Baumer – GXP8W – DeviceNet

Through hollow shaft up to ø14 mm; High resolution encoder singleturn / SSI; Optical sensing method; Resolution: max. 19 bit; Through hollow shaft up to ø14 mm; High reliability by self-diagnostics; Counting direction input; Electronic setting of zero point; Available with additional incremental output

Solid shaft with clamping flange; Encoder singleturn / SSI; Optical sensing method; Resolution: 14 bit; Clamping flange; Electronic setting of zero point; Available with additional incremental output

Solid shaft with synchro flange; Encoder singleturn / parallel; Optical sensing method; Resolution: 13 bit; Synchro flange; Short-circuit proof push-pull outputs; Output release by enable signal; Permanent check of code continuity

Blind hollow shaft up to ø15 mm; High resolution encoder singleturn / SSI; Optical sensing method; Resolution: max. 19 bit; Blind hollow shaft ø12...ø15 mm; Electronic setting of zero point; Counting direction input; Suitable for high positive, negative accelerations; Available with additional incremental output

Solid shaft with clamping or synchro flange; Encoder singleturn / parallel; Optical sensing method; Resolution: 10 bit; Clamping or synchro flange; Low-cost encoder; Short-circuit proof push-pull outputs; Output release by enable signal; Extreme compact design; Reset input

Solid shaft with clamping flange; Encoder singleturn / parallel; Optical sensing method; Resolution: 13 bit; Clamping flange; Short-circuit proof push-pull outputs; Output release by enable signal; Permanent check of code continuity

Solid shaft with clamping or synchro flange; Encoder singleturn / parallel; Optical sensing method; Resolution: 10 bit; Clamping or synchro flange; Low-cost encoder; Short-circuit proof push-pull outputs; Output release by enable signal; Extreme compact design; Reset input

Through hollow shaft up to ø14 mm; Encoder singleturn / SSI; Optical sensing method; Resolution: 14 bit; Through hollow shaft up to ø14 mm; High reliability by self-diagnostics; Counting direction input; Electronic setting of zero point

Through hollow shaft up to ø14 mm; Encoder multiturn / CANopen®; Optical sensing method; Resolution: singleturn 13 bit, multiturn 16 bit; Through hollow shaft up to ø14 mm; LED status indicator; Galvanic isolation; CANopen® Profile CIA DSP 406; Permanent check of code continuity; Maximum resistant against magnetic fields

Through hollow shaft up to ø14 mm; Encoder multiturn / SSI; Optical sensing method; Resolution: singleturn 14 bit, multiturn 12 bit; Through hollow shaft up to ø14 mm; Compact design; Cost-efficient mounting; High reliability by self-diagnostics; Counting direction input; Available with additional incremental output; Maximum resistant against magnetic fields

Through hollow shaft ø10 to ø14 mm; Encoder multiturn / analog output; Voltage output or current output; Control inputs reset and rotating direction; Optical sensing singleturn, magnetical sensing multiturn; Self-diagnostic; Total resolution: 16 bit; Factory-set adjustable angle (0°-360° resp. up to 1024 x 360°); Flange connector radial

Solid shaft ø10 mm with clamping flange; Encoder single- or multiturn / SSI; Optical sensing singleturn, magnetical sensing multiturn; Resolution: max. singleturn 14 bit, multiturn 24 bit; Centering alignment ø36 mm, mounting screw hole circle ø48 mm; Self-diagnostic; Electronic zero point adjustment; Flange connector radial