Excellence series isolated dual optical/heat detector c/w sounder & VAD with ISO (black)

Code: 36245

KE-DP3121B-SNV

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Excellence series isolated dual optical/heat detector c/w sounder & VAD with ISO (black)

KE-DP3121B-SNV


Features:


  • Integrated loop short circuit isolation ensures operation during a loop overload
  • Short circuit isolation on remote indicator output for additional device protection
  • Nuisance alarm, steam & dust discrimination for superior false alarm immunity
  • Regular automatic self testing for operational piece of mind
  • Static and rate-of-rise temperature support
  • Tri-colour indicators for alarm, pre alarm, isolation, fault, ItsMe and communications takes the guesswork out of operational status
  • 360° indicator visibility means no device alignment to ensure visibility
  • Easy mechanical rotary addressing
  • Event logging in the device for advanced diagnostics purposes
  • All alarm levels EN54 certified
  • Supports 32 multi-stage tones at 4 alarm levels up to 86 dB(A)
  • Supports visual alarm notification at 3 levels up to C-3-9

Overview:

The innovative Excellence range of intelligent addressable devices offers advanced features for reliability and peace of mind. Coupled with features for ease of installation and maintenance on new fire detection systems, it’s a perfect match for exceptional overall performance.

The DP3121B-SNV is a Kidde Excellence series, graphite black addressable dual optical and heat detector with integrated short circuit isolation, sounder and VAD (Visual Alarm Device). It combines a low profile design with dual tri-colour status indication with 360° visibility. A remote indicator output is available to support a remote indicator up to 30 m away.

Detection reliability is ensured by combining dual optical wavelengths with multiple detection angles. This allows for state-of-the-art particle size detection that differentiates between real sources of alarm, or nuisance sources such as dust and steam. As a temperature detector, Class-A static and rate-of-rise modes are supported to further widen the application footprint.

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