Top-notch Sensor for Precise Resistance Measurement
Place Of Origin: China
Model Number: DM639M
Type: Load Cell
Place Of Origin: Guangdong, China
Output: Digital Sensor
Precision: C2
Comprehensive Error(%F.S): ±0.02/±0.017
Rated Output(mV/V): 1.0±0.2
Creep(%F.S/30min): ±0.02/±0.017
Zero Balance(%F.S): ±1.0
Input Resistance(Ω): 1000±10
Output Resistance(Ω): 1000±3
Insulation Resistance(MΩ): ≥5000(100vdc)
Load Cell Materia: Aluminium
Plafform Size: 150*250
Packaging: carton or wooden box With Carton Package
Transportation: Ocean,Land,Air,Express,Others
Port: Shenzhen
Payment Type: L/C,D/P,T/T,Paypal,MoneyGram
Incoterm: FOB,CIF
Introducing our high-quality Sensor for Resistance, designed to meet all your measurement needs with utmost precision. This advanced sensor is engineered using cutting-edge technology, ensuring accurate and reliable resistance readings every time. Whether you're a professional engineer or an enthusiast, this sensor is perfect for various applications like industrial automation, robotics, and electronic circuit testing. Its durable construction guarantees long-lasting performance, making it a valuable addition to your toolkit. With its user-friendly design, you can easily connect and operate this sensor, enabling hassle-free measurements. Upgrade your measurement capabilities with our top-notch Sensor for Resistance and experience unparalleled accuracy like never before.
High quality Sensor for Resistance
When selecting a resistance sensor for high-quality and accurate measurements, consider the following factors:
1. Gauge Factor: The gauge factor of a strain gauge determines its sensitivity to changes in resistance due to strain. A higher gauge factor allows for more precise and accurate measurements.
2. Temperature Compensation: Look for resistance sensors that feature temperature compensation mechanisms. This helps to minimize the impact of temperature changes on the sensor's performance and ensures reliable measurements.
3. Material and Design: Resistance sensors are available in various materials such as foil, semiconductor, or wire-wound configurations. Each material has its advantages and limitations in terms of sensitivity, temperature range, and durability. Select a sensor with a material and design suitable for your specific application requirements.
4. Calibration: Calibration is crucial for maintaining accurate measurements. Check if the resistance sensor can be easily calibrated or if it requires professional calibration services to ensure precise readings.
5. Compatibility: Ensure that the resistance sensor you choose is compatible with your measurement system or instrumentation. Consider factors such as output signal type (analog or digital) and voltage or current levels.
Product Categories : Force Sensor > Weigh Modules
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