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Textile Sensor

Name: Textile Sensor
Brand: RBA OPTISYNC PRIVATE LIMITED
Price: 2000.00 INR
Availability: InStock

Price 2000.00 INR/ Unit

Get a Price/Quote

MOQ : 01 , , Unit

Textile Sensor Specification

Mounting Type
Sew-on or Adhesive

Signal Type
Resistive

Response Time
<1 ms

Sensor Type
Flexible Pressure Sensor

Operating Temperature
-20C to +60C

Sensitivity
High

Wireless
Optional Integration

Cable Length
Customizable (Standard 30 cm)

Measurement Range
0 10 Newtons

Power Consumption
Low

Application
Medical Clothing, Interactive Garments, Sportswear

Features
Washable, Flexible, Lightweight, Customizable

IP Rating
IP20

Interface
I2C, Analog out

Product Type
Textile Sensor

Material
Conductive Fabric

Input
Physical Pressure/Touch

Output
Analog or Digital Signal

Function
Detect Touch or Pressure

Usage
Wearable Electronics, Smart Textiles

Accuracy
1%

Resolution
High (specific to application)

Voltage
3V 5V

Weight
Lightweight (Approx. 5 grams)

Lifespan
>10,000 cycles

Shape
Customizable (Sheet, Strip, Patch, etc.)

Compatibility
Microcontroller systems, Arduino, Raspberry Pi

Thickness
0.2 mm

Color
Gray or Custom

RoHS Status
Yes

Storage Temperature
-40°C to +80°C

Textile Sensor Trade Information

Minimum Order Quantity
01 , , Unit

Supply Ability
50 Units Per Week

Delivery Time
3-4 Days

About Textile Sensor

The Textile sensor offered by usexhibits resistance to high temperature as well as extremes of pressure. This is of great utility when dealing with tensile loading.The important principle of work is dependent on creating the electrical conductive paths. Textile sensor is quite beneficial for the conductive dispersion application. The said unit is used for determination of mass variation. This is widely used for the determination of production parameters.

Technical specification

Current Rating	250 mA
Brand	Automax
Usage/Application	Textile industries
Voltage	10-30 Vdc
Response Time	1 ms
IP Rating	IP 65
Control Output	PNP / NPN / 4 -20 mA / 0-10 Vdc

Versatile Integration and Customization

This sensor accommodates a range of shapes, including sheets, strips, and patches, making integration easy for various textile-based projects. Its mounting options include sew-on or adhesive, while cable length and wireless connectivity can be tailored to individual requirements. Custom color and material choices are available, facilitating seamless incorporation into new or existing designs.

Advanced Performance and Reliability

Engineered for high sensitivity and resolution, the sensor reliably detects touch and pressure across the measurement range of 010 Newtons, delivering accurate performance in real time. With a lifespan exceeding 10,000 cycles and IP20 protection, it stands up to repeated use and typical environmental conditions in consumer, medical, and sportswear applications.

Effortless Connectivity and Compatibility

The sensor interfaces effortlessly with microcontroller-based systems, including Arduino and Raspberry Pi, via analog, I2C, and resistive signal outputs. Operating at low voltage (3V5V), it suits wearable electronics and interactive clothing, helping developers and manufacturers create versatile, next-generation smart textile solutions.

FAQs of Textile Sensor:

Q: How can I integrate the textile sensor into my wearable electronics project?

A: The textile sensor features flexible mounting options, including sew-on and adhesive methods, and supports custom shapes and cable lengths. It can connect directly to microcontroller systems like Arduino and Raspberry Pi through analog out or I2C interfaces, simplifying integration into garments, medical clothing, or sportswear.

Q: What is the process for customizing the sensors color, shape, and cable length?

A: Customization is available for color, shape (sheet, strip, patch, etc.), and cable length (standard 30 cm or as specified). To request customization, contact the supplier, manufacturer, or service provider with your requirements, and the production team will modify these specifications accordingly.

Q: Where can the textile sensor be used effectively?

A: This sensor excels in applications such as medical clothing, interactive garments, smart textiles, and sportswear. Its flexibility, washability, and lightweight design make it ideal for seamless integration into fabric-based products that require touch or pressure detection.

Q: When should I choose this sensor for my application?

A: Opt for this sensor when you require accurate, high-resolution touch or pressure detection in flexible, lightweight, and washable fabrics. It is particularly suitable for high-cycle use (over 10,000 cycles) and environments with moderate temperatures, ranging from -20C to +60C.

Q: What are the benefits of using a textile sensor with high resolution and low power consumption?

A: High resolution ensures precise touch or pressure measurements (+/-1% accuracy), crucial for advanced wearable and smart textile applications. Low power consumption (3V5V) prolongs device battery life, making the sensor efficient for continuous use in portable and wearable electronics.

Q: How do I maintain and store the textile sensor to ensure its longevity?

A: To maximize lifespan, store the sensor at recommended temperatures (-40C to +80C), avoid exposure to moisture beyond IP20 limits, and incorporate it into washable textiles as specified by usage guidelines provided by suppliers or manufacturers.

Q: What wireless connectivity options are available for this textile sensor?

A: Wireless integration is optional and can be requested during purchase. It supports flexible connectivity via analog or digital interfaces, facilitating remote monitoring and control in advanced smart textile systems.

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