DFS60 – DFS60E-S1AA01024 Sick Incremental Encoders – SICK Sensor

USD $ 234.36

SKU: N/A

Incremental encoders generate information about position, angle, and rotation counts. The resolution is defined in the number of lines or pulses per rotation, which the encoder transmits to the control unit for each rotation. The current position can be determined by the control unit by counting these pulses. A reference run can be necessary when switching on the machine.

Part Number: 1036678
Encoders Model: DFS60E-S1AA01024
OEM Spec Ref 

Interfaces

Communication interface Incremental
Communication Interface detail TTL / RS-422
Number of signal channels 6-channel
Initialization time 40 ms
Output frequency ≤ 300 kHz
Load current ≤ 30 mA
Operating current 40 mA (without load)

 

Electrical data

Connection type Male connector, M23, 12-pin, radial
Supply voltage 4.5 … 5.5 V
Reference signal, number 1
Reference signal, position 90°, electric, logically gated with A and B
Short-circuit protection of the outputs ✔ 1)
MTTFd: mean time to dangerous failure 300 years (EN ISO 13849-1) 2)

 

  • 1) Short-circuit opposite to another channel, US or GND permissable for maximum 30 s.
  • 2) This product is a standard product and does not constitute a safety component as defined in the Machinery Directive. Calculation based on nominal load of components, average ambient temperature 40°C, frequency of use 8760 h/a. All electronic failures are considered hazardous. For more information, see document no. 8015532.

 

Mechanical data

Mechanical design Solid shaft, Servo flange
Shaft diameter 6 mm
Shaft length 10 mm
Weight + 0.3 kg
Shaft material Stainless steel
Flange material Aluminum
Housing material Aluminum die cast
Start up torque 0.5 Ncm (+20 °C)
Operating torque 0.3 Ncm (+20 °C)
Permissible shaft loading radial/axial 80 N (radial)

40 N (axial)

Operating speed ≤ 9,000 min⁻¹ 1)
Moment of inertia of the rotor 6.2 gcm²
Bearing lifetime 3.6 x 10^10 revolutions
Angular acceleration ≤ 500,000 rad/s²
  • 1) Allow for self-heating of 3.3 K per 1,000 rpm when designing the operating temperature range.