Low Profile 2.0 Inch Incremental Thru-Bore Encoder

Model 260 Features

Low profile 1.19"
Up to 12-pole commutation
Thru-bore and blind hollow bore styles
Simple, innovative flexible mounting system
Incorporates Opto-ASIC technology
CE marking available

download_blue Download Model 260 datasheet

Configure Model

Configure a 3D model of this encoder with the exact specifications for your application. Then download the files in almost any native format, and design it in to your application.

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Purchase Options

Model 260 Slotted Flex Mount (SF)

2 x 180° 1.811" (46 mm) bolt circle
30° rotational adjustment

Model 260 Accu-Coder slotted flex mount (SD)

Model 260 Slotted Flex Mount (SD)

2 x 180° 1.575" (40 mm) bolt circle
20° rotational adjustment

Model 260 Accu-Coder slotted flex mount (SL)

Model 260 Slotted Flex Mount (SL)

2 x 180° 2.36" (60 mm) bolt circle
30° rotational adjustment

Model 260 Accu-Coder slotted three-point flex (NF)

Model 260 Three Point Flex Mount (NF)

2 x 120° 2.375" bolt circle
30° rotational adjustment

Model 260 Accu-Coder three-point flex (NF)

Model 260 Three Point Flex Mount (XF)

2 x 120° 2.250" bolt circle
30° rotational adjustment

Model 260 Tether Arm (FA)

1.06" (27 mm) to 1.81" (46) radius mounting

Model 260 Tether Arm (FB)

2.11" to 3.11" radius mounting

Model 260 Rear Clamp (R)

Shown with 1.811" (46 mm) BC Slotted Flex (SF)

Model 260 Description

The Model 260’s larger bore (up to 0.625") and low profile make it the perfect solution for many machine and motor applications. Available in two distinct formats – a blind hollow bore and a complete thru-bore – the Model 260 uses EPC’s pioneering Opto-ASIC design. The Model 260 also uses EPC’s innovative anti-backlash mounting system, allowing simple, reliable, and precise encoder attachment. Unlike traditional kit or modular encoder designs, its integral bearing set provides stable and consistent operation without concerns for axial or radial shaft runout. For brushless servo motor applications, the Model 260 can be specified with three 120° electrical phase tracks to provide up to 12-pole commutation feedback. The optional extended temperature capability allows servo motors to operate at higher power outputs and duty cycles.