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Fireye UV5 Flame Scanner

Fireye  |  SKU: SPA608  |  Barcode: EA294
0.35 kg
Regular price ¥2,227.00
Shipping & appropriate taxes calculated at checkout.

Delivery and Shipping

Dispatch Time
Dispatch within 2–5 days depending on supplier availability.
Express Delivery
Next Business Day (UK Mainland)
Free Shipping
Orders Over £100 (UK Mainland)
Tracking
Real-time Updates
  • Secure packaging for industrial components
  • Same day shipping available (on request)

Technical Support On Hand

Response Time
Within 2 Hours
Support Hours
Mon-Thurs: 8:30-17:00 GMT
Fri: 8:30-15:00 GMT
Live Chat
Support Available Online
Expert Engineers
Siemens Certified
  • Obsolete replacement part assistance
  • Comprehensive documentation library
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  • Priority parts replacement service
Usually 7 Days 3

Description

FireyeUV5 Flame Scanner

UV5 Overview

Designed specifically to be used with the BurnerPRO range of control boxes the UV5 Flame scanner is ideally suited for gaseous fuels (natural gas and propane). However, it can be used in detecting flames from standard fuel gases, some waste gases and light oil fuels such as No. 2 oil. Flames from heavier oils can be detected with UV scanners but the unburned fuel shroud and/or atomisation shroud can block passage of the UV from the flame zone to the UV tube, causing nuisance burner/boiler trips. Infrared detection is recommended for fuel oil heavier than No. 2, and some installations where waste gases are burned together with natural gas as a main flame.

UV5 Dimensions

Fireye UV5 Dimensions

Additional Features

The UV5-1 scanner also supports front and lateral viewing, but its highly recommended for lateral viewing to maximise the UV tubes sensitivity. The UV5-1 is shipped with a mounting flange and a detachable cable The UV tube is made of quartz and is filled with a gas that ionises when struck by UV radiation from the flame. In the absence of UV radiation, the gas acts as an insulator between two electrodes which are mounted inside the tube. These electrodes are energised continuously by a high voltage. During combustion, UV radiation ionises the gas, causing current pulses to flow between the electrodes. These current pulses result in a flame signal which is transmitted to the amplifier in the control, where it is processed to energise or hold in the flame relay.

Product Downloads Section

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PDF Manual PDF

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Complete installation and operation guide

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Technical specifications and features

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