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SCXI-133A

¥2,241.00

1. Real – world Case

 

In an automotive research and development center, the SCXI – 133A was used in a vehicle engine testing setup. Engineers were conducting tests to evaluate the performance of a new engine design under various operating conditions. The SCXI – 133A was connected to a multitude of sensors placed on the engine, such as temperature sensors, pressure sensors, and vibration sensors.

 

During a high – speed test, the sensors detected a sudden spike in the engine’s cylinder head temperature. The SCXI – 133A rapidly collected and processed the data from these sensors. It then sent an immediate alarm signal to the control system, which in turn automatically adjusted the engine’s fuel injection and cooling systems. Thanks to the quick response of the SCXI – 133A, the engine was protected from overheating, and the test could continue without any major setbacks. This allowed the engineers to gather accurate data for further engine optimization.

2. Applications

 

  • Automotive Testing: As shown in the above case, it is used for engine testing, chassis testing, and vehicle performance evaluation. It helps automotive engineers collect and analyze data from various sensors to improve vehicle design and performance.
  • Aerospace Industry: In aerospace applications, the SCXI – 133A can be used for testing aircraft engines, flight control systems, and structural components. It can monitor parameters such as air pressure, vibration, and temperature during flight simulations and ground tests.
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Description

4. Features

 

  • High – Speed Data Acquisition: It is capable of high – speed data acquisition, allowing it to capture rapid changes in sensor data. This is crucial for applications where real – time data analysis is required, such as in engine testing or high – speed machinery monitoring.
  • Multiple Sensor Compatibility: The SCXI – 133A can be connected to a wide variety of sensors, including thermocouples, strain gauges, and accelerometers. It provides the necessary signal conditioning for these sensors, ensuring accurate data collection.
  • Modular Design: It has a modular design, which means it can be easily combined with other SCXI modules to expand the number of input channels or add additional functionality. This provides flexibility in configuring test systems according to specific requirements.

5. Stability and Reliability

 

  • Robust Construction: The SCXI – 133A is built with a durable housing that provides protection against dust, moisture, and mechanical vibrations. This makes it suitable for use in harsh industrial and testing environments.
  • Quality Components: It uses high – quality electronic components and undergoes strict quality testing during the manufacturing process. This ensures long – term stability and reliability, reducing the risk of system failures during critical tests.
  • Error – Detection and Calibration: It has built – in error – detection mechanisms that can detect sensor malfunctions or data acquisition errors. It also supports regular calibration to maintain the accuracy of the acquired data over time.

6. Parameter Specifications

 

  • Power Supply: It operates on a 24V DC power supply, with an allowable voltage range of 21.6V to 26.4V. This wide voltage range ensures stable operation even in the presence of small power fluctuations.
  • Input Channels: It has 8 input channels, which can be used to connect multiple sensors simultaneously.
  • Sampling Rate: The maximum sampling rate is up to 100 kS/s per channel, allowing for high – speed data collection.
  • Input Range: The input range for analog signals is typically ±10V, which can accommodate a wide range of sensor outputs.
  • Communication Interface: It supports communication via a high – speed serial interface, such as USB or Ethernet, enabling fast data transfer to a computer for further analysis.

1. Real – world Case

 

In an automotive research and development center, the SCXI – 133A was used in a vehicle engine testing setup. Engineers were conducting tests to evaluate the performance of a new engine design under various operating conditions. The SCXI – 133A was connected to a multitude of sensors placed on the engine, such as temperature sensors, pressure sensors, and vibration sensors.

 

During a high – speed test, the sensors detected a sudden spike in the engine’s cylinder head temperature. The SCXI – 133A rapidly collected and processed the data from these sensors. It then sent an immediate alarm signal to the control system, which in turn automatically adjusted the engine’s fuel injection and cooling systems. Thanks to the quick response of the SCXI – 133A, the engine was protected from overheating, and the test could continue without any major setbacks. This allowed the engineers to gather accurate data for further engine optimization.

2. Applications

 

  • Automotive Testing: As shown in the above case, it is used for engine testing, chassis testing, and vehicle performance evaluation. It helps automotive engineers collect and analyze data from various sensors to improve vehicle design and performance.
  • Aerospace Industry: In aerospace applications, the SCXI – 133A can be used for testing aircraft engines, flight control systems, and structural components. It can monitor parameters such as air pressure, vibration, and temperature during flight simulations and ground tests.
  • Industrial Machinery Monitoring: For large – scale industrial machinery, like turbines and compressors, it can monitor the health and performance of the equipment. By collecting data from sensors, it can detect early signs of wear and tear, and potential failures, enabling preventive maintenance.

3. Weight and Dimensions

 

  • Weight: The SCXI – 133A weighs approximately 1.3 kg. This relatively light weight makes it easy to handle and install, especially when setting up complex test setups with multiple modules.
  • Dimensions: It has dimensions of about 180 mm in length, 120 mm in width, and 50 mm in height. These compact dimensions allow it to be easily integrated into standard test racks or enclosures, saving space in test laboratories.

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