TUP-40 - Fixed temperature rate-of-rase heat detector

The TUP-40 fixed temperature rate-of-rase heat detector is designed to detect fire hazards in rooms where excessive or very rapid temperature rise can be expected in the first phase of the fire and where, due to the prevailing conditions, it is not possible to use smoke detectors.

Variety

Conventional, fixed temperature rate-of-rase heat detector

Application:
The TUP-40 fixed temperature/rate-of-rise heat detector reacts to a rise in temperature occurring during a fire. The detector works as a fixed temperature detector when temperature excesses the threshold pursuant to a given class, and as a rate-of-rise detector during a sudden rise in temperature. In the moment of fire hazard the detector transmits an alarm signal to the fire alarm control panel.

Compatibility:

The TUP-40 detectors can operate in  lines/loops of the IGNIS 1000/2000 or on the side line of ADC-4001M adapter in POLON 4000 fire alarm control panels.

Specification:
  • Type conventional, onesensor, point
  • Category Regular working conditions
  • Variety heat
  • Operational voltage 12 VDC - 28 VDC
  • Quiescent current consumption ≤ 40 µA
  • Current consumption in alarm mode 20 mA
  • Detector class A1R acc. to PN-EN 54-5
  • Addressing conventional detector without addresses
  • Operating temperature range -25 °C to 50 °C
  • Relative humidity up to 95 % at 40 °C
  • Dimensions of detector with base Ф115 x 54 mm
  • Weight 0.2 kg
  • Frame colour white/any colour of the RAL palette (special order only)
Name File type File name File size Download
TUP-40 Datasheet Datasheets TUP-40.pdf 779.04 KB
TUP-40 Declaration of Performance Declaration of Performance TUP_40_DWU_1_E291_2013_Pl.pdf 820.86 KB
TUP-40 Installation and Maintenance Manual Installation and Maintenance Manual TUP-40-IMM.pdf 673.09 KB
TUP-40 Declaration of Conformity Declaration of Conformity TUP_40_DEKLARACJA-ZGODNOSCI_UE_1_E291_2017.pdf 283.88 KB
TUP-40 Certificate of Constancy of Performance Certificates TUP-40_1438-CPR-0019.pdf 1.45 MB