Data Acquisition System Das

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Data Acquisition System Das Specification

Sensor Type
Compatible with voltage current and other sensors

Capacity
Data storage capacity up to 1TB Ton

Temperature Range
10C to 50C Celsius (oC)

Frequency
Up to 1 MHz Megahertz (MHZ)

Measurement Range
Wide range across multiple channels

Connectivity Type
Ethernet USB

Resolution
High resolution for data plots

Humidity %
Operating range: 10% to 90% RH

Material
Metal and plastic casing

Power Supply
220V AC/50Hz

Power Consumption
Low power consumption (<50W) Watt (W)

Display Type
Other

Range
Multi-channel data input range

About Data Acquisition System Das

Specification

Type	Software
Features	Digital Data
Maximum Numbers of parameters	32
Sensor Technology	RS 232
Measurement	Continuous
Readout	Digital.
Resolution	Values.
Output	Data
Range/Resolution	Value
Response Time	< instant.
Sampling Input	Digital.
Included accessories	CD.
Optional accessories	PC with Printer, modem, GPRS.
Applications	collect, store, log data from field parameters for analysis.
Housing	High Impact Plastic. (ABS)
Industries	All.
Temperature Range	0 55 C

Versatile Multi-Channel Data Acquisition

This Data Acquisition System supports a wide variety of voltage, current, and compatible sensor types across multiple channels. Its broad measurement capability and high-frequency response make it ideal for both simple and advanced monitoring tasks, providing real-time, high-resolution data for critical decision-making.

User-Friendly Connectivity and Integration

Equipped with Ethernet and USB ports, this system easily interfaces with existing network infrastructures and personal computers. This versatility simplifies the process of collecting, transferring, and analyzing data, supporting diverse operational environments in research, manufacturing, or industrial settings.

Robust Storage and Power Efficiency

With up to 1TB of built-in data storage, the DAS enables long-term and intensive data collection without frequent offloading. The system operates on standard 220V AC/50Hz power while maintaining low energy consumption (below 50W), making it both cost-effective and environmentally considerate.

FAQ's of Data Acquisition System Das:

Q: How do I set up and operate the Data Acquisition System with multi-channel inputs?

A: Setting up the system involves connecting your desired sensors (voltage, current, or others) to its input channels. Simply power the unit with a 220V AC supply, connect via Ethernet or USB, and use the provided software to configure channels and start data collection.

Q: What types of environments are suitable for using this DAS?

A: The system operates effectively in environments with humidity between 10% and 90% RH and temperatures from 10C to 50C. Its robust metal and plastic casing ensures reliable performance in research labs, industrial plants, or manufacturing floors in India and abroad.

Q: When is it beneficial to use this system's high data storage capacity?

A: The 1TB storage capacity is particularly useful during long-term monitoring or high-frequency data acquisition (up to 1 MHz), allowing users to capture and store extensive datasets without interruption or frequent manual downloads.

Q: Where can data be accessed and analyzed after collection?

A: Data is accessible locally via USB or over a network using Ethernet connectivity. The system's software enables users to plot and analyze data on personal computers or servers, offering flexibility for both on-site and remote analysis.

Q: What is the process for connecting different types of sensors to the DAS?

A: The system is designed for easy sensor integration. Attach compatible voltage or current sensors directly to the input terminals; additional sensor types can often be accommodated using standard adapters or modules provided by the manufacturer.

Q: How does the system's low power consumption benefit users?

A: With a power draw below 50W, the system significantly reduces operating costs, minimizes heat generation, and supports continuous use without excessive energy demands-an advantage for both economic and environmental considerations.

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