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BMXART0414 – analog isolated low level input module,

Original price was: $653.00.Current price is: $503.00.

The Schneider Electric BMXART0414 is an analog isolated low-level input module designed for the Modicon M340 and Modicon X80 automation platforms.

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Description

Main
range of product
Modicon X80.
product or component type
Analog input module.
electrical connection
1 connector 40 ways.
Isolation between channels
Isolated.
input level
Low level.
analogue input number
4
analogue input type
Voltage +/- 1.28 V.
Voltage +/- 160 mV.
Voltage +/- 320 mV.
Voltage +/- 40 mV.
Voltage +/- 640 mV.
Voltage: +/- 80 mV.
Resistor 400 Ohm 2 wires.
Resistor 400 Ohm 3 wires.
Resistor 400 Ohm 4 wires.
Resistor 4000 Ohm 2 wires.
Resistor 4000 Ohm 3 wires.
Resistor 4000 Ohm 4 wires.
Temperature probe -100…+260 °C Cu 10.
Temperature probe -100…+450 °C Pt 100 UL/JIS.
Temperature probe -100…+450 °C Pt 1000 UL/JIS.
Temperature probe -200…+850 °C Pt 100 IEC.
Temperature probe -200…+850 °C Pt 1000 IEC.
Temperature probe -60…+180 °C Ni 100.
Temperature probe -60…+180 °C Ni 1000.
Thermocouple +130…+1820 °C thermocouple B.
Thermocouple +270…+1300 °C thermocouple N.
Thermocouple -200…+600 °C thermocouple U.
Thermocouple -200…+760 °C thermocouple J.
Thermocouple -200…+900 °C thermocouple L.
Thermocouple -270…+1000 °C thermocouple E.
Thermocouple -270…+1370 °C thermocouple K.
Thermocouple -270…+400 °C thermocouple T.
Thermocouple -50…+1769 °C thermocouple R.
Thermocouple -50…+1769 °C thermocouple S.
Complementary
analog/digital conversion
Sigma delta is 16 bits.
analogue input resolution
15 bits + sign.
input impedance
10 MOhm.
permitted overload on inputs
+/- 7.5 V +/- 1.28 V.
+/- 7.5 V +/- 160 mV.
+/- 7.5 V +/- 320 mV.
+/- 7.5 V +/- 40 mV.
+/- 7.5 V +/- 640 mV.
+/- 7.5 V +/- 80 mV.
common mode rejection
120 dB, 50/60 Hz.
differential mode rejection
60 dB, 50/60 Hz.
cold junction compensation
External by the Pt100 probe.
type of filter
First-order digital filtering.
nominal read cycle time
400 ms with a temperature probe.
200 ms with a thermocouple.
recalibration
Internal
isolation voltage
1400 V DC between channels and the bus.
750 V DC between channels.
750 V DC between channels and ground.
detection type
Open circuit Cu 10.
Open circuit Ni 100.
Open circuit Ni 1000.
Open circuit Pt 100.
Open circuit Pt 1000.
Open-circuit thermocouple B.
Open-circuit thermocouple E.
Open-circuit thermocouple J.
Open-circuit thermocouple K.
Open-circuit thermocouple L.
Open circuit thermocouple N
Open-circuit thermocouple R.
Open-circuit thermocouple S.
Open-circuit thermocouple T.
Open-circuit thermocouple U.
maximum wiring resistance
20 Ohm 2 wires, Cu 10.
20 Ohm 2 wires, Ni 100.
20 Ohm, 2 wires, PT 100.
20 Ohm, 3 wires, Cu 10.
20 Ohm, 3 wires, Ni 100.
20 Ohm, 3 wires, Pt 100.
200 Ohm, 2 wires, Ni 1000.
200 Ohm, 2 wires, Pt. 1000.
200 Ohm, 3 wires, Ni 1000.
200 Ohm, 3 wires, Pt. 1000.
50 Ohm, 4 wires, Cu 10.
50 Ohm, 4 wires, Ni 100.
50 Ohm, 4 wires, Pt 100.
500 Ohm, 4 wires, Ni 1000.
500 Ohm, 4 wires, Pt. 1000.
measurement resolution
0.1 °C Cu 10
0.1 °C, Ni 100.
0.1 °C, Ni 1000.
0.1 °C, Pt 100.
0.1 °C, Pt 1000.
0.1 °C thermocouple B.
0.1 °C thermocouple J.
0.1 °C thermocouple K.
0.1 °C thermocouple L.
0.1 °C thermocouple N.
0.1 °C thermocouple R.
0.1 °C thermocouple S.
0.1 °C thermocouple T.
0.1 °C thermocouple U
1280/2exp14 mV +/- 1.28 V.
160/2exp14 mV +/- 160 mV.
320/2exp14 mV +/- 320 mV.
40/2exp14 mV +/- 40 mV.
40/2exp14 mV, 400 Ohm.
4000/2exp14 mV, 4000 Ohm.
640/2exp14 mV +/- 640 mV.
80/2exp14 mV +/- 80 mV.
status LED
1 LED green RUN.
1 LED per channel green channel diagnostic.
1 LED red ERR.
1 LED red I/O.
product weight
0.3 lb (US) (0.135 kg).
current consumption
40 mA at 24 V DC.
150 mA at 3.3 V DC.
Environment
vibration resistance
3 gn
shock resistance
30 gn
ambient air temperature for storage
-40.185 °F (-40.85 °C).
ambient air temperature for operation
32…140 °F (0…60 °C).
relative humidity
5… 95%% 131 °F (55 °C) without condensation.
IP degree of protection
IP20
directives
2012/19/EU: WEEE directive.
2014/30/EU: electromagnetic compatibility.
2014/35/EU: low voltage directive.
product certifications
CSA
CE
RCM
EAC.
Merchant Navy
UL
standards
EN 61000-6-2.
EN 61000-6-4.
EN 61010-2-201.
EN 61131-2.
protective treatment
TC
operating altitude
0.6561.68 ft (0.2000 m).
2000–5000 m (with derating factor).
Ordering and shipping details
Category
18160, MODICON M340.
Discount Schedule
PC34
GTIN
00785901501800.
Nbr. of units in pkg.
1
Package weight(Lbs)
0.37
Returnability
Y
Country of origin
FR

Overview

The BMXART0414 module is engineered to handle analog inputs with high accuracy and isolation, making it suitable for various industrial applications that require precise measurement of low-level signals. The module is designed to interface with a range of sensors and instrumentation, converting analog signals into digital data for processing by the control system. Its isolation feature ensures that signal integrity is maintained and electrical noise is minimized, enhancing overall system performance.

Key Features

  1. Analog Input Channels:
    • The BMXART0414 provides 4 analog input channels, each capable of measuring low-level signals with high precision. This multi-channel capability allows for the simultaneous monitoring of multiple parameters, improving the efficiency of data acquisition.
  2. Isolation:
    • The module features isolation between channels and between input and output. This isolation helps protect the control system from electrical noise and ground loops, ensuring accurate signal measurement and reducing the risk of interference.
  3. Low-Level Signal Measurement:
    • Designed specifically for low-level signals, the BMXART0414 is ideal for applications requiring high sensitivity and accuracy. It can measure signals from various types of sensors and instrumentation, including thermocouples, RTDs, and pressure sensors.
  4. High Accuracy and Resolution:
    • The module offers high accuracy and resolution in signal measurement, ensuring that even small variations in analog signals are detected and recorded. This precision is critical for applications where accurate data is essential for process control and monitoring.
  5. Flexible Configuration:
    • The BMXART0414 supports flexible configuration options, allowing users to tailor the module’s settings to match specific application requirements. This flexibility enhances the module’s adaptability to different industrial environments and signal types.
  6. Robust Design:
    • Built to withstand harsh industrial environments, the BMXART0414 features a rugged design that resists mechanical wear, temperature variations, and electrical noise. Its robust construction ensures long-term reliability and durability.

Benefits

  1. Enhanced Measurement Accuracy:
    • The BMXART0414 provides precise measurement of low-level analog signals, ensuring accurate data acquisition and reliable process control. This accuracy is crucial for maintaining optimal performance and quality in industrial applications.
  2. Reduced Electrical Interference:
    • The isolation feature of the module minimizes the impact of electrical noise and ground loops, improving signal integrity and reducing the likelihood of measurement errors. This leads to more stable and reliable system operation.
  3. Versatile Applications:
    • With its ability to handle a range of low-level signals and its flexible configuration options, the BMXART0414 is suitable for various industrial applications, including temperature monitoring, pressure measurement, and other critical process variables.
  4. Reliable Performance:
    • The module’s robust design ensures reliable performance even in challenging industrial environments. Its durability reduces maintenance needs and operational downtime, contributing to overall system efficiency.
  5. Ease of Integration:
    • The BMXART0414 integrates seamlessly with the Modicon M340 and Modicon X80 platforms, simplifying system design and implementation. Its compatibility with these platforms ensures cohesive operation and easy integration with existing automation systems.

Applications

  1. Temperature Monitoring:
    • The BMXART0414 is commonly used in temperature monitoring applications, where it measures signals from temperature sensors such as thermocouples and RTDs. Its high accuracy and isolation ensure reliable temperature data for process control.
  2. Pressure Measurement:
    • In pressure measurement applications, the module interfaces with pressure sensors to provide precise readings of pressure levels. Its ability to handle low-level signals makes it suitable for monitoring and controlling pressure in various industrial processes.
  3. Process Control:
    • The module is used in process control systems to measure and monitor critical process variables. Its accurate signal measurement and isolation capabilities contribute to effective process management and optimization.
  4. Environmental Monitoring:
    • The BMXART0414 is employed in environmental monitoring applications to measure parameters such as humidity, flow, and other environmental factors. Its versatility and precision support effective monitoring and data collection.

Technical Specifications

  • Number of Channels: 4 analog input channels
  • Input Type: Low-level analog signals (e.g., thermocouples, RTDs, pressure sensors)
  • Isolation: Channel-to-channel and input-to-output isolation
  • Accuracy: High accuracy with fine resolution
  • Operating Temperature Range: Suitable for industrial environments
  • Construction: Robust and durable design
  • Compatibility: Modicon M340 and Modicon X80 platforms

Conclusion

The Schneider Electric BMXART0414 analog isolated low-level input module is a vital component for the Modicon M340 and Modicon X80 automation platforms. Its ability to provide precise measurement of low-level analog signals, coupled with its isolation features and robust design, makes it an ideal choice for a range of industrial applications. Whether used for temperature monitoring, pressure measurement, process control, or environmental monitoring, the BMXART0414 offers reliable performance and accuracy, contributing to improved system efficiency and operational effectiveness.