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2.2 Inches Flex Sensor

Name: 2.2 Inches Flex Sensor
Brand: R and D Control Systems
Price: 211.0 INR
Availability: InStock

Price 211.0 INR/ Piece

Get a Price/Quote

MOQ : 50 Pieces

2.2 Inches Flex Sensor Specification

Wireless
No

Measurement Range
0-90 deg

Power Consumption
Very low

Application
Robotics, Wearables, Motion Detection

Operating Temperature
-25 to 85 C

Cable Length
Not included / Solder connection

Ingress Protection
No rating

Interface
Direct solder

Sensitivity
Resistance increases with bend

Mounting Type
Adhesive or insert

Signal Type
Analog

Sensor Type
Bend Sensor

Features
Thin, Flexible, Lightweight

Housing Material
Flexible polymer

Product Type
Flex Sensor

Material
Polymer Substrate (assumed)

Input
Mechanical Bending

Output
Resistive

Usage
Angle/Bend Sensing

Accuracy
Varies with circuit

Resolution
Continuous (Analog)

Voltage
Typical 5V (assumed)

Weight
~1g (assumed)

Sensor length
2.2 inch

Thickness
0.5 mm

Resistance change
90 deg 5x

Connector
Solder pad

Resistance flat
10 k ohm

2.2 Inches Flex Sensor Trade Information

Minimum Order Quantity
50 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
500 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About 2.2 Inches Flex Sensor

Unlock exceptional value with our 2.2 Inches Flex Sensor, now available at an exclusive Clearance Discount! This venerable and exquisite flex sensor offers splendid reliability, featuring a resistance of 10 k ohm, continuous analog resolution, and a 0.5 mm ultra-thin profile. Perfect for robotics, wearables, and motion detection, its lightweight and flexible polymer construction ensures seamless integration. The sensor's resistance elegantly increases with bending, providing precise readings from 0 to 90. Solder pad connection and adhesive mounting facilitate fuss-free usability. Secure this splendid deal from India's trusted manufacturer and supplier today!

Direction of Use, Competitive Advantage, and Applications

To use the 2.2 Inches Flex Sensor, simply solder the pads and mount it with adhesive or by inserting. Its primary competitive advantages are its splendid flexibility, lightweight design, and continuous analog output, making it superb for accurate, real-time angle or bend measurements. Widely used in robotics, wearable gadgets, and motion detection systems, this sensor excels where precise motion tracking is vital, offering very low power consumption and seamless integration into any innovative project.

Sample Policy, Payment Terms & Shipping Details

Sample purchase is available at a competitive rate, with samples delivered across India using reliable transport services. Flexible payment terms are offered to suit customer needs, ensuring a smooth transaction process. The FOB Port for shipments is set as per customer preference, facilitating convenient and efficient logistics. Trust us to handle your orders with professional care-from confirmed payment to prompt delivery-ensuring your flex sensors reach you quickly and safely.

FAQ's of 2.2 Inches Flex Sensor:

Q: How does the resistance of the 2.2 Inches Flex Sensor change during use?

A: The resistance increases continuously as the sensor bends, allowing for precise analog monitoring of the bend angle from 0 to 90 degrees.

Q: What are the main applications for this flex sensor?

A: This sensor is ideal for robotics, wearable devices, and motion detection, as it captures real-time movement and angle changes expertly.

Q: Where should the 2.2 Inches Flex Sensor be installed for optimal performance?

A: It can be mounted using adhesive backing or by inserting it into dedicated slots within your device for secure and accurate sensing.

Q: What is the process for connecting the sensor?

A: The sensor features solder pads for direct connections, making it easy to integrate into your circuit using basic soldering techniques.

Q: What are the primary benefits of using this flex sensor?

A: Its thin, lightweight, and flexible construction allows for seamless integration, with low power consumption and high sensitivity for continuous analog measurements.

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