Pepperl Fuchs Rotary Encoders: Single & Multi-Turn Encoder
Pepperl+Fuchs rotary encoders offers two main types: absolute and incremental. Absolute encoders are great for keeping track of positions accurately, even after power cuts or when machines restart. They come in various sizes (36mm to 78mm) and can work in dangerous or tough conditions.
Incremental encoders are perfect for measuring how things rotate very precisely. They are available in sizes from 40mm to 90mm and fit many different uses, including safe and food-related areas. At IndMALL, we provide these reliable and accurate encoders for all your automation needs.
Pepperl Fuchs Absolute Rotary Encoders
Absolute rotary encoders, offered by P&F, are essential for precise motion control. They give each position a unique code, avoiding the need for recalibration after power losses or machine startups. P&F Rotary Encoder range includes single-turn encoders, which reset after one rotation, and multi-turn encoders, tracking multiple rotations.
These encoders come in different sizes (36mm to 78mm) and types, like magnetic or optic, with solid, hollow, or recessed shafts. They’re useful in hazardous areas and for heavy-duty tasks. They work with many protocols like SSI, CANopen, Ethernet, and more, making them versatile for various applications.
Pepperl Fuchs Incremental Rotary Encoders
Pepperl+Fuchs incremental rotary encoders are highly precise, offering up to 50,000 pulses per revolution. They accurately measure rotation angles and speeds for controlled movement. These encoders are available in various shapes and sizes, from 40mm to 90mm, and include both magnetic and optic scanning methods.
They come in different types, suitable for hazardous areas, heavy-duty tasks, safety, offshore environments, bearing-free operations, and food applications. Additionally, they provide various output options like RS 422 and push/pull. The encoders are available with solid, hollow, recessed hollow shafts, and non-contact designs, catering to diverse needs.
Product List:
Model No |
Image |
Housing |
Shaft |
Output type |
Output frequency |
Resolution |
|---|---|---|---|---|---|---|
| ENI58IL H |  |
∅ 58 mm | Hollow shaft | push-pull | max. 400 kHz | 5000 ppr |
| ENI58IL R |  |
∅ 58 mm | Recessed hollow shaft | push-pull | max. 400 kHz | 5000 ppr |
| ENI58IL S |  |
∅ 58 mm | Solid shaft | push-pull | max. 400 kHz | 5000 ppr |
| ENI90HD R |  |
∅ 93 mm | Recessed hollow shaft | push-pull | max. 400 kHz | 5000 ppr |
| ENI90IL H |  |
∅ 93 mm | Hollow shaft | push-pull | max. 400 kHz | 2048 pulses |
| ENI90PL-H |  |
∅ 93 mm | Hollow shaft | push-pull | max. 400 kHz | 5000 pulses |
| TVI58N |  |
– | – | push-pull | max. 100 kHz | 1500 ppr |
Frequently Asked Questions
Which is better absolute or incremental encoder?
Choosing between absolute and incremental encoders depends on the application. Incremental encoders may lose track with fast movements if a pulse is missed. Absolute encoders, while occasionally inaccurate, correct easily at the next measurement. Absolute encoders excel in precision and reliability for complex tasks.
What is the purpose of encoder?
An encoder is a device that monitors and sends feedback on movement. It transforms physical motion into an electrical signal for control systems like counters or PLCs. This signal helps in identifying position, speed, or direction. Encoders are key in precision control of motion systems.
Which type of coding is used in absolute encoders?
Absolute encoders typically use a code disk with binary code words for each segment. This disk employs a cyclic binary code, known as Gray code (GC). The Gray code is imprinted as opaque and transparent segments on concentric tracks, with one track for each bit of resolution.
Please share your Pepperl Fuchs Encoder Requirements with sales@indmall.in
