Oriental Motor
CMK246PAP-R15
2-phase stepper bundle (motor + drv.) with single-shaft end + built-in 2-channel 200p/r encod. (TTL type) - 1.8° step angle (200 steps/turn) - Oriental Motor (CMK series) - 0.75Nm maximum holding torque - Rated current 1.2A/phase - 60mm motor case - Flange mounting - Input voltage 24Vdc - Frame size 4 (42x42mm) - with 1 x 6-pin MLX. connector
Please add this item to cart to request a quote or contact us at sales@lakelandengineering.com for product availability.
Brand
SKU
CMK246PAP-R15
Please add this item to cart to request a quote.
Please add this item to cart to request a quote or contact us at sales@lakelandengineering.com for product availability.
CMK246PAP-R15Oriental Motor - CMK series
Description
2-phase stepper bundle (motor + drv.) with single-shaft end + built-in 2-channel 200p/r encod. (TTL type) - 1.8° step angle (200 steps/turn) - Oriental Motor (CMK series) - 0.75Nm maximum holding torque - Rated current 1.2A/phase - 60mm motor case - Flange mounting - Input voltage 24Vdc - Frame size 4 (42x42mm) - with 1 x 6-pin MLX. connector
Specifications
Primary brand
Oriental Motor
Main function
Stepper motor
Product series / family name
CMK series
Functions
2-phase stepper bundle (motor + drv.)
Design
single-shaft end
built-in 2-channel 200p/r encod. (TTL type)
1.8° step angle (200 steps/turn)
built-in 2-channel 200p/r encod. (TTL type)
1.8° step angle (200 steps/turn)
Supply voltage (DC)
24Vdc
Rated current
1.2A/phase
Stall torque
0.75Nm maximum holding torque
Moment of inertia
114E-7kg.m2
0.114kg.cm2
0.62oz-in2
0.114kg.cm2
0.62oz-in2
Connection type
1 x 6-pin MLX. connector
Length
60mm motor case
Mounting mode
Flange
Dimensions
Frame size 4 (42x42mm)
Ambient air temperature for operation
-10...+50 °C
Manufacturer product status
Commercialized
Equivalent to
CMK246PAPR15
Compliant with standard(s)
RoHS
Thermal isolation class B (non-UL)
Thermal isolation class B (non-UL)
Related Documents
| Name | Last Update | Language |
|---|---|---|
| Oriental Motor - CMK series (2013) - Catalog.pdf | 19 May 2021 | English (US) |
