PEPPERL+FUCHS, a German company specializing in sensors, was founded in 1945 and launched the revolutionary Generation D inductive sensors to the world in 1958, which were successfully applied in the chemical and petroleum industries. After nearly 60 years of continuous development and efforts, P+F has grown into a sensor supplier with over 3000 employees, specializing in research and providing high-quality products for various types of sensors, from inductive sensors to ultrasonic sensors, from photoelectric sensors to rotary encoders, from recognition systems to fieldbus systems, from liquid level and material level sensors to safety curtains, from explosion-proof sensors to safety barriers, isolation barriers, and more.

The main products include: German PEPPERL+FUCHS (P+F) encoders, PEPPERL+FUCHS (P+F) sensors, PEPPERL+FUCHS (P+F) proximity switches, etc. The German Xinjiafu P+F encoder is widely used in industries such as CNC machine tools, textile machinery, metallurgical machinery, testing machines, elevators, motors, aviation, instrumentation, and industrial automation, suitable for industrial equipment, design and development. The photoelectric rotary Peperl+fuch (P+H encoder) converts mechanical quantities such as angular displacement and angular velocity of the output shaft into corresponding electrical pulses through photoelectric conversion and outputs them as digital quantities (REP). It is divided into two types: single output and dual output. The technical parameters mainly include the number of pulses per revolution and the supply voltage. Single output refers to the output of the rotary encoder being a set of pulses, while dual output rotary encoder outputs two sets of pulses with a phase difference of 90 degrees between A/B. Through these two sets of pulses, not only can the speed be measured, but also the direction of rotation can be determined.

The photoelectric rotary PEPPERL+FUCHS (P+F) encoder can be used to measure rotational speed, acceleration, position, and direction. Encoders can be applied in a wide range of mechanical engineering industries, such as material handling, logistics, and packaging. You will definitely be able to find products that are suitable for your application environment from our extensive product line. In the field of industrial automation, rotary encoders can be used to measure angles, positions, velocities, and angular velocities. By using gears, measuring wheels, and constant force opening instruments, we can measure the motion position of a straight line. Rotary encoders can convert mechanical inputs into electrical signals, which can be processed through counters, tachometers, programmable logic controllers (such as DPLCs), and industrial computers.

The EVM78E-011DRRPBN-1213 multi turn rotary encoder provides step values for each angle setting. The basic resolution of this device is 6536 steps per revolution (16 bits), and the encoding can reach up to 16384 revolutions per revolution (14 bits). Therefore, the total resolution is 30 bits. Due to the large number of measurement steps generated (over 1 billion), this encoder can be used to divide very long linear distances into smaller measurement steps.

This device is designed specifically for shaft assembly and features servo flanges or tightening flanges,

The working principle of the encoder is based on the detection of holes or lines on the optical encoder disk by photoelectric sensors. The core component of an encoder is a code disk with specific encoding, which has many engraved lines or holes arranged according to a specific pattern (such as 2 lines, 4 lines, 8 lines, etc.). When light passes through or reflects these holes or lines, the photoelectric sensor will generate corresponding electrical signals. By detecting the status of each hole or line, the signal processing circuit can determine the position of the encoding disk, thereby determining the position of the object. Each hole or line corresponds to a wei code, and after digitizing these codes, the precise position of the object can be obtained.

German P+F reference model:

PEPPERL+FUCHS P+FAVS58N-011AAROGN-0012

PEPPERL+FUCHS P+F AVM58N-011AAROBN-1212

PEPPERL+FUCHS P+FRVI5ON-09BKOA3TN-01000

PEPPERL+FUCHS P+E RVI50N-09BKOA3TN-0600

PEPPERL+EUCHS P+E AVS581-011AAROBN-0012

PEPPERL+FUCHS P+F AVM581-011AAROBN-1212

PEPPERL+FUCHS P+EAVM58N-011K1ROGN-1213

PEPPERL+FUCHS P+F AVM58N-032K1ROGN-1212

PEPPERL+FUCHS P+E AVM58N-011K1ROGN-1212

PEPPERL+FUCHS P+F RVI58N-011AAA66N-01024

PEPPERL+FUCHS P+F RVI78N-10CK2A31N-3000

PEPPERL+FUCHS P+E RVI58N-011K1R61N-01024

PEPPERL+FUCHS P+F AVM58N-011AAKHGN-1212