5805 / 5825
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Incremental encoders Standard high resolution, optical 5805 / 5825 (shaft / hollow shaft) The incremental encoders type 5805 / 5825 offer resolutions up to max. 36000 pulses per revolution. They are thus perfect for use in applications where a very high level of accuracy is required. -20°... +85°C High rotational speed Temperature range High protection level High shaft load capacity Shock / vibration resistant Magnetic field proof Short-circuit proof Optical sensor High performance Many variants • High shaft loading capability. • Maximum speed up to 12000 revolutions per minute. • High IP protection up to max. IP66. • With RS422 or push-pull interface. • With cable or connector. Order code Shaft version a Flange 1 = clamping flange ø 58 mm [2.28“] 2 = synchro flange ø 58 mm [2.28“] b Shaft (ø x L), with flat 1 = ø 6 x 10 mm [0.24 x 0.39“] 2 = ø 10 x 20 mm [0.39 x 0.79“] c Output circuit / supply voltage 4 = RS422 (with inverted signal) / 5 V DC 5 = RS422 (with inverted signal) / 10 ... 30 V DC 6 = push-pull (with inverted signal) / 10 ... 30 V DC 7 = push-pull (without inverted signal) / 10 ... 30 V DC d Type of connection Optional on request - other pulse rates 1 = axial cable, 1 m [3.28‘] PUR A = axial cable, special length PUR *) 2 = radial cable, 1 m [3.28‘] PUR B = radial cable, special length PUR *) 3 = axial M23 connector, 12-pin 5 = radial M23 connector, 12-pin T = axial M12 connector, 8-pin G = radial M12 connector, 8-pin *) © Fritz Kübler GmbH, subject to errors and changes. 08/2021 Available special lengths (connection types A, B): 2, 3, 5, 8, 10, 15 m [5.56, 9.84, 16.40, 26.25, 32.80, 49.21‘] order code expansion .XXXX = length in dm ex.: 8.5805.114A.6000.0030 (for cab

Incremental encoders Standard high resolution, optical Order code Hollow shaft 5805 / 5825 (shaft / hollow shaft) a Flange 1 = with hollow shaft and spring element, short 2 = with blind hollow shaft and spring element, short 3 = with hollow shaft and stator coupling, ø 65 mm [2.56“] 4 = with blind hollow shaft and stator coupling, ø 65 mm [2.56“] c Output circuit / supply voltage 1 = RS422 (with inverted signal) / 5 V DC 4 = RS422 (with inverted signal) / 10 ... 30 V DC 2 = push-pull (without inverted signal) / 10 ... 30 V DC 3 = push-pull (with inverted signal) / 10 ... 30 V DC b Hollow...

Incremental encoders Standard high resolution, optical 5805 / 5825 (shaft / hollow shaft) Technical data Mechanical characteristics Speed Electrical characteristics Mass moment of inertia shaft approx. 1.8 x 10-6 kgm2 hollow shaft approx. 6.0 x 10-6 kgm2 Starting torque – at 20 °C [68 °F] shaft IP65 / hollow shaft IP40 < 0.01 Nm hollow shaft IP66 < 0.05 Nm Load capacity of shaft Output circuit RS422 (TTL compatible) Power consumption (no load) without inverted signal – typ. 90 mA / max. 135 mA with inverted signal typ. 70 mA / max. 120 mA typ. 115 mA / max. 160 mA Permissible load / channel...

Incremental encoders Standard high resolution, optical 5805 / 5825 (shaft / hollow shaft) Dimensions shaft version Dimensions in mm [inch] Clamping flange, ø 58 [2.28] Flange type 1 für Datenblatt: für Datenblatt: 1 3xM3, 5[0.2] tief 1 3xM3, 5[0.2] tief D Synchro flange, ø 58 [2.28] Flange type 2 E E Approv. by: This documentThis documentFritz Kübler GmbH Kübler GmbH is property of is property of Fritz The reproduction, distribution and utilization and utilization of this well as the as well as the The reproduction, distribution of this document as document communication of its contents of...

Incremental encoders Standard high resolution, optical 5805 / 5825 (shaft / hollow shaft) A Dimensions hollow shaft version Dimensions in mm [inch] Flange with spring element, short Flange type 1 and 2 2 Recommended torque for the clamping ring 0.6 Nm I nsertion depth blind hollow shaft with flange 2: max. 30 mm [1.18“] 1 1 Flange with stator coupling, ø 65 [2.56] Flange type 3 and 4 A This document is property of Fritz Kübler GmbH, use of this document without written permission is prohibited. Das Urheberrecht an dieser Zeichnung verbleibt uns. Sie darf ohne unsere vorherige Zustimmung...