
VC-6623
Conventional Optical Smoke Detector

FEATURES
* 360° visible LED
* High performance on slow burning or smoldering fire
* Build-in program of Drift compensation
* Intelligent algorithm and judgment
* Special chamber against interferences
* Remote Indication Output
* Magnetic test available
* Talented plug-in structure without screw
* Used in conventional line only
* LPCB approval to EN54-7
VC-6623
The VC-6623 is a conventional smoke detector designed based on the principle of light scattering. Its unique optical chamber is engineered to detect smoke from a wide range of combustion sources, including slow-burning or smoldering fires. The detector features intelligent drift compensation, adapting to environmental variations such as temperature, humidity, dust, and static.
The VC-6623 incorporates a thoughtfully designed sensing chamber, advanced algorithms, and a screw-free plug-in structure for ease of installation and maintenance. Additionally, it includes an output for a remote indicator and supports testing with a magnetic tool. This detector is compatible with conventional fire alarm systems and can be connected to control units or modules, providing reliable performance in diverse fire safety applications.
COMPLIANCE
LPCB approved EN54-7
SPECIFICATION
* Operating Voltage: DC9V–28V
* Standby Current: ≤60µA
* Alarm Current: 10mA ≤ I ≤ 50mA
* Indicator: Flash as Standby, Illuminate as Alarm
* Remote Indicator Output: 10kΩ resistor required
* IP Rating: IP32
* Temperature: -10°C to +55°C
* Humidity: ≤95% non-condensing
* Material of Enclosure: ABS
* Dimension: D-100mm, H-43mm
* Weight: About 120g
* Base: VB-6611
PRODUCT
DOCUMENTS

Product Training and Support
Our team will assist your needs to ensure you can effectively operate, maintain, and maximize the performance of our products.

Market Expertise
VSAIL offers fire protection solutions tailored to meet the unique safety requirements of various markets and industries.
Contact Details
R401,No.6 Factory,No.1 Xinxing Road,Wuqing Development Zone,Tianjin China
