THE PATENTED DIGITAL PROFILE DETECTOR (DPD) USES A MICROPROCESSOR TO continuously monitor the frequency and amplitude characteristics of a burner flame. Every flame has a unique profile – a digital fingerprint. The Digital Profile Detector constantly compares the real time flame image to the learned profile stored in its memory. The detector’s microprocessor uses sophisticated algorithms to precisely determine the flame’s on/off condition, allowing for reliable discrimination in a multi-burner environment.
Depending on customer needs, both the Super-Blue Digital Profile Detector (UV) and the Classic Digital Profile Detector (IR) are available. The Super-Blue features a super-blue silicon cell that is sensitive to radiation prevalent in gas flames and/or oil flames. The Classic incorporates a lead sulfide cell for infrared detection and is best suited for coal and/or oil flames. The automatic signal amplification circuitry and the use of multiple storage files allow each Digital Profile Detector to adapt to each application.
Front Mount: Part #7819506
Tangential Unit: Part #39089301
Front Mount: Part #7819504
Tangential Unit: Part #39089201
DPD Technical Bulletin
Publication Number 404005-02
SOPHISTICATED SMARTDISPLAY ™
The scrolling LED display provides quick set-up, precise aiming, and instant flame signal readout.
SIMPLIFIED PROGRAMMING AND OPERATIONS
With the push button keypad, the detector can be programmed to learn flame data in just minutes.
FIBER OPTIC CONNECTIONS
For space constricted applications, fiber optics can work through the tightest burner configurations.
In the event of failure, downloading and uploading flame characteristics to a replacement detector head is possible.
24 VDC operation.
Program and view multiple detector’s status from a remote PC.
The OptiFlame burner balancing software uses the detector’s signal to help fine tune the performance of a burner.