German REXROTH Rexroth Value Encoder*

German REXROTH Rexroth Value Encoder*
The German REXROTH Rexroth value encoder is encoded by mechanical position determination, which does not require memory, reference points, or continuous counting. It reads its position whenever it needs to be known. In this way, the anti-interference characteristics of the encoder and the reliability of the data are greatly improved.
The solution is to increase the reference point, and the BEN encoder corrects the reference position into the memory position of the counting device every time it passes through the reference point. Before the reference point, the accuracy of the position cannot be guaranteed. For this reason, in industrial control, there are methods such as finding a reference point before each operation and finding the change when starting up.
This method is quite cumbersome for some industrial control projects, and even does not allow for zero change upon startup (the exact location needs to be known after startup), hence the emergence of encoders.
The incremental value encoder rotates to output pulses, and its position is calculated by a counting device. When the encoder is stationary or powered off, the position is remembered by the internal memory of the counting device. In this way, when there is a power outage, the encoder cannot move in any way. When there is a power outage, there should be no interference or loss of pulses during the encoder's output pulse process. Otherwise, the zero point calculated and memorized by the counting device will shift, and the amount of this shift is unknown. Only when an incorrect production result occurs can it be known.
German REXROTH Rexroth Value Encoder*
Differences in REXROTH Rexroth Value Encoder Devices from Germany
Single cycle German REXROTH ReXROTH ReXROTH ReXROTH ReXROTH value encoder to multi cycle German REXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH value encoder.
The ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH value encoder is used to measure the engraved lines of the photoelectric encoder disk during rotation to obtain the code of *. When the rotation exceeds 360 degrees, the code returns to the origin, which does not comply with the principle of code *. This type of code can only be used for measurements within a rotation range of 360 degrees, and is called a single circle ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH ReXROTH encoder.

When measuring rotations exceeding 360 degrees, a multi turn German REXROTH ReXROTH ReXROTH ReXROTH ReXROTH value encoder is used. The encoder is produced using the mechanical principle of clock gears. When the central code disk rotates, another set of code disks (or multiple sets of gears, multiple sets of code disks) is transmitted through gears to expand the measurement range of the encoder. This type of encoder is called a multi turn encoder, which is also determined by mechanical position encoding, and each position encoding * is not repeated without memory.
Another advantage of multi turn encoders is that due to their large measurement range, they often have more flexibility in use. This way, there is no need to struggle to find the zero point during installation, and a certain middle position can be used as the starting point, greatly simplifying the difficulty of installation and debugging.
Application of REXROTH Rexroth Value Encoder Device in Germany
Textile machinery, irrigation machinery, paper printing, hydraulic gates, robots and robotic arms, port lifting machinery, steel and metallurgical equipment, heavy machinery equipment, precision measuring equipment, machine tools, food machinery.
Working principle of German REXROTH Rexroth value encoder
There are many optical channel markings on the optical encoder disc of the series encoder, and each marking is arranged in sequence with 2 lines, 4 lines, 8 lines, and 16 lines. At each position of the encoder, by reading the brightness and darkness of each marking, a set of binary codes (Gray codes) from the zero power of 2 to the n-1 power of 2 is obtained, which is called an n-bit encoder. This encoder is determined by the mechanical position of the photoelectric encoder and is not affected by power outages or interference.
The encoder is determined by the mechanical position and does not require memory, reference points, or continuous counting. It reads its position whenever it needs to be known. In this way, the anti-interference characteristics of the encoder and the reliability of the data are greatly improved.