Product Description
| DC10-30V |
| Alarm temperature | N/A |
| Static current | 4mA(relay N.O.)/13mA(relay N.C.) |
| Alarm current | 19mA(relay N.O.)/9mA(relay N.C.) |
| Alarm output | Relay output |
| Alarm indication | Red led on |
| Installation | Ceiling amounted |
| Contact rating | 0.1A DC 28V |
| Sensitivity | 0.15dB/m (error rate 0.03dB/m) |
| Working environment | -10~+50degree (less than 95%RH No congelation) |
| Dimension | D100*48mm |
Advanced Infrared Beam DetectionHarnessing infrared optical technology, this smoke detector actively monitors large zones-ideal for high-ceiling environments. Its adjustable sensitivity and extended detection range up to 100 meters ensure reliable performance where standard detectors might fall short.
Robust Networking CapabilitiesThe 4-wire networked design enables seamless integration across distributed installations, simplifying alarm signal transmission and centralized management. This makes it perfect for expansive structures like shopping malls and factories seeking coordinated fire safety.
Rapid Response and Reliable BuildBoasting a response time of less than 3 seconds and built with fire-resistant ABS plastic, this unit is both fast and resilient. Support for remote control and flexible ceiling/wall mounting facilitate convenient operation and versatile installation.
FAQ's of en14604 hardwired networked 12v 4 wire beam detector fire alarm smoke detector:
Q: How is the EN14604 hardwired networked beam detector installed?
A: This detector can be mounted on either ceilings or walls using the included hardware. Its 4-wire networked connection must be integrated with your building's fire alarm system, and it should be connected to a 12V DC power supply for proper operation.
Q: What is the optimal application for this smoke detector?
A: The device is ideal for large spaces with high ceilings such as warehouses, factories, malls, and event halls. It provides reliable smoke detection over distances up to 100 meters, making it suitable for monitoring vast areas where conventional detectors may be ineffective.
Q: When does the alarm activate, and how quickly does it respond to smoke?
A: The detector has a response time of less than 3 seconds once smoke is detected within its range. The alarm initiates in under 10 seconds and will continue for more than 30 seconds to ensure prompt notification and enhanced safety.
Q: Where can the beam detector be positioned for maximum effectiveness?
A: For optimal performance, install the detector on high ceilings or walls spanning across large open areas where smoke could accumulate. Position it unobstructed so the infrared beam pathway remains clear within its up to 100-meter detection range.
Q: How do the adjustable sensitivity settings benefit the user?
A: Adjustable sensitivity allows users to fine-tune the detector to environmental conditions and application requirements, reducing false alarms and ensuring accurate response to genuine smoke incidents in large or dynamic spaces.
Q: What process should be followed for routine maintenance of the detector?
A: Regularly inspect the beam path to ensure there are no physical obstructions or dust buildup. Verification of the relay outputs and remote control functions, as well as checking power supply connections, will maintain long-term performance and compliance with EN14604.
Q: What are the advantages of using a networked smoke detector in a large facility?
A: Networked detectors allow for centralized monitoring, instant alarm transmission, and coordinated emergency response across extensive areas, enhancing both safety and management efficiency in critical environments.