Ultrasonic Oxygen Sensor OCS-3FL2.0 for PSA Oxygen Concentrator Purity And Flow Detection 21-95.6% 0-10L/min
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Specifications
- Brand Name
- NONE
- High-concerned chemical
- None
- Origin
- Mainland China
- Output
- Digital Sensor
- Theory
- Ultrasonic Sensor
- Type
- Gas Sensor
- is_customized
- Yes
- Use
- Gas Sensor
- Material
- Mixture
Product Description
Product overview
Product performance description
The OCS-3FL2.0 ultrasonic oxygen sensor is a new type of gas sensor newly developed by
Winpower Technology Co., Ltd. It uses the principle of ultrasonic to detect the oxygen
concentration and flow rate in the gas output by the oxygen concentrator and sends the
detection results in various ways such as UART digital output and LED indicators.
Features
◆High accuracy
◆Strong anti-interference ability
◆High precision, good long-term stability
◆No user calibration, life is more than 5 years
Application
Molecular sieve oxygen concentrator
Specification
Size and Connectors
Product use tutorial
In general connections, sensors, wires, LCD and PSU are required.The PSU connects the LCD to the power supply, and the cable connects the LCD to the sensor (J2 port).
UART communication parameters
Packing&Shipping
Company Introduction
Winpower Technology Co., ltd. is located in the innovation city, shenzhen, China.It started to develop nondispersive infrared(NDIR) carbon dioxide sensor in 2003.
The company launched the ultrasonic oxygen sensors which is used for PSA oxygen generator on the concentration and flowdetectionin 2010.
Our Services & Strength
Pre-Sales Service
* Inquiry and consulting support.
* Sample testing support.
* View our Factory.
After-Sales Service
* Training how to instal the machine, training
how to use the machine.
* Engineers available to help customers settle
problems in time.
FAQ
Q: Are you a factory or trading company?
A:We are a Professional Manufacturer for ultrasonic oxygen sensors.
Welcome to our company, our company, show room and factory in same place.
Q. What is your trading term?
A:1. Payment term: T/T, or PAYPAL for small amount .
2. Lead time: normally in 2-30 days after receiving the payment.
3. Sample policy: Samples are always available for each model. Samples can be ready in 2-5 days once payment received.
4. Shipping: send by EXPRESS
5. Discounts: We offer discount for big quantity.
Q: How to purchase your product?
A:Quotation → PI → Confirm PI → Arrange payment →Producing → Shipping
Q: Can you provide the OEM service?
A: Yes
Q. Where is your company?
A: 2nd floor, 6# Building, Zone A, Baosheng Industry Zone, No.6 Tangbian Road, Bainikeng Village, Pinghu, Longgang District,
Shenzhen City, Guangdong Province, P.R.China. Welcome to our company.
Pros & Cons
Pros
- Accurate ultrasonic detection of oxygen purity 21-95.6% and flow 0-10L/min
- Digital sensor output for easy integration
- Customizable for specific oxygen concentrator needs
- Non-invasive gas sensing technology
Cons
- No specific brand name provided
- Limited size or dimension details in specs
- Mixture material may vary in durability
- Origin Mainland China may involve longer shipping times
Common Questions
What material is the Ultrasonic Oxygen Sensor OCS-3FL2.0 made from?
The sensor is made from a mixture material, suitable for gas detection in oxygen concentrators.
What is the detection range for oxygen purity and flow rate?
It detects oxygen purity from 21-95.6% and flow rate from 0-10L/min, ideal for PSA oxygen concentrators.
Is this sensor compatible with standard PSA oxygen concentrators?
Yes, it is designed specifically for PSA oxygen concentrators for purity and flow detection using ultrasonic technology.
How is the OCS-3FL2.0 ultrasonic oxygen sensor installed and used?
It uses ultrasonic principle for non-invasive detection; connect via digital output to monitor gas output from the oxygen concentrator.
What are the shipping details for this gas sensor from Mainland China?
Ships from Mainland China; standard e-commerce shipping applies, with potential customs fees depending on destination.
Product information last updated on March 30, 2026