ABB BTAC-02 Pulse Encoder

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1. Product Overview

The ABB BTAC-02 Pulse Encoder is a high-precision device for position and speed detection used in industrial automation and motor control systems. It converts angular displacement and rotational speed of a shaft into digital pulse signals for precise control and position feedback. BTAC-02 features high resolution, strong reliability, vibration resistance, and high interference immunity, making it widely used in servo systems, transmission devices, and industrial robots.

2. Technical Specifications

• Model: BTAC-02

• Product Type: Pulse Encoder

• Encoding Type: Incremental

• Resolution: 1024 pulses/rev (PPR, depending on model)

• Output Signals: A/B quadrature output with index pulse (Z)

• Output Level: TTL / HTL selectable

• Operating Voltage: 5 V DC / 24 V DC (depending on model)

• Output Interface: Cable or connector

• Operating Temperature: –20 ℃ to +70 ℃

• Degree of Protection: IP65

• Rotational Speed Range: up to 6000 rpm

• Mounting Method: Flange mount / Shaft coupling

• Standards: CE / UL

3. Advantages and Features

1. High-Precision Positioning
   High-resolution pulse output enables accurate position and speed control.

2. High Reliability
   Industrial-grade design resists vibration and shock, suitable for harsh environments.

3. Multiple Output Options
   TTL / HTL outputs for compatibility with various control systems.

4. Wide Environmental Adaptation
   Suitable for high temperature, humidity, and dusty environments; IP65 protection.

5. Flexible Mounting
   Flange or shaft coupling installation for easy system integration.

4. Applications

• Servo motors and drive control systems

• Industrial robot position feedback

• Rotary shaft monitoring on automated production lines

• Industrial transmission devices and gear reduction systems

• Packaging, printing machinery, and CNC machines

5. Installation and Usage Notes

1. Ensure the encoder model, resolution, and output interface are compatible with the system before installation.

2. Avoid excessive axial or radial force during installation to prevent damage to internal precision components.

3. Disconnect power before wiring to ensure safety.

4. Avoid strong electromagnetic interference and corrosive environments; provide shielding or protective tubes if necessary.

5. Regularly check mounting screws and cable connections to ensure long-term reliable operation.