Product Description:

The CTP11ELS06MAA00 is a hybrid stepper motor manufactured by Kollmorgen within the CT Stepper Motors series. Built for indexing, positioning, and speed-controlled duties in industrial automation, this Size 17 motor converts digital pulse trains from microstep or full-step drives into precise incremental motion. Its metric output shaft transmits movement directly to couplings or pulleys, making it suitable for small gantries, syringe pumps, semiconductor stages, and other compact axes where open-loop control is acceptable. As a hybrid stepper motor, it is intended for repeatable motion from straightforward pulse commands without the added complexity of closed-loop servo operation.

The motor uses a two-phase winding rated at 0.55 A DC per winding with a coil impedance of 18.9 Ω, and the electrical combination supports controlled current rise in low-power stepper drives. Insulation withstands 80 VDC, which suits low-voltage control hardware used in compact motion systems. When driven bipolarly, the rotor provides 0.44 N-m of holding torque, and each revolution is divided into 200 full steps with a basic step angle of 1.8°. The laminated core uses a single-stack design, and six flying leads allow series or parallel phase connections for unipolar or bipolar drive arrangements. This layout gives the motor flexibility in machines that need simple wiring options and predictable incremental positioning.

The output shaft measures 5 mm in diameter, and the housing has an overall width of 42.7 mm, which helps the motor fit tightly spaced assemblies. A thermal resistance of 5.44 °C/W indicates how heat moves from the motor to the surrounding air during operation. The published radial and axial load limits should be observed to protect the shaft support system and maintain consistent motion over time. The motor also uses a compact body with a front face that has inch threads, which can simplify mounting in equipment built around common bracket and plate hardware. Its rear remains open, and that arrangement can make lead routing easier inside enclosed machines where cable space is limited.