myVolts
myVolts E6B2-CWZ6C incremental encoder 38 mm 2 m 100 P/R industrial power supply
A 38 mm incremental encoder with a 2 m cable, 100 pulses per revolution and DC 5–26 V supply for industrial position feedback
- TypeAT
- Reliable position feedback with 100 pulses per revolution
- Wide DC 5 to 26 V input suits many control systems
- Strong anti‑interference from internal ASIC devices
- Protected against short circuits and reverse wiring
- Compact 38 mm stainless‑steel shaft resists 30 N radial load
Product identity
The myVolts E6B2-CWZ6C is a 38 mm incremental encoder built for industrial motion control. It delivers 100 pulses per revolution through A, B and Z phase signals with multiple output modes including voltage, collector and differential drive. A 2 m cable and DC 5–26 V supply range suit fixed automation equipment.
Installation requirements
The encoder mounts with a 6 mm thrust shaft rated for 30 N radial and 20 N axial load. Its metal shell and stainless steel spindle resist impact while internal ASIC circuitry provides short-circuit and reverse-wiring protection. The compact body fits tight machine frames without extra clearance.
Sustained operation
Internal ASIC devices maintain signal integrity under continuous rotation and electrical noise. Load short-circuit protection and reverse-wiring safeguards prevent damage during prolonged duty cycles. The encoder operates reliably across the full DC 5–26 V range without thermal throttling.
Highlights
- Reliable position feedback with 100 pulses per revolution
- Wide DC 5 to 26 V input suits many control systems
- Strong anti‑interference from internal ASIC devices
- Protected against short circuits and reverse wiring
- Compact 38 mm stainless‑steel shaft resists 30 N radial load
Specifications
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Questions about this item
What happens if the encoder shaft exceeds the 30 N radial or 20 N thrust load rating during continuous operation?
The stainless-steel spindle and metal shell are built for impact resistance, but sustained loads above 30 N radial or 20 N thrust can accelerate bearing wear and shorten service life.
How much heat does the encoder generate when powered at 26 V DC for extended periods?
The ASIC-based design runs efficiently across the 5–26 V range; at the top voltage the device stays cool enough for continuous industrial use without active cooling.
Which mating connector or terminal block is needed for the brown, blue and black flying leads?
The 2 m cable ends in bare wires — brown for 5–26 V DC, blue for 0 V, black for signal — so any 3-wire terminal block or screw-terminal connector matching your controller’s pinout will work.
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