Encoder WDG 40E.
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1 Encoder WDG 0E Wachendorff utomation... systems and encoders Complete systems Industrial rugged encoders to suit your application Standard range and customer versions Maximum permissible loads 8hour express production Made in Germany Worldwide distributor network WDG 0E Errors and modifications reserved. Wachendorff utomation GmbH & Co. KG 0807
2 Encoder WDG 0E Robust hollow bore (blind) encoder with small dimensions Full connection protection with 0 VDC up to 0 VDC With light reserve Optional: 0 C up to +80 C Resolution Max. pulses per revolution PPR Mechanical Data Housing Flange Flange material Housing cap up to 00 PPR hollow shaft (blindbored) aluminum aluminum, powder coated. Spring plate axial: ±0.8 mm, radial: ±0. mm compensation Max. operating speed 000 rpm up to max. protection rating +60 C Housing Ø 0 mm Electrical Data Power supply/current consumption Power supply/current consumption Output circuit Pulse frequency Channels Load protection,7 VDC up to, VDC: typ. 70 m 0 VDC up to 0 VDC: typ. 70 m TTL, RS compatible, inv. HTL TTL 00 ppr: max. 00 khz HTL 00 ppr: max. 00 khz and inverted signals max. 0 m / channel circuit type H and R only Shaft(s) Shaft material Starting torque stainless steel Shaft Ø 6 mm Shaft length Insertion depth min. Insertion depth max. Max. Permissible shaft loading radial Max. Permissible shaft loading axial earings earings type approx. 0. cm at ambient temperature L: mm 7 mm 0 mm 00 0 precision ball bearings ominale service life. x 0'8 revs. at 00 % rated shaft load x 0'9 revs. at 0 % rated shaft load.7 x 0'0 revs. at 0 % rated shaft load Max. operating speed 000 rpm ccuracy Phase offset pulse/pauseratio 0 % ± max. 7 % General Data Weight Connections 90 ± max. 7. % of the pulse length approx. 00 g cable or connector outlet Protection rating (E 609) Housing: IP6, IP67; shaft sealed: IP6; (IP0 for K) Operating temperature 0 C up to +80 C Storage temperature 0 C up to +80 C More Information General technical data and safety instructions Options Machinery Directive: basic data safety integrity level MTTF d Mission time (TM) 00 a a ominale service life (L0h).7 x 0'0 revs. at 0 % rated shaft load and 000 rpm Diagnostic coverage (DC) 0 % WDG 0E Errors and modifications reserved. Wachendorff utomation GmbH & Co. KG 0807
3 Cable connection K (IP0) with m cable K radial, shield not connected (IP0) poss. ssignments GD inv. K G K R0, R G RD VT K WDG 0E Errors and modifications reserved. Wachendorff utomation GmbH & Co. KG 0807
4 Cable connection K, L with m cable poss. K axial, shield not connected L axial, shield connected to encoder housing ssignments GD inv. K, L G K, L R0, R G RD K VT WDG 0E Errors and modifications reserved. Wachendorff utomation GmbH & Co. KG 0807
5 Cable connection K, L with m cable poss. K radial, shield not connected L radial, shield connected to encoder housing ssignments GD inv. K, L G K, L R0, R G RD K VT WDG 0E Errors and modifications reserved. Wachendorff utomation GmbH & Co. KG 0807
6 Connector (M6x0.7) SI,, 6, 8, pin poss. SI axial, pin, Connector connected to encoder housing SI6 axial, 6pin, Connector connected to encoder housing SI8 axial, 8pin, Connector connected to encoder housing SI axial, pin, Connector connected to encoder housing ssignments SI pin SI6 6pin SI8 8pin SI8 8pin SI pin SI pin GD inv. n. c. 6 6, 7, 8 R0, R K, L M, E H C, D, F, G, J R0, R K, L M, E H C F D G, J WDG 0E Errors and modifications reserved. Wachendorff utomation GmbH & Co. KG
7 Connector (M6x0.7) S, 7pin poss. S axial, 7pin, Connector connected to encoder housing ssignments S 7pin GD inv. n. c. 6, 7 WDG 0E Errors and modifications reserved. Wachendorff utomation GmbH & Co. KG
8 Sensorconnector (Mx) S,,, 8, pin poss. S axial, pin, Connector connected to encoder housing S axial, pin, Connector connected to encoder housing S8 axial, 8pin, Connector connected to encoder housing S axial, pin, Connector connected to encoder housing ssignments S pin S pin S8 8pin S8 8pin S pin S pin GD inv. n. c. 6, 7, 8 R0, R ,, 7, 9, 0,, R0, R ,,, WDG 0E Errors and modifications reserved. Wachendorff utomation GmbH & Co. KG
9 Options Low temperature The encoder WDG 0E with the output circuit types H, R is also available with the extended temperature range 0 C up to +80 C (measured at the flange). Cable length The encoder WDG 0E can be supplied with more than m cable. The maximum cable length depends on the supply voltage and the frequency; see Please extend the standard order code with a three figure number, specifying the cable length in decimetres. Example: m cable = 00 Order key C Order key XXX = Decimeter WDG 0E Errors and modifications reserved. Wachendorff utomation GmbH & Co. KG
10 Example Order o. Type Your encoder WDG 0E WDG 0E WDG 0E ore size Pulses per revolution PPR: 0, 9, 0,, 0,, 8, 0, 6, 0, 0, 60, 90, 00, 0,, 8, 0, 60, 80, 00,, 0, 00,, 8, 60, 00, 00, 600, 6, 6, 70, 900, 000, 0, 080, 00, 0, 00, 800, 000, 08, 00 Other PPRs on request Channels:, bis 08 I/U Output circuit H Resolution PPR up to 00 Power supply VDC Output circuit Order key.7. TTL H0.7. TTL, RS comp., inverted R0 0 0 HTL H 0 0 HTL inverted R Electrical connections K poss. Order key Cable: length ( m standard, WDG 8T: m) radial, shield not connected (IP0) K axial, shield not connected K axial, shield connected to encoder housing L radial, shield not connected K radial, shield connected to encoder housing L Connector: (shield connected to encoder housing) connector, M6x0.7, pin, axial SI connector, M6x0.7, 6pin, axial SI6 connector, M6x0.7, 8pin, axial SI8 connector, M6x0.7, pin, axial SI connector, M6x0.7, 7pin, axial S sensorconnector, Mx, pin, axial S sensorconnector, Mx, pin, axial S sensorconnector, Mx, 8pin, axial S8 sensorconnector, Mx, pin, axial S Options Low temperature Without option Cable length Order key C Empty XXX = Decimeter Example Order o.= WDG 0E 06 0 H K WDG 0E Your encoder WDG 0E Errors and modifications reserved. Wachendorff utomation GmbH & Co. KG
11 For further information please contact our local distributor. Here you find a list of our distributors worldwide. Wachendorff utomation GmbH & Co. KG Industriestrasse 7 D666 Geisenheim Phone: / 99 6 Fax: / wdg@wachendorff.de WDG 0E Errors and modifications reserved. Wachendorff utomation GmbH & Co. KG 0807
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HD25A. Absolute Industrial Rugged Metal Optical Encoder Absolute Industrial Rugged Metal Optical Encoder, Page 1 of 5. Description.
Description HD25A, Page 1 of 5 The HD25A is a NEMA 25 sized absolute encoder designed for industrial applications. The HD25A optical encoder is a 12-bit absolute rotary position sensor, which reports a
Type EXAG - Profibus. Explosion Proof / Absolute. Ex d - Proof Hollow Shaft Encoder - Ø 78 mm
Explosion Proof / Absolute Type EXAG - Profibus Ex d - Proof Encoder - Ø 78 mm Hollow Bore: Ø 14 mm, Ø 16 mm and Ø 1 inch Profibus DPV2 Functionality Resolution up to 30 bits Removable End Cap for on-site
Absolute Rotary Encoder EXAG Explosion Proof. Profibus-DP
PROCESS FIELD BUS Main Features - Approval II 2 G/D EEx d II C T6 - Heavy-duty industrial model - Certified: By Profibus Trade Org., CE - Interface: - DPV2-Functionality - max. 65536 steps per revolution
ABSOLUTE ROTARY ENCODER MIDI CANOPEN
Main Features - Compact and heavy-duty industrial design - Interface: CANopen / CAN - Housing: 58 mm Ø - Solid / hollow shaft: 6 or 10 mm Ø / 15 mm Ø - Max. 6556 steps per revolution (16 Bit) - Code: Binary
ABSOLUTE ROTARY ENCODER MODBUS/TCP
Main Features - Compact and Heavy-Duty Industrial Model - Communication via Standard Protocols - Integrated Web Server - Interface: Modbus/TCP - Housing: 58 mm - Full shaft: 6 or 10 mm / Hub Shaft 15 mm
EAM PARALLEL - SSI MULTITURN ABSOLUTE ENCODER
EAM PARALLEL - SSI MULTITURN ABSOLUTE ENCODER ABSOLUTE MULTITURN PARALLEL ENCODER DESCRIPTION This series is designed for application where a very high precision is required, even also on extended linear
TECHNICAL DATASHEET Absolute Motorfeedback Series AD 34
For brushless servo motors Light duty encoder Unique mounting concept: Save installation time and cost Mounting Depth: 25 mm (ST), 34 mm (MT) Up to 9 Bit ST - resolution + 2 Bit MT - resolution +20 C operating
bidirectionally as well as the rotation sense of shafts. With absolute encoders instead, each incremental
and draw-wire sensors Spot-on and trailblazing technology measure rotation speed, sense, position, angle and length. For this purpose, they convert mechanical motion in electrical signals. There are incremental