Carbon Monoxide (CO) Gas Sensor, 5ppm To 5000ppm

0 reviews • Write a review

from

$30.03

Ex Tax: $30.03

Stock: In Stock
Model: RDDLZ-GS-702B
Weight: 1.00
SKU: RDDLZ-GS-702B

Available Options

Short Description

Qty

Add to Cart

Buy Now Question?

Add to Wish List Compare this Product

Shipping & Returns

Create unlimited custom product blocks and display them in accordions or tabs or open blocks. Each block can be assigned to all products at once or specific products according to advanced criteria.

Additional Product Info

Create unlimited custom product blocks and display them in accordions or tabs or open blocks. Each block can be assigned to all products at once or specific products according to advanced criteria.

Carbon Monoxide (CO) gas sensing provides MEMS technology, 5ppm to 5000ppm detection range, high sensitivity, low power consumption, fast response and recovery, simple driving circuit, suitable for Carbon Monoxide leak detection for residential or industrial purposes.

Specifications

Model	RDDLZ-GM-702B
Product Type	MEMS Gas Sensor
Standard Package	Ceramic
Detect Gas	Carbon Monoxide (CO)
Detection Concentration	5~5000ppm CO
Standard Circuit Conditions	Loop Voltage	V_C	≤24V DC
	Heating Voltage	V_H	2.5V±0.1V AC or DC (High Temperature) 0.5V±0.1V AC or DC (Low Temperature)
	Heating Time	T_L	60s±1s (High Temperature), 90s±1s (Low Temperature),
	Load Resistance	R_L	Adjustable
Gas Sensor Characteristics Under Standard Test Conditions	Heating Resistor	R_H	80±20Ω (Room Temperature)
	Heating Power Consumption	P_H	≤50mW
	Sensitive Body Resistance	R_S	1kΩ~30kΩ (in 150ppm CO)
	Sensitivity	S	R_o(in air)/R_S (in 150ppm CO)≥3
Standard Test Conditions	Temperature and Humidity		20℃±2℃, 55%±5%RH
	Standard Test Circuit		V_C: 2.5V±0.1V (High Temperature), 0.5V±0.1V (Low Temperature) V_H: 5.0V±0.1V

Dimension

Circuit Diagram

Tips: What is a carbon monoxide (CO) gas sensor?

Carbon monoxide (CO) gas sensor is a device designed to detect and measure the presence of carbon monoxide gas in the surrounding environment. Carbon monoxide is a colorless, odorless, and tasteless gas that is produced by incomplete combustion of carbon-containing fuels, such as gas, oil, wood, and coal. It is highly toxic and poses a significant health risk to humans and animals.

The CO sensor operates based on various technologies, including electrochemical, metal oxide, infrared, and semiconductor sensors. Electrochemical sensors are commonly used and work by measuring the electrical current produced when carbon monoxide reacts with a chemical solution within the sensor. The concentration of carbon monoxide is then calculated based on this current.

These sensors are crucial for ensuring safety in environments where combustion occurs, such as homes with gas appliances, industrial facilities, and vehicles. When the sensor detects elevated levels of carbon monoxide, it triggers an alarm or activates safety systems to alert individuals and prompt them to take necessary precautions, such as ventilating the area or evacuating. This early detection capability is vital for preventing carbon monoxide poisoning, a potentially life-threatening condition that can lead to symptoms ranging from headaches and dizziness to unconsciousness and death. Regular maintenance and calibration of CO sensors are essential to ensure their accuracy and reliability.

Builder in Product TAB

NEW! Since Journal 3.2, the much improved T.A.B (Tabs Accordion Blocks) system supports the page builder inside the tab content. Unlimited Blocks, Tabs or Accordions with any HTML content or the builder interface (supporting custom rows/columns/modules) can be assigned to any individual product or to certain groups of products, like entire categories, brands, products with specific options, attributes, price range, etc. You can indicate any criteria via the advanced product assignment mechanism and only those products matching your criteria will display the modules. Also, any module can be selectively activated per device (desktop/tablet/phone), customer login status and other criteria. Imagine the possibilities.