FEO2000 CONVENTIONAL SMOKE DETECTOR WITH BASE BRAND:ZETA
Product Overview Ensure reliable and cost-effective fire safety with the Zeta FEO2000 Conventional Smoke Detector. Complete with a mounting base, this high-quality optical smoke detector is designed for rapid response to slow-burning or smoldering fires. Alarm Supplies is a trusted supplier of authentic Zeta fire alarm systems in Qatar. We provide QCDD-approved, highly dependable conventional fire detection devices designed to protect small to medium-sized commercial and residential properties across Doha. Key Features & Specifications Brand: Authentic ZETA Alarms. Detection Technology: Advanced optical sensing chamber for early and accurate smoke detection. Complete Set: Supplied with a standard mounting base for quick and easy installation. Approvals: Meets rigorous international safety standards and complies with Qatar Civil Defense (QCDD) requirements. Application: Ideal for conventional fire alarm zones in shops, offices, warehouses, and residential buildings in Doha. Frequently Asked Questions (FAQ) Q: Is the Zeta FEO2000 smoke detector QCDD approved? A: Yes, all Zeta conventional and addressable fire alarm devices supplied by Alarm Supplies are strictly QCDD approved for use in Qatar. Q: Where can I buy original Zeta conventional smoke detectors in Doha? A: Alarm Supplies is your best supplier in Qatar for 100% authentic Zeta FEO2000 smoke detectors, bases, and conventional fire alarm panels at the most competitive prices.
Tax, installation and standard shipping included where applicable.
Purchase Confidence
Guaranteed service and verified authenticity
Technical Specifications
ALM-RD9984 Compliance & Product Details
| Brand | ZETA |
|---|---|
| Model / SKU | FEO2000 |
| Product ID | ALM-RD9984 |
| Category | Detection Devices |
| Availability | In Stock |
Why Choose Feo2000 Conventional Smoke Detector With Base?
The Feo2000 Conventional Smoke Detector With Base is the optimal choice for properties in Qatar due to its compliance with Civil Defense regulations and reliable performance in extreme environments.
