Manufacturing plants often contain dozen, if not hundreds, of motors — driving everything from packaging and processing equipment to fans and pumps. Motor control centers allow facilities such as these to centralize control of some or all of their motors into one location. The basic structure of a motor control center (MCC) is a metal cabinet […]
FAQs + basics
What is a flying shear application in motion control?
The term “motion control” spans a wide range of applications that involve controlling the movement of a linear or rotary axis to achieve a goal such as moving to a specified position or precisely following a defined path. And although there are numerous variations, at their core, many of these applications can be grouped into […]
How do shear pin torque limiters work and when are they used?
Shear pin torque limiters are a simple, cost-effective design for protecting equipment from torque overloads. In their most basic form, they incorporate a pin (or, for very high torque ratings, multiple pins) inserted between two rotating elements, such as discs or flanges. When torque is being transmitted from the driving to the driven load, the […]
How do ball detent torque limiters work and when are they used?
Rotating equipment such as motors, gearboxes, and fans can experience a torque overload if the system encounters an unexpected malfunction such as a jam or crash of the driven load. One way to protect these expensive components — and to avoid physical injury to personnel — is to install a torque limiter in the drive […]
What are voltage monitoring relays and how are they used?
Relays are used in motor-driven applications to measure and monitor operating parameters such as temperature, current, or voltage, preventing damage to the motor and connected equipment in the case of a fault or abnormal operating condition. Voltage monitoring relays can detect not only under-voltages and over-voltages, but also voltage-related issues such as phase imbalances, phase […]
Contactless energy transfer, cable-free communication open up new possibilities for machine builders
One of the more promising recent developments in connection technology is contactless energy and data transfer and its use in the industrial world. Such technology can replace wiring and cables and cable carriers, lowering costs and streamlining designs. For instance, robotic systems are sometimes limited by constraints in automation and drive technology. However, consider the […]
What is a zero pressure accumulation conveyor?
A common function of a conveyer system is to accumulate products — in other words, to stop them from moving along the conveyor to create a buffer, establish a queue, or smooth out differences in material movement between upstream and downstream operations. But traditional accumulation methods allow products to bump into each other and stack up […]
Micro motors give robotic hand a boost
Among the changes to small motor design over the years has been the use of powerful rare-earth magnets to increase power density, making for smaller and more powerful motors. These motors are finding their way into medical devices, robotics, as well as the intersection of these two. Case in point; a robotic glove. Ironhand from […]
Sensors aid packaging machine flexibility
Sensors have always been the unseen elements that make complex machines perform at their optimal level. This is true for all kinds of machines, including the latest generation of packaging machines. Companies that need to invest in packaging machines value flexibility where a single machine can handle a wide range of package sizes and formats. […]
What are geared cam limit switches?
Electromechanical switches are often placed at the ends of linear axes to indicate the limits of travel. But for applications with rotary — rather than linear — motion, geared cam limit switches can perform a similar function by tracking rotations of the motor shaft and triggering switches to stop movement when the specified number of […]
