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UL, ULC, CSFM Listed* Control Units Ethernet Portal Module Model A100-6069, A100-6110, A100-6111, and A010-9915 mounted modules provide fire alarm system status the ASHRAE BACnet building automation communication or Modbus communication protocol. protocol reference: BACnet Internet Protocol (IP) or BACnet MS/TP (serial) ANSI/ASHRAE Standard 135 Modbus TCP or Modbus RTU (serial) To fire alarm system through RS-232 port B, configured for Computer Output port provides Ethernet local area network (LAN) or RS-485 Ethernet Module is pre-programmed: Module is pre-programmed with digital pseudo points linked to BACnet You can recognize up to 15000 status changes (monitor point status) the fire alarm control unit (FACU) Protocol Autocall fire alarm control units (FACU): 4100ES Series FACUs and Network Display Units (NDU) 4010ES Series FACUs reference: UL listed to Standard 864 ULC listed to Standard S527 BACpac Ethernet module provides a supplementary interface that converts computer terminal information a compatible Autocall FACU into the building automation protocol BACnet or any industrial equipment using Modbus protocol. With this status information from the FACU can be provided to other of the building automation network with the detail and format required. this information allows other systems to properly respond to alarm system activity in addition to the primary fire alarm response is under the control of the FACU. 1: Building Automation LAN with Autocall FACU BACpac Portal (shown with 4100ES panel for reference) * A100-6069 BACpac Ethernet Module shown document is a summary of the flexibility available with BACnet Please contact your local Autocall product supplier for information concerning your specific application. This product has been approved by the California State Fire Marshal (CSFM) pursuant to Section 13144.1 of the California Health and Safety Code. See CSFM Listings 7165-2269:0542 and for allowable values and/or conditions concerning material presented in this document. Additional listings may be applicable; contact your local Autocall product supplier for the latest Rev. 7 10/2020 Ethernet Portal Module Model A100-6069, A100-6110, A100-6111, and A010-9915 responsibilities detection and alarm systems are distributed throughout to monitor for indications of the presence of smoke or fire. a fire alarm condition is determined, the fire alarm system that information with sufficient detail to allow the proper response to begin. The fire alarm system may perform other control such as fan shutdown and elevator recall, or those actions be performed by other systems that also handle those functions for conditions as well as for abnormal conditions. automation systems. As buildings increase in size and control of the electrical and mechanical systems requires This process has evolved into the general category of Systems Automation and includes systems such as heating, and air conditioning (HVAC), elevator controls, security lighting controls, and other similar building functions. responses to fire alarm system status changes might include: fan control operation, elevator capture, lighting control, and system awareness. Specific examples could include turning lighting where needed, aiming security cameras on specific areas, door release, and implementing detailed fan exhaust and/or instructions. communications between systems. Traditional communication systems includes simple relay interfaces, proprietary, and interface devices (gateways), and uses a single supplier for of the building automation functions. Each of these compromises has limitations. With the Autocall BACpac Ethernet module, BACnet or protocol communications allow the Autocall fire alarm system provide pertinent status to compatible systems using standardized example 2 shows how a smoldering fire located on the first floor can be by the FACU, processed by the BACpac Ethernet module, then sent to the building automation system using the BACnet or protocol over a LAN connection. It is the responsibility of the to initiate the required no
UL, ULC, CSFM Listed* Control Units Ethernet Portal Module Model A100-6069, A100-6110, A100-6111, and A010-9915 mounted modules provide fire alarm system status the ASHRAE BACnet building automation communication or Modbus communication protocol. protocol reference: BACnet Internet Protocol (IP) or BACnet MS/TP (serial) ANSI/ASHRAE Standard 135 Modbus TCP or Modbus RTU (serial) To fire alarm system through RS-232 port B, configured for Computer Output port provides Ethernet local area network (LAN) or RS-485 Ethernet Module is pre-programmed: Module is pre-programmed with digital pseudo points linked to BACnet You can recognize up to 15000 status changes (monitor point status) the fire alarm control unit (FACU) Protocol Autocall fire alarm control units (FACU): 4100ES Series FACUs and Network Display Units (NDU) 4010ES Series FACUs reference: UL listed to Standard 864 ULC listed to Standard S527 BACpac Ethernet module provides a supplementary interface that converts computer terminal information a compatible Autocall FACU into the building automation protocol BACnet or any industrial equipment using Modbus protocol. With this status information from the FACU can be provided to other of the building automation network with the detail and format required. this information allows other systems to properly respond to alarm system activity in addition to the primary fire alarm response is under the control of the FACU. 1: Building Automation LAN with Autocall FACU BACpac Portal (shown with 4100ES panel for reference) * A100-6069 BACpac Ethernet Module shown document is a summary of the flexibility available with BACnet Please contact your local Autocall product supplier for information concerning your specific application. This product has been approved by the California State Fire Marshal (CSFM) pursuant to Section 13144.1 of the California Health and Safety Code. See CSFM Listings 7165-2269:0542 and for allowable values and/or conditions concerning material presented in this document. Additional listings may be applicable; contact your local Autocall product supplier for the latest Rev. 7 10/2020 Ethernet Portal Module Model A100-6069, A100-6110, A100-6111, and A010-9915 responsibilities detection and alarm systems are distributed throughout to monitor for indications of the presence of smoke or fire. a fire alarm condition is determined, the fire alarm system that information with sufficient detail to allow the proper response to begin. The fire alarm system may perform other control such as fan shutdown and elevator recall, or those actions be performed by other systems that also handle those functions for conditions as well as for abnormal conditions. automation systems. As buildings increase in size and control of the electrical and mechanical systems requires This process has evolved into the general category of Systems Automation and includes systems such as heating, and air conditioning (HVAC), elevator controls, security lighting controls, and other similar building functions. responses to fire alarm system status changes might include: fan control operation, elevator capture, lighting control, and system awareness. Specific examples could include turning lighting where needed, aiming security cameras on specific areas, door release, and implementing detailed fan exhaust and/or instructions. communications between systems. Traditional communication systems includes simple relay interfaces, proprietary, and interface devices (gateways), and uses a single supplier for of the building automation functions. Each of these compromises has limitations. With the Autocall BACpac Ethernet module, BACnet or protocol communications allow the Autocall fire alarm system provide pertinent status to compatible systems using standardized example 2 shows how a smoldering fire located on the first floor can be by the FACU, processed by the BACpac Ethernet module, then sent to the building automation system using the BACnet or protocol over a LAN connection. It is the responsibility of the to initiate the required no