Brahma E7/T*A3C Flame Detector
Technical specs, application notes, replacement checks, and related model references.
Product Overview
The Brahma E7/T*A3C is a high-performance solenoid valve engineered for the precise control and shut-off of light and heavy fuel oils in pressure atomizing burners. Designed to withstand high fluid pressures and challenging viscosity variations, it ensures a tight seal during burner lockout. Its durable internal components and reliable magnetic coil guarantee long-term operational stability in harsh industrial and commercial heating environments.
Technical Specifications
Valve Type
Oil Solenoid Valve
Operation
Normally Closed (NC)
Application
Light Oil, Heavy Oil, Kerosene
Max Pressure
Model dependent (e.g., up to 30 bar)
Approvals
CE (EN ISO 23553-1)
Selection Notes & Data Verification
The E7/T*A3C page is structured for engineering comparison: confirm the product type, firing range, fuel type, operating mode, electrical supply, and safety approvals against the manufacturer datasheet before specifying the burner or component.
Burner.wiki normalizes product data for discovery and comparison, but final selection should account for combustion chamber backpressure, local emission limits, control sequence requirements, and site commissioning conditions.
Typical Applications
Related Models
Related Knowledge
FAQ
What is Brahma E7/T*A3C used for?
Brahma E7/T*A3C is referenced as a flame detector for industrial combustion systems. Verify the exact application against the burner documentation, control cabinet wiring, and manufacturer datasheet.
Can E7/T*A3C replace another model?
Replacement depends on voltage, safety timing, wiring terminals, flame supervision method, mechanical fit, and local combustion safety requirements.
What should be checked before installing E7/T*A3C?
Check supply voltage, burner sequence, fuel type, pressure or capacity range, detector compatibility, safety loop configuration, and the equipment nameplate before commissioning.
Documentation Note
Technical documentation should be verified against the manufacturer datasheet, burner cabinet wiring diagram, and equipment nameplate before installation or replacement.
- Check supply voltage and frequency.
- Confirm terminal layout and safety interlocks.
- Verify flame detector or actuator compatibility.
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