Description
range of product |
Modicon Quantum automation platform.
|
|
---|---|---|
product or component type |
VAC discrete input modules.
|
|
software name |
Concept.
Unity Pro. |
|
discrete input number |
32
|
group of channels |
4
|
|
---|---|---|
addressing requirement |
2 input words.
|
|
discrete input voltage |
115 V AC.
|
|
input current |
<= 11.1 mA, 57.63 Hz.
<= 13.2 mA, 47.53 Hz. |
|
voltage state 1 guaranteed |
79.132 V AC at 57.63 Hz.
85.132 V AC at 47.53 Hz. |
|
voltage state 0 guaranteed |
0.20 V AC at 57.63 Hz.
0.20 V AC at 47.53 Hz. |
|
input impedance |
12000 Ohm capacitive at 57.63 Hz.
14400 Ohm capacitive at 47.53 Hz. |
|
network frequency limits |
47…63 Hz.
|
|
leakage current |
<= 2.1 mA
|
|
absolute maximum input |
132 V continuous.
156 V 10 s. 200 V, 1 cycle. |
|
response time |
4.9…0.75 ms x line cycle Off-On.
7.3…12.3 ms On-Off. |
|
isolation between group |
1780 Vrms for 1 minute.
|
|
isolation between group and bus |
1780 Vrms for 1 minute.
|
|
bus current requirement |
250 mA.
|
|
power dissipation in W |
<= 10.9 W.
|
|
local signalling |
1 LED green bus communication is present (active).
1 LED red external fault detected (F). 32 LEDs with green input status. |
|
marking |
CE
|
|
module format |
Standard.
|
|
product weight |
0.73 lb (US) (0.33 kg).
|
standards |
CSA C22.2 No. 142.
UL 508. |
|
---|---|---|
product certifications |
CUL
FM Class 1 Division 2. |
|
resistance to electrostatic discharge |
4 kV contact conforming to IEC 801-2.
8 kV on air, conforming to IEC 801-2. |
|
resistance to electromagnetic fields |
9.14 V/yd (10 V/m) 80…2000 MHz, conforming to IEC 801-3.
|
|
ambient air temperature for operation |
32…140 °F (0…60 °C).
|
|
ambient air temperature for storage |
-40.185 °F (-40.85 °C).
|
|
relative humidity |
95% without condensation.
|
|
operating altitude |
<= 16404.2 ft (5000 m).
|
Category |
18155 – QUANTUM I/O & POWER SUPPLIES.
|
|
---|---|---|
Discount Schedule |
PC21.
|
|
GTIN |
00785901793151.
|
|
Nbr. of units in pkg. |
1
|
|
Package weight(Lbs) |
0.98999999999999999.
|
|
Returnability |
Y
|
|
Country of origin |
CN.
|
The 140DAI55300 is a discrete input module designed for the Modicon Quantum series of programmable logic controllers (PLCs) by Schneider Electric. It plays a crucial role in industrial automation systems by providing reliable and precise digital input processing. Here’s a detailed look at the features, functionality, and applications of the 140DAI55300 module.
Key Features
- Digital Inputs: The 140DAI55300 module is equipped with 16 discrete digital input channels. Each channel is designed to receive binary signals from field devices, which include switches, sensors, and other digital equipment. This allows the PLC to monitor and react to a variety of input conditions.
- Voltage Range: This module supports input signals with a voltage range typically from 24V DC. This broad range makes it compatible with many industrial devices and systems, ensuring flexibility in various applications.
- Electrical Isolation: The 140DAI55300 provides electrical isolation between the field inputs and the PLC. This isolation helps protect the control system from electrical surges and noise, enhancing the reliability and longevity of the equipment.
- Compact Design: With a compact and efficient design, the module is suitable for installations where space is limited. It allows for easy integration into existing systems without requiring significant modifications.
- Status Indicators: The module includes built-in status LEDs for each input channel. These indicators offer real-time visual feedback on the status of each input, simplifying troubleshooting and system monitoring.
- Mounting and Integration: Designed for straightforward integration into the Modicon Quantum system, the 140DAI55300 mounts on a standard 35mm DIN rail. Its modular nature allows for easy addition or replacement within the control system.
Functionality
The 140DAI55300 module functions by converting discrete digital signals from field devices into data that can be processed by the Modicon Quantum PLC. Each of the 16 input channels receives a binary signal, which is then transmitted to the PLC’s central processor. The PLC processes these signals based on the programmed logic and uses this information to control or monitor various aspects of the industrial process.
Applications
- Manufacturing Automation: In manufacturing environments, the 140DAI55300 is used to interface with devices such as limit switches, emergency stop buttons, and other binary sensors. It enables the PLC to monitor machine statuses, detect faults, and execute control actions based on real-time input data.
- Process Control: For process control applications, the module plays a critical role in monitoring digital signals from various process control devices. It ensures that the process runs smoothly by providing accurate and timely input information to the PLC.
- Safety Systems: The 140DAI55300 is well-suited for safety-critical applications, including emergency shutdown systems and safety interlocks. Its electrical isolation and robust design help ensure that safety signals are handled reliably and accurately.
- Building Automation: In building management systems, the module helps control and monitor systems such as lighting, HVAC, and security. Its ability to handle multiple digital inputs makes it ideal for complex building automation tasks.
Benefits
- Reliability: The 140DAI55300 module offers high reliability and durability, essential for maintaining operational efficiency in demanding industrial environments.
- Flexibility: With support for a range of input voltages and easy integration into existing systems, the module provides flexibility for various industrial applications.
- Enhanced Troubleshooting: The status LEDs and electrical isolation features enhance troubleshooting capabilities, helping to reduce downtime and improve system maintenance.
In summary, the 140DAI55300 discrete input module is a vital component of the Modicon Quantum PLC system, providing robust and dependable performance for a wide range of industrial automation applications. Its features make it suitable for high-speed, high-reliability tasks, ensuring efficient operation within sophisticated control systems.