502F03PE Pull Type General Quartz Dynamic Force Sensor Applied to Dynamic Stretching and Compression Drop Material Testing

Name: 502F03PE Pull Type General Quartz Dynamic Force Sensor Applied to Dynamic Stretching and Compression Drop Material Testing
Brand: Chengdu Westsensor Technology Co., Ltd.
SKU: 1601167591557_1
Price: 399.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Dynamic Force Measurement: Designed to measure real-time dynamic forces during stretching and compression tests, offering high precision and reliability in fluctuating load environments.
Quartz Sensing Technology: Utilizes quartz crystal material for superior accuracy and stability, even under rapid force changes or extreme conditions.
Compression Mounting Compatibility: Equipped with a compression mounting type for secure integration into testing equipment, ensuring stable performance during drop tests or material stress analysis.

Key features

1. Material Technology

With a corrosion-resistant stainless steel body and quartz sensing element, you can ensure durability in harsh testing environments while maintaining precision under dynamic loads.

2. Interactive Design

With a hexagonal base and threaded connection design, you can achieve secure assembly and quick adjustments in testing setups, reducing downtime compared to models requiring specialized tools.

3. Performance Parameters

With a high-frequency response of up to 1 kHz, you can capture rapid force changes during dynamic stretching and compression tests, outperforming traditional strain gauge sensors by ~30%*.

4. Scenario Solutions

Designed for dynamic stretching and compression testing, you can optimize material stress analysis in R&D and quality control scenarios, reducing test cycle times by up to 25%* compared to static sensors.

5. Certification Standards

Compliant with ISO 376 standards for force measurement accuracy, you can ensure traceable and reliable results for laboratory and industrial applications, meeting global certification requirements.

Product details

The 502F03PE Pull Type General Quartz Dynamic Force Sensor is a precision-engineered component designed for dynamic force measurement in material testing applications. Constructed from durable stainless steel, it features a hexagonal base with threaded connections for secure mounting and reliable performance in harsh environments. Ideal for dynamic stretching, compression drop tests, and industrial material analysis, this sensor combines robust construction with high-precision measurement capabilities.

Technical specifications

Feature	Specification	Application Scenario
Material	Stainless Steel (corrosion-resistant)	Harsh environments requiring chemical/thermal resistance
Mounting Type	Compression	Secure integration into testing machinery
Sensitivity	±0.05% F.S.	Precise force measurement in dynamic systems
Operating Range	0–500 kN	Heavy-duty material stress testing
Temperature Range	-20°C to +120°C	Extreme-temperature industrial applications

Customization guide

Adjustable parameters include:

Thread specifications (e.g., metric/imperial) to match equipment interfaces.
Mounting dimensions for compatibility with custom testing setups.
Sensitivity calibration to meet specific measurement requirements.

Get inspired

With its stainless steel construction, you can ensure durability in corrosive or high-pressure environments. The compression mounting design allows seamless integration into dynamic testing rigs, while its wide operating range enables precise force measurement in material fatigue tests.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Sensitivity	±0.05% F.S.	±0.03% F.S. (+40%)	±0.01% F.S. (+80%)
Max Load Capacity	500 kN	800 kN	1,200 kN
Response Time	2 ms	1.5 ms (25% faster)	1 ms (50% faster)
Certifications	ISO 9001	ISO 9001 + RoHS	ISO 9001 + RoHS + ATEX

Supplier's note

Technical Breakthroughs:
- Material Innovation: Stainless steel ensures 30% higher corrosion resistance than aluminum-based sensors.
- Precision Sensitivity: The Pro model’s ±0.01% F.S. accuracy outperforms industry benchmarks by 50%.
- Response Speed: The Pro’s 1 ms response time is 50% faster than traditional models, enabling real-time dynamic force analysis.
Version Selection Guide:
- Base Model: Ideal for standard material testing labs requiring cost-effective solutions.
- Advanced Model: Suitable for R&D teams needing enhanced precision (e.g., aerospace component testing).
- Pro Model: Designed for extreme environments (e.g., automotive crash testing) where ultra-accuracy and speed are critical.

Example: The Pro version’s chemical resistance and triple-industry-standard sensitivity enable safe, high-precision measurements in corrosive chemical testing scenarios. Paired with its rapid response time, it ensures reliable data capture during sudden force changes.

Frequently asked questions

Which force sensor model is best for dynamic compression and stretching tests in material analysis?
How do I clean and maintain a pull type quartz force sensor for accurate readings?
Why is quartz preferred over strain gauge technology in dynamic force sensors?
Can the 502F03PE force sensor be customized for specific mounting or sensitivity needs?
Is the 502F03PE sensor ISO-certified for material testing applications?
What makes the 502F03PE suitable for drop weight testing in material labs?
How does the compression mounting type benefit dynamic force measurements?
What factors ensure the long-term reliability of quartz force sensors like the 502F03PE?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Strain Gauge Sensors	Static weighing (scales, presses)	Metal foil strain gauges (0.05–1% accuracy▲)	Cost-effective, durable	Less accurate for dynamic loads, temperature drift▲▲▲
Piezoelectric Sensors	Dynamic impact testing	Piezoelectric crystal (response up to 10 kHz▲)	Fast response (▲), ideal for dynamic loads	Drift under static loads, needs amplifiers
Hydraulic Load Cells	Harsh chemical environments	Fluid pressure measurement (IP68 rated▲)	Explosion-proof, EMI immune	Bulky, slow response, requires maintenance
Pneumatic Load Cells	Explosive/cleanroom settings	Air pressure sensing (no electrical components▲)	Intrinsically safe (▲), no EMI	Low accuracy, sensitive to air pressure changes
Quartz Force Sensors	Dynamic stretching/compression tests	Quartz crystal core (0.5% accuracy▲▲ over 1% industry standard), 5 kHz response▲▲	High precision (▲▲), stable over temp▲▲▲▲	Higher cost, requires calibration
Compression Load Cells	Heavy-duty weighing systems	Axial compression design (capacity up to 500t▲▲)	Robust, reliable for heavy loads▲▲▲▲▲▲▲▲	Limited to compression only, less flexible