IEV58S-INC
IEV58S-INC is Incremental-Encoder manufactured by TR-Electronic.
- Part of the IEV58S-INC-TR comparator family.
- Part of the IEV58S-INC-TR comparator family.
Incremental-Encoder IEV58S-INC i
ELECTRONIC Gmb H
Eglishalde 6 D-78647 Trossingen Tel. +49
- (0) 74 25 / 228
- 0 Fax +49
- (0) 74 25 / 228
- 33 http://.tr-electronic.de Germany
- Interface Incremental push-pull or line driver
- Solid shaft
- Short delivery time ex warehouse
- Incremental output parameterizable
- Extensive parametrize possible
- Customisations upon request
Characteristics
Resolution total 1) ...................................................................≤ 8.192
Supply voltage 3).....................................................................11 … 28 VDC or 5 VDC ± 5 % Power consumption without load ...........................................< 1,3 Watt
Data interface incremental programmable INC Output 3) ................................................................................Push-Pull
Maximum current .............................................................≤ 30 m A Maximum output frequency .............................................200 k Hz ±15° Power supply ...................................................................11 … 28 VDC Output Line Driver3) .................................................................................................................................. Maximum current .............................................................≤ 50 m A Maximum output frequency .............................................200 k Hz ±15° Power supply 3) ................................................................5 VDC or 11 … 28 VDC Incremental signal ..................................................................K1, K1 neg., K2, K2 neg Zero pulse ..............................................................................K0, K0 neg., 1 … 1+n pulse per revolution
Inputs Logic level„0“ < 2 VDC, „1“ ≙ power supply Preset 1 1)...............................................................................Adjust absolute position to a given set value i.e. zero set
Functions Counts of zero pulse 1)....................