Honeywell | 51304439-175 | MC-TDIA12 | Isolated Digital Input Board
The Honeywell 51304439-175 MC-TDIA12 is an isolated digital input board designed for reliable and accurate signal processing in a variety of industrial applications.
Specifications
- Brand: Honeywell
- Model Number: 51304439-175 MC-TDIA12
- Type: Isolated Digital Input Board
- Input Voltage: 120 VAC
- Number of Input Channels: 32
- Dimensions: 46.2 cm x 12 cm x 5 cm
- Weight: 1.14 kg
- Country of Origin: USA
Features
- Isolated Digital Inputs: Ensures accurate and reliable signal processing.
- High Input Channels: Supports up to 32 input channels for extensive system integration.
- Durable Construction: Built to withstand harsh industrial environments.
- Compression Terminals: Provides easy and secure connection options.
- Seamless Integration: Compatible with various Honeywell control systems.
The MC-TDIA12 is ideal for enhancing signal processing capabilities in industrial automation, ensuring robust performance in demanding settings
Honeywell | 51304439-175 | MC-TDIA12 | Isolated Digital Input Board
Honeywell | 51304439-175 | MC-TDIA12 | Isolated Digital Input Board
The Honeywell 51304439-175 MC-TDIA12 is an isolated digital input board designed for reliable and accurate signal processing in a variety of industrial applications.
Specifications
- Brand: Honeywell
- Model Number: 51304439-175 MC-TDIA12
- Type: Isolated Digital Input Board
- Input Voltage: 120 VAC
- Number of Input Channels: 32
- Dimensions: 46.2 cm x 12 cm x 5 cm
- Weight: 1.14 kg
- Country of Origin: USA
Features
- Isolated Digital Inputs: Ensures accurate and reliable signal processing.
- High Input Channels: Supports up to 32 input channels for extensive system integration.
- Durable Construction: Built to withstand harsh industrial environments.
- Compression Terminals: Provides easy and secure connection options.
- Seamless Integration: Compatible with various Honeywell control systems.
The MC-TDIA12 is ideal for enhancing signal processing capabilities in industrial automation, ensuring robust performance in demanding settings