Description
Mircom’s low profile addressable plug-in smoke
and heat detectors with integral communications
provide features that surpass conventional detectors.
Sensitivity is continuously monitored and reported
to the panel where the desired detector sensitivity
can be programmed. Point ID capability allows each
detector’s address to be set with decade address
switches, providing exact detector locations for
selective maintenance when chamber contamination
reaches an unacceptable level.
Model MIX-2251B photoelectric smoke detector
provides a unique optical sensing chamber that senses
smoke produced by a wide range of combustion
sources.
Model MIX-225BR is a remote test capable detector
for use with DNR(W) duct smoke detectors.
Model MIX-2251TB adds dual electronic thermistors
to the MIX-2251B to provide 135°F (57°C) fixed
temperature thermal sensing.
Model MIX-2251TMB is a photoelectric smoke detector
with supplementary 135°F thermal. Also known as
Acclimate™, it uses advanced on-board software
to combine the signals from the photo and thermal
elements. The MIX-2251TMB is a true multicriteria
detector capable of rejecting nuisance sources, but
still responding quickly to real fires. Acclimate has the
capability of adjusting its sensitivity according to the
type of environment that it is installed in.
Model MIX-1251B ionization detector incorporates a
unique single source, dual chamber design to respond
quickly and dependably to a broad range of fires.
Model MIX-5251B uses an innovative thermistor
sensing circuit to produce 135°F fixed temperature
detection in a low profile package. These thermal
detectors provide cost effective, intelligent property
protection in a variety of applications.
Model MIX-5251RB provides both 135°F fixed
and rate-of-rise thermal detection. These thermal
detectors provide cost effective, intelligent property
protection in a variety of applications.
Model MIX-5251H provides 190°F (88°C) fixed
temperature detection for high temperature applications.
Specifications
Ordering Information












