.svg?v=180920048278408794651776809924){kind=small}
Fireye 45UV3-1050 Ultraviolet Flame Scanner 3/4-Inch Sleeve with 72-Inch Leads
- Regular price
- $1,032.00
- Sale price
- $1,032.00
- Regular price
-
Couldn't load pickup availability
Product Description P/N: 45UV3-1050
Description
The Fireye 45UV3-1050 is a heavy-duty ultraviolet flame scanner designed for flame supervision on industrial and commercial gas and light-oil burners. Fireye part number 45UV3-1050 combines a replaceable UV detector tube, rugged die-cast aluminum housing, 3/4-inch sleeve mounting arrangement, and 72-inch leads for dependable operation with compatible Fireye flame safeguard controls.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Fireye |
| Category | Combustion Controls |
| Part Number | 45UV3-1050 |
| Subcategory | Flame Scanners |
| Series | Fireye 45UV3 Series |
| Product Type | Ultraviolet Flame Scanner |
| Detection Technology | Ultraviolet (UV) |
| Scanner Type | Non-Self-Checking |
| Detector Tube | Fireye 4-314-1, Field Replaceable |
| Detector Tube Orientation | Vertical |
| Mounting Type | Sleeve and Setscrew |
| Mounting Size | 3/4 in Sleeve |
| Lead Wire Length | 72 in (1830 mm) |
| Lead Wire Type | Integral Unshielded Leads |
| Detector Circuit Voltage | Approx. 560 VAC Supplied by Compatible Control / Amplifier |
| Operating Temperature Range | -40°F to 200°F (-40°C to 94°C) |
| Maximum Humidity | 85% RH, Non-Condensing |
| Housing Material | Die-Cast Aluminum |
| Typical Fuels | Natural Gas, Propane, Light Fuel Oil |
| Primary Application | Burner Flame Detection and Flame Safeguard Systems |
| Weight | Approx. 1.1 lb (0.5 kg) |
Information About 45UV3-1050
The 45UV3-1050 is a non-self-checking Fireye 45UV3 Series flame scanner intended for burner applications that cycle periodically rather than operate continuously without interruption. Its industrial construction incorporates a field-replaceable 4-314-1 ultraviolet detector tube, oil-resistant sealing components, and a sleeve-and-setscrew mounting system that allows practical positioning at the burner sight pipe. The scanner operates from the high-voltage detector circuit supplied by the associated Fireye control or amplifier and can be integrated with compatible Flame-Monitor, BurnerLogix, MicroM, and other Fireye flame safeguard platforms using the appropriate amplifier configuration. It is primarily used to detect ultraviolet radiation from natural gas, propane, and light fuel-oil flames in boilers, furnaces, ovens, process heaters, and similar combustion equipment.
Key Features:
- Ultraviolet Flame Detection: Detects UV radiation produced by compatible gaseous and light liquid fuel flames.
- Non-Self-Checking Operation: Designed for applications where burner operating cycles provide periodic flame scanner checking.
- Replaceable Detector Tube: Uses a field-replaceable Fireye 4-314-1 UV tube to simplify scanner servicing.
- 3/4-Inch Sleeve Mount: Sleeve-and-setscrew arrangement provides convenient installation and scanner positioning at the burner sight pipe.
- 72-Inch Lead Wires: Supplied with approximately 6 ft (1830 mm) of integral unshielded wiring for connection to the control circuit.
- Rugged Aluminum Housing: Die-cast construction provides mechanical protection in demanding burner environments.
- Oil-Resistant Sealing: Housing incorporates oil-resistant gaskets for improved durability around combustion equipment.
- High Temperature Capability: Supports ambient temperatures from -40°F to 200°F (-40°C to 94°C).
- Broad Fireye Compatibility: Suitable for use with multiple Fireye flame safeguard platforms when connected through the appropriate UV amplifier circuitry.
- Fossil Fuel Applications: Intended primarily for natural gas, propane, and light fuel-oil flame monitoring.
- Flame Discrimination Capability: Proper scanner sighting helps distinguish the supervised burner flame from adjacent or background flames.
- Industrial Combustion Use: Suitable for boilers, furnaces, ovens, process heaters, and other automatically fired combustion equipment.
The 45UV3-1050 delivers the reliability and precision required for ultraviolet flame detection and flame-failure supervision in periodically cycled industrial burner systems.
Description
The Fireye 45UV3-1050 is a heavy-duty ultraviolet flame scanner designed for flame supervision on industrial and commercial gas and light-oil burners. Fireye part number 45UV3-1050 combines a replaceable UV detector tube, rugged die-cast aluminum housing, 3/4-inch sleeve mounting arrangement, and 72-inch leads for dependable operation with compatible Fireye flame safeguard controls.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Fireye |
| Category | Combustion Controls |
| Part Number | 45UV3-1050 |
| Subcategory | Flame Scanners |
| Series | Fireye 45UV3 Series |
| Product Type | Ultraviolet Flame Scanner |
| Detection Technology | Ultraviolet (UV) |
| Scanner Type | Non-Self-Checking |
| Detector Tube | Fireye 4-314-1, Field Replaceable |
| Detector Tube Orientation | Vertical |
| Mounting Type | Sleeve and Setscrew |
| Mounting Size | 3/4 in Sleeve |
| Lead Wire Length | 72 in (1830 mm) |
| Lead Wire Type | Integral Unshielded Leads |
| Detector Circuit Voltage | Approx. 560 VAC Supplied by Compatible Control / Amplifier |
| Operating Temperature Range | -40°F to 200°F (-40°C to 94°C) |
| Maximum Humidity | 85% RH, Non-Condensing |
| Housing Material | Die-Cast Aluminum |
| Typical Fuels | Natural Gas, Propane, Light Fuel Oil |
| Primary Application | Burner Flame Detection and Flame Safeguard Systems |
| Weight | Approx. 1.1 lb (0.5 kg) |
Information About 45UV3-1050
The 45UV3-1050 is a non-self-checking Fireye 45UV3 Series flame scanner intended for burner applications that cycle periodically rather than operate continuously without interruption. Its industrial construction incorporates a field-replaceable 4-314-1 ultraviolet detector tube, oil-resistant sealing components, and a sleeve-and-setscrew mounting system that allows practical positioning at the burner sight pipe. The scanner operates from the high-voltage detector circuit supplied by the associated Fireye control or amplifier and can be integrated with compatible Flame-Monitor, BurnerLogix, MicroM, and other Fireye flame safeguard platforms using the appropriate amplifier configuration. It is primarily used to detect ultraviolet radiation from natural gas, propane, and light fuel-oil flames in boilers, furnaces, ovens, process heaters, and similar combustion equipment.
Key Features:
- Ultraviolet Flame Detection: Detects UV radiation produced by compatible gaseous and light liquid fuel flames.
- Non-Self-Checking Operation: Designed for applications where burner operating cycles provide periodic flame scanner checking.
- Replaceable Detector Tube: Uses a field-replaceable Fireye 4-314-1 UV tube to simplify scanner servicing.
- 3/4-Inch Sleeve Mount: Sleeve-and-setscrew arrangement provides convenient installation and scanner positioning at the burner sight pipe.
- 72-Inch Lead Wires: Supplied with approximately 6 ft (1830 mm) of integral unshielded wiring for connection to the control circuit.
- Rugged Aluminum Housing: Die-cast construction provides mechanical protection in demanding burner environments.
- Oil-Resistant Sealing: Housing incorporates oil-resistant gaskets for improved durability around combustion equipment.
- High Temperature Capability: Supports ambient temperatures from -40°F to 200°F (-40°C to 94°C).
- Broad Fireye Compatibility: Suitable for use with multiple Fireye flame safeguard platforms when connected through the appropriate UV amplifier circuitry.
- Fossil Fuel Applications: Intended primarily for natural gas, propane, and light fuel-oil flame monitoring.
- Flame Discrimination Capability: Proper scanner sighting helps distinguish the supervised burner flame from adjacent or background flames.
- Industrial Combustion Use: Suitable for boilers, furnaces, ovens, process heaters, and other automatically fired combustion equipment.
The 45UV3-1050 delivers the reliability and precision required for ultraviolet flame detection and flame-failure supervision in periodically cycled industrial burner systems.