HEIDENHAIN ROD 456 02S09-04 500 Pulses Encoder
Starting at $333.00 $333.00
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HEIDENHAIN Incremental encoder reference HEIDENHAIN ROD 456 500 (K8) for sale online on our online source. This HEIDENHAIN Incremental encoder type HEIDENHAIN ROD 456, 500 count/rev (500 pulses) comes with a PIN connector and a cable of 2m lenght. ROD 456 - 500 will replace a defective part or broken part from your CNC Machine or other automated system. This HEIDENHAIN ROD 456 500 comes tested and with a warranty
The incremental encoder, sometimes called a relative encoder, is simpler in design than the absolute encoder. It consists of two tracks and two sensors whose outputs are called channels A and B. As the shaft rotates, pulse trains occur on these channels at a frequency proportional to the shaft speed, and the phase relationship between the signals yields the direction of rotation. HEIDENHAIN ROD 456 500 The code disk pattern and output signals A and B are illustrated in Figure 5. Cnc-shopping. By counting the number of pulses and knowing the resolution of the disk, the angular motion can be measured. The A and B channels are used to determine the direction of rotation by assessing which channels "leads" the other. The signals from the two channels are a 1/4 cycle out of phase with each other and are known as quadrature signals. Often a third output channel, called INDEX, yields one pulse per revolution, which is useful in counting full revolutions. It is also useful as a reference to define a home base or zero position. HEIDENHAIN ROD 456 500
The incremental encoder, sometimes called a relative encoder, is simpler in design than the absolute encoder. It consists of two tracks and two sensors whose outputs are called channels A and B. As the shaft rotates, pulse trains occur on these channels at a frequency proportional to the shaft speed, and the phase relationship between the signals yields the direction of rotation. HEIDENHAIN ROD 456 500 The code disk pattern and output signals A and B are illustrated in Figure 5. Cnc-shopping. By counting the number of pulses and knowing the resolution of the disk, the angular motion can be measured. The A and B channels are used to determine the direction of rotation by assessing which channels "leads" the other. The signals from the two channels are a 1/4 cycle out of phase with each other and are known as quadrature signals. Often a third output channel, called INDEX, yields one pulse per revolution, which is useful in counting full revolutions. It is also useful as a reference to define a home base or zero position. HEIDENHAIN ROD 456 500
Availability | Available in 5 to 8 days |
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Weight | 1.00 kgs |
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