Siko IG06 Incremental Encoder

Description of Siko IG06 Incremental Encoder

The simplest and most affordable method of measuring a position change (rotative or linear) is the Siko IG06 Incremental Encoder. Because rotary encoders are so versatile, they are especially well-suited for low-cost applications. SIKO provides versatility in both mechanical design and incremental interfaces for their line of incremental rotary encoders.

The straightforward and reasonably priced incremental rotary encoders, also referred to as rotary pulse encoders, provide a range of interfaces, including incremental interfaces with A, B, and I signals as well as inverted signals. They can be fitted with TTL (RS422-LD signals) or HTL (push-pull) signals.

Rotary encoders that scan incrementally either magnetically or optically, SIKO provides the perfect incremental rotary encoder for any application with two distinct scanning technologies. As a result, applications that prioritize accuracy can use highly accurate optical scanning, while those with extremely demanding environmental conditions can use magnetic scanning.

The SIKO line of incremental rotary encoders offers a great deal of versatility in terms of both mechanical complexity and interface selection. Diversity is almost limitless, whether it is in the form of rotary encoders with extremely high levels of protection, particularly small housing designs with a diameter of Ø 28 mm, or a broad temperature range of -40°C to +100°C. Both solid shaft and hollow shaft designs (up to 22mm) are available for the incremental rotary encoders.

Applications Siko IG06 Incremental Encoder:

Incremental rotary encoders have a wide range of uses. Consequently, incremental rotary encoders are now a common element in mechanical engineering. They are widely utilized for accurate speed measuring and position tracking in a variety of applications, such as asynchronous motors, printing machines, textile machines, woodworking machines, and packing facilities.

Benefits of Siko IG06 Incremental Encoder:

• Optical and magnetic incremental rotary encoders.
• High shock, vibration, and temperature resistance
• Insensitive to oils, lubricants, dirt, and water for instance
• Wear- and maintenance-free sensor system
• Universal application: various hollow shaft and solid shaft designs
• Compact designs thanks to the highly integrated sensor system
• High speeds up to 12000 rpm