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Rough Handling and Threshold Impact Tester NHTT-100 Data Sheet

Laboratory Equipment
Product Series / Rough Handling and Threshold Impact Tester
Rough Handling and Threshold Impact Tester
NHTT-100
Single station Station
PLC intelligent control with touchscreen HMI Control System
Servo motor with precision reducer Drive Mechanism
Rough Handling and Threshold Impact Tester NHTT-100
Labnics Product Data Sheet · Laboratory Equipment
Rough Handling and Threshold Impact Tester

Rough Handling and Threshold Impact Tester NHTT-100

Rough Handling and Threshold Impact Tester NHTT-100 is equipped with a single station and PLC touchscreen for automated control. It features servo-driven movement for smooth and precise test execution. Our system supports programmable speed, stroke, and frequency for repeatable simulations. This multi-type obstacle fixtures allow realistic step, threshold, and door-frame impact testing. It has safety guardrails ensure reliable operation in quality control environments.

Key metrics
Single station
Station
PLC intelligent control with touchscreen HMI
Control System
Servo motor with precision reducer
Drive Mechanism
Rough Handling and Threshold Impact Tester NHTT-100
Labnics Ltd.

Specifications

Station Single station
Control System PLC intelligent control with touchscreen HMI
Drive Mechanism Servo motor with precision reducer
Specimen Clamping Mechanical clamping
Test Size Capacity L ≤ 150 cm, W ≤ 100 cm, caster distance ≤ 80 cm, H ≤ 150 cm
Linear Stroke 0 to 3600 mm (presettable)
Test Speed 0 to 0.85 m/s (default: 0.8 ±0.1 m/s)
Test Frequency 0 to 999,999 cycles (presettable)
Safety Guardrails included
Power Consumption 0.75 kW
Dimensions (W×D×H) 4000 × 1300 × 1850 mm
Weight 350 kg
Rough Handling and Threshold Impact Tester NHTT-100 · Product Details

Features

  • Touchscreen operation
  • Repeatable impact cycles
  • Precision reducer mechanism
  • Industrial-grade durability

Applications

Rough Handling and Threshold Impact Tester NHTT-100 is used in impacts such as step collisions, threshold hits, and door frame bumps during transportation or operational use. It is commonly applied in laboratories for testing the durability of wheeled equipment, packaging.
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