Fairport LED PRO 50 High-Frequency Concrete Poker Overview The Fairport LED PRO 50 High-Frequency Concrete Poker is designed for efficient concrete consolidation in various construction applications. Its integrated high-frequency motor ensures optimal performance, making it ideal for professionals seeking reliability and durability on-site. Design and Build Quality Featuring a robust construction with a double casing design, the LED PRO 50 offers enhanced protection for the internal motor, ensuring longevity even in demanding environments. The ergonomic design facilitates easy handling, reducing operator fatigue during extended use. Key Technologies and Features Integrated High-Frequency Motor: Ensures consistent and efficient vibration for superior concrete compaction. Double Casing Design: Provides enhanced protection to the motor, increasing durability. Anti-Abrasion Flexible Hose: Equipped with a 5-meter anti-abrasion hose for extended reach and protection. LED Fault Indicator: Built-in LED system for easy fault detection and maintenance. Specifications Specification Details Poker Head Diameter 50 mm Poker Head Length 365 mm Voltage 110V Current 5.6 A Power Consumption 850 W Vibration Frequency 12,000 vpm Centrifugal Force 375 kgf Sound Power Level 77 dB(A) Total Weight 18 kg Cable Length 15 meters Hose Length 5 meters Performance and User Experience The LED PRO 50 delivers high-frequency vibrations at 12,000 vpm, ensuring thorough concrete consolidation. Its ergonomic design and extended hose length provide operators with flexibility and ease of use, enhancing productivity on-site. Q&A Section Q: What is the power source for the Fairport LED PRO 50? A: The LED PRO 50 operates on a 110V electrical supply, consuming 850 W of power. Q: How does the anti-abrasion hose benefit the user? A: The 5-meter anti-abrasion hose protects the internal cable from wear and tear, extending the equipment's lifespan and providing flexibility during operation. Q: Is the LED PRO 50 suitable for continuous use? A: Yes, its robust construction and efficient cooling system make it suitable for continuous operation in demanding environments.
