Polar Power Sensor WIND for CS600
Buy Polar Power Sensor WIND for CS600 online at the best price Polar Power Sensor WIND for CS600 The Power Output Sensor W.I.N.D. measures power direct from the chain, unlike other models that use the crank or hub.This precision system combines measures from two key factors: Chain Tension (using a sensor on the chain stay) and Chain Speed (using a sensor on the rear pulley) How Quick Is the Set-Up?It couldn’t be easier. All you have to do is enter – once, when setting up the unit – a set of key factors: chain length, chain weight and the length between the bottom bracket and rear wheel axles. And then away you go. Or, you may use the default settings to get started (Chain weight 304 g and length 1473 cm and Span length 420 mm). Precision pedal power – every time!Does Chain Slap Affect the Results?No. Because the chain is taut as you pedal, the Power measurement is unaffected by chain slap. The only time excessive chain slap occurs is when you’re not pedaling – and no power is generated.What About Pedaling Index?Together the Polar CS600 cycling computer and the Polar Power Output Sensor W.I.N.D. let you track your pedal stroke efficiency in real time by measuring two indexes, L/R balance and Pedaling Index.L/R balance: L/R balance is an index of the power output balance between the left and right strokes making up one rotation. The Polar CS600 cycling computer then compares the peak power produced during the left stroke against the peak produced during the right stroke. If you press hard on the right, the L/R balance will be skewed on the right side (i.e. L 37, 63 R). The Polar CS600 display information helps you achieve balance between each push and avoid premature fatigue in either leg, contributing to improved pedaling efficiency with each rotation. Pedaling Index: Pedaling Index (PI) measures the evenness of power output throughout each pedal rotation by comparing your power output at its minimum and maximum levels. A higher PI score shows that your power was produced more evenly throughout the pedal rotation – so your peak power for a rotation will be lower, even though your average power output remains the same. How Does this System Measure Pedaling Index?A pedal stroke generates peak power as the foot pushes down on the pedal. In one rotation there are two power peaks: the first as you push down with the right foot and pull up with the left, and the second when you push down with the left foot and pull up with the right. In between, your power output is decreased. The Power Output Sensor W.I.N.D. measures the maximum and minimum power values and calculates your L/R balance and pedaling index, using a cadence sensor on the right pedal to mark the right side.What Is the New Cycling Efficiency?Cycling efficiency is your energy expenditure converted into the power that propels the bike forward. Improvement in cycling efficiency indicates improved economy of cycling performance.Why Choose the Polar Power Output Sensor W.I.N.D.?No hub, wheel or crank change: The system measures power direct from the chain – no need to change hubs, wheels or cranks unlike other models.Right price for total system: The Polar Power Output Sensor W.I.N.D. option for the Polar CS600 cycling computer is an additional module, separate from the cycling computer itself. An athlete who already has the Polar CS600 with its many cycling computer features adds a whole new series including wattage, cadence, cycling efficiency, L/R balance and pedaling index. The ability to incrementally buy into this power meter is one of its primary advantages. It is also possible to purchase a complete set including the Polar CS600 cycling computer and the Power Output Sensor W.I.N.D. Polar – the lightweight choice: The Polar CS600 cycling computer and the bike sensors weigh just 275 grams when installed. Polar Power Sensor for CS600 Benefits
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Order Polar Power Sensor WIND for CS600 online from Belfast, Birmingham, Bradford, Brighton, Bristol, Cardiff, Coventry, Derby, Dublin, Edinburgh, Glasgow, Kingston upon Hull, Leeds, Leicester, Liverpool, London, Manchester, Nottingham, Plymouth, Reading, Sheffield, Southampton, Stoke-on-Trent, Wolverhampton or any where in the United Kingdom: England, Ireland, Scotland and Wales