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MITSUBISHI Q68DAV D/A CONVERTER MODULE

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MITSUBISHI Q68DAV D/A CONVERTER MODULE Specification

Output Type
Analog Voltage

Cooling Method
Natural Air Cooling

Application
PLC (Programmable Logic Controller) Systems

Operating Temperature
0C to 55C

Current Range

Output Current
2 Channels, 15 mA

Power Supply
24V DC (via PLC rack)

Phase

Features
High-precision D/A conversion, supports analog output, compatible with MELSEC-Q Series

Power Factor

Connector Type
Terminal Block

Working Temperature
0C to 55C

Rated Current

Rated Power

Noise Level

Product Type
D/A Converter Module

Output Power

Output Frequency

Input Voltage

Voltage Protection

Efficiency

Material
Industrial-grade Plastic / Metal

Line Regulation

Storage Temperature
-25C to +75C

Weight
0.19 kg

Manufacturers Warranty
1 Year

DAC Resolution
16 bits

Mounting Style
DIN Rail (for PLC rack installation)

Isolation
Photocoupler (between PLC and output circuit)

Input Signal Type
Digital (from PLC CPU)

Output Signal Type
Voltage: -10V to +10V or 0V to +10V, programmable

Dimensions
98 x 27.4 x 90 mm

Conversion Speed
100 s/channel

Model Number
Q68DAV

Number of Channels
8 Channels (D/A Outputs)

Series
MELSEC-Q Series

About MITSUBISHI Q68DAV D/A CONVERTER MODULE

Unlock eminent performance with the MITSUBISHI Q68DAV D/A Converter Module. This hot-selling, lustrous addition to your PLC system delivers unbeatable accuracy with 16-bit resolution and lightning-fast 100 s/channel conversions. Designed for seamless integration, it offers 8 programmable D/A output channels, voltage ranges from -10V to +10V, and robust photocoupler isolation for enhanced safety. Mounting is effortless via DIN rail, and its industrial-grade build ensures reliability. Order now for competitive pricing and a full 1-year manufacturers warranty from a leading Indian supplier and trader.

Optimal Usage and Applications of Q68DAV

Direction of use is straightforward: simply integrate the Q68DAV D/A Converter Module into your MELSEC-Q Series PLC rack via DIN rail mounting. Its primary application media includes industrial automation systems where precise analog voltage outputs are essential. Ideal for programmable logic controllers (PLCs), the module can be utilized in both process and discrete automation, making it suitable for controlling drives or actuators that demand high-precision analog signals.

Delivery Time and Export Valuation Insights

Expected delivery time adheres to our streamlined logistics and is typically prompt to assure project continuity. The main export market(s) include India and regions with strong industrial automation sectors. Each module is securely packaged in industry-compliant protective materials to maintain integrity. Our list price maintains a competitive valuation, and no additional charge is levied for standard packaging, ensuring transparency and value for all overseas buyers.

FAQs of MITSUBISHI Q68DAV D/A CONVERTER MODULE:

Q: How does the Q68DAV D/A Converter Module interface with PLC systems?

A: The Q68DAV module connects to MELSEC-Q Series PLC racks using a DIN rail and interfaces digitally with the PLC CPU to deliver high-precision analog voltage outputs.

Q: What are the benefits of using the Q68DAV in industrial automation?

A: This module offers eminent accuracy (16-bit resolution), programmable outputs, robust isolation, and fast conversion speedsideal for applications requiring precise voltage control for actuators, drives, or instrumentation.

Q: When should I use the Q68DAV Module in my automation projects?

A: It is recommended for projects requiring up to 8 channels of programmable analog output where reliability, safety, and high conversion speed (100 s/channel) are crucial.

Q: Where is the Q68DAV D/A Converter applicable?

A: It is suitable for a wide array of PLC-driven automation applications across manufacturing, process control, and industrial equipment requiring precise analog voltage signals.

Q: What is the process for installation and programming?

A: Mount the module on the PLC rack using the DIN rail, then configure outputs and parameters via the MELSEC-Q Series programming environment for bespoke automation control.