

3AT660.6 | B&R Thermocouple Input Module
- Regular price
- $1,207.00
- Sale price
- $1,207.00
- Regular price
-
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Product Description P/N: 3AT660.6
Description
The B&R 3AT660.6 Thermocouple Input Module is engineered for precise temperature measurement in industrial automation, supporting L, J, and K thermocouples over a wide range for reliable process monitoring.
Technical Specifications
Condition | New/Never Used Surplus |
Brand | B&R |
Category | PLCs and Accessories |
Part Number | 3AT660.6 |
Subcategory |
PLC Expansion Modules
|
Weight | 0.17 kgs |
Inputs | 8 |
Supported Sensor Types | L / J / K |
Temperature Range | -200 TO +1300 °C |
Power Supply 1 | 24 VDC / 4.75 W |
Power Supply 2 | 5 VDC / 1.25 W |
Information About 3AT660.6
The B&R 3AT660.6 Thermocouple Input Module is engineered for precise temperature measurement in industrial automation systems. It provides accurate signal conditioning for various thermocouple types, ensuring reliable data acquisition in demanding process control applications.
Key Features:
- Model: 3AT660.6
- Type: Thermocouple Input Module
- Precision Measurement: Offers accurate temperature readings from connected thermocouples
- Robust Signal Conditioning: Designed to maintain measurement integrity in harsh environments
- Seamless Integration: Easily interfaces with B&R automation systems for streamlined control
Benefits:
- Accurate Process Monitoring: Delivers reliable temperature data for improved process control
- Enhanced Reliability: Robust design ensures consistent performance in industrial settings
- Easy Integration: Simplifies the implementation of temperature monitoring in automation systems
Applications:
- Industrial Process Control: Ideal for applications requiring precise temperature regulation
- Temperature Monitoring: Suitable for environments such as manufacturing and energy management
- Automation Systems: Integrates smoothly into B&R control architectures for comprehensive system monitoring
Overall, the B&R 3AT660.6 Thermocouple Input Module is a vital component for accurate and reliable temperature measurement in modern industrial automation.
Description
The B&R 3AT660.6 Thermocouple Input Module is engineered for precise temperature measurement in industrial automation, supporting L, J, and K thermocouples over a wide range for reliable process monitoring.
Technical Specifications
Condition | New/Never Used Surplus |
Brand | B&R |
Category | PLCs and Accessories |
Part Number | 3AT660.6 |
Subcategory |
PLC Expansion Modules
|
Weight | 0.17 kgs |
Inputs | 8 |
Supported Sensor Types | L / J / K |
Temperature Range | -200 TO +1300 °C |
Power Supply 1 | 24 VDC / 4.75 W |
Power Supply 2 | 5 VDC / 1.25 W |
Information About 3AT660.6
The B&R 3AT660.6 Thermocouple Input Module is engineered for precise temperature measurement in industrial automation systems. It provides accurate signal conditioning for various thermocouple types, ensuring reliable data acquisition in demanding process control applications.
Key Features:
- Model: 3AT660.6
- Type: Thermocouple Input Module
- Precision Measurement: Offers accurate temperature readings from connected thermocouples
- Robust Signal Conditioning: Designed to maintain measurement integrity in harsh environments
- Seamless Integration: Easily interfaces with B&R automation systems for streamlined control
Benefits:
- Accurate Process Monitoring: Delivers reliable temperature data for improved process control
- Enhanced Reliability: Robust design ensures consistent performance in industrial settings
- Easy Integration: Simplifies the implementation of temperature monitoring in automation systems
Applications:
- Industrial Process Control: Ideal for applications requiring precise temperature regulation
- Temperature Monitoring: Suitable for environments such as manufacturing and energy management
- Automation Systems: Integrates smoothly into B&R control architectures for comprehensive system monitoring
Overall, the B&R 3AT660.6 Thermocouple Input Module is a vital component for accurate and reliable temperature measurement in modern industrial automation.
