Ultrasonic oxygen sensor Gasboard 7500E
with gas flow sensor

ultrasonic oxygen sensor
ultrasonic oxygen sensor
ultrasonic oxygen sensor
ultrasonic oxygen sensor
Add to favorites
Compare this product
 

Characteristics

Technology
ultrasonic
Other characteristics
with gas flow sensor

Description

Gasboard7500E is a type of ultrasonic oxygen gas sensor, which could realize accurate and stable measurements for oxygen concentration between 20.5~100%vol and flow rate within 0-10LPM. Gasboard7500E provides a new, economical, durable option for system designers who is seeking for medical oxygen sensors for PSA oxygen generator, medical ventilator , respiratory devices, anesthetic machine and vaporizer. Adopting ultrasonic detecting technology, Gasboard7500E has a better performance than electro-chemical and other oxygen sensors. It has variable functions including data display, online monitor, status alarming and has been widely used in home and medical oxygen concentrator, large oxygen generator, ventilator. Also, we can offer ODM service according to customer’s demand exclusively. Features ▪ Ultrasonic technology ▪ High accuracy, excellent stability ▪ Full scale temperature compensation ▪ Factory calibration, maintenance free ▪ Long lifespan, low cost, small size ▪ Meet CMC, CE, EMC certification requirements Applications ▪ Portable PSA oxygen concentrator ▪ Industrial oxygen generator ▪ Medical ventilator ▪ Anesthesia machine Specifications Measurement range O2: 0~100%; Gas flow: 0~10L/min Resolution O2: 0.1%; Gas flow: 0.1L/min Concentration accuracy ±1.8%FS @(10~ 45)℃ Flow accuracy ±0.2L/min@(10~ 45)℃ Response time 1.5s Working temperature 10℃~50℃ Storage temperature -20℃~60℃ Working humidity 5~85%RH(non-condensing) Power supply DC 12V Signal output UART_TTL Dimension W120*H22*D13.6(mm)
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.