Mitsubishi Q64DAH

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Mitsubishi Q64DAH Specification

Humidity
5% to 95% RH, non-condensing

Protection Level
IP20

Rated Voltage
24V DC

Efficiency
High

Phase
Single Phase

Input Current
110 mA (24V DC supplied externally)

Operating Temperature
0C to +55C

Mounting Type
DIN-rail Mounting

Output Voltage
-10 to +10V, 0 to 10V (selectable)

Frequency
50/60 Hz

Main Material
Plastic, Electronic Components

Processing Type
Analog Signal Processing

Condition
New

Function
Analog Output

Application
Analog Output Module for Programmable Logic Controller (PLC)

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

Power Mode
External Power Supply

Voltage
24V DC (External Power Supply)

Power Consumption
2.6 W max

Accessories
User Manual

Storage Temperature
-25°C to +75°C

Number of Outputs
4 channels

Output Current Range
0 to 20mA, 4 to 20mA (selectable)

Isolation
Photo-coupler isolation between channels and PLC

Resolution
12 bits

Ambient Storage Humidity
5% to 95% RH, non-condensing

Weight
Approx. 0.2 kg

Compatible PLC Series
MELSEC Q Series

Output Signal Type
Voltage/Current (selectable)

About Mitsubishi Q64DAH

Discover the top-rated Mitsubishi Q64DAH Analog Output Module, masterfully tailored for MELSEC Q Series PLCs. Delivering ineffable precision with 4 selectable voltage/current outputs (-10 to +10V, 0 to 10V, 0-20mA, 4-20mA), it ensures glorious analog signal processing for critical automation tasks. Enjoy sizzling high efficiency, photo-coupler isolation, and an enviable protection level of IP20. Compact at just 0.2 kg, this product utilises external 24V DC power, boasts easy DIN-rail mounting, and comes with a comprehensive user manual-truly a glorious companion for advanced automation projects.

Versatile Analog Output Excellence

The Mitsubishi Q64DAH is broadly used by automation professionals, industrial engineers, and manufacturing plants. Used as a dependable analog output module, it fits seamlessly into the MELSEC Q Series PLC family. Other features include selectable output signal types, high 12-bit resolution, photo-coupler channel isolation, robust humidity and temperature tolerances, and high efficiency. Whether for process control or precise analog output, it's an ideal choice for delivering reliable, accurate signal transmission in demanding environments.

Reliable Supply Ability and Flexible Payment Terms

We maintain a consistent supply ability, meeting high-volume demands for both domestic and export markets. The Q64DAH is priced competitively to correspond with the prevailing list price for international shipments. Secure payment terms are available, including advance payment, telegraphic transfer, and letter of credit. Sample policy is designed to accommodate bulk buyers for testing and evaluation, facilitating seamless trade and streamlined export logistics, whether you are a manufacturer, supplier, or trader.

FAQ's of Mitsubishi Q64DAH:

Q: How is the Mitsubishi Q64DAH typically utilized within automation systems?

A: The Mitsubishi Q64DAH serves as an analog output module for MELSEC Q Series PLCs, enabling precise control of industrial devices requiring variable voltage or current signals, such as actuators, drives, or measurement instruments.

Q: What are the selectable output signal ranges for the Q64DAH?

A: You can select from output voltage ranges of -10 to +10V or 0 to 10V, and current ranges of 0 to 20mA or 4 to 20mA, allowing flexible integration for various analog output requirements.

Q: When should you choose Q64DAH for your project?

A: Opt for the Q64DAH when you need reliable, isolated analog outputs with high resolution and efficiency for automation tasks that require versatility and stability in signal processing.

Q: Where can the Q64DAH be installed?

A: The Q64DAH is designed for DIN-rail mounting within control panels and enclosures, suitable for environments maintaining temperatures between 0C and +55C and humidity up to 95% RH, non-condensing.

Q: What benefits does the photo-coupler isolation provide?

A: Photo-coupler isolation ensures safe signal transmission by electrically separating each channel from the PLC, thereby reducing the risk of electrical noise and enhancing the reliability of the connected system.

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