Sick DFS60E-S4EA01024 INCREMENTAL ENCODER - DFS60E-S4EA01024 INCREMENTAL ENCODER 0102

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Delivered between Tue, 7.4. and Wed, 8.4.
Only 1 piece in stock at third-party supplier
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Product details

The DFS60E-S4EA01024 incremental encoder from Sick is a high-precision electronic module designed for a wide range of applications in automation technology. With a robust mechanical design and a solid shaft clamping flange of 10 mm x 19 mm, this encoder delivers reliable performance in demanding environments. It features a communication interface that supports voltages from 10 V to 32 V and provides an HTL push-pull signal. The encoder enables precise position detection with 1,024 pulses per revolution, making it ideal for applications that require high accuracy. The connection type is via a 12-pin M23 connector, allowing for easy integration into existing systems. The DFS60E-S4EA01024 is a versatile and powerful device that can be used in various industrial applications.

  • Robust mechanical design with solid shaft clamping flange
  • Supports voltages from 10 V to 32 V
  • HTL push-pull signal for improved signal transmission
  • Easy integration through 12-pin M23 connector.

Key specifications

Compatible hardware
Various
Sensors
Angle sensor
Scope of delivery
1,024 pulses per revolution

General information

Item number
36329609
Manufacturer
Sick
Category
Electronics modules
Manufacturer no.
1037697
Release date
15.6.2023

Compatibility

Compatible hardware
Various

Electronic module properties

Sensors
Angle sensor

Origin

Country of origin
Germany

Voluntary climate contribution

CO₂ emissions
0.82 kg
Climate contribution
CHF 0.11

Scope of delivery

Scope of delivery
1,024 pulses per revolution

Product dimensions

Length
180 mm
Width
140 mm
Height
90 mm
Weight
300 g

30-day right of return
24 Months Warranty (Bring-in)
1 additional offer

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Reviews & Ratings

Warranty score

How often does a product of this brand in the «Electronics modules» category have a defect within the first 24 months?

Source: Digitec Galaxus
  • Sick
    Not enough data
  • 1.Purecrea
    0 %
  • 1.Tru Components
    0 %
  • 3.Whadda
    0.1 %
  • 4.Adafruit
    0.2 %

Warranty case duration

How many working days on average does it take to process a warranty claim from when it arrives at the service centre until it’s back with the customer?

Source: Digitec Galaxus
  • Sick
    Not enough data
  • 1.Raspberry Pi
    0 days
  • 2.WaveShare
    1 day
  • Adafruit
    Not enough data
  • Arduino
    Not enough data

Return rate

How often is a product of this brand in the «Electronics modules» category returned?

Source: Digitec Galaxus
  • Sick
    Not enough data
  • 1.Purecrea
    0 %
  • 1.Tru Components
    0 %
  • 3.Whadda
    0.2 %
  • 4.Adafruit
    0.6 %
Source: Digitec Galaxus