Manufacturer:Emerson
Model:MTR-1350-E-D-E-0RR
Series:Whedco Motion Control
Motor Type:Stepping Motor
Frame Size:34
Ambient Air Temperature:0°C to +40°C
Equivalent Model:SP3402EZ
Certifications:CE, C-Tick, UL, cUL, Class SIL3/PLe
Parallel Systems:Higher HP systems available through paralleling
Disable Feature:Secure disable for contactor elimination to EN954-1 cat 3
SmartCard Technology:Parameter and application program cloning and back up card
Encoder Support:Universal feedback interface supports up to 14 types of encoders
Analog Input Resolution:High resolution analog input (16-bit plus)
Designed for precision control in demanding industrial environments, the Emerson MTR-1350-E-D-E-0RR is a robust stepping motor with integrated NEMA 34 encoder. It excels in applications like extrusion processes, conveyor belt operations, and elevator control systems, ensuring efficient and reliable performance.
This stepper motor features advanced smart card technology that allows for parameter and application program cloning and backup, providing enhanced security and ease of use. With its universal feedback interface, it supports up to 14 types of encoders, making it versatile for various applications.
The motor operates within a wide ambient air temperature range of 0°C to +40°C, ensuring it remains stable and functional under different environmental conditions. It complies with stringent international standards such as CE, C-Tick, UL, cUL, and Class SIL3/PLe, guaranteeing safety and reliability.
For higher power requirements, this motor can be paralleled with other systems to achieve increased horsepower. Its secure disable feature eliminates the need for contactors, simplifying system design and reducing maintenance costs. With a high-resolution analog input (16-bit plus), this motor ensures precise control and optimal performance.
Designed with durability in mind, the Emerson MTR-1350-E-D-E-0RR incorporates advanced engineering to withstand the rigors of industrial settings. Its robust construction and superior performance make it an ideal choice for critical applications where precision and reliability are paramount.















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