Looking for an ELAP incremental encoder supplier in India for speed, position, length, angle or motion measurement? Orbital Mekatronik supplies ELAP solid-shaft, hollow-shaft, optical, magnetic, compact and high-PPR incremental encoders for industrial machines and automation systems.
Orbital Mekatronik Systems Pvt. Ltd. is listed in ELAP’s official sales network for India. We support OEMs, machine manufacturers, automation integrators and maintenance teams with genuine ELAP incremental encoders, model selection and replacement requirements.
ELAP incremental encoders are designed to measure lengths, thicknesses, angles and speeds. When connected with counters, displays or control systems, they can support programmed positioning, controlled step movements and real-time machine monitoring.
Need the price or availability of an ELAP incremental encoder? Share the model number,
required PPR, shaft or hollow-bore size, flange type, output signal and quantity for an accurate quotation.
Explore ELAP incremental encoders with different body sizes, flange types, shaft configurations, output signals and resolutions ranging from 2 to 50,000 pulses per revolution, depending on the selected series.

Size 58 with 63.5 × 63.5 mm square flange and 2 to 12,500 PPR.

Size 58 with synchro, clamping or RE0444 round flange and 2 to 12,500 PPR.

Size 58 blind hollow-shaft encoders with 2 to 12,500 PPR

Size 58 magnetic encoders with round or square flange, solid or hollow shaft and 8 to 2,048 PPR

Size 58 solid-shaft encoders with round or square flange, glass disk and 1,000 to 50,000 PPR

Compact Size 58, 38 mm-high encoders with round or square flange, solid or hollow shaft and 2 to 12,500 PPR. UL Listed

Ø50 mm round-flange, solid-shaft encoders with aluminium or ABS housing and 2 to 12,500 PPR

Compact Ø40 mm, Ø30 mm, Ø36 mm and Ø22 mm encoder options, including optical and magnetic models
Get support for single-unit requirements, bulk quantities, repeat orders and project procurement.
ELAP incremental encoders produce pulses as the shaft rotates. The pulse signal can be processed by a PLC, counter, drive, display or controller to measure movement, speed, direction or position.
Selection should be based on the required PPR, body size, solid or hollow shaft, flange, supply voltage, electrical output, maximum rotational speed and installation conditions.