Model:269PLUS-DO-211-100P-120VAC
Brand:GE Multilin
Voltage Rating:120VAC
Resistance:100 Ohms
Temperature Range:-25°C to 60°C
Dimensions:11.40 inches x 7.50 inches x 16.00 inches (W x H x D)
Weight:7.75 lb
Protection Features:Overload Curves, Unbalance Protection, Speed Device Protection, Undercurrent Protection, Overtemperature Protection
The GE Multilin 269PLUS-DO-211-100P-120VAC is designed to provide comprehensive protection and management for 3-phase motor systems. With its state-of-the-art current transformers, it monitors the electrical characteristics of motors, ensuring that they operate within safe parameters even when pushed to their operational limits.
This motor relay system utilizes 100 Ohm platinum resistance thermal detectors (RTD) for precise temperature monitoring, providing real-time data on motor health. Eight standard overload curves are included to cater to a variety of applications, but the highlight is the custom curve feature which allows users to tailor the protection settings to meet specific operational requirements.
Setting up and configuring the 269PLUS-DO-211-100P-120VAC is straightforward with the built-in display and keypad, enabling quick adjustments directly in the field. For more advanced configurations, it can also be linked to programmable controllers and computers through an RS 485 interface, allowing seamless integration into larger industrial automation networks.
Designed for durability and reliability, the relay operates efficiently in a wide range of temperatures from -25°C to 60°C, making it suitable for diverse industrial environments. Additionally, it offers robust protection against various faults, including speed protection (ANSI device 14), undercurrent/minimum load protection (ANSI device 27), motor/load bearing overtemperature protection (ANSI device 38), and unbalance protection (ANSI device 46).
Whether you’re managing motors in heavy industry, manufacturing facilities, or other demanding environments, the GE Multilin 269PLUS-DO-211-100P-120VAC provides the precision and reliability needed for effective motor management.















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