Consilium EV-P Optical Smoke Detector White
The Consilium EV-P is a high-quality analogue addressable smoke detector, designed to detect early-stage fires. This optical smoke detector uses advanced EV-P technology, minimizing false alarms while maximizing safety. Thanks to its sleek white design, the detector seamlessly fits into any professional or industrial environment.
Reliable Smoke Detection for Any Space
The Consilium EV-P operates on the scattered light principle. The smoke chamber is designed to reduce the chances of external influences, such as dust or insects, disrupting its operation. This makes the detector particularly suitable for locations where operational reliability is crucial. As it is an addressable system, you can see exactly where the alert is coming from on the fire alarm control panel, saving valuable time in an incident.
Key Features
- Analogue Addressing: Each detector has its own unique address for accurate localization.
- Stable Detection: Optimized to distinguish between real smoke and environmental factors.
- Easy Installation: Designed for quick installation on standard Consilium bases.
- Durable Design: Made from high-quality materials for a long lifespan.
Specifications of the Consilium EV-P
The technical specifications of this model ensure seamless integration into your existing fire protection network. Below are the key data:
- Type of detector: Optical smoke detector (Analogue addressable)
- Product name: Consilium Salwico EV-P
- Colour: White
- Material: PC/ABS plastic
- Operating temperature: -25 degrees Celsius to +70 degrees Celsius
- Humidity: 0 to 95 percent relative humidity
- Voltage: 20 to 38 VDC
- Current consumption in standby: 0.2 mA
- Current consumption in alarm: 5 mA
- Protection class: IP44 (depending on the base used)
- Certification: Complies with the applicable EN54-7 standards
Why Choose the Consilium EV-P?
Safety is not a place for compromises. By choosing this white optical detector, you are opting for proven technology within the maritime and industrial sector. The system is self-learning and adapts to the environment, ensuring that sensitivity remains constant over time despite slight contamination of the optical chamber.
