Kidde Fenwal 27020-1 Detect-a-Fire Horizontal Surface Mount D-A-F, Normaly Closed Contact, 325 Deg

Protect critical equipment and spaces with the Kidde Fenwal DETECT-A-FIRE 27020-1 heat detector — a trusted temperature sensor for dependable fire detection and suppression activation. This Detect-a-Fire unit combines fixed-temperature and rate-of-rise sensing to accurately respond across slow and fast fire growth scenarios. Factory-set to a 325°F activation point and equipped with a normally closed (NC) contact, the 27020-1 offers straightforward wired integration with fire alarm panels, clean-agent or CO2 suppression systems, and security/monitoring platforms.

Housed in a durable stainless-steel shell with a hermetically sealed contact, the surface-mount detector resists corrosive environments and is ideal for server rooms, industrial processes, equipment cabinets and other protected enclosures. The rate-compensated design reduces nuisance alarms from transient thermal gradients while providing repeatable, self-restoring operation that requires minimal maintenance. RoHS compliant and built for long life, the 27020-1 helps lower installation and lifecycle costs through wide spacing allowances and simple wiring.

Enhance your fire detection, security and surveillance strategy with the Kidde Fenwal 27020-1 — order today or contact your distributor to specify it for suppression and monitoring applications.

• Proven, repeatable activation for reliable suppression and monitoring with factory-set 325°F activation and rate-compensated sensing.
• Normally closed (NC) wired contact enables seamless integration with fire panels, suppression systems and security monitoring.
• Rugged stainless-steel, hermetically sealed housing resists corrosion and reduces maintenance in harsh or industrial environments.
• Surface-mount form factor simplifies installation in equipment racks, enclosures and server rooms to lower labor costs.
• Self-restoring, testable design minimizes false alarms and lowers lifecycle costs for continuous facility protection.