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General| Detection Angle | 90° |
|---|---|
| Power Supply | 12-24 VDC |
| Protection Class | IP65 |
| Humidity | 95% RH, non-condensing |
| Enclosure | IP65-rated |
| Certifications | CE, FCC |
| Response Time | ≤2 seconds |
Details standard features for all models, industrial, and high-temperature variants.
Lists optional features and various regulatory approvals for the flame detectors.
Specifies performance metrics for different fire types, distances, and specific models.
Explains multi-spectrum sensing and Fire Event Analysis technology in the Model 860.
Describes single spectrum sensing and user-adjustable parameters in the Model 660.
Covers environmental ratings, hazardous location suitability, and electrical interface specifications.
Provides physical dimensions, installed weight, and shipping weight for the detectors.
Lists available optional accessories like swivel mounts, air shields, and rain shields.
Identifies suitable fire detection applications for hydrocarbon and specified non-hydrocarbon fuels.
Emphasizes adherence to local fire codes and seeking assistance for installation procedures.
Provides step-by-step instructions for mounting, wiring, and securing the detector.
Specifies the required DC power supply voltage, filtering, and grounding for reliable operation.
Details factory settings for time delay, sensitivity, and relay outputs for initial setup.
Explains the function and configuration of fire/fault relays, 0-20mA output, and RS485 interface.
Describes the automatic and manual self-test features for checking detector optics and electronics.
Details how to configure the fire output delay time using potentiometers and switch settings.
Explains UV/IR warning output and how to set the time delay for these outputs.
Adjusts detector sensitivity and selects between normal and high detection speeds.
Configures settings for industrial/hangar applications and Fire Event Analysis levels.
Covers fire output latching, fault relay behavior, and 0-20 mA output logic.
Details self-test activation and RS485 user interface configuration.
Explains how to enable the RS485 serial communication interface for networking detectors.
Defines control/response packets and guides on assigning unique detector addresses for network communication.
Detailed instructions for cleaning UV and IR sensor windows and light guides to ensure performance.
Covers common issues like new installation checks, power supply, and wiring verification.
Addresses causes and solutions for detectors failing to alarm or pass self-test.
Addresses scenarios like false alarms, confidence/fault conditions, and manual test failures.
Explains UV/IR warning output, its causes, and recommended investigation procedures.
Instructions on contacting Firefly AB, repair procedures, and warranty voiding conditions.
Illustrates wiring for power supply, fire loop, fault, test input, RS485, and 0-20mA outputs.
Provides specifications for ordering Model 660, including type, rating, housing, and test features.
Details specifications for ordering Model 860, including fire type, approvals, housing, and relay configuration.
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