The 14-GCM6913 Mountz AC Adapter for U-2 Interface, Scout II, RS232C converter (24VDC 1A) is a high-performance power supply designed to ensure reliable and consistent operation of the Mountz U-2 torque data interface module. Engineered to deliver stable electrical current, this AC adapter provides the necessary power to support accurate data transmission and real-time communication between Mountz torque tools and PCs or monitoring systems. With precision voltage regulation and durable internal components, the 14-GCM6913 Mountz AC Adapter for U-2 Interface, Scout II, RS232C converter (24VDC 1A) protects the U-2 Interface from power surges, fluctuations, and signal noise—ensuring long-term performance and system integrity.

Compact and lightweight, the 14-GCM6913 Mountz AC Adapter for U-2 Interface, Scout II, RS232C converter (24VDC 1A) features a plug-and-play design for easy integration into any workstation. It includes a secure connection interface that resists accidental disconnection during active use, helping to maintain uninterrupted data flow. Its robust outer casing offers durability in industrial settings, and its efficient energy conversion design supports reduced power consumption while maintaining continuous output. The adapter is built to Mountz’s high-quality standards, ensuring full compatibility and dependable operation with U-2 Interface models.

Ideal for torque data monitoring and traceability environments, the 14-GCM6913 Mountz AC Adapter for U-2 Interface, Scout II, RS232C converter (24VDC 1A) is used extensively in quality control stations, calibration labs, and manufacturing lines across industries such as aerospace, automotive, electronics, and medical device production. By powering the U-2 Interface, it enables seamless communication between torque analyzers and software platforms, supporting data logging, error-proofing, and torque analysis. This adapter plays a critical role in maintaining the accuracy and efficiency of torque measurement systems in precision-focused assembly and inspection applications.