The Schneider Electric 140AIO33000 is an intrinsically safe analog output module from the Modicon Quantum series. It supports 8 outputs with an accuracy of ±0.2% at a reference temperature of 25°C.
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Manufacturer | Schneider Electric |
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Series | Modicon Quantum |
Part Number | 140AIO33000 |
Product Type | Intrinsically Safe Analog Output Module, Modicon Quantum |
Number of Outputs | 8 |
Accuracy | ±0.2% of full scale at 25°C |
Maximum Loop Resistance | 500 Ohm |
Accuracy Drift | 40 ppm/°C |
Protection Type | Internal Fuse |
Linearity | ±1 LSB |
Marking | CE, II1 G/D-EEx ia IIC |
Power Dissipation | 12.5 W |
Weight | 0.30 kg |
Update Time | 4 ms |
Bus Current Requirement | 2.5 A |
Setting Time | 1 ms to ±0.1% of final value |
Module Format | Standard |
The 140AIO33000 module from Schneider Electric is an intrinsically safe analog output module, specifically designed for application within the Modicon Quantum series. This component encompasses 8 output channels, facilitating efficient control in various systems. With an accuracy rating of ±0.2% of full scale, the module offers reliable data transmission, especially when calibrated at 25°C. It showcases a maximum loop resistance of 500 Ohm.
Temperature fluctuations can affect the performance of electronic devices. However, the accuracy drift for this module is limited to 40 ppm/°C, ensuring that outputs remain stable across temperature changes. Adding to its safety features, an internal fuse safeguards the module against potential overloads.
This unit demonstrates linearity within ±1 Least Significant Bit (LSB) and is marked as compliant with CE and II1 G/D-EEx ia IIC standards. Expected power dissipation during operation is 12.5 W while its lightweight design keeps the total weight to just 0.30 kg. The module features a rapid response time with an update period of 4 ms and a setting time down to 1 ms with an adjustment to ±0.1% of the final output value. It requires a bus current of 2.5 A for optimal performance. Designed in a standard module format, the 140AIO33000 is suited for integration into various control systems, enhancing operational efficiency.