ETC 6094 Flame Scanner

ETC6094 & ETC6095 UV Flame Detectors

Advanced, Self-Checking Flame Detection for Unattended Combustion Systems

The ETC6094 and ETC6095 are high-performance UV flame detectors engineered for use with ETC6000 series burner controllers. Designed for modern, unsupervised burner and boiler operations, these detectors deliver reliable, automatic flame monitoring with minimal maintenance—perfect for automated facilities, remote plants, and industrial environments where safety, accuracy, and uptime are critical.

Intelligent Self-Testing for Maximum Safety

Using advanced ultraviolet flame detection technology, both models are equipped with a unique integrated shutter system. This shutter intermittently blocks the flame signal to perform automatic “dark tests”, verifying the detector’s functionality in real time.

This self-checking mechanism ensures:

• Continuous system integrity

• Early detection of flame sensor issues

• Reduced need for manual supervision

By identifying faults before they escalate, the system enhances combustion safety and helps prevent costly shutdowns or failures.

Engineered for Seamless Integration

Fully compatible with ETC6000 controllers, the ETC6094 and ETC6095 communicate via CANBus, offering:

• Real-time feedback on flame presence and detector health

• Stable, high-speed communication

• Simplified diagnostics and system control

This tight integration enables smarter monitoring and automation—essential for energy efficiency and compliance in modern combustion systems.

Optimized Sensitivity for Low Voltage Environments

Unlike standard flame detectors, the ETC6094 and ETC6095 feature enhanced sensitivity—ideal for installations where supply voltage is below 230V or where power fluctuations may occur. Their performance remains stable even under inconsistent voltage conditions, ensuring uninterrupted operation in challenging environments.

Flexible Mounting Options

• 🔄 ETC6094: Radial mount through the side of the burner windbox using a clamp ring (like the ETC6090)

• ➡ ETC6095: Axial mount using a sight tube at the burner front

These options provide installation flexibility across different burner designs and make integration into existing systems simple and efficient.

Built for Industrial Environments

With IP65 and NEMA 4 protection ratings, the flame detectors are:

• Dust-tight

• Water-resistant

• Durable for indoor and outdoor use

They operate reliably in -20°C to +60°C conditions, withstanding industrial challenges such as temperature extremes, vibration, and exposure to contaminants.

Certified for Safety & Compliance

Both models are:

• CE Approved

• Compliant with EN298:2012 safety standards for automatic burner control systems

This ensures suitability for regulated applications and reinforces ETC’s commitment to high-quality, safety-first design.

🔧 Key Features

• 🔍 UV Flame Detection with Automatic “Dark Test” Shutter

• 🔄 Self-Checking Integrity for Unsupervised Burner Operation

• 🌡 Wide Operating Temperature Range (-20°C to +60°C)

• 🧱 IP65 / NEMA 4 Enclosure for Harsh Environments

• 🔌 Reliable CANBus Communication with ETC6000 Controllers

• 🔧 Flexible Mounting: Radial (ETC6094) or Axial (ETC6095)

• ⚡ Enhanced Sensitivity for Low Voltage Applications

• ✅ Certified to EN298:2012 & CE Approved

✅ Benefits at a Glance

• 🔥 Maximum Safety – Integrated self-tests ensure continuous system reliability

• ⚡ Stable Performance Under Low Voltage – Ideal for variable power supply conditions

• 🔧 Reduced Maintenance – Automatic testing minimizes manual checks

• 🔁 Reliable System Integration – High-speed CANBus communication with real-time feedback

• 💼 Flexible Installation – Mounting options accommodate diverse burner configurations

• 🌍 Indoor & Outdoor Use – Rugged design withstands harsh industrial environments

Reliable Detection. Smarter Combustion. Safer Systems.

The ETC6094 and ETC6095 flame detectors offer next-generation flame sensing with built-in intelligence and robust industrial-grade design. When paired with the ETC6000 platform, they form a key part of a high-performance, automated combustion control system.