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UD-3600 200Hz Dynamic Testing System

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MOQ : 1 Set

UD-3600 200Hz Dynamic Testing System Specification

Hardness
Suitable for a wide range of rigid and semi-rigid materials

Response Time
1 ms

Port Size
Standard (customization available)

Features
High Frequency, Durable Structure, Real-time Data Acquisition, Overload Protection

Operate Method
Semi-Automatic

Measuring Range
0 10,000 N

Number of Specimens
Up to 6 simultaneously

Temperature
10C - 35C

Test Range
0-10 kN

Gas Pressure
0.5 - 0.8 MPa

Operating Voltage
220V AC

Accuracy
0.5%

Application
Industrial

Mounting Type
Floor Standing

Frequency
1 200 Hz

Max Height
1600 mm

Resolution
0.001 mm

Specimen Size
Up to 80 mm length

Display Type
Digital (LCD Display)

Humidity
20% - 90% RH (Non-condensing)

Automation Grade
Semi-Automatic

Product Type
Dynamic Testing System

Interface Type
USB, RS232

Power Supply
AC 220V, 50/60Hz

Machine Weight
Approximately 300 kg

Test Speed
Up to 200 mm/min

Test Width
400 mm

Test Stroke
0-100 mm

Control Mode
Computer Controlled / Digital Servo Control

Data Acquisition Frequency
Up to 1000 Hz

Software Compatibility
Windows OS, Custom Test Profiles

Frame Construction
Heavy Duty Alloy Steel

Model
UD-3600

Color
Industrial Grey

Speed Control Precision
0.2%

Workspace Dimensions
800 mm x 600 mm

Motor Type
Brushless Servo Motor

Environmental Requirements
Indoor, Dust-free

Additional Product Specifications

Noise Level
75 dB

Safety Protection
Emergency Stop, Over-travel Protection, Overload Protection

Power Consumption
2 kW

Factory Calibration
Provided

UD-3600 200Hz Dynamic Testing System Trade Information

Minimum Order Quantity
1 Set

Payment Terms
Cash in Advance (CID)

Supply Ability
30 Sets, , Per Month

Delivery Time
45-90 Days

Main Domestic Market
All India

About UD-3600 200Hz Dynamic Testing System

Functions

Waveform : Automatically generate following waveform

Sine waveform
Triangular waveform
Square waveform

Data : Provide following data in real-time

Absolute elastic constant (K)
Storage elastic constant K (Store K)
Loss elastic constant K (Loss K)
Loss angle (Angle )
Loss factor (tan )
Decrement coefficient (Damping C)
Peak displacement value (Disp X)
Peak-load value (Force P)
frequency

Exceptional Speed and Precision

The UD-3600 system boasts a highly accurate brushless servo motor, maintaining speed control precision within 0.2%%, even under varying operational conditions. This enables repeatable test results, essential for quality assurance and research. The unit supports test speeds up to 200 mm/min with fine-resolution measurement down to 0.001 mm, making it suitable for detailed analysis of material behaviors under dynamic stress.

Advanced Safety and Robust Construction

Safety is paramount in the UD-3600, equipped with emergency stop, over-travel, and overload protection. Its frame is constructed from heavy-duty alloy steel, ensuring durability and minimization of operational noise ( 75 dB). With factory calibration and semi-automatic operation, users benefit from both ease of use and operational security, protecting operators and equipment during intensive testing.

Flexible Testing Capabilities

Designed to handle a wide range of dynamic testing applications, the UD-3600 accommodates up to six specimens simultaneously with a measuring range up to 10,000 N. Custom test profiles enhance versatility, while compliance with ISO, ASTM, and DIN standards assures reliability in both research and industrial settings. The system integrates seamlessly with Windows OS, facilitating swift data transfer and report generation.

FAQs of UD-3600 200Hz Dynamic Testing System:

Q: How does the UD-3600 ensure safety during dynamic testing?

A: The UD-3600 incorporates multiple safety features such as emergency stop, overtravel protection, and overload protection. These safeguards prevent equipment damage and protect operators from accidental hazards, ensuring secure operation throughout the testing process.

Q: What is the process for setting up and operating the UD-3600 system?

A: Setup involves connecting the system to a standard AC 220V power supply and the control computer via USB or RS232 interface. Specimens are mounted on the frame, and test profiles can be configured using the Windows-compatible software. The semi-automatic control ensures smooth operation with real-time digital monitoring and factory-calibrated accuracy.

Q: Where can the UD-3600 be installed and what are the workspace requirements?

A: This system is floor-standing and should be installed indoors in a dust-free environment. The workspace dimensions required are 800 mm x 600 mm, with environmental conditions kept between 10C and 35C and humidity levels from 20%% to 90%% RH (non-condensing) to ensure optimal performance.

Q: What types of tests and materials can the UD-3600 handle?

A: The UD-3600 is designed for rigorous dynamic testing of both rigid and semi-rigid materials. It supports customizable test profiles for various standards (ISO, ASTM, DIN) and can measure forces up to 10,000 N and frequencies up to 200 Hz, accommodating multiple specimens with lengths up to 80 mm.

Q: When should the UD-3600 be recalibrated or serviced?

A: Factory calibration is provided upon delivery for precise measurements. Periodic recalibration may be necessary based on usage intensity, typically recommended annually. Its advised to consult the manufacturer or an authorized service provider for scheduled maintenance or recalibration needs.

Q: What are the key benefits of using the UD-3600 testing system?

A: Key advantages include high-frequency dynamic testing (up to 200 Hz), superior precision, rapid data acquisition (up to 1000 Hz), robust safety protections, compliance with international standards, and the capacity to test multiple specimens simultaneously. These features increase productivity and data reliability for industrial and research applications.

Q: How does real-time data acquisition work on this system?

A: Real-time data is acquired via the digital LCD display and software, allowing instant monitoring and analysis. The systems data acquisition frequency of up to 1000 Hz captures even rapid material responses, ensuring comprehensive test records for evaluation and reporting.

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