Mitsubishi Q64TD

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Mitsubishi Q64TD Specification

Frequency
50/60 Hz (field device analog signal conversion)

Efficiency
High-precision temperature analog conversion

Rated Voltage
5 V DC

Input Current
55 mA (at 5 V DC)

Humidity
5% to 95% RH (Non-condensing)

Phase
Single Phase

Operating Temperature
0 to 55C

Output Voltage
Not Applicable (temperature data analog output only)

Mounting Type
DIN Rail Mounting

Protection Level
IP20

Main Material
Plastic housing with electronic components

Processing Type
Analog Signal Processing

Condition
New

Function
Analog Temperature Data Input/Output Module

Application
Used for analog temperature data input and output in automation control

Dimension (L*W*H)
98 mm x 27.4 mm x 90 mm

Power Mode
External DC power supply

Voltage
24 V DC (external power supply)

Power Consumption
2.2 W

Accessories
No additional accessories included

About Mitsubishi Q64TD

The Mitsubishi Q64TD is a top-drawer, in-demand analog temperature input/output module from the renowned MELSEC-Q Series. Featuring gilt-edged 16-bit resolution across four channels, it ensures high-precision analog signal processing for thermocouple and RTD sensor types. Engineered with robust photo-coupler isolation, this trending device offers secure access and superior reliability within industrial automation. Weighing just 0.17 kg and designed for efficient DIN rail mounting, the Q64TD embodies both cutting-edge technology and operational excellence, making it a preferred choice among exporters, manufacturers, suppliers, and traders across India.

Versatile Application Areas and Usage

The Mitsubishi Q64TD module is designed for advanced analog temperature data input and output, supporting a variety of industrial automation environments. Ideal for usage in manufacturing plants, process control systems, and climate-sensitive production areas, its high-efficiency performance seamlessly integrates via base rack with Q Series PLCs. Surface applications include control cabinets and DIN rail setups, making it suitable for spaces requiring reliable temperature monitoring and analog conversion.

Packaging, Export Markets, and Certifications

Each Mitsubishi Q64TD is meticulously packaged to ensure safety during freight and transport services. Our logistics partners deliver worldwide, with main export markets across Asia, Europe, and the Middle East. Adhering to international certifications, the product guarantees quality and compliance with industry standards. From secure packaging techniques to seamless shipping processes, efficient movement of goods is ensured from our India-based facilities to your doorstep.

FAQ's of Mitsubishi Q64TD:

Q: How do I connect the Mitsubishi Q64TD to my MELSEC-Q Series PLC?

A: The Mitsubishi Q64TD interfaces directly through a base rack connection compatible with the MELSEC-Q Series PLC, enabling streamlined installation and integration into your automation system.

Q: What are the benefits of using a 16-bit resolution in temperature analog data processing?

A: The 16-bit resolution provides high-precision conversion of analog temperature signals, resulting in more accurate and reliable data for control and monitoring applications.

Q: Where can the Mitsubishi Q64TD be mounted for optimal performance?

A: This module is designed for DIN rail mounting within control panels or cabinets, ensuring secure placement and easy access for routine operation and maintenance.

Q: What types of sensors are supported by the Q64TD module?

A: The Q64TD module supports both thermocouple and RTD sensor types, facilitating versatile temperature input and output options for diverse industrial processes.

Q: When is the best time to utilize the Mitsubishi Q64TD in an automation project?

A: The Mitsubishi Q64TD should be implemented during system setup or upgrades where accurate temperature measurement and analog data processing are crucial for optimal automation control.

Q: How does photo-coupler isolation enhance safety and reliability?

A: Photo-coupler isolation between field and logic circuits helps safeguard sensitive electronics from electrical noise and field interference, ensuring data integrity and system reliability throughout operations.

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