- #1
but if we were to cut the rope, there would be an internal force of 10 lbs?
Red Rope Tension is a term used to describe the tension of a climbing rope when it is attached to a belay device. Wheel movement refers to the movement of the rope through the belay device's wheel as the climber ascends or descends. The tension and movement of the rope are important factors in ensuring the climber's safety and proper use of the belay device.
Wheel movement can affect the tension of the red rope by either increasing or decreasing it. When the climber ascends, the rope moves through the belay device's wheel, creating more tension in the red rope. When the climber descends, the rope moves in the opposite direction, decreasing the tension in the red rope. It is important for the belayer to be aware of this movement and adjust their grip on the rope accordingly to maintain the right amount of tension.
Yes, excessive wheel movement can lead to accidents. If the belayer is not paying attention to the wheel movement and does not adjust their grip on the rope, there is a risk of the rope becoming too loose or too tight. This can result in the climber falling unexpectedly or not being able to move freely, causing discomfort or even injury.
To control the wheel movement while belaying, it is important to maintain a proper grip on the rope. The belayer should use their brake hand to hold the rope in place, while their guide hand feeds the rope through the belay device's wheel. As the climber moves, the belayer should adjust their grip accordingly to keep the rope at the desired tension level.
There is no specific recommended amount of wheel movement for optimal red rope tension as it can vary depending on the climber's weight, the type of belay device, and personal preference. It is important for the belayer to communicate with the climber and make adjustments as needed to maintain a safe and comfortable level of tension in the red rope.