PPC6000 Fireye Controller

Part number PPC6000 from Fireye, listed in Burner & Combustion Controls. KKM Solutions quotes this part with pricing and availability confirmed per order.

Overview The Fireye PPC6000 is a state-of-the-state-of-the-art, stand-alone parallel positioning controller designed for liquid or gaseous fuel-fired combustion systems. As a microprocessor-based fuel/air ratio controller, it precisely manages up to ten servo motors to within one-tenth of an angular degree, eliminating hysteresis and improving burner efficiency. When integrated with a Fireye flame safeguard system, such as BurnerLogix, it provides one of the most compact and advanced parallel positioning solutions in the industry. Features High-precision control of up to ten 24-volt CANbus servomotors. Support for four independent fuel profiles with up to 24 points per profile for smooth combustion curves. Two independent PID control loops for precise temperature or pressure regulation. CANbus two-wire communication to simplify wiring for servos and displays. Fully programmable function blocks allowing for custom applications like draft or feedwater control. Optional O2 trim and Variable Frequency Drive (VFD) interfaces to enhance fuel savings and reduce noise. Multiple display options, including vacuum fluorescent displays and color touchscreens. Specifications Supply Voltage: 120/230 VAC (+10%, -15%), 50/60 Hz. Power Consumption: Approximately 60 VA. Ambient Temperature Range: 32 degree F to 140 degree F (0 degree C to 60 degree C). Humidity: 0% to 85% non-condensing. Footprint: Compact design measuring 7.0 inch x 4.5 inch x 3.75 inch. Protection Category: IP20 (requires NEMA 1/IP40 enclosure for indoors or NEMA 3/IP54 for outdoors). Accuracy: Positioning to within +/- 0.1 degree. Applications The Fireye PPC6000 is ideally suited for industrial and commercial burner management where precise fuel-to-air ratio control is required. It is commonly used in boiler systems for lead/lag sequencing, draft control, and feedwater management. Its ability to handle complex burner configurations makes it a preferred choice for systems utilizing Flue Gas Recirculation (FGR) and those requiring sophisticated modulation for improved energy efficiency and reduced emissions.