Mettler Toledo 26653522 5-Pin Male M12 to 15-Pin Male D-Sub Cable (2 Meters)

The Mettler Toledo 26653522 is a 2-meter industrial cable engineered for reliable data and signal transmission between M12 sensor interfaces and D-Sub equipped systems. It terminates with a 5-pin male M12 connector—standard for harsh-environment sensor applications—and a 15-pin male D-Sub connector, enabling direct integration with legacy and modern instrumentation. This cable serves laboratory, industrial, and system integration workflows where signal integrity across sensor-to-controller interfaces is critical.

– Technical Specifications

• Manufacturer: Mettler Toledo
• Part Number: 26653522
• Cable Length: 2 meters (6.56 feet)
• Connector 1: 5-pin male M12
• Connector 2: 15-pin male D-Sub

– Key Features

The M12 connector provides environmental sealing suitable for process control and analytical sensor integration. The 5-pin configuration supports digital and analog signal paths commonly deployed in Mettler Toledo weigh scales and process analytical instruments. The 15-pin D-Sub interface accommodates direct connection to PLC, SCADA, and industrial PC systems with standard D-Sub input/output modules. This topology eliminates intermediate adapters in multi-instrument data acquisition chains.

– Typical Applications

• Sensor-to-PLC communication in process weighing systems
• Integration of Mettler Toledo analytical instruments into distributed control architectures
• Data acquisition system connectivity where legacy D-Sub ports remain standard
• SCADA system fieldbus extension to remote sensor nodes
• Laboratory instrument multiplexing via industrial data loggers

– Compatibility & Integration

This cable connects Mettler Toledo instruments equipped with 5-pin M12 sensor ports to control systems and acquisition hardware featuring 15-pin D-Sub connectors. Compatibility spans Mettler Toledo’s weighing, process analytics, and measurement equipment families using M12 digital interfaces. System integrators deploying hybrid legacy and modern architectures benefit from the direct M12-to-D-Sub conversion without signal conditioning or protocol translation.