Icelinker

Icelinker provides the Auto Compact Cleaner (ACC), a compact device that maintains the performance of air sampling fire detectors. The ACC prevents contamination in air sampling pipes and laser chambers, ensuring reliable detection and extending filter lifespan.

Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Air sampling type fire detectors can experience reduced detection performance due to dust and particulate accumulation in their air sampling pipes, laser chambers, and filters. This contamination obstructs airflow and compromises the system's ability to accurately detect fires.

Solution

Icelinker develops and provides advanced cooling technologies for both medical/wellness and fire safety applications. In the fire safety sector, the company offers the world's smallest Auto Compact Cleaner (ACC) designed to maintain the optimal performance of air sampling fire detectors. By preventing the blockage of air sampling holes and reducing contamination in critical components like laser chambers, the ACC ensures reliable fire detection. This technology also extends the lifespan of filters and minimizes airflow disruptions, leading to reduced overall maintenance costs for fire safety systems.

Target Audience

The primary target audience includes fire safety system integrators, building management companies, and facilities managers responsible for maintaining the operational integrity of air sampling type fire detection systems.

Features

**AIRWAY (Auto Compact Cleaner):** A compact device installed inline with air sampling type fire detectors to prevent contamination and maintain detection accuracy.
**Air Sampling Pipe Protection:** Prevents blockage of air sampling holes caused by fine dust and environmental pollutants.
**Laser Chamber Maintenance:** Reduces dust accumulation within the laser chamber, ensuring consistent detection sensitivity.
**Filter Lifespan Extension:** Minimizes filter clogging, thereby prolonging operational life.
**Airflow Optimization:** Reduces instances of airflow obstruction, ensuring efficient system operation.
**Integrated Fan Motor Overheat Protection:** Automatically shuts down the fan motor if its temperature exceeds 77°C or if it operates continuously for over one minute, preventing fire hazards.
**Motor Malfunction Self-Diagnosis:** Detects and alerts users to issues such as poor connector status or motor failure in the servo or fan motor.
**Compact and Aesthetic Design:** Features a small form factor and visually appealing design that integrates seamlessly with existing fire detection equipment.