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The Schneider Electric 140DAM59000C is a discrete I/O module that supports various applications with 24 discrete inputs and outputs. It functions effectively with a discrete input voltage of 115 V AC and operates within network frequency limits of 47 to 63 Hz.
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| Manufacturer | Schneider Electric |
|---|---|
| Product Line | Modicon Quantum |
| Part Number | 140DAM59000C |
| EAN | 3595861136052 |
| Weight | 1.00 lbs (0.45 kg) |
| Series | I/O Modules |
| Product | Discrete I/O Module |
| Discrete I/O Number | 24 |
| Network Frequency Limits | 47/63 Hz |
| Discrete Input Voltage | 115 V AC |
| Input Impedance | 14400 Ohm Capacitive |
| Discrete Output Voltage | 115 V |
| Minimum Load | 5 mA |
| Max Voltage Drop | <1.5 V |
| Max Leakage Current | 2.1 mA |
| Isolation b/w groups | 1000 Vrms |
| Power Dissipation | 5.5 W |
| Bus Current Requirement | 250 mA |
| Operating Altitude | <= 5000 m |
| Resistance to Electrostatic Discharge | 4 kV/ 8 kV |
The 140DAM59000C from Schneider Electric is designed as a discrete I/O module, providing reliable performance with 24 discrete inputs and outputs. This module is compatible with a discrete input voltage level of 115 V AC, supporting effective operation across various industrial applications. It accommodates network frequency limits ranging from 47 Hz to 63 Hz.
The module features a capacitive input impedance of 14400 Ohms, which ensures compatibility with various input configurations. Operating at a discrete output voltage of 115 V, this unit requires a minimum load of 5 mA for proper function. An important operational parameter is the maximum voltage drop across the module, measured at less than 1.5 V, contributing to efficient performance. Additionally, the maximum leakage current is rated at 2.1 mA.
For enhanced operational integrity, the 140DAM59000C module provides isolation between groups at a level of 1000 Vrms. It has a power dissipation of 5.5 W and requires a bus current of 250 mA. The unit's weight is approximately 0.45 kg, making it lightweight for easy installation. Operating in environments where altitudes reach up to 5000 meters is feasible, ensuring its versatility across different industrial settings. Furthermore, the module exhibits strong resistance to electrostatic discharge, rated at 4 kV for contact discharges and up to 8 kV for air discharges, ensuring robust protection against ESD threats.