CTP10ELF06MAA00 Kollmorgen
Wake Industrial LLC is not an authorized distributor of this product.
Wake Industrial LLC is not an authorized distributor of this product.
The Kollmorgen CTP10ELF06MAA00 is part of the CT Stepper Motors series and features a high torque performance with a bipolar motor torque of 0.30 N-m and detent torque of 0.014 N-m. It has a size 17 frame, four lead connections, and an axial shaft load capacity of 6 lbs push and 15 lbs pull. The motor supports 80 VDC insulation voltage and weighs 0.20 kg.
Internal Product Review
The CTP10ELF06MAA00 is a Kollmorgen CT stepper motor with 0.30 N-m bipolar torque and a 1.8° step angle. A 2-phase design with 18 mH phase inductance supports smooth, controlled indexing in compact motion systems. Short-stack construction and lead-wire connection make this unit a strong choice for efficient OEM integration.
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Product Description:
Kollmorgen manufactures the CTP10ELF06MAA00 stepper motor within the CT Stepper Motors series. Classified in the Cool Torque Performance Series and tagged by the maker as a High Torque Performance product, the unit serves positioning and indexing roles in compact industrial axes where open-loop motion is sufficient. Its two-phase construction supports precise displacement without the feedback hardware required by servo systems, making it a cost-effective drive element for laboratory instruments, light conveyors, and fluid-dispensing equipment.
Housed in a NEMA Size 17 frame that measures 4.2 cm square, the motor uses a Short Stack lamination yet delivers a bipolar holding torque of 0.30 N-m. Each electrical cycle advances the shaft by 1.8°, a resolution produced by 2 phases terminated through Four leads. Those leads exhibit a Phase Resistance of 12.8 Ω and accept a Rated Current of 0.63 A DC, parameters that define copper loss and driver sizing. English-tapped mounting holes match standard NEMA hardware, and a 5 mm metric shaft extends 20.07 mm from the front face for flexible coupling choices. The rotor inertia of 0.0000036 kg·m² enables rapid acceleration, while a thermal resistance of 6.21 °C/W governs winding temperature rise. Rear configuration is absent, allowing close stacking on multi-axis plates.
Static cogging is minimized by a detent torque of 0.014 N-m, supporting smooth micro-stepping. Mechanical limits permit 15 lbs (6.8 kg) of radial load at the shaft center and axial forces of 6 lbs (2.7 kg) in push or 15 lbs (6.8 kg) in pull, accommodating belt drives or lead screws. Electrical insulation withstands up to 80 VDC, and a Phase Inductance of 18 mH balances current rise time with driver voltage. Overall mass is only 0.20 kg, easing installation on mobile gantries or high-speed stages.
