DOT-6043 - Heat and smoke detector

DOT-6043 universal smoke and heat detector is designed to detect the initial stage of fire development during which smoke appears with an increase in temperature. It is defined by significant resistance to the air movement and pressure changes. Dual smoke detection system (in the IR and UV range) and a dual heat detection system provide an increased resistance to false alarms caused by e.g. water vapour and dust maintaining the small dimensions and high aesthetics of the detector.

Variety

addressable, multisensor, point smoke and temperature detector

Application

The detector is designed to detect the initial stage of fire development, during which smoke appears and/or there is an increase in temperature. It is characterized by significant resistance to the influence of air movement and pressure changes.

Compatibility

The detectors are installed on the control lines of POLON 3000, POLON 4100, POLON 4200 control panels.

Specification:
  • Type addressable, point
  • Category to work in normal conditions
  • Variety smoke and heat
  • Operational voltage 16,5 VDC - 24,6 VDC
  • Quiescent current consumption ≤ 150 µA
  • Detector class A1R, A1S, BR, BS acc. to PN-EN 54-5
  • Detected test fires TF1 to TF9
  • Addressing Automatic address encoding from the control panel
  • Operating temperature range -25 °C to 55 °C
  • Relative humidity up to 95 % at 40 °C
  • Dimensions of detector with base Ф115 x 54 mm
  • Weight 0.18 kg
  • Frame colour white/any colour of the RAL palette (special order only)
Name File type File name File size Download
DOT-6043 Datasheet Datasheets KK-E389_01.2021-GB.pdf 173.73 KB
DOT-6043 Declaration of Performance Declaration of Performance DOT-6000_DWU_01_E389_2022-1.pdf 1.64 MB
DOT-6043 Declaration of Conformity Declaration of Conformity DOT-6000_DEKLARACJA_ZGODNOSCI_UE_1_E389_2022.pdf 409.47 KB
DOT-6043 Certificate of Constancy of Performance Certificates DOT-6000_1438-CPR-0798-1.pdf 5.68 MB
DOT-6043/DOT-6046 UAE Certificate Certificates DOT-6000_DC-UAE-0197.pdf 2.23 MB