The Yokogawa AMM42T is a high-precision analog input module designed for industrial automation applications, providing reliable data acquisition for temperature, voltage, and current signals in various industrial settings.
Input Type:Voltage Input
Supported Signals:DC voltage (mV), Thermocouples (JIS, IEC types K, T, J, E, B, R, S, N, RTS)
Range:-10 to 10 V DC, -100 to 100 mV DC, -200 to 600 °C
Allowable Input Voltage:-30 to 30 V DC
Input Resistance:1 MΩ
Signal Insulation:Isolated between systems
Data Update Period:1 s
Accuracy:±4 mV, ±40 μV, ±40 μV
Disconnection Detection Time:Max. 20 s
The Yokogawa AMM42T is a high-performance voltage input module specifically engineered for industrial automation applications. Its robust design ensures accurate and consistent measurements, crucial for maintaining optimal operational conditions.
Featuring an extensive input signal range, this module supports various thermocouples and RTDs, making it versatile for a wide array of environmental monitoring tasks. The 3-wire type compatibility further enhances its flexibility, enabling integration into existing systems with ease.
With a maximum input voltage of -30 to 30V DC and a temperature range of -100 to 600°C, the AMM42T is capable of handling extreme conditions without compromising on performance. Its precision accuracy, ranging from ±4mV to ±0.15°C, guarantees dependable data acquisition.
The module’s disconnection detection feature is a notable safety measure, ensuring immediate response to power interruptions or signal loss. This capability minimizes downtime and potential errors, enhancing overall system reliability.
Operational simplicity is another highlight of the Yokogawa AMM42T. It is equipped with a user-friendly interface that facilitates easy setup and maintenance. Furthermore, its compact size (dimensions not specified here) allows for efficient space utilization within control panels.
The Yokogawa AMM42T is a high-precision analog input module designed for industrial automation applications, providing reliable data acquisition for temperature, voltage, and current signals in various industrial settings.
