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Spring Testing Services

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MOQ : 1 Unit

Spring Testing Services Specification

Specimen Size
Customizable

Port Size
Standard

Gas Pressure
6 kg/cm2

Display Type
Digital

Temperature
10-40C

Number of Specimens
1

Humidity
40-90% RH

Equipment Type
Spring Testing Machine

Automation Grade
Automatic

Application
Compression, Tension & Spring Testing

Operating Voltage
220 V

Frequency
50 Hz

Measuring Range
0-5000 N

Accuracy
1%

Test Range
0-5000 N

Max Height
300 mm

Response Time
Instant

Power Supply
220 V, 50 Hz

Features
PLC-based control, Automatic data recording

Mounting Type
Table Top

Resolution
0.01 mm

Interface Type
RS232 or USB

Usage
Industrial/ Laboratory

Capacity
Varies by model

Machine Weight
33 Kg

Test Speed
50 mm/min

Test Width
50 mm

Test Stroke
100 mm

Control Mode
Automatic

Display Units
N, kgf, lbf selectable

Data Output
PC Connectivity, Printer port

Safety Feature
Emergency stop button

Load Cell Type
High precision S-type

Testing Modes
Compression, Extension, Fatigue

Software Support
Windows-based analysis software provided

Power Consumption
0.5 kW max

Structure Material
Mild Steel with powder coating

About Spring Testing Services

Spring Testing Services involve professional evaluation of springs to determine their mechanical properties, load capacity, and performance characteristics. Using advanced spring testing machines, technicians measure parameters such as compression force, extension force, stiffness, and fatigue resistance. These services are essential for manufacturers who need to verify product quality and compliance with engineering specifications. Industries including automotive, aerospace, electronics, and machinery manufacturing frequently utilize spring testing services for quality control and product development. Accurate testing ensures springs meet required standards, perform reliably in applications, and maintain durability under operational loads.

Efficient and Accurate Spring Testing

Engineered for high-precision testing, this spring testing machine caters to comprehensive needs including compression, extension, and fatigue analysis. Its PLC-based control system ensures precise measurement, automatic data collection, and simplified operations, making it an invaluable tool for quality assurance in both industrial and research environments.

Seamless Data Management and Analysis

Equipped with modern connectivity features, the system offers effortless data output through PC integration and a printer port. The Windows-based analysis software streamlines result interpretation, report generation, and long-term data storage, boosting productivity and documentation efficiency for testing professionals.

FAQ's of Spring Testing Services:

Q: How does the spring testing machine ensure accurate results during testing?

A: The machine incorporates a high precision S-type load cell with 1% accuracy and 0.01 mm resolution, ensuring reliable measurement. With digital displays and automatic data recording, results are consistent and can be monitored in real time.

Q: What safety features are provided with this spring testing equipment?

A: An emergency stop button is integrated into the system to immediately halt operations in case of any hazard, safeguarding both the user and the specimen during testing.

Q: When should I use the different testing modes (compression, extension, fatigue)?

A: Compression mode is for compressive strength tests, extension mode checks tensile properties, and fatigue mode evaluates durability under repetitive loading. Select the mode according to your spring's performance criteria and application requirements.

Q: Where can this machine be used, and what power specifications are required?

A: It is suitable for industrial and laboratory environments with a stable operating voltage of 220 V at 50 Hz, supporting a max power consumption of 0.5 kW. It requires a tabletop mounting and a standard gas pressure of 6 kg/cm2.

Q: What is the process for connecting the machine to a PC or printer?

A: The machine offers RS232 or USB interfaces for straightforward PC connectivity, and a dedicated printer port for direct printouts. Installation is facilitated by the provided Windows-based analysis software.

Q: How can customizable specimen sizes and test parameters benefit my application?

A: Customizable specimen size options and adjustable test parameters allow tailored testing for diverse spring types, ensuring compatibility with unique industrial or research requirements.

Q: What are the advantages of using automatic control and data recording features?

A: Automatic operation and data logging reduce manual intervention, minimize errors, and streamline the overall testing process-saving time while maintaining high repeatability and documentation accuracy.

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