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DOGA presents especially designed worm gear motors with a high self holding torque, which exceeds the load that the motor is able to lift. Therefore these gears guarantee that any load that can be lifted will not move back in any position where the motor remains in a power-off situation.
In these gear motors DOGA uses a specific gear design and gear materials with a higher mechanical resi... (read more)
Gearmotors consist of an AC or DC motor with an integral gearbox or gear head that steps delivered speed up or down. Search by Specification | Learn More about Gearmotors
...the torque capability of the drive under constant running conditions. The continuous output power is the mechanical power provided by the drive output. Choices for speed control include handwheel, lever, screw, electric, and solid-state. Choices... Search by Specification | Learn More about Adjustable Speed Drives
DC motors are most commonly used in variable speed and torque applications. They include brushless and gear motors, as well as servomotors. Search by Specification | Learn More about DC Motors
AC motors include single, multiphase, universal, induction, synchronous, and gear motors. They also include servomotors. Search by Specification | Learn More about AC Motors
Motor controllers receive supply voltages and provide signals to motor drives that are interfaced to motors. They include a power supply, amplifier, user interface, and position control circuitry. Search by Specification | Learn More about Motor Controllers
Voice coil actuators and motors generate force when subjected to an electrical current or magnetic field. The coil within the motor is the only moving component, allowing for high speed motion and accurate positioning. Search by Specification | Learn More about Voice Coil Actuators and Motors
AC motor starters are used to turn-on and turn-off electric motors and motor-controlled equipment. They use solid-state or electromechanical technologies, and are designed for single-phase or three-phase motors. Search by Specification | Learn More about AC Motor Starters
DC motor starters combine a controller (most often a contactor) with overload protection, allowing a motor or motor-controlled equipment to be turned on and off. Search by Specification | Learn More about DC Motor Starters
DC servomotors are generally small and powerful for their size, and easy to control. Common types of DC servomotors include brushless or gear motors. Search by Specification | Learn More about DC Servomotors
Motor starters and contactors are motor-starting devices. They combine a contactor with overload protection and are designed for starting AC or DC motors. Search by Specification | Learn More about Motor Starters and Contactors
Brushless motors are synchronous electric motors that have a magnetically (AC induction) or electronically (DC) controlled commutation system instead of a brush-based mechanical commutation system. Search by Specification | Learn More about Brushless Motors
AC motor drives interface controllers to AC motors. They match the control signals (voltage and power levels) as well as the signal type (analog or digital). They also provide power conversion, amplification, and the sequencing of waveform signals Search by Specification | Learn More about AC Motor Drives
Power springs and spring motors are rotational-drive springs that are wound tightly and mounted on an arbor. They are used in applications such as retractable reels, tape measures, and retracting seat belts. Learn More about Power Springs and Spring Motors
DC motor drives act as the interface and power supply between a motion controller and a DC motor. Search by Specification | Learn More about DC Motor Drives
Motor speed controllers are electronic devices that control motor speed. They carry specifications for drive type, product classification, electrical ratings, and operating parameters. Search by Specification | Learn More about Motor Speed Controllers
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1A-TTL Controller with stepper gearmotor 25mm dia Excitron Corporation
Customised gear motors with double shaft DOGA, S.A.
SB Series DC gearmotor Exmek Electric Co., Ltd.
Complete Speed Range in 319 series DOGA, S.A.
Compact Gear Motor with high torque DOGA, S.A.
Custom Gearmotors CGI, Inc.
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AutomationDirect offers a variety of AC motors from ¼-100 Hp. New models offer premium efficiency from 1-100 Hp. These TEFC motors meet or exceed NEMA Premium ratings for reduced power consumption & costs, & improved reliability. They offer substantial savings when used on high cycle or long run time applications. They are UL recognized, CSA certified with a 3-year warranty. (read more)
This Limited Angle Torque Motor was designed for applications requiring a compact rotary actuator for closed loop operation and extremely smooth, torque-ripple-free motion. The TMR series motors offer a desirable linear torque profile (constant torque) for the rated angular displacement. (read more)
Moog Components Group brushless torque motors are designed to operate over a range of speeds for a wide variety of military, aerospace and industrial applications. Different applications require unique configurations of mounting flanges, housings, output shafts and electrical requirements. (read more)
New Reliance™ Finned Laminated Frame RPM™ AC Motor Offers Greater Power Density in a Smaller Frame Size. Engineered to provide increased torque density and more power, the new totally enclosed inverter duty motor features a patent pending finned laminated frame design that optimizes heat dissipation,enabling the motor to deliver more horsepower in less space. (read more)
The Portescap 25mm Brushed Ironless DC Motor, with a unique carbon brush commutation, renders benefits of long usage life and efficiency has excelled in applications ranging from wafer handling and metrology in the semiconductor industry to shearing and cutting applications in the power hand tool industry. (read more)
IronHorse® motors now include 3-phase 1200 RPM six-pole & 3600 RPM two-pole models. 6 new 56C 3600 RPM rolled steel motors range from 0.33-2 Hp; 13 new T-frame cast iron motors in 3600 & 1200 RPM models range from 1-10 Hp. Existing 1800 RPM motors range from 0.33-300 Hp. These TEFC motors are ideal for applications like fans, conveyors, pumps & more. Prices start at $70. (read more)
RPM AC Inverter and Vector Duty motors have been developed specifically for use in variable speed PWM controller applications where fast response to speed commands and high speed torque are required. They virtually eliminate motor damaging reflective wave problems that plague many motors marketed as variable speed. (read more)
The C3 is a general purpose device that is used for hydraulic control systems that require delicate feathering such as proportional valves, constant torque motors, and high power LED's from proportional or digital inputs. The raw supply voltage is 5-32VDC. The internal microprocessor (PIC16F818) can be programmed to any response to the input signals. (read more)
A constant force spring is a roll of prestressed strip which exerts a nearly constant restraining force to resist uncoiling. The force is constant because the change in the radius of curvature is constant. This is true if the change in coil diameter due to buildup is disregarded. (read more)
A high torque, wide speed range and a high overload capability together with a high breakaway torque distinguish it from other motors. A high operating efficiency, control of speed 0 with safety torque, torque control and optional position control complement the extensive range of functions that are available. The new VDC-3-49.15 (read more)
| Part # | Distributor | Manufacturer | Product Category | Description |
|---|---|---|---|---|
| Y994 | Automationdirect.com | Not Provided | AC Motors | Continuous inverter duty motor, dual mounting, constant torque operation |
| Y360 | Automationdirect.com | Not Provided | AC Motors | Continuous inverter duty motor, dual mounting, constant torque operation |
| Y372 | Automationdirect.com | Not Provided | AC Motors | Continuous inverter duty motor, dual mounting, constant torque operation |
| Y364 | Automationdirect.com | Not Provided | AC Motors | Continuous inverter duty motor, dual mounting, constant torque operation |
| Y996 | Automationdirect.com | Not Provided | AC Motors | Continuous inverter duty motor, dual mounting, constant torque operation |
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Electric motor - Wikipedia, the free encyclopedia 2.1 Comparison of motor types 2.2 Torque capability of motor types Electric motor From Wikipedia, the free encyclopedia |
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AC motor - Wikipedia, the free encyclopedia An AC motor is an electric motor that is driven by an alternating current. AC motor From Wikipedia, the free encyclopedia |
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Application Note 828 Increasing the High Speed Torque of... The torque contributions add directly To successfully follow a velocity profile, a motor and drive to yield a total torque of combination must See National Semiconductor Information |
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Model electrical and torque characteristics of DC motor -... where kt is the Torque constant. The DC Motor block assumes that there are no electromagnetic losses. See MathWorks, Inc. (The) Information |
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Implement brushless DC motor drive using Permanent Magnet... Brushless DC Motor Drive - Implement brushless DC motor drive using Permanent Magnet Synchronous Motor (PMSM) with trapezoidal back electromotive See MathWorks, Inc. (The) Information |
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DC Motor Calculations, part 2 - Developer Zone - National... |
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DC Motor Calculations, part 1 - Developer Zone - National... where T = torque [N×m Z = number of conductors on the armature F = effective flux per pole [Wb* / = armature current [A 6.28 = constant, to take |
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AN 42004 Using the ML4425/26 BLDC Motor Controllers 5. The torque constant of the motor. 4. CVCO, the VCO timing capacitor. See Fairchild Semiconductor Corporation Information |
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ISA | Home Motor Applications: Constant Torque vs. Variable Horsepower | Constant Horsepower vs. Variable Torque | Variable Torque vs. Variable Horsepower See International Society of Automation Information |
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MICROMO - MICRO MOTION SOLUTION - Motor Calculations | MicroMo... In practice, the motor friction torque is determined using the torque constant of the motor and the measured no-load current. See MICROMO Profile & Catalog |