Product Description
102 to 264 VAC Shutter, 560 VAC Signal, 1" NPT, 72" Range, Self-Checking, Ultraviolet Flame Scanner The Component are Contained in a Cast Aluminum Housing Sealed with an Oil-Resistant Gasket
• The Quartz Lens is a Plano convex Design, Resulting in Increased Sensitivity
• Also Included in the Scanner is an Electromagnetic Shutter that Permits a Self-Checking Circuit to Verify that the Scanner and Signal Circuits are Producing Valid Flame Presence or Absence Information
• During the Shutter Closed Period the Detector's Optical Path is Blocked from Flame Radiation, Allowing the Amplifier Control to Verify the Proper Operation of the Ultraviolet Tube
• While the Shutter is Open, Flame Presence or Absence is Detected
• The Resultant Scanner Output While Flame is Detected is a Continuous, Periodically Inter-Rupted, Pulsed Flame Signal Which is a Prerequisite for Energizing the Associated Fireye Control's Flame Relay"" • Flame Scanner
• Item Flame Scanner
• Type Ultraviolet, Self-Checking
• Voltage Rating 102 to 264 Volt AC (Shutter), 560 Volt AC (Signal)
• Housing Material Cast Aluminum
• Overall Dimension 4.41 Inch Width x 8-1/4 Inch Height
• Operating Range 72 Inch or Less
• Connection Type 1 Inch Threaded
• Cycle Period 4 Second (Close), 3.6 Second (Open)
• Temperature Rating -40 to 200 Deg F
• Enclosure Rating IP66
• Used with Flame Monitor/FlameWorx/BurnerLogix/YB110UVSC Control
• Application Single Burner Boiler, Process Oven, Heater
• Approval UL, FM • Type Ultraviolet, Self-Checking
• Voltage Rating 102 to 264 Volt AC (Shutter), 560 Volt AC (Signal)
• Housing Material Cast Aluminum
• Overall Dimension 4.41 Inch Width x 8-1/4 Inch Height
• Operating Range 72 Inch or Less
• Connection Type 1 Inch Threaded
• Cycle Period 4 Second (Close), 3.6 Second (Open)
• Temperature Rating -40 to 200 Deg F
• Enclosure Rating IP66
• Used with Flame Monitor/FlameWorx/BurnerLogix/YB110UVSC Control
• Application Single Burner Boiler, Process Oven, Heater
• Approval UL, FM • The Fireye® 45UV5 (1005-1009) self-checking scanners are used to detect ultraviolet emissions from fossil fuel flames such as natural gas, coke oven gas, propane, methane, butane, kerosene, light petroleum distillates and diesel fuels.
