Resistive Transducer

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Product Details:

Resistance 1 k to 10 k (standard range)
Output Analog / Variable resistance
Theory Based on variation of resistance with physical changes such as displacement or pressure
Type Resistive Transducer
Accuracy 0.5% FS
Operating Voltage 5V to 24V DC
Output Voltage 0-5V (typical, dependent on circuit)
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Product Description

Resistive Transducer Price And Quantity

Resistive Transducer Product Specifications

Type Resistive Transducer
Operating Voltage 5V to 24V DC
Operating Temperature -20C to +80C
Resistance 1 k to 10 k (standard range)
Theory Based on variation of resistance with physical changes such as displacement or pressure
Output Voltage 0-5V (typical, dependent on circuit)
Output Analog / Variable resistance
Storage Temperature -30C to +85C
Accuracy 0.5% FS
Compensated Temperature 0C to +60C

Product Description

The resistive transducer is used for providing the quick responses. The voltage either Ac or Dc is effective in calculating the variable resistance. The transducer is useful in the calculation o the temperature, pressure, force etc. It is demanded in the electrical system industries. It is known for its high accuracy, efficacy working principle. Resistive transducer has the long-service life, which means that after installation, it would not require frequent replacements. Our customers give the positive reviews regarding the quality, working of this equipment.

Specification

Mechanical stroke	50 to 500 mm
Resistance	5 or 10 k ohm
Linearity	+-0.1% to +-0.5%
Mechanical life	10x70 deg. Cycle
Case material	Anodized aluminum
Mechanical fixing	2 ball joints

High-Precision Measurement and Robust Design

Engineered with advanced materials and a wire-wound or cermet contact mechanism, this resistive transducer achieves high precision through excellent linearity and accuracy. The IP65-rated aluminium or plastic housing provides resistance against dust and water, ensuring reliability in demanding applications such as automation, robotics, and process monitoring.

Flexible Mounting and Versatile Connectivity

Installation is straightforward, as the transducer supports both panel and PCB mounting options. Connection is simplified by solder terminals or PCB pins, enhancing adaptability in various circuit designs. Its analog output integrates seamlessly into modern and legacy systems alike, suitable for a broad range of industrial and commercial uses.

FAQs of Resistive Transducer:

Q: How does the resistive transducer respond to physical changes like displacement or pressure?

A: The transducer operates on the principle that its resistance changes in response to physical stimuli, such as displacement or pressure. This variation in resistance can be precisely tracked as a continuous analog signal or variable voltage output, enabling accurate monitoring of the parameter being measured.

Q: What benefits does the IP65 ingress protection rating provide?

A: An IP65 rating ensures the transducer is dust-tight and protected against water jets, making it suitable for use in environments where exposure to dust, moisture, or moderate water splashes may occur, thereby extending operational reliability and lifespan.

Q: When should I choose a wire-wound versus a cermet contact type for my application?

A: A wire-wound contact is ideal for applications demanding superior linearity and durability under frequent movement, while a cermet contact provides stable performance in environments where electrical noise resistance and longevity are critical.

Q: Where can this resistive transducer be installed?

A: You can mount the transducer on panels for equipment monitoring or directly onto PCBs for integration into compact electronic assemblies. Its flexible mounting options suit diverse industrial, laboratory, or OEM applications.

Q: What is the process for connecting the transducer to my system?

A: The transducer offers solder terminals or PCB pins, allowing for simple electrical integration. Depending on your setup, connect it directly to your board or wiring harness, ensuring correct polarity and secure attachment for consistent signal output.

Q: How does the transducers quick response time enhance process monitoring?

A: With a response time of less than 1 millisecond, the transducer accurately provides real-time feedback on measured parameters. This speed helps operators or automated systems promptly react to changing conditions, increasing process efficiency and safety.

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