Emerson MTR-1350-E-A-E-0RRWhedco Motion Control Stepping Motor NEMA34 Encoder, Advanced Industrial Automation Solution

    The Emerson MTR-1350-E-A-E-0RRWhedco Motion Control Stepping Motor NEMA34 Encoder is an advanced industrial automation solution designed for precise motion control applications. It combines high-performance stepping motors with robust encoder technology, providing reliable and accurate position control for various industries including manufacturing, packaging, robotics, and more.

Frame Size:NEMA 34

Ambient Air Temperature:0°C to +40 °C

Application Type:Extruder, Elevator control, Conveyor, Wire drawing, Pump, Bridle control

Manufacturer Status:Commercialized

Equivalent Model:SP3402EZ

Compliance Standards:CE, C-Tick, UL, cUL, Class SIL3/PLe

Power:Higher HP systems available through paralleling

Disable Feature:Secure disable for contactor elimination to EN954-1 cat 3

SmartCard Support:Parameter and application program cloning and backup card

Feedback Interface:Universal support for up to 14 types of encoders

Analog Input Resolution:High resolution analog input (16-bit plus)

    The Emerson MTR-1350-E-A-E-0RR stepping motor is engineered for industrial applications requiring robust, reliable performance. Designed with a NEMA 34 frame size, this motor operates efficiently in ambient temperatures ranging from 0°C to +40°C. It is ideal for a variety of industrial settings including extruders, elevator controls, conveyors, wire drawing machinery, pumps, and bridle controls. With the ability to integrate a wide range of encoder interfaces supporting up to 14 types, it ensures precision in positioning and movement. Furthermore, the motor boasts high-resolution analog inputs for enhanced control accuracy. Its SmartCard technology allows for easy parameter and application program cloning and backup, facilitating quick setup and maintenance. This motor also offers secure disable functionality to meet EN954-1 Category 3 safety standards, making it an indispensable choice for modern industrial automation.