Packing Clamping Force Tester GT-N55A

Application
This equipment simulates the clamping conditions that occur when a clamp truck loads and unloads packaged goods. By reproducing the clamping force applied between two plywood plates, it is used to test and evaluate the clamping strength and protection performance of the package and its contents.

Standards
  • EN ISO 16047:2005 – Fasteners, clamping torque force test
  • QMZ-J81.003-2012 – Product packaging evaluation method
  • QMZ-J81.006-2013 – Experimental evaluation method and standard
Specifications
Model GT-N55A
Max. capacity 400–3000 lb
Max. specimen weight 600 kg (customizable)
Controller 7-inch touch screen
Sensors 6 units
Drive system Servo motor with DC variable-speed drive and high-precision ball screw
Force unit kgf / N / lbf (selectable)
Sensor accuracy 1/250,000
Load accuracy within ±0.25%
Smoothness (movement accuracy) within ±2.5 mm
Sensor resolution 1/250,000
Clamping plate size Height 48 in, depth 48 in
Clamp plate adjustable height 0–1000 mm
Clamp plate adjustable width 200–2000 mm
Base plate size 2200 × 2100 mm
Test speed 0.25–2.5 mm/s (in accordance with ISTA 6 – SAM’S CLUB)
Software Proprietary system (independent R&D)
Data display Load, displacement, speed, loading rate, elapsed time
Functions Clamp plates can move up and down
Clamping plate requirements Plates remain flat and deformation-free under 2000 lb; plates parallel and perpendicular to the base; thickness ≥ 25 mm
Safety features Emergency stop; overload protection; upper and lower limit switches; load sensor with automatic return
Displacement & lifting speed Computer-controlled; adjustable 0–1200 mm; displacement accuracy verified by scale
Maximum allowable specimen height 2.2 m + 1.2 m lifting stroke; overall equipment height approx. 2.8 m
Packing volume 11.2 CBM
Gross weight 1000 kg
Power supply Single-phase AC 220 V ±10%, 50/60 Hz (other voltages on request)
Major Components
  • Columns
    Four-column structure with high rigidity to prevent deformation and ensure stability during testing.
  • Clamp Fixation Splints
    Each side uses three high-strength I-beam steel splints to maintain balanced clamping strength.
  • Triangular Brackets
    Used to secure the crossbeams to the clamp fixation splints, enhancing structural stability.
  • Control Box
    Equipped with a 7-inch touch screen for intuitive, user-friendly operation.
  • Right Clamping Plate
    Made from high-strength aluminum to keep both clamping plates parallel and ensure uniform clamping force.
  • Ball Screw Assembly
    Positive and negative screw structure synchronizes left and right movement with no backlash, ensuring precise displacement during testing.
  • Upper and Lower Crossbeams
    Manufactured from #45 steel plate and guided by linear slide rails to guarantee smooth, gap-free sliding without deformation.
  • Force Sensors
    Six force sensors ensure load deviation during testing remains within 1%, providing accurate force measurement across five test points.
  • Base Plate
    Welded from #45 steel for high strength and dimensional stability, preventing distortion under load.
  • Front View
  • Left View
  • Right View
  • Top View
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