MITSUBISHI QD77MS16 SIMPLE MOTION UNIT

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MITSUBISHI QD77MS16 SIMPLE MOTION UNIT Specification

Connectivity Type
Ethernet, SSCNETIII/H

Way
16-axis control

Control System
PLC-based position control

Thickness
Approx. 31 mm

Rated Operation Voltage
24V DC

Current Rating
0.3A

Panel Type
Modular

Components
Main motion controller unit

Rated Current
0.3A

Protection Class
Class II

Protection Level
IP20

Rated Insulation Voltage
500V AC

Base Material
Plastic

Operating Voltage
24V DC

Cover Material
Plastic

Features
16-axis control, high-speed positioning, easy parameter setting

Cooling System
Natural convection

Product Type
SIMPLE MOTION UNIT

Material
Plastic, Metal

Surface Finish
Matte

Standard
IEC/EN

Surface Color
Grey

Rated Voltage
24V DC

Maximum Output Current
0.5A

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

Application
Motion control for PLC automation

IP Rating
IP20

Display Type
LED status indicators

About MITSUBISHI QD77MS16 SIMPLE MOTION UNIT

Redefine your PLC automation standards with the astoundingly engineered MITSUBISHI QD77MS16 SIMPLE MOTION UNIT. Now on Sale, it offers gilt-edged performance and incomparable savings for motion control applications. Designed with 16 input points and seamless Ethernet/SSCNETIII/H interface, installation is swift via DIN rail mounting. With astounding high-speed processing, easy parameter setting, and robust grey matte finish, this modular unit brings efficiency to your workflow. Redeem unmatched reliabilityIP20 protection, LED indicators, and Class II protectionmaking it the ideal choice for modern plant automation in India.

Application and Usage in Industrial Plants

The MITSUBISHI QD77MS16 SIMPLE MOTION UNIT is designed for simple and advanced motion control in PLC-based automation systems, ideal for plant applications across manufacturing and process industries. Its modular panel type and 16-axis control fit seamlessly with existing setups. Usage is straightforward: mount the unit on DIN rails, connect via Ethernet/SSCNETIII/H, and adjust parameters for optimal productivity. Its high-speed response ensures efficient, continuous production and easy integration with diverse plant machinery.

Certifications, Payment Terms & Sample Provisions

With IEC/EN certification, the QD77MS16 meets stringent international standards, ensuring reliable operation across the domestic market. The asking price is competitive, reflecting its premium quality. Flexible payment terms are available to suit logistics requirements, and sample units can be provided for initial evaluation and testing. Whether you are a supplier or trader in India, you can streamline motion control procurement on trusted terms, supported by professional logistics handling and responsive customer service.

FAQs of MITSUBISHI QD77MS16 SIMPLE MOTION UNIT:

Q: How is the Mitsubishi QD77MS16 SIMPLE MOTION UNIT installed in an automation system?

A: The unit is conveniently mounted on a DIN rail, making installation quick and effortless within PLC panels for both new and existing automation setups.

Q: What applications can benefit from using the QD77MS16 SIMPLE MOTION UNIT?

A: This motion unit is ideal for controlling and positioning multiple axes in manufacturing and process industries, boosting productivity and motion precision in diverse plant environments.

Q: When can I redeem sample units for evaluation?

A: Sample units are generally available before bulk purchasing. Please contact your supplier to arrange an evaluation unit to verify system compatibility and performance.

Q: Where can the QD77MS16 be deployed within a facility?

A: It can be integrated into any automated production line or PLC panel requiring precise 16-axis control and fast response times, thanks to its compact modular design.

Q: What is the process for setting up the QD77MS16 SIMPLE MOTION UNIT?

A: Setup involves mounting the unit, connecting via Ethernet/SSCNETIII/H interface, configuring parameters, and verifying LED status indicators for reliable operation.

Q: How does the QD77MS16 contribute to operational savings?

A: Its high-speed processing and efficient motion control reduce downtime, optimize cycle times, and enhance plant productivity, leading to significant cost savings over time.

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