Custom Vape Airflow Sensors With Oil Proof Film

Sensor aliran udara vape khusus dengan film bukti minyak

Ukuran: Diameter 6 ± 0.1mm, height 2.5 ± 0.2mm;
Low power consumption: < 3uA;
Short circuit protection function (Scp);
12-second long-term inhalation protection function;
Overheating protection function (OTP);
The peripheral application circuit is simple and cost-effective.
Strong anti-interference ability

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Product Name	RM-GDLS60N12-Lxx,-(100~300)Pa, Vape Airflow Sensors with White oil-proof film
sketch	RM-GDLS60N12-Lxx, -(100~300)Pa, The white oil-proof film senses changes in air pressure through MEMS, converts changes in capacitance into digital signals, and provides control signals through the setting of threshold values. The sensor module is installed in a compact metal cover assembly. Used to simulate smoking behavior or detection.
sketch	model: RM-GDLS60N12-Lxx, -(100~300)Pa, White oil proof film; Ukuran: Diameter 6 ± 0.1mm, height 2.5 ± 0.2mm; Low power consumption:< 3uA； Short circuit protection function (Scp); 12-second long-term inhalation protection function; Overheating protection function (OTP); The peripheral application circuit is simple and cost-effective. Strong anti-interference ability.

model	symbol	parameter	minimum	typical	maximum	unit
RM-GDLS60N12-Lxx,-(100~300)Pa, White oil proof film	VBAT	working voltage	2.8	3.7	5.5	V
	Iq	static current	1	\	3	uA
	Rdson	Switching tube conduction impedance	\	80	\	mΩ
	Iled	LED output current	\	\	\	\
	VAT	Constant average voltage output	\	\	\	\
	Rload	Output maximum load capacity	\	\	\	\
	Tsd	Overheating protection threshold	-20	\	85	℃
	TSMOKE	Smoking timeout	10	12	14	S

Precision-Engineered for Smart Airflow Detection

Our custom vape airflow sensors deliver precise airflow monitoring for today’s advanced vaping devices. They use cutting-edge MEMS technology. Moreover, we designed them with a dual-hole structure to enhance accuracy in negative pressure detection.

Innovative Dual-Hole Design

Each sensor includes one air hole on the substrate and one on the shell. The shell hole receives negative pressure directly. When pressure across the MEMS unit exceeds the threshold, the GATE output quickly shifts from high to low. If the pressure remains low for 12 seconds, the sensor activates protection and keeps the GATE output low.

Compact and Reliable Structure

We engineered the sensor to be compact and energy-efficient for easy integration into portable vape devices. Furthermore, its leak-proof, oil-resistant film ensures stable operation even in vapor-rich environments. It also blocks backflow effectively, reducing false triggers and avoiding internal damage from fluid intrusion.

Multi-Layer Safety Protections

We embedded an ASIC chip to improve device safety with multiple protective features. These include 12-second-long inhalation protection to limit extended puffs and maintain safe operation. Additionally, over-temperature protection prevents the sensor from overheating during frequent use. Under-voltage protection keeps the sensor working reliably even when battery levels drop.

Ideal for Slim, Portable Designs

Thanks to its small size, this sensor fits easily into slim vape enclosures without compromising functionality.
Its high-sensitivity differential pressure detection ensures accurate airflow control in compact, battery-powered devices.

Built for Durable, Accurate Performance

We designed the sensor to meet the tough demands of modern e-cigarette manufacturing.
It offers consistent quality and durability through every production batch.
Moreover, our testing process ensures each unit meets strict accuracy and reliability standards.

Conclusion: A Smart Solution for Safer Vaping

In summary, our vape airflow sensors offer smart design, strong protection, and dependable performance.
They help manufacturers build safer, smarter, and more user-friendly vaping solutions.