SPYCSV40 40 mm Hollow Shaft Servo Motor
Frame Size
40 mm
Rated Power
100 W
Rated Torque
0.32 N·m
100 W through-bore servo motor with a Ø4.2 mm axial passage, 24/48 VDC windings and selectable feedback.
SPYCSV Series
Hollow Shaft Servo Motors
SPYCSV hollow shaft servo motors combine closed-loop motion with a central passage for wiring, tubing or coaxial integration. Choose 40, 60, 80 or 110 mm frames, with rated power from 100 to 1500 W and rated torque from 0.32 to 5.7 N·m. Through-bore, winding and feedback configurations are matched to the application.
Compare 24/48 VDC, 220 VAC and 380 VAC motor variants below, then confirm the mounting envelope, operating point, compatible servo drive and connection details for your rotary axis.
Available Products
Open each product for detailed electrical data, mechanical drawings and configuration information.
SPYCSV60 60 mm Hollow Shaft Servo Motor
Frame Size
60 mm
Rated Power
200–600 W
Rated Torque
0.64–1.91 N·m
200–600 W servo motor with Ø10/Ø12 mm bore configurations, 48 VDC or 220 VAC windings and selectable feedback.
SPYCSV80 80 mm Hollow Shaft Servo Motor
Frame Size
80 mm
Rated Power
750 W
Rated Torque
2.4 N·m
750 W servo motor with a Ø10 mm through bore, 2.4 N·m rated torque and 48 VDC, 220 VAC or 380 VAC winding choices.
SPYCSV110 110 mm Hollow Shaft Servo Motor
Frame Size
110 mm
Rated Power
800 / 1500 W
Rated Torque
5–5.7 N·m
800 W or 1500 W servo motor with a Ø20 mm through bore, 5–5.7 N·m rated torque and 48 VDC or 220 VAC winding choices.
Compare motor variants
Select by torque and speed as well as power. Voltage designations identify motor variants; operation requires a compatible servo drive.
| Motor variant | Voltage | Rated power | Rated torque | Rated speed | Max. speed |
|---|---|---|---|---|---|
| SPYCSV40B-100 | 24 VDC | 100 W | 0.32 N·m | 3000 rpm | 5000 rpm |
| SPYCSV40D-100 | 48 VDC | 100 W | 0.32 N·m | 3000 rpm | 3850 rpm |
| SPYCSV60D-200 | 48 VDC | 200 W | 0.64 N·m | 3000 rpm | 3850 rpm |
| SPYCSV60L-200 | 220 VAC | 200 W | 0.64 N·m | 3000 rpm | 5000 rpm |
| SPYCSV60L-240 | 220 VAC | 240 W | 1.91 N·m | 1200 rpm | 5000 rpm |
| SPYCSV60D-400 | 48 VDC | 400 W | 1.28 N·m | 3000 rpm | 3850 rpm |
| SPYCSV60L-400 | 220 VAC | 400 W | 1.27 N·m | 3000 rpm | 5000 rpm |
| SPYCSV60D-600 | 48 VDC | 600 W | 1.91 N·m | 3000 rpm | 3850 rpm |
| SPYCSV60L-600 | 220 VAC | 600 W | 1.91 N·m | 3000 rpm | 5000 rpm |
| SPYCSV80D-700 | 48 VDC | 750 W | 2.4 N·m | 3000 rpm | 3850 rpm |
| SPYCSV80L-700 | 220 VAC | 750 W | 2.4 N·m | 3000 rpm | 5000 rpm |
| SPYCSV80H-700 | 380 VAC | 750 W | 2.4 N·m | 3000 rpm | 5000 rpm |
| SPYCSV110D-800 | 48 VDC | 800 W | 5 N·m | 1500 rpm | 3500 rpm |
| SPYCSV110L-1500 | 220 VAC | 1500 W | 5.7 N·m | 2500 rpm | 3500 rpm |
Maximum speed does not imply rated torque throughout the speed range. Check the selected winding's torque-speed envelope, current and duty cycle. Detailed current, inertia and available operating curves are provided on the product pages.
Mechanical integration
Nominal frame size is not a mounting dimension. Check the bore, flange, pilot, shaft interface and motor length as one mechanical package.
SPYCSV40 · Ø4.2 mm bore
A 40 × 40 mm flange, Ø30 mm pilot and Ø8 mm shaft outside diameter, with 10 mm shaft extensions at both ends. Suitable for evaluating compact rotary assemblies where a smaller axial passage meets the routing requirement.
SPYCSV60 · Ø10 mm bore
The shaft-extension configuration uses a 60.5 × 60.5 mm flange, Ø50 mm pilot and Ø12.7 mm shaft. Its drawing shows four Ø5 mm mounting holes on a Ø70 mm bolt circle and 10 mm shaft extensions at both ends.
SPYCSV60 · Ø12 mm bore
The flush-bore configuration uses a Ø12 mm passage, a 60.5 × 60.5 mm flange and four Ø5.5 mm front mounting holes on a Ø70 mm bolt circle. Rear mounting details differ from the shaft-extension format.
SPYCSV80 · Ø10 mm bore
The 80 mm platform uses an 80.5 × 80.5 mm flange, Ø70 mm pilot and Ø19 mm shaft outside diameter. Four Ø6.5 mm mounting holes are arranged on a Ø90 mm bolt circle. Confirm final body length for the ordered configuration.
SPYCSV110 · Ø20 mm bore
The 110 mm platform uses a 110 × 110 mm flange, Ø55 mm pilot and Ø25 mm shaft outside diameter. The drawing shows four Ø9 mm holes on a Ø130 mm bolt circle and four Ø6.5 mm holes on a Ø66 mm bolt circle. The 800 W and 1500 W configurations have a 150 mm body length without brake.
Confirm final body length, brake and feedback options, cable clearance, and any radial or axial load requirement before releasing the mounting design. A hollow shaft does not itself provide a slip ring or rotary union.
Choose by application requirements
For rotary modules, positioning mechanisms, inspection axes and OEM assemblies, define the complete motion cycle and integration conditions before fixing the motor configuration.
Mechanical integration
Specify the clear bore, routed service, shaft interface and available space. Include connector clearance, cable bend radius and radial or axial loads for confirmation.
Operating point
Provide continuous torque, speed, acceleration, load inertia and duty cycle. Check peak demand separately; maximum torque is not a continuous operating rating.
Drive and feedback
Match winding voltage and current to the servo drive. Confirm resolver, Tamagawa, incremental or BiSS-C feedback compatibility separately from the controller's communication network.
Options and environment
Define brake function, connector format, lead length, cooling and ambient conditions. Special-environment requirements need configuration-specific confirmation rather than assumptions based on frame size.
Frequently asked questions
Key points to clarify when choosing a hollow shaft servo motor.
How do I choose the frame size?
Start with the required bore and installation envelope, then compare torque and speed in the table above. Check the complete mechanical drawing rather than selecting by rated power alone.
Can the motor connect directly to the supply?
Use a compatible servo drive. The motor voltage designation is not a direct-wiring instruction. Confirm the drive, winding current, feedback and cable requirements as a matched system.
Does feedback specify EtherCAT or CANopen support?
No. Resolver, Tamagawa, incremental encoder and BiSS-C are feedback choices. The motion-control network is a separate drive/controller requirement; confirm both interfaces for the proposed system.
Is rated torque available at maximum speed?
Not necessarily. Check the selected winding's torque-speed envelope and distinguish continuous operation from intermittent demand. Include acceleration, deceleration and dwell time in the required motion profile.
Are the brake and cable options standard?
Brake, connector and lead length form part of the complete order configuration. Specify the brake function and confirm its data, final motor length and cable clearance for the agreed build.
What is needed for a quotation?
Provide a mounting drawing, bore size, voltage, torque, speed and duty cycle. Add load inertia, feedback, brake, connector, cable length and operating-environment requirements where available.
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Tell us about your application
Share your bore, torque, speed, voltage, mounting and feedback requirements. Include a drawing or motion profile where available so the complete motor configuration can be confirmed.
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