Fireye InSight 95UVS2-1CEX | Factory Sealed UV Flame Scanner

Description

1. Unboxing & Physical Snapshot

• Model & Brand: Fireye InSight Type 95UV Integrated Flame Scanner (Model Designation / Part Number: 95UVS2-1CEX)
• Physical Dimensions: Heavy-duty cylindrical explosion-proof housing format (Approx. 250 mm length x 110 mm diameter profile excluding optical lens assembly)
• Estimated Shipping Weight: 2.20 kg (Net scanner weight; factor approximately 3.8 kg for robust industrial transit cartons with shock-absorbing foam)
• What’s in the Box: Microprocessor-based ultraviolet flame scanner assembly housed in an ATEX-certified explosion-proof enclosure, integrated 8-character alphanumeric LED display, 4 push-button keypad, internal flame relay board, factory anti-static wrap, and hazardous location installation guide.

2. Product Introduction

Burner management and combustion safety systems deployed in heavy industrial boilers, furnaces, and utility power plants require precise, fail-safe flame monitoring to prevent catastrophic fuel explosions. The Fireye 95UVS2-1CEX is an advanced, explosion-proof integrated ultraviolet (UV) flame scanner featuring solid-state sensors and an expanded S2 feature set. (Always disconnect burner management power and verify zero voltage potential before opening explosion-proof enclosures in hazardous environments.)

Combustion and safety engineers rely on the InSight series for its built-in digital signal processing, AutoTune capabilities, and internal flame relay, which eliminate the need for remote amplifiers. Verifying spectral sensitivity ranges, housing thread integrity, and hazardous area classification ratings prior to installation ensures reliable performance and strict code compliance.

3. Core Technical Specifications

4. Global Compliance & Industry Certifications

• Expected Regulatory Standards: ATEX / CENELEC directive compliance (Ex d IIC T6), CE Mark, TÜV SIL 2 suitability evaluations, RoHS compliance.
• Safety Context: The flame detector functions as a critical safety instrumented function (SIF) component, providing reliable burner flame verification to safely trip fuel valves in the event of flame loss.
• Audit Directive: Retain factory calibration certificates, hazardous location approval documentation, and TÜV safety appraisal reports with authorized distributors before commissioning burners in regulated facilities.

5. Long-Term Storage & Asset Preservation Guide

• Store the flame scanner sealed inside its original factory protective packaging in a clean, dry warehouse environment where ambient relative humidity remains below 60% non-condensing.
• Keep optical glass lenses and electronic connectors protected with clean dust caps until the exact hour of burner site installation.
• Protect the heavy aluminum enclosure threads and flame-path joints from physical scratching, impacts, or corrosion during storage.

6. Physical Installation Prerequisites

• Ensure the burner sight pipe and mounting flange are clean, properly aligned, and clear of soot or combustion residue before attaching the scanner.
• Verify that the explosion-proof cover O-rings and flame-path mating surfaces are undamaged and greased with approved compound to maintain flame-path integrity.
• Secure all electrical conduit connections and wiring terminals tightly, ensuring proper grounding to suppress high-voltage ignition electrical noise.

7. Buyer’s FAQ (Logistics & Compliance Focus)

• Q: What Harmonized System (HS) code applies to this flame scanner for international customs clearance?

  A: Use HS code 9031.80 (Measuring or checking instruments, appliances and machines) or 8531.80 (Electric sound or visual signaling apparatus).

• Q: Does the “-1CEX” designation indicate a specific housing type?

  A: Yes, the suffix denotes integration within an ATEX/CENELEC certified explosion-proof housing (Ex d IIC T6) rated for hazardous locations.

• Q: Is specialized transit insurance required when shipping explosion-proof flame scanners?

  A: Yes, full-value freight insurance is strongly recommended due to the high replacement value, heavy cast construction, and sensitive optical components.

• Q: What is the verified Country of Origin (COO) for import documentation?

  A: Manufactured in the USA or authorized global Fireye production facilities; inspect the exterior factory packaging label to verify exact provenance prior to customs filing.