Dimensions

  • Height: 52 inches (1,321 mm)
  • Width: 120 inches (3,048 mm)
  • Length: 361 inches (9,169 mm)
  • Ground clearance: 7.5 inches (190 mm)
  • Weight: 60,000 Lbs (27,273 Kg)
  • Conveyor Width: 36 inches (914 mm)

Specifications

  • Maximum Output: up to 1800-2000 tons/hr
  • Maximum Speed: 0-2.2 MPH
  • Powertrain: Dual 100-150 Hp electric motors (600VAC, 60Hz, 3 phase)
  • Drivetrain: Dual independent hydrostatic track drives
  • Conveyor Chain Type: Standard 36 inch rock chain
  • Conveyor Drive: Dual (_) Hp hydraulic motors
  • Tracks: 19-5/8 inch wide track on each side
  • Hydraulic Oil Capacity: 200 U.S. gallons (757 L) found in two reservoirs. (Both are connected via equalization lines)

Features

  • Remote Controlled Operation (with spare controller on board)
  • Discharge boom raise and lower with up to (45°) tail articulation
  • Wide gathering pan with two, six-arm, centrifugal loading arms
  • Above and below-grade pan articulation with “float” mode
  • Independent skid-steering
  • Auxiliary cooling fans with up to 90% efficiency
  • Rear trailing cable mount
  • 4 onboard emergency stop buttons located on each corner
  • Optional proximity-detection system