Omron NS5-MQ10-V2 NS-Series Programmable Terminal

Description

Industrial control systems requiring reliable human-machine interface solutions utilize the NS5-MQ10-V2 monochrome programmable terminal to monitor and manage automated processes. This 5.7-inch display unit functions within the Omron NS-Series HMI ecosystem, establishing host communications via serial connections. Engineered with a high-durability analog resistive touchscreen, this terminal displays process values, alarms, and graphical interfaces directly on the factory floor without the need for high-end graphic displays.

The unit features a high-visibility STN monochrome screen designed for environments where simple, clear-cut text and numeric readouts are preferred over multi-color layouts. It facilitates direct connection to various Omron PLCs and third-party controllers using standard serial protocols, ensuring seamless data exchange and minimal integration overhead.

Features

• Clear 5.7-inch STN monochrome LCD screen for high-contrast visibility.
• Analog resistive touch panel allowing flexible screen layouts and precise input.
• Dedicated serial communication interface for direct PLC connection.
• Compact mechanical footprint suitable for space-constrained control panels.
• Ivory case design optimized for industrial control environments.
• Support for standard screen creation and transfer utilities via host-link communication.

Applications

• Packaging machinery control and localized parameter adjustments.
• Water treatment systems and localized pump station monitoring.
• Conveyor systems and material handling automation control.
• Localized HVAC monitoring and climate control panels.

Technical Specifications

Installation Guidelines

Ensure the mounting panel is flat and free of burrs to preserve the integrity of the front-panel protective seal. Slip the NS5-MQ10-V2 into the panel cutout and secure it firmly using the provided mounting brackets to maintain IP65-equivalent protection. Ensure adequate ventilation clearance around the rear of the enclosure to prevent heat buildup, keeping the ambient temperature within standard operating limits. Ground the terminal using a dedicated ground wire to minimize electromagnetic interference from surrounding power equipment.