Product Overview
Unused Vintage Reuland 6610 Torque Motor, 208V 3-Phase, 3/4" Shaft
This listing is for a Reuland 6610 torque motor rated for 208VAC, 3-phase, 60 Hz, with a locked torque of 1 foot-pound and a 3/4-inch shaft.
Reuland has a legacy of producing specialized industrial motors that blend ruggedness with precision. The 6610 model, with its 12-pole design and compact AOE 66 frame, reflects an era of overbuilt engineering where reliability and long service life were paramount.
Product Condition
Unused, vintage old stock. Unit has been in storage for years but remains factory-fresh, sealed against wear, and never installed.
Product Overview
Torque motors are designed to maintain constant torque at low speeds or even at stall. The Reuland 6610 delivers 1 foot-pound of locked torque with only 0.8 amps draw, making it efficient for tensioning and control applications. Its 3/4-inch shaft provides compatibility with a wide range of couplings and mechanical systems.
Key Features
- Brand: Reuland
- Model: 6610
- Type: Torque motor
- Voltage: 208 VAC
- Phase: 3-phase, 60 Hz
- Locked torque: 1 ft-lb
- Locked current: 0.8 A
- Frame: AOE 66
- Poles: 12
- Shaft diameter: 3/4 inch
- Vintage industrial motor construction
Applications
- Industrial machinery requiring stall torque
- Controlled tensioning and winding systems
- Low-speed, constant-torque operations
- Educational labs demonstrating torque motor principles
- Restoration of vintage industrial equipment
- Engineering prototypes and motion control experiments
Frequently Asked Questions
What is the locked torque rating?
This motor provides 1 foot-pound of locked torque.
What current does it draw?
It has a locked current rating of 0.8 amps.
What is the shaft size?
The shaft diameter is 3/4 inch, compatible with many couplings.
What frame size does it use?
The motor is built on an AOE 66 frame.
Is this motor unused?
Yes, it is unused vintage old stock, stored for years but never installed.
This Reuland motor carries the engineering strength of its era, preserved through years in storage — now its next application belongs to you.
