Safety Instrumented Fire & Gas Systems aeSolutions Provides Full-Service Fire & Gas Engineering and Products The aeSolutions FM-approved family of Fire & Gas safety systems ensures compliance with the latest NFPA 72 standards to meet all of OSHA’s requirements. The FGS1400 MK II is listed for Fire Command Center and proprietary Supervising Station functions. FGS1400 MK II Industrial designed system, SIL 3-capable logic solver, scalable to large I/O count. Are you Compliant? With aeSolutions on your team, you can rest assured that your Fire and Gas System is designed to the latest safety standards utilizing our first-hand industry experience of the process safety lifecycle. Benefits of aeSolutions Fire & Gas Systems: • Scalability provides you with customization options • Listed for use with a wide variety of end devices for maximum flexibility • Customized functionality and listings available • Siemens PCS7 platform integration for increased operator visibility • FM-Listed for Fire & Gas detection and suppression to satisfy regulations • Industrial grade hardware for increased reliability in plant applications • Factory training available to enable end users to maintain their systems FGS1300 FM-approved for lower I/O count applications. Class 1 Div 2 area classification status. PS1400 20 / 50 / 100 / 150 Power supplies that meet NFPA 72 requirements. The power you need, when you need it. PS1400-20-DIV2 Battery set FM-listed for Class 1 Div 2 areas. Rugged and reliable. FGS1400 & FGS1300 Fire & Gas Alarm & Control Systems Life Safety Solutions The FGS1400 MK II and FGS1300 combine the required functionality into the latest generation of TÜV-certified safety PLC. A critical component of the FGS1400 MK II and the FGS1300 is an FM-approved secondary power supply system consisting of a charger panel and an associated selfcontained battery system. To support system design, aeSolutions has developed an FM-approved battery sizing tool which confirms the battery system design based on the specific requirements of each application. By using the same hardware / software platform as the Siemens Simatic PCS7 series, the FGS1400 MK II and FGS1300 can be integrated into the entire plant system solution. It offers the advantages of common HMIs, spare parts, training, engineering / configuration tools, maintenance, and procedures to produce a dramatic saving in both installed cost as well as lifecycle costs. Fire System Monitoring & Control The FGS1400 MK II and FGS1300 have been FM-approved to be in conformance with the requirements of NFPA 72 for fire alarming and mitigation control. The FGS 1400 MK II has approval for either simplex or redundant processors, a variety of I/O configurations including remote I/O, and a battery back-up/ charger subsystem. Gas Monitoring and Control The FGS1400 MK II and FGS1300 have been FM-approved to be in conformance with FM Approval’s Combustible Gas Standard 6320, Toxic Gas Detection Standard 6340 and ANSI/ISA 12.13.01 Performance Requirements for Combustible Gas Detectors standard. FGS1400 MKII Fire & Gas Alarm & Control System Field Device Options • • • • • • • • • Heat & smoke detectors Temperature rate-of-rise sensors Toxic and combustible gas detectors Suppression subsystems Local alarm horn / beacon Environmental protection Host communication capability IR fire detectors Multi-spectrum fire detectors System Integration Options aeSolutions’ qualified engineers can apply years of fire & gas system expertise to provide: • Implementation of all phases of design, fabrication, configuration, and documentation • System verification and validation including factory acceptance, integration, and client acceptance testing • Training at both the engineering and technician levels • Commissioning and startup support Contact Warren Johnson, Fire & Gas Product Manager, today for a free demo or more information. aesolns.com | email@example.com | +1 864 676 0600 FGS1300 Fire & Gas Alarm & Control System FGS1400 Fire & Gas Alarm & Control System Features • Complete battery backup system with charger • No on-site programming required • Multiple operator interface options: 10” TP1200 Touch Panel; 15” PC677 Operator Interface; PC BOX840 PC with 21” Vartech Monitor • Powerful engineering workstation incorporating cause and effect alarm configuration and display using Siemens’ Cause and Effect Safety MatrixTM FGS1400 System Specifications Processor: Siemens Simatic S7-400F Series with redundant processor option I/O: Both analog and discrete supervised circuits and remote I/O option Inputs/Outputs: Application-dependent SIL: Design based upon SIL 3-rated components for Fire & Gas circuits Power Supply: PS1400-50-600: 50 Amp 24VDC Output Nominal; 115/230 VAC Input/600 Amp Hour Battery Backup. The FGS1400 MK II is designed to the same levels of safety availability and reliability as the systems that aeSolutions designs for Safety Instrumented Systems. By using the latest generation of a SIL 3 safety-certified PLC as the logic solver, the FGS1400 MK II provides the same demanding levels of performance required by the ISA and IEC safety standards for safety critical applications. While not all fire and gas systems are required to conform to the safety standards, wise users recognize the benefits of such a high-reliability system even for lower-risk applications. FGS1400 Features Pre-engineered, pre-configured and pre-packaged system that is suitable for a wide variety of applications and is available as a turnkey solution. • FM-Approved to be compliant with NFPA 72 for both fire and gas monitoring in the same PLC • Siemens Simatic S7-400F Series Safety PLC platform • Simplex I/O and either simplex or redundant processors support: offers a remote I/O option • TÜV-approved SIL 3 rated Safety PLC • Interface to a wide variety of sensors and final control elements with fully supervised circuits (IDC, NAC, FSF, SDC) • Designed to levels of reliability and availability with national safety standards for Safety Instrumented Systems • Profibus, Industrial Ethernet, hardwired I/O, or Modbus compatible PS1400-100-1200: 100 Amp 24VDC Output Nominal; 115/230 VAC Input/1200 Amp Hour Battery Backup. PS1400-150-1800: 150 Amp 24VDC Output Nominal; 208/240/480 VAC input/1800 amp hour battery set. Optional Rack assembly to stack charger and battery set. Operating: 0 to 50 Deg C. Storage: -40 to 60 Deg C Operating: 0 to 95% non-condensing Nema 12 Gauge 12, powder coated; size is application-dependent General purpose Application-dependent FM-Approved for compliance with NFPA 72 for both Fire & Gas; FM Approval’s Combustible Gas Standard 6320, Toxic Gas Detection Standard 6340 and ANSI/ISA 12.13.01 Performance Requirements for Combustible Gas Detectors standard. Temperature: Humidity: Cabinet: Area Class.: Weight: Certifications: Initiating Device Circuits: Class A & B for discrete dry contact IDCs; Class B for Analog IDCs. Notification Appliance Circuits: Class B FGS1300 Fire & Gas Alarm & Control System Features The FGS1300 provides fire and gas monitoring, and suppression control for modules in remote locations that have less than 40 I/O. It is designed to be installed in either a general area, or as an option, Class 1 Div 2 groups B-D, temp code T3 zones areas. FGS1300 Features The FGS1300 Fire & Gas System is a pre-engineered, preconfigured and pre-packaged system that is suitable for a variety of applications and is available as a turnkey solution. • FM-Approved to be compliant with NFPA 72 for both fire and gas monitoring in the same PLC • Siemens Simatic S7-315 Series PLC platform • Interface to a wide variety of sensors and final control elements with fully supervised circuits (IDC, NAC, FSF, SDC) • Profibus, Industrial Ethernet, or hardwired I/O compatible • Complete battery backup system with charger • No on-site programming required • 7” TP700 Comfort Touch Panel programmed with Siemens TIA Portal FGS1300 System Specifications Processor: I/O: Inputs/Outputs: Power Supply: Temperature: Humidity: Cabinet: Area Class.: Weight: Certifications: Initiating Device Circuits: Notification Appliance Circuits: Siemens Simatic S7-315 series CPU Both analog and discrete supervised circuits Application-dependent PS1400-20-208: 20 Amp 24VDC Output Nominal; 115/230 VAC Input/208 Amp Hour Battery set, Optional Rack assembly to stack charger and battery set Operating: 0 to 50 Deg C. Storage: -20 to 60 Deg C Operating - 0 to 95% non-condensing Nema 12 Gauge 12, powder coated; 30”wide by 42” tall by 10” Deep General purpose, Class 1 Div 2 Groups B-D, T3 Application-dependent. Typical 250 Lbs FM-Approved for compliance with NFPA 72 for both Fire & Gas; FM-Approved Combustible Gas Standard 6320, Toxic Gas Detection Standard 6340 and ANSI/ISA 12.13.01 Performance Requirements for Combustible Gas Detectors standard Class A & B for discrete dry contact IDCs; Class B for Analog IDCs Class B Contact Warren Johnson, Fire & Gas Product Manager, today for a free demo or more information. aesolns.com | firstname.lastname@example.org | +1 864 676 0600 PS1400 20 / 50 / 100 / 150 Amp Power Supply The PS1400 series of power supplies is an FM- approved, power supply system that is designed to power fire alarm systems and toxic and combustible gas monitoring systems. Each system consists of a 24-Volt battery set and a charger system that has been FM-approved for compliance with the NFPA 72 requirements for primary and secondary power supplies. The PS1400 series of power supplies are available in 20, 50, 100, and 150 Amp versions. Battery Charger Panel Features The battery charger charges the battery set and provides unregulated power for powering the Fire and Gas panel. • AC feed, battery voltage and charger health monitoring • Individual status contacts that can be wired to a fire alarm panel for indication and alarming • Continuous current monitoring displays real-time standby and alarm currents and calculates remaining battery life when on standby power Battery Set Features The battery set is provided as a secondary power supply as required by NFPA 72. • Floor mounted, self-contained, not enclosure-dependent • Plastic guards protect terminals from damage or shorting • DC-DC Converter(s) provide a tightly regulated 24 VDC nominal output • Regulated power for components and circuits that require tight voltage regulation and where ground fault detection is not required • Separate ground fault detection circuit for unregulated power, alarming and reporting to a Fire and Gas alarm panel • Separate regulated and unregulated 24VDC circuits with a disconnect for over-current protection • Voltage Regulated Lead Acid (VRLA) 20-year maintenancefree battery set Class 1 Div 2 Area Classification The PS1400-20-DIV2 20 Amp Power Supply is designed and FMlisted for installation and use in hazardous locations. Environment Specifications Specification Data Ambient Temperature Range: Operating -20 to 50 Deg C, 0.5 Deg C/min Storage -40 to 50 Deg C, 10 Deg C/min Relative Humidity: Operating 5 to 95% non-condensing Vibration: 10-150 Hz, 1 g. max Power Requirements 20 Amp Battery Charger System: 120/240 VAC 1-Phase, 60 Hz @ 6.3 Amps 50 Amp Battery Charger System Available Options: 120/208/240 VAC 1-Phase, 60 Hz @ 23/13/11 Amps 400 VAC 1-Phase, 60 Hz @ 6.8 Amps 480 VAC 1-Phase, 60 Hz @ 5.6 Amps 100 Amp Battery Charger System Available Options: 120/208/240 VAC 1-Phase, 60 Hz @ 44/25/22 Amps 400 VAC 1-Phase, 60 Hz @ 13 Amps 480 VAC 1-Phase, 60 Hz @ 11 Amps 150 Amp Battery Charger System Available Options: 480 VAC 1-Phase, 60 Hz @ 16 Amps Full Engineering Services Core Competencies Process Risk Management (PRM) Safety Instrumented System Design • Thought leaders in Functional Safety and Industrial Cybersecurity Lifecycle Management • Professional team formed by more than 40 CFSE/CFSP/TÜV/PE certified professionals and more than 30 ISA-trained professionals • Principals are voting members of IEC 61511, 61508, and 62443 • International Society of Automation (ISA) involvement: • Process Hazard Analysis (PHA) • Design and Verification • Safety Requirement Specification (SRS) • Protection Layer Requirements Specification • Cause & Effects • Test Plans • Safety Lifecycle Plan • Lifecycle Cost Analysis • Safety Integrity Level (SIL) Calculations • Test Plan Validation • Functional Safety Assessment • Fault Tree Analysis • Event Tree Analysis »» Five Certified Instructors »» S84 Fire & Gas (F&G) Working Group Chair »» Safety Division Chair »» Professional Development Department VP Elect • Manage 25 facilities for Functional Safety Management and Management of Change (MOC) • Own 10 patents »» HAZOP/What-If/Checklist/ Fault Tree/HAZID • Risk Assessment »» LOPA/QRA • Facility Siting • PHAST Modeling/Consequence Assessment • Process Safety Management (PSM) Development & Implementation • Risk Management Program (RMP) Development & Implementation • PSM/RMP Compliance Auditing • Functional Safety Assessments • Standard Operating Procedure (SOP) Development »» Safe Operating Limit Tables (SOLTs) »» Training Programs • Safety and Environmental Management Systems (SEMS) Automation Industrial Cybersecurity Safety Lifecycle Management Tools • • • • • • • • Cybersecurity Audits, Risk Assessments, & Asset Inventory • As-Built Network & Dataflow Diagrams • Cybersecurity Requirements Specification Development • Countermeasure Cost/Benefit Analysis • Zone & Conduit Modeling • System Network Architecture Countermeasure Design & Review • Cybersecurity Testing • Firewall Design/Design Review • Industrial Firewall Commissioning • Intrusion Detection Design • Cybersecurity Configuration Management • Patch Management Support • Vulnerability Management Support • Alarm Management • Alarm Philosophy Development • aeShield™/aeFacilitator™ — integrated solution for executing, monitoring and sustaining the Safety Lifecycle via Enterprise level toolset • Follows IEC 61511 Workflow/ Lifecycle • Applications Support: • • • • • • • • • • • • • • Hazardous Area Classification Distributed Control Systems Programmable Logic Controllers Human-Machine Interfaces Control Systems Integration Communication Networks Electrical & Instrumentation Design Control Panel Design Fieldbus Design Advanced Process Control Modeling & Optimization Online Documentation and Help System Simulation and Validation Post-Project Support F&G Panel Design F&G Coverage Modeling F&G Survey Compliance BMS Survey Compliance BMS Panel Design BPCS Panel Design F&G and BMS FM-listed products »» »» »» »» PHA (HAZOP) / LOPA Gap Tracking SIL Calculation Engine Safety Requirement Specification (SRS) »» Test Plans & Failure Data Collection »» Cause & Effects »» Health Meters to Monitor IPL Performance • Additional Key Functionality »» »» »» »» »» Management of Change Concurrent Projects Unlimited Users Confirgurable Standards Interface to Historian and Other Key Databases Safety Instrumented Fire & Gas Systems Contact us today for a free demo or more information aesolns.com | email@example.com | +1 864 676 0600 Visit aesolns.com/white-papers for downloadable Fire & Gas white papers.