User manual HONEYWELL Q7014C

[. . . ] Additional functions are available on request. 7157 671 EN1B-0246GE51 R0803 Q7014C FIRE & SMOKE DAMPER CONTROLLER Safety Protection class Protection standard Housing Housing Dimensions (H x W x D) Weight Mounting II as per EN60730-1 IP65 as per EN60529 Polycarbonate, halogen-free 200 x 150 x 76 mm 700 g Cable entry Connections Power supply and bus Digital inputs/outputs Wall mounting or directly on dampers (metal plate), mounting position in any direction PG 13. 5 T-connectors with screw termi2 nals for 2x1. 5 mm conductors Friction spring terminal block 2 for 1x1. 5 mm conductors Fig. 1 Fire & Smoke Damper ControllerQ7014C Network Interface NETWORK INTERFACE The configuration and the used variables of Fire & Smoke Damper ControllerQ7014C is described by the network interface which consists of a Fire Smoke Damper Actuator (FSDA) object, in combination with a Smoke (Conventional) Fire Initiator (FSCI) object and in addition a Node object (see Fig. The Node object is used to control the other objects within the device. Used Abbreviations nc NV nvi nvo SNVT Ma op sp Configuration property Network variable Input network variable Output network variable Standard network variable type which includes engineering unit and the value range Mandatory optional Honeywell specific Node Object LONMARK SNVT/SCPT/ nv1 nv2 nv3 nv4 SNVT/SCPT Name SNVT/SCPT Type nviRequest SNVT_obj_request nvoStatus SNVT_obj_status nviTimeSet SNVT_time_stamp nvoAlarm SNVT__alarm nvoFileDirectory SNVT__address SCPTnwrkCnfg SNVT_config_scr Function Requests particular modes within the node (e. g. object enable/disable, self-test execution, override state setting). [. . . ] Contains the zone number for the damper actuator. Table 2 FSDA Object Network Variables nc45 nc48 nc49 nc61 nc141 nc146 nc147 nc148 nc167 nc168 3 EN1B-0246GE51 R0803 Q7014C FIRE & SMOKE DAMPER CONTROLLER SCFI Object LONMARK SNVT/SCPT/ nv1 nv2 nv3 SNVT/SCPT Name SNVT/SCPT Type nvoFireAlm SNVT_switch nvoFireTrouble SNVT_switch nviDeviceRequest SNVT_fire_test nvoEmergMode SNVT_hvac_emerg nvoPollution SNVT_switch nvoAirFlow SNVT_switch SCPTlocation SNVT_str_asc SCPTmaxSendTime SNVT_time_sec SCPToemType SNVT_str_asc SCPTzoneNum unsigned long SCPTinstallDate SNVT_time_stamp SCPTmaintDate SNVT_time_stamp SCPTmanfDate SNVT_time_stamp SCPTfireTxt1 SNVT_str_asc SCPTfireTxt2 SNVT_str_asc SCPTfireTxt3 SNVT_str_asc SCPTobjMajVer unsigned short SCPTobjMinVer unsigned short Function Transmits fire information (no alarm or alarm) immediately when a fire/smoke alarm is reported by the smoke sensor. Transmits initiator trouble information (no trouble or trouble) immediately when an initiator failure (Electronic failure) condition occurs. Command requests, initiated from an operator, to perform smoke detector operations like RESET functions or TEST requests. The RESET function causes a sequence of actions to take place within the detector, including sampling of the smoke chamber. Controls the damper position (normal or safety) for smoke control devices and is transmitted when a fire/smoke alarm is reported by the sensor. Transmits the pollution status (no pollution detected or pollution alarm ) as digital information. Transmits the air flow status (air flow > limit or air flow < limit) as digital information. Describes the physical location of the SCFI object and is set during installation and/or configuration. Defines the maximum period of time that may expire between successive indications from nvoFireAlm to its bound network variable(s). Contains manufacture specific details: 'Honeywell_Q7014C_SCFI'. Contains the zone number for the damper actuator. 30 char. ) relevant to fire conditions to be read from the device and is set during installation and/or configuration. Allows additional text information (max. 30 char. ) relevant to fire conditions to be read from the device and is set during installation and/or configuration. Allows additional text information (max. 30 char. ) relevant to fire conditions to be read from the device and is set during installation and/or configuration. Table 3 SCFI Object Network Variables #nv4 #nv1 #nv2 nc17 nc49 nc61 nc141 nc146 nc147 nc148 nc149 nc150 nc151 nc167 nc168 FUNCTIONS AND OPERATION Fig. 2 shows a functional diagram for a LON-based system with an integrated Fire & Smoke Damper Controller, which interfaces the LON bus with a damper actuator and a fire/smoke detector. Normal Operation After power-up, the damper will be automatically driven into the normal position. The fire/smoke detector will be tested/ reset for normal operation condition. All pending alarm conditions will be reported. The Operation LED indicates the normal operation after the damper has reached the normal position within the drive time limit. User Interface and Display One Service Pin and one Test Pin are provided as user interface. [. . . ] 4 Wiring Diagram EN1B-0246GE51 R0803 8 Q7014C FIRE & SMOKE DAMPER CONTROLLER T LION # 60 = Bus Termination NSI = Network System Interface Techn. Data see Table 2 - 320m 320 m LION #3 LION #2 LION #1 T 900m LION #4 - LION #3 - T 320m LION #2 LION # 60 NSI + 15m LION #1 NSI + 15m Central + Bus Topology Star Topology Central + LION #3 - - 320m LION #3 - - 320m LION #4 LION #2 LION #4 LION #2 500m 500m LION # 60 LION #1 LION # 60 LION #1 3m NSI + 15m NSI + = Bus Termination NSI = Network System Interface Techn. Data see Table 2 15m Central + Central + Fig. 5 Network Topology 9 EN1B-0246GE51 R0803 Q7014C FIRE & SMOKE DAMPER CONTROLLER DIMENSIONS AND MOUNTING The compact and robust design allows direct field mounting on air ducts, heating, ventilation and air conditioning systems or in area above the ceiling etc. [. . . ]