Product Description
Servo Motor Foam Drop Ball Impact Tester
Test Object:Mainly Used For Testing In Accordance With En Standard Table, Chairs,Bed (test).
Structural Characteristics:
Multi Function. The Stress Test Of Multiple Use By Moving Each Cylindercombination;
Closed-Loop Control. Gas Cylinder Output Force Electric Proportional Controlvalve, The Actual Strength Of The Tension Sensor Feedback Cylinder Output Value,The Pc Operation After The Output Control Electro Pneumatic Proportional Valve, To Form A Closed Loop Control System;
Eight Cylinder, Around Each Configuration In A Group, The Top 2, Reserve 2groups; Eight Groups Of Cylinders Can Joint Action, Can Also Be A Separate Action;
All 4 Cylinder Groups Use The Sliding Mode Movement, All Operations Can Be Single, Without Any Auxiliary Tools;;
Aluminum Frame Structure, Stainless Steel Test Platform
The Main Parameters
En1730 (weight: 10kg, 5kg, 2kg Bulk Weight, Total 200kg)
1, The Machine Is Equipped With Five Sets Of Pneumatic Brake, Respectively, A Set Of Vertical Device, 4 Groups Of Level Device, Each Indepe ndent Adjustable Speed And Thrust. The Trip Is 500mm Before And After The Brake
Vertical Device Can Adjust The Position, Such Asclean From 100 Mm To 900 Mm Four Sets Of Brake
Level Device, Can Be Up And Down A Position Adjustment Andmove Around, Flexibly With Requirement Of Different Test Position
Test Machine Bottom Drill With A Plurality Of Rows Of Screw Holes, Install Differentaccessories And Fixed Test Conditions And Convenient
Each Group Of Pneumatic Brakes Front En
d Is Equipped With Quick Joint,Convenient Replacement Of Different Loading Block And Clamp
The Controller Of Plc And Color Touch Screen, Operation Interface Is Simple And Reasonable, The Graphical Representation Is More Convenient To Use, Any Operator
| The Maximum tension Value | 200kg |
| The Maximum value Of Thrust (Level) | 60kg |
| The Maximum Pressure Value (Vertical) | 130kg |
| The Test Space size | 3500mm x 2500 mm x 1800mm |
| Voltage | 220 ~ 240 V |
| Power | 1500w |
| Compressed Air pressure | 6kg/Cm2 |
Precision Foam Impact TestingEngineered for accuracy and repeatability, the Servo Motor Foam Drop Ball Impact Tester offers programmable impact energy, digital measurement (1% accuracy), and a flexible test range (10 J50 J). Its ideal for laboratories and production lines evaluating the safety, durability, and energy absorption of foam materials across various industries.
Safety and User ConvenienceThis machine prioritizes operator safety with features such as an automatic door lock, overload protection, emergency stop, and an enclosed test chamber. Its user-friendly LCD interface and PLC-based control simplify test setup and monitoring, while data export via USB or RS232 enhances record keeping and traceability.
Compliance and CustomizationDesigned to conform with ASTM F1976, ISO 8307, and customer-specific requirements, the tester allows for customizable ball materials and sizes to suit a wide range of foam products. The servo-driven architecture provides stable, gas-free operation and is suitable for ambient conditions between 10C-40C and 20%80% relative humidity.
FAQs of Servo Motor Foam Drop Ball Impact Tester:
Q: How does the Servo Motor Foam Drop Ball Impact Tester operate?
A: The tester uses a servo motor-controlled drop mechanism combined with PLC programming to accurately release the impact ball at adjustable speeds and heights. Test parameters such as ball diameter, material, and drop energy are easily programmed via the digital interface, ensuring consistent testing conditions.
Q: What types of foam materials can be tested with this equipment?
A: This machine is designed for testing foam blocks or samples up to 100 mm height, measuring up to 400 x 400 mm. It evaluates impact absorption and resistance of a variety of foam densities and constructions, complying with international or custom standards.
Q: When and where is this tester typically used?
A: The Foam Drop Ball Impact Tester is commonly used in quality control, research labs, and production facilities for manufacturers, suppliers, and distributors of foam materials. Its application is essential when verifying product safety and durability, especially in automotive, packaging, or consumer goods industries.
Q: What is the process for running an impact test on the machine?
A: To conduct a test, the user places the foam specimen under the drop port, configures parameters (ball size/material, energy level, drop height), and initiates the test via the LCD interface. The servo system then controls the drop, and impact data is measured, stored, and displayed in real-time.
Q: What are the notable benefits of using this impact tester?
A: Key benefits include high accuracy (1%), programmable parameters, fast response time (<50 ms), robust safety features, and digital data management. Its automatic, gas-free operation provides consistent results with minimal maintenance and low operational noise (<65 dB).
Q: Where is data from the tests stored and how can it be exported?
A: All test data is stored internally within the instrument and can be exported externally via USB or RS232 interface. This function supports traceability and easy integration with laboratory information management systems.
Q: How does the machine ensure operator safety during testing?
A: The tester features an automatic door lock during operation, overload protection sensors, and an emergency stop function. These features protect users from accidental exposure to moving parts and ensure secure handling of high-energy impact tests.