Baumer POG 10 Incremental Encoder
Baumer POG 10 Incremental Encoder

Baumer POG 10 Incremental encoders

Description

Baumer  POG 163 is an incremental encoder designed by shaft ø11mm with EURO flange B10 and resolution 1…2500 steps/turn.

Baumer POG 10 Incremental encoders
Baumer POG 10 Incremental encoders

Feature

  • Logic level TTL or HTL
  • High resistance to shock and vibrations
  • Big terminal box, pivotable through 180°
  • Also in conjunction with centrifugal force switch FSL (no explosion protection)

Specification

Electrical

Voltage supply5 VDC ±5 %
9…26 VDC
9…30 VDC
Consumption w/o load?100 mA
Resolution (steps/turn)1…2500
Phase shift90° ±20°
Scan ratio40…60 %
Reference signalZero pulse, width 90°
Sensing methodOptical
Output frequency?120 kHz
Output signalsK1, K2, K0 + inverted
Output circuitTTL (RS422)
HTL (power line driver)
Interference immunityDIN EN 61000-6-2
Emitted interferenceDIN EN 61000-6-4
POG 10
ApprovalUL approval / E256710
POG 10 + FSL
Output switching capacity6 A / 230 VAC
1 A / 125 VDC
Range of switching speed (ns)850…4900 rpm (?n = 2 rpm/s)

Mechanical

Housingø105 mm
Shaftø11 mm
Admitted shaft load?300 N axial, ?450 N radial
FlangeEURO flange B10
Protection DIN EN 60529IP 66
MaterialsHousing: aluminium die-cast
Shaft: stainless steel
Operating temperature-40…+100 °C
-50…+100 °C (optional)
Connection Terminal boxTerminal box
POG 10
Operating speed?12000 rpm (mechanical)
Operating torque typ. 2 Ncm?400 N axial, ?600 N radial
Rotor moment of inertia200 gcm²
ResistanceDIN EN 60068-2-6
Vibration 20 g, 10-2000 Hz
DIN EN 60068-2-27
Shock 200 g, 6 ms
Explosion protectionII3G Ex nA T4 X (gas)
II3D Ex tD IP66 A22 T135°C X (dust)
Weight approx.1,6 kg
POG 10 + FSL
Speed (n)?1.25 · ns
Operating torque typ.4 Ncm
Rotor moment of inertia220 gcm²
ResistanceDIN EN 60068-2-6
Vibration 10 g, 10-2000 Hz
DIN EN 60068-2-27
Shock 100 g, 6 ms
Explosion protectionII3G Ex nA T4 X (gas)
II3D Ex tD IP56 A22 T135°C X (dust)
Weight approx.3.2 kg

Download Datasheet: Baumer pog-10 & pog-10-fsl Encorder

Baumer FPDK 14PRetro Photoelectric Sensor uses light-sensitive elements to detect objects and consists of a transmitter/emitter (Light Source) and receiver (receiver).

Other Products

author

Rudy Wiratama

rudywinoto.com/wmablog.com/flowmasonic.com

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