myVolts
myVolts E6B2-CWZ6C Incremental Encoder Semiconductor 38mm 2500P/R
A 38 mm incremental encoder with 2500 pulses per revolution, DC 5 to 26 V supply, stainless steel spindle, metal housing, ASIC internals, short-circuit and reverse-wiring protection
- TypeAT
- 38 mm diameter enables compact machine integration
- 2500 pulses per revolution deliver precise position feedback
- Internal ASIC design provides strong anti‑interference performance
- Stainless steel spindle and metal shell withstand 30 N radial and 20 N axial loads
- DC 5‑26 V supply with reverse‑wiring and short‑circuit protection
Industrial Position Encoder
The myVolts E6B2-CWZ6C is a 38 mm diameter incremental encoder built for motion-control systems that require precise shaft-angle feedback. Its stainless-steel spindle and alloy housing suit machine-tool, robotics and automation installations where mechanical durability matters.
Thermals and Electrical Protection
The unit operates from a DC 5 to 26 V supply with open-collector output and includes on-board reverse-polarity and load short-circuit protection. Internal ASIC circuitry maintains signal integrity in electrically noisy environments without requiring external filtering components.
Sustained-Load Behaviour
Rated for 30 N radial and 20 N axial shaft loading, the encoder maintains specified resolution up to 2500 pulses per revolution during continuous rotation. Six selectable output modes — voltage, collector, complementary, push-pull, long-line driver and differential — preserve signal quality over the standard 2 m cable run.
Highlights
- 38 mm diameter enables compact machine integration
- 2500 pulses per revolution deliver precise position feedback
- Internal ASIC design provides strong anti‑interference performance
- Stainless steel spindle and metal shell withstand 30 N radial and 20 N axial loads
- DC 5‑26 V supply with reverse‑wiring and short‑circuit protection
Specifications
| Type | AT |
|---|
Questions about this item
How do I wire the 2 m cable of the E6B2-CWZ6C and which step is often missed?
Connect brown to DC 5-26 V, blue to 0 V, black to A phase, white to B phase, orange to Z phase and shield to ground; the step often missed is verifying the supply stays within 5-26 V before powering up.
What maintenance or replacement will the 6 mm stainless spindle and metal shell need later?
The stainless spindle and alloy shell are built for long life with strong impact resistance; no routine maintenance is required, but if axial load exceeds 30 N or thrust exceeds 20 N the bearings can wear and the encoder would need replacement.
What limit appears first when the encoder runs continuously at 2500 pulses per revolution?
The 30 N radial and 20 N axial load ratings are the first limits under sustained operation; exceeding either will degrade the stainless spindle bearings before the ASIC or 5-26 V supply range becomes an issue.
Also in this aisle
People compared these
Same shelf, same checkout — eight coins and a 30-minute rate lock.



