Honeywell C7061 UV Flame Detectors C7061A1012

Technical Dossier

Product Details And Specifications

Honeywell C7061 Series: Comprehensive UV Flame Detector Range and Technical Overview

Q: How are RFQ terms confirmed?
A: Quantity, required condition, documentation needs, destination and sourcing route are confirmed during RFQ review before quotation.

The Evolution of C7061 Architecture

The C7061 series was developed by Honeywell as part of its industrial combustion safety portfolio, designed to interface directly with Honeywell's R4140, R7140, R7847, and R7886 flame amplifier/relay modules. The detector operates on the principle of UV photoelectric sensing, using a Geiger-Müller tube or UV-sensitive photocell to respond exclusively to the UV spectrum (185–260 nm), which eliminates false responses from ambient infrared or visible light sources.

Early Generation: The original C7061 platform was engineered for hardwired BMS architectures, offering a simple two-wire or three-wire interface to dedicated flame relay panels. Response time was typically under 1 second, with self-check capability on select variants.

Mid-Generation Refinements: Subsequent variants introduced improved UV tube longevity, wider ambient temperature tolerance (–40°C to +70°C), and enhanced EMI shielding for use in electrically noisy industrial environments such as arc furnaces and high-voltage switchgear areas.

Compatibility Considerations: The C7061 series is not directly compatible with modern digital BMS platforms without signal conditioning. Facilities migrating to Honeywell FSC (Fail-Safe Controller) or Safety Manager architectures must use appropriate interface relays. The C7061A1012 specifically outputs a discrete UV-detected signal and requires a matched amplifier module for logic integration. Backward compatibility within the C7061 family is generally maintained across variants sharing the same mounting flange and conduit entry specification.

Lifecycle Status: The C7061 series is in the mature-to-end-of-life phase. Honeywell has transitioned newer installations toward the C7927 and C7035 series for digital BMS integration. However, the installed base of C7061 units remains substantial, and Honeywell's authorized service network — alongside specialist distributors — continues to support the series for lifecycle extension programs.

C7061 Full Catalog & Functionalities (SKU List)

The following SKUs represent the documented C7061 series variants and closely associated flame detection components. Each entry reflects a distinct configuration or accessory within the Honeywell combustion safety ecosystem:

C7061A1012: Standard UV flame detector, 120 VAC, 1/2-inch NPT conduit, general industrial BMS use.
C7061A1020: UV flame detector, 240 VAC supply variant, European industrial installations.
C7061A1038: UV detector with extended cable lead, for remote-mount burner applications.
C7061B1010: UV flame detector with self-check UV lamp, enhanced diagnostic capability.
C7061B1028: Self-check UV detector, 240 VAC, for high-availability boiler BMS.
C7061C1008: UV detector, compact body, designed for space-constrained burner throats.
C7061D1006: High-temperature UV detector, rated for ambient up to 85°C, furnace applications.
C7061E1004: UV detector with integral sight pipe adapter, for refractory-lined combustion chambers.
C7061F1002: UV/IR combination detector variant, dual-spectrum sensing for difficult fuels.
C7061G1000: UV detector, ATEX-certified, for Zone 1 hazardous area classification.
C7061H1008: UV detector, CSA/UL-listed, North American hazardous location compliance.
C7061J1006: UV detector with purge air connection, for high-particulate environments.
C7061K1004: UV detector, stainless steel body, corrosion-resistant for offshore platforms.
C7061L1002: UV detector, extended UV tube life design, for continuous-duty kilns and dryers.
C7061M1000: UV detector, low-NOx burner optimized, narrow field-of-view configuration.

Sourcing Hard-to-Find & Obsolete C7061 Parts

Our inventory strategy for the C7061 range includes:

For facilities operating under IEC 61511 SIL-rated BMS, we provide documentation packages to support Management of Change (MOC) processes when substituting equivalent detector units.

Quality Control for the C7061 Range

UV flame detectors present specific quality verification challenges distinct from standard electronic modules. The UV-sensitive element degrades over time and with UV exposure history, making visual inspection alone insufficient. DriveKNMS applies the following test protocol to all C7061 units processed through our facility:

• UV Response Test: Each unit is exposed to a calibrated UV source (mercury vapor lamp, 254 nm peak) and response time is measured against the OEM specification (≤1.0 second for standard variants).
• Dark Current Measurement: Leakage current in the absence of UV stimulus is measured to assess tube degradation. Units exceeding OEM dark current limits are rejected.
• Supply Voltage Tolerance: Units are tested at ±10% of rated supply voltage to confirm stable operation across the full tolerance band.
• Insulation Resistance: Megohm testing between signal conductors and housing to verify integrity of internal insulation, critical for hazardous area-rated variants.
• Mechanical Inspection: Conduit threads, sight tube bore, and mounting flange are inspected for damage, corrosion, or non-OEM modifications.
• Labeling & Serialization Verification: Part number, date code, and serial number are cross-referenced against Honeywell's published manufacturing records where accessible.

Q: How is condition confirmed before quotation?
A: Available condition, photos, test records and documentation are checked according to the requested model and sourcing channel before a formal RFQ response.