Introducing Stairlift Electrical parts
Posted by Stairlift Guide on Tuesday, March 16, 2010
Under: Stairlift electrical parts
A stairlift is an electro-mechanical lifting device. It consists of many electronic parts for controlling of the stairlift as well as mechanical parts for the lifting operation.
Electrical parts:
The most important electrical component of a stairlift is the mainboard control where the processor resides. Stairlift has, over the years, evolved from a manual lift device to an intelligent lifting system with friendly user interface. These are made possible by the improved processing power. Modern stairlift is a computer in itself. The processor is aided by the addition of sensors to the stairlift for safety purposes. The computer usually takes in all the data while in operation and adjust the stairlift movements accordingly. For example, the user will control the system via a touch panel or remote control. The stairlift will adjust the speed of the movement according to the user's weight. The key is to maintain the user's balance with the right speed.
When the stair lift is in operation, the sensors attached at the bottom will sense for obstacles and feedback directly to the processor. The computer will then react by slowing down or stopping the stair lift.
The electronics component in the stair lift make up a complex system which can only get better. In the future, we will see better user interface systems such as voice control that cater to a larger group of users.
Electrical parts:
The most important electrical component of a stairlift is the mainboard control where the processor resides. Stairlift has, over the years, evolved from a manual lift device to an intelligent lifting system with friendly user interface. These are made possible by the improved processing power. Modern stairlift is a computer in itself. The processor is aided by the addition of sensors to the stairlift for safety purposes. The computer usually takes in all the data while in operation and adjust the stairlift movements accordingly. For example, the user will control the system via a touch panel or remote control. The stairlift will adjust the speed of the movement according to the user's weight. The key is to maintain the user's balance with the right speed.
When the stair lift is in operation, the sensors attached at the bottom will sense for obstacles and feedback directly to the processor. The computer will then react by slowing down or stopping the stair lift.
The electronics component in the stair lift make up a complex system which can only get better. In the future, we will see better user interface systems such as voice control that cater to a larger group of users.