AE Solutions Application / Specification Form for Safety-Instrumented BMS Complete this form for each BMS or indicate quantity if all are of the same design and click the request pricing button below to receive a quotation.1 Specify Quantity   SI-BMS Type BMS 1300 Safety Instrumented BMS based on Siemens S7-300F BMS 1400 Safety Instrumented BMS based on Siemens S7-400HF BMS xxxx Safety Instrumented BMS based on Select OptionAllen-Bradley Control LogixSiemens QuadlogTriconex TriconTriconex Trident   Number of Burners Single Burner Multiple Burner   Igniter Type Class 1 Igniter (Rated at > 10% of main burner max fuel flow for light-off in any conditions) Class 2 Igniter (Rated at 4 to 10% of main burner max fuel flow for light-off in specific prescribed conditions) Class 3 Igniter (Rated at < 4% of main burner max fuel flow for light-off of gas or oil under prescribed conditions) Pilot Fuel Oil Firing Natural Gas Firing Alternate Fuel Firing No Pilot   Main Burner Fuel Oil Firing Oil Firing - Manual Oil Gun Retraction Oil Firing - Automatic Oil Gun Retraction Natural Gas Firing Alternate Fuel Firing Simultaneous Steady State Firing of Multiple Fuels Online Transfer Between Fuels   Flame Scanner(s) One Scanner Detects Both Pilot and Main Flame One Scanner Detects Main Flame Only One Scanner Detects Pilot Flame Only Redundant Scanners Both of Which Detect Pilot and Main Flame None Specify Other     Unit Operation Boiler Process Heater Dryer Kiln Furnace Oven Incinerator Calciner HRSG Reboiler Oxidizer Vaporizer Specify Other     Enclosure None - Mounted On Sub-Panel To Be Installed In Client Enclosure Wall Mount NEMA 4 Painted Carbon Steel Enclosure (48"W x 36"H x 16"D) NEMA 4X Stainless Steel Enclosure (48"W x 36"H x 16"D) Specify Other     Enclosure Environmental Conditioning None Electric Heater Pneumatic Cooling Electric Cooling   Area Classification where BMS 1300 will be mounted General Purpose Class 1, Div 2 Class 1, Div 1 - Type Z Purge   Operator Interface None Local Mounted Flat Panel - Siemens TP270 or Specify Other   Remote Mounted Flat Panel - Siemens TP270 or Specify Other   Push Buttons / Pilot Lights Graphics for PCS7 or Specify Other     Field Device Voltage 24 VDC 120 VAC - Contact Factory to discuss options   Field Device Input Module Transmitters with Analog Input Module Discrete Switches with Digital Input Module   Design Engineering Options3 None Specify and Supply Igniter Specify and Supply Flame Scanner(s) Specify and Supply Fuel Block Valves Specify and Supply Field Devices - Switches / Transmitters Provide Electrical / Controls Engineering Design for Installation of Field Devices Provide Mechanical / Piping Engineering Design for Fuel Trains   Safety Instrumented System Engineering Options3 Onsite Safety Instrumented System Training Hazards Analysis / Safety Integrity Level Selection2 Safety Requirements Specification2 Safety Integrity Level Verification Calculations2 Functional Test Plans SI-BMS Configuration Provided (Required) All Of The Above Safety Instrumented System Engineering Options   Product Certifications None - Meets basic NFPA 85 or NFPA 86 code FM 7605 - Safety Instrumented Burner Management System TSSA - For Canadian Installations   Combustion Control System None Parallel Positioning (Jackshaft design) Fully metered and cross limited Excess oxygen trim. Analyzer exists AE Solution to specify and provide Name*   Title*   Company*   Email*   Phone*   Project Reference*   Requesting*   Select RequestBudgetary QuoteFormal Proposal Project Type*   Select TypeNew ProjectUpgrade Project Purchase Date*   Select Term0-3 Months3-6 Months6 Months - 1 YearMore Than 1 Year Nuisance Trip Cost*   The cost of a nuisance trip is a determining factor on the degree of BMS redundancy. Expensive down time can easily justify the cost of redundant architecture. Select Nuisance Trip Cost$0 - $10,000 a Day$10,000 - $50,000 a Day$50,000 - $100,000 a Day> $100,000 a Day Questions/Comments       (After submitting this form you will be prompted to print this page for your records.)     * Required Fields 1 A formal proposal typically requires submission of I/O list, P&ID and/or wiring diagrams. 2 To properly quote a SI-BMS may require a formalized risk analysis and ranking in order to develop SIL    requirements that will drive system architecture. 3 Quoted separately upon definition.