MITSUBISHI Q68ADI A/D CONVERTER MODULE

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MITSUBISHI Q68ADI A/D CONVERTER MODULE Specification

Operating Temperature
0C to +55C

Output Type
Digital (converted from analog)

Cooling Method
Natural Air Cooling

Application
Factory Automation, Process Control, Data Acquisition

Working Temperature
0C to +55C

Features
8-channel analog input, DIN Rail Mount, High-Speed Conversion, Isolation Protection

Current Range
420 mA (analog input), 15 V / 010 V (analog input)

Power Supply
Via PLC base unit

Connector Type
Screw terminal

Product Type
A/D Converter Module

Input Voltage
24 V DC (via base unit)

Voltage Protection
Overvoltage Protection Included

Material
Industrial-grade Plastic, Electronics

Storage Temperature
-25C to +75C

Weight
0.18 kg (approximately)

Resolution
16 bits

Number of Input Channels
8 channels

Typical Power Consumption
3.5 W

Mounting Method
DIN Rail / PLC Rack

Relative Humidity
5% to 95% (non-condensing)

Conversion Speed
Values read every 1 ms (typical)

Analog Input Type
Voltage/Current Selectable

Dimensions
98 mm (H) × 27.4 mm (W) × 90 mm (D)

Isolation
Channel-to-ground and channel-to-bus isolation

Model Number
Q68ADI

About MITSUBISHI Q68ADI A/D CONVERTER MODULE

Utilise the outstanding offer on the MITSUBISHI Q68ADI A/D Converter Moduleyour superior solution for precise data acquisition and process control. Engineered for opulent performance, this module boasts 8 voltage/current selectable input channels, 16-bit resolution, and ultra-fast 1 ms conversion. Its industrial-grade plastic construction and excellent channel isolation guarantee long-term reliability. Enjoy affordable pricing for an exceptionally robust product. Ideal for factory automation and demanding environments, this module ensures seamless integration with PLC racks or DIN rails for hassle-free mounting and operation.

Versatile Application and Advanced Features

Experience the superior versatility of the MITSUBISHI Q68ADI A/D Converter Module, featuring easy DIN Rail or PLC rack mounting. Its opulent 8-channel analog input, rapid 1 ms data conversion, and robust isolation protection make it ideal for factory automation, process control, and advanced data acquisition. With user-friendly screw terminals and selectable input types, the module delivers reliable results in various industrial settings, streamlining your process with natural air cooling and overvoltage protection.

Efficient Delivery, Packaging, and Domestic Support

We prioritise secure packaging and prompt arrival of your MITSUBISHI Q68ADI A/D Converter Module across the main domestic market. Enjoy timely drop-off with minimal waitingdelivery times are optimised for India-based clients. Samples are available upon request, giving you a chance to evaluate before a full purchase. Our distribution network ensures your product reaches you safely, maintaining its integrity from dispatch to arrival.

FAQs of MITSUBISHI Q68ADI A/D CONVERTER MODULE:

Q: How is the MITSUBISHI Q68ADI A/D Converter Module typically utilised in factory automation?

A: The Q68ADI module is commonly used within PLC systems to reliably convert multiple analog signals, such as voltage or current, into digital data for monitoring and control in factory automation processes.

Q: What features make the Q68ADI module outstanding for process control applications?

A: Notable features include 8 voltage/current-selectable channels, 16-bit resolution, high-speed 1 ms data conversion, robust channel-to-ground and channel-to-bus isolation, as well as overvoltage protection for enhanced system stability.

Q: Where can this converter module be mounted for optimal usage?

A: The module is designed for easy DIN Rail or PLC Rack mounting, enabling flexible installation in control panels or on industrial equipment.

Q: What is the purchasing process and delivery timeframe for this product in India?

A: You can purchase the Q68ADI via authorised traders or suppliers. The product is securely packaged and typically delivered within a standard domestic timeframe, with sample units available upon request.

Q: What are the primary benefits of using this module in data acquisition systems?

A: Utilising this module ensures precise, reliable digital conversion of analog signals, rapid processing speed, and enhanced protection, resulting in improved efficiency and accuracy in automated data acquisition systems.

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