The Omron E6C3-CWZ5GH 1000P/R 1M, also cataloged as the E6C3-CWZ5GH Rotary Encoder, operates as a dedicated hardware component for precise rotational feedback and optical pulse counting within motion control architectures.

Part Number Breakdown & Configuration

• E6C3: Designates the rugged optical incremental rotary encoder series.
• CWZ: Indicates complementary output signals including Phase A, Phase B, and Phase Z (Index).
• 5GH: Identifies line driver / complementary output circuit configuration operating at 12 to 24 VDC supply voltage.
• 1000P/R: Specifies 1000 pulses per revolution resolution.
• 1M: Represents a 1-meter pre-wired connection cable lead.

Key Technical Parameters

Signal Integration & Network Interface Architecture

The encoder generates optical quadrature phase signals to capture angular velocity and shaft direction in real time. Operating with high-density output response algorithms, the optical disc patterns transmit high-frequency pulse trains directly to PLC counter modules or motion controllers. Firmware flash compatibility within master positioning modules ensures deterministic registration of Phase Z index pulses during homing cycles without signal distortion.

Standard Delivery Items

• 1 x Omron E6C3-CWZ5GH 1000P/R 1M Rotary Encoder Unit
• 1 x Mounting Bracket Kit
• 1 x Instruction Sheet

Mechanical Mounting & Field Wiring Directives

Shaft Alignment & Chassis Mounting

• Secure the encoder body to the chassis mounting plate using the supplied mounting screws.
• Align the 8 mm flatted shaft with the driving mechanism using a flexible coupling to prevent radial and axial shaft overload.

Cable Routing & Wiring

• Connect the pre-wired 1 m cable leads according to the phase color pinout scheme provided in the manual.
• Avoid bending the cable at sharp angles less than a 30 mm radius near the cable entry point.

Grounding & Shielding Protocol

• Connect the cable shield conductor to the chassis ground terminal of the receiving instrument to mitigate electromagnetic interference.

Technical Questions & Answers

• What pulse resolution does the E6C3-CWZ5GH 1000P/R 1M encoder provide?

  The optical encoder delivers a resolution of 1000 pulses per revolution (PPR) across Phase A and Phase B channels.

• What output phase signals are supported by this incremental encoder?

  The encoder provides quadrature output signals containing Phase A, Phase B, and a Phase Z index pulse.

• What shaft dimensions are engineered for this model?

  The hardware features an 8 mm diameter shaft with a flatted end for coupling lock securing.

• What primary power supply range is required for operation?

  The unit operates reliably across a primary supply voltage range of 12 VDC to 24 VDC.

• What is the standard connection interface provided on the housing?

  The encoder includes a 1-meter pre-wired cable lead interface for direct terminal connection.

• How should radial and axial shaft loads be mitigated during installation?

  Always install a flexible shaft coupling between the motor drive shaft and the 8 mm encoder shaft.

• What sensor technology is utilized for position detection inside the casing?

  The unit utilizes a precision optical disc and phototransistor detection circuit.

• What purpose does the Phase Z output signal serve in motion control?

  Phase Z provides a single reference pulse per revolution used for homing and absolute mechanical zero alignment.