Fairport LED PRO 60 High-Frequency Concrete Poker Overview The Fairport LED PRO 60 High-Frequency Concrete Poker is designed for efficient concrete consolidation in demanding construction projects. Its integrated high-frequency motor ensures optimal performance, making it ideal for professionals seeking reliability and durability onsite. Design and Build Quality Featuring a robust construction with a double casing design, the LED PRO 60 offers enhanced protection for the internal motor, ensuring longevity even in challenging environments. The ergonomic design provides a secure grip, 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-metre anti-abrasion hose for extended reach and protection. LED Fault Indicator: The built-in LED system allows for quick fault detection and easier maintenance. Specifications Specification Details Poker Head Diameter 58 mm Poker Head Length 420 mm Voltage 110V Current 7.6 A Power Consumption 1,000 W Vibration Frequency 12,000 vpm Centrifugal Force 575 kgf Sound Power Level 78.5 dB(A) Total Weight 22 kg Cable Length 15 metres Hose Length 5 metres Performance and User Experience With a high-frequency output of 12,000 vpm, the LED PRO 60 ensures thorough concrete consolidation. Its ergonomic design and extended hose length improve manoeuvrability, enhancing productivity onsite. Q&A Section Q: What is the power source for the Fairport LED PRO 60? A: The LED PRO 60 operates on a 110V electrical supply, consuming 1,000 W of power. Q: How does the anti-abrasion hose benefit the user? A: The 5-metre 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 60 suitable for continuous use? A: Yes, its robust construction and efficient cooling system make it suitable for continuous operation in demanding environments.
