A must-have product for heavy industry Pepperl+Fuchs encoder okplazas.com discount supply
A must-have product for heavy industry Pepperl+Fuchs encoder okplazas.com discount supply
A must-have product for heavy industry Pepperl+Fuchs encoder okplazas.com discount supply
The mechanical installation form of P+F Pepperl+Fuchs encoder can be classified into: shaft type. Shaft type can be divided into clamping flange type, synchronous flange type and servo mounting type. Shaft sleeve type: The shaft sleeve type can be divided into half hollow type, full hollow type and large diameter type. According to the working principle of the encoder, it can be divided into: photoelectric type, magnetoelectric type and contact brush type. Small size, precision, high resolution, no contact and no wear.
The same type of P+F Pepperl+Fuchs encoder can detect both angular displacement and linear displacement with the help of a mechanical conversion device; the multi-turn photoelectric absolute encoder can detect a fairly long range of linear displacement. Long lifespan, free installation, abundant interface forms, and reasonable price. Mature technology has been widely used at home and abroad many years ago. Encoders are divided into absolute value type and incremental type. At present, the price of absolute encoders is about 4 times that of incremental encoders. 70% of the applications on the domestic market are incremental encoders with relatively economical prices. They are mainly used in industries such as packaging, textiles, elevators, etc. It is required to measure the rotational speed and the machine equipment that does not require high absolute position measurement. In high-precision machinery and equipment or heavy industries such as steel, ports, and cranes, because of the relatively high requirements for measurement accuracy, absolute encoders are used in more cases. In these heavy industry applications, due to the harsh working conditions, the requirements for the encoder's impact and vibration resistance are relatively high.