Loading ...
to discover fires early in their development when time will still be available for the safe evacuation of people(passive) are designedFire detection systems
to discover fires early in their development when time will still be available for the safe evacuation of occupants(passive) are designedFire detection systems
particles in smoke(passive) triggered byfire detection
india package boiler Agent temperature Distributed Temperature Sensor ( DTS ) provided by Yokogawacontributesfire detection
to discover fires early in their development , to enable safe evacuation of occupants in areas that may not be suitable for a water based extinguishing system(passive) are designedFire detection systems
to detect smoke , fire , or excessive heat(passive) are designedFire detection systems
to sense the smallest of firesby early detection smoke and heat(passive) are designedFire detection systems
to give delegates access to all the key manufacturers in one location on one day(passive) is designedfire detection
to identify fires immediately in their early stages(passive) are designedFire detection systems
installed , and maintained to detect fires as part of a performance - based approach(passive) should be designedFire detection systems
to discover fires alarm early in their development when time will still be available for the safe expulsion of inhabitant(passive) is designedFire detection
to detect fires in the early stage of expansion as early detection plays an important role in protecting the safety of crisis response personnel(passive) are designedFire detection systems
to discover fires early when time will still be available for safe evacuation of occupants(passive) are designedFire detection systems
to detect fires early in their development to provide a reasonable time - frame for the safe evacuation of the occupants(passive) are designedFire detection systems
to detect ‘ fire like phenomena(passive) are designedFire detection systems
to provide complete protection according to the local code requirements and coverage of the detectors(passive) is designedFire Detection
for accuracy(passive) are designedfire detection systems
patrolling the foreststo promptdetection of fires
primarily(passive) are ... designedFire detection systems
Flamefast Fire Suppression(passive) Designed byFire Detection Systems
mainly(passive) are ... designedFire detection systems
the group(passive) designed byfire detection system
commonly(passive) are ... designedFire detection systems
BREUERdesignsfire detection and
to alert flight crew on the cockpit within a short period of time ( 1 minute ) of a fire starting(passive) are designedFire detection systems
to provide building power to the emergency evacuation system that provides occupants notification of the emergency , emergency lighting and notification appliances that provide audible instructions for evacuation(passive) are designedFire Detection systems
a rapid rate of temperature rise(passive) is triggered byfire detection
in accordance with applicable fire protection regulations and relevant standards(passive) are designedFire detection systems
the temperature sensor of ilock(passive) also can be triggered byFire detection
to guard you against the destruction brought about by a fire within the building(passive) are designedFire Detection Systems
similar fire scenes in the identification process(passive) caused byfire detection
Gennady Marchenko(passive) Created byfire detection
the abilityto designfire detection systems
a user who has the restore right and access to the area to the same area as the fire zone may view status(passive) has been triggereda fire detection
a questiondesigningfire detection systems
Thermal Cooling : Built - in forced air Heating Rate : Fast heating rate and standard ; 5.5 ° C / min ; 3 ° C / min ; 1.25 ° C / min ; 1 ° C / min Barometric pressure correction : Automatic correction with built - in pressure sensor Internal Memory : 30 test profiles , 30 operator names , 30 test methods and 2000 testsresultsFire Detection
knowledgeable engineers or other professionals(passive) must be designed byFire detection systems
to meet high demands for reliability and quality(passive) is designedThe fire detection
to suite your individual requirements(passive) are designedFire detection systems
Specifiers can request copies of the test certificateswhen designingfire detection systems
of optical smoke and heat detectorscomposedof optical smoke and heat detectors
extensive damage to their vesselto preventextensive damage to their vessel
to meet all of your needs from a single supplierdesignedto meet all of your needs from a single supplier
card shortsUS8004208Aug 5 , 2006Aug 23 , 2011JDOcausingcard shortsUS8004208Aug 5 , 2006Aug 23 , 2011JDO
card shorts US20050049729causingcard shorts US20050049729
card shorts US20040078735causingcard shorts US20040078735
card shorts US6996613causingcard shorts US6996613
card shorts US 6922644causingcard shorts US 6922644
card shortsUS6938125Aug 6 , 2003Aug 30 , 2005Hitachi , Ltdcausingcard shortsUS6938125Aug 6 , 2003Aug 30 , 2005Hitachi , Ltd
card shortsUS6996613causingcard shortsUS6996613
card shortsUS20070050648causingcard shortsUS20070050648
card shortsUS20030195934causingcard shortsUS20030195934
card shortsUS7395452causingcard shortsUS7395452
card shortsUS8044676causingcard shortsUS8044676
card shortsUS20090309621causingcard shortsUS20090309621
card shortsUS20030204761causingcard shortsUS20030204761
card shortsUS20060112305causingcard shortsUS20060112305
card shortsUS20040113496causingcard shortsUS20040113496
card shortsUS20040100457causingcard shortsUS20040100457
card shortsUS20030202559causingcard shortsUS20030202559
card shortsUS20030234630causingcard shortsUS20030234630
card shortsUS20040160716causingcard shortsUS20040160716
card shortsUS20040103180causingcard shortsUS20040103180
card shortsUS20050125199causingcard shortsUS20050125199
card shortsUS20040012503causingcard shortsUS20040012503
loss of life and propertycan preventloss of life and property
card shortsUS7003409Aug 19causingcard shortsUS7003409Aug 19
card shortsUS699661321 oct .causingcard shortsUS699661321 oct .
card shortsUS6925419May 16causingcard shortsUS6925419May 16
card shortsUS7148695Apr 22causingcard shortsUS7148695Apr 22
card shortsUS7055059Dec 27causingcard shortsUS7055059Dec 27
card shortsUS6978390Feb 23 , 2004Dec 20 , 2005National Semiconductor CorporationPipelined data processor with instruction - initiated power management controlUS7000132Feb 23causingcard shortsUS6978390Feb 23 , 2004Dec 20 , 2005National Semiconductor CorporationPipelined data processor with instruction - initiated power management controlUS7000132Feb 23
card shortsUS697839023 f � vrcausingcard shortsUS697839023 f � vr
card shortsAdvanced Patent SearchPublication numberUS6922644causingcard shortsAdvanced Patent SearchPublication numberUS6922644
card shortsUS6959402Sep 22 , 2000Oct 25causingcard shortsUS6959402Sep 22 , 2000Oct 25
card shortsUS6954852Apr 18 , 2002Oct 11causingcard shortsUS6954852Apr 18 , 2002Oct 11
to huge physical costs and emotional damage for the involved partiesleadto huge physical costs and emotional damage for the involved parties
card shortsUS6922794 * Sep 24 , 2001Jul 26causingcard shortsUS6922794 * Sep 24 , 2001Jul 26
card shortsUS7071580Aug 14 , 2003Jul 4 , 2006Hitachi , Ltdcausingcard shortsUS7071580Aug 14 , 2003Jul 4 , 2006Hitachi , Ltd
card shortsUS20030200290 * Apr 18 , 2002Oct 23 , 2003Myron ZimmermanSystem for and method of streaming data to a computer in a networkUS20040039960 * Aug 23 , 2002Feb 26 , 2004Reza KassayanMethod and apparatus for automatic hibernation after a power failureUS20040039961causingcard shortsUS20030200290 * Apr 18 , 2002Oct 23 , 2003Myron ZimmermanSystem for and method of streaming data to a computer in a networkUS20040039960 * Aug 23 , 2002Feb 26 , 2004Reza KassayanMethod and apparatus for automatic hibernation after a power failureUS20040039961