MCR-SL-PT100-LP-I

Phoenix Contact W3-24DC ELR Motor Starter Module 24V 500A

The Phoenix Contact ELR W3-230AC/500AC Solid-State Reversing Contactor is a high-performance device designed for reversing motor direction in industrial applications. It features solid-state technology for reliable operation and efficient power handling. This contactor is ideal for applications requiring precise control and minimal maintenance.

Phoenix Contact W-6A IBS IP 500 ELR DI4/4

Phoenix Contact VS-M12MSD-RJ45-931 is an Ethernet cable designed for reliable data transmission in industrial environments. It features a 12-core multi-pair design with RJ45 connectors, suitable for applications requiring high-speed and stable connectivity.

The Phoenix Contact VS-09-T-20-1-S-A is an industrial terminal block designed for secure and reliable electrical connections in demanding environments. It provides a compact and robust solution for wiring applications, offering high resistance to mechanical stress and environmental influences. This terminal block is ideal for use in industrial automation and control systems where durability and performance are critical.

The Phoenix Contact VS-09-SET-STD Voltage Selector Module is a versatile device designed to switch between different voltage levels, including 48VDC, 24VDC, and 12VDC. It provides a reliable and efficient solution for applications requiring flexible power supply options. The module is built to ensure safe and stable operation in various industrial environments.

The VIP-PA-FLK50 is a fiber optic link designed for high-speed data transmission in industrial environments. It supports the S7 protocol and is available in lengths of 2.0 meters and 4.0 meters. This link ensures reliable communication in harsh conditions, making it suitable for use in automation systems and control networks.

The VIP-3/SC is a termination board designed for RJ45 Ethernet connections. It provides a secure and reliable way to terminate and manage Ethernet cables in industrial automation systems. The board is suitable for use in various industrial environments where stable and high-quality data transmission is required.

The GE WS3041 is a coolant temperature sensor gauge used for monitoring and controlling coolant temperatures in industrial and mechanical systems. It provides accurate temperature readings to ensure optimal system performance and prevent overheating.

The GE TS10236-12B1 is a coolant temperature sensor designed for industrial applications. It provides accurate temperature readings for monitoring and controlling coolant systems in various machinery and equipment.

The National Instruments NI-9217 is a C Series Temperature RTD Input Module designed for high-precision temperature measurement applications. It provides a reliable and accurate interface for RTD (Resistance Temperature Detector) sensors, enabling seamless integration with LabVIEW and other National Instruments software platforms. The module is ideal for industrial automation, test and measurement, and process control systems.

The Lambda LS040055 is a Calorstat sensor designed for precise temperature measurement in industrial applications. It operates at 16V and is forward-facing, making it suitable for environments requiring reliable thermal monitoring.

The GE AS2153 is a coolant temperature sensor gauge designed for industrial applications. It provides accurate temperature readings for monitoring coolant levels and ensuring optimal system performance. This sensor is commonly used in machinery and equipment requiring precise thermal monitoring.

The GE AS2045 is a coolant temperature sensor gauge designed for industrial applications. It provides accurate temperature readings for monitoring coolant levels and ensuring optimal system performance.

The GE AS2002 is a coolant temperature sensor gauge designed for industrial applications. It provides accurate temperature readings to monitor and control coolant levels in various machinery and systems. This sensor is essential for maintaining optimal operating conditions and preventing overheating.