Are you looking for ways to reduce the time it takes to engineer, wire and assemble your control panel?
AutomationDirect has added new line reactor models and VTF (voltage time filter) series output filters that protect AC motors and variable frequency (VFD) drives from electrical disturbances.
Read more: AC Line Reactors and Output Filters for Variable...
More fully digital soft starters have been added to the AutomationDirect drives and motor controls lineup.
Read more: Single and Three-Phase SR35 Series Soft Starters...
CARLO GAVAZZI has launched the HDMS Series, a single-phase motor soft-starter. It is an ideal solution for systems used in areas with weak power grids. Its unique design and control algorithm eliminate the need for a traditional start capacitor, effectively increasing reliability. This same innovative control strategy allows the HDMS to easily start Capacitor Start / Capacitor Run (CSCR) motors, and in the case of Permanent Split Capacitor (PSC) motors, virtually eliminate the starting current.
KEB America today introduced EtherNet/IP for its S6 servo drive and F6 VFD products. EtherNet/IP is immediately available with firmware version 2.6 and higher with the Application control board. KEB’s implementation uses the AC Drive Profile to increase interoperability between similar device types. KEB’s EtherNet/IP has been tested and is certified by ODVA, Inc.
Read more: KEB America Introduces EtherNet/IP for S6 and F6...
The Drives & Motion division of Yaskawa America, Inc. proudly introduces the GA500 Industrial Microdrive, reflecting Yaskawa’s continued customer commitment to providing sustainable, flexible, and easy-to-use products. “This drive builds on the deep history of Yaskawa’s product quality,” Ed Tom, Product Manager, said. “The GA500 provides high reliability with its design to deliver a minimum of 10 years of continuous operation."
AMT series encoders from CUI Devices are advanced capacitive encoders with a variety of uses. AMT series encoders are typically mounted to the back of a stepper motor but can be used in many other applications. CUI offers the AMT series encoders with configurable pulses per revolution (PPR). The PPR can be set for most models using the free AMT Viewpoint software (the AMT10-series encoders are configured using DIP switches).
Read more: Configurable Modular Encoders for Stepper Motors...
WEG is a traditional supplier of solutions in speed variation, manufacturing all the parts of a system: Input switchgear, transformer(dry-type or oil-type), frequency inverter and electric motor. The MVW01 is designed to control medium voltage induction motors. It features unique innovations, combining hardware robustness with simplicity, reliability and safety in a compact solution with few components and state-of-the-art technology.
Mitsubishi Electric Automation, Inc. recently released the newest addition to its lineup of variable frequency drives, the FR-E800 Series. The micro-drive features a built-in PLC, and will include safety functionality meeting IEC 61508 standards and support various networks, including Ethernet/IP, MODBUS/TCP, and the soon-to-be-released CC-Link IE TSN.
The Drives & Motion Division of Yaskawa America, Inc. proudly introduces the GA500 Industrial Microdrive, reflecting Yaskawa’s continued customer commitment to providing sustainable, flexible, and easy-to-use products. It is designed to meet RoHS2, providing a sustainable and environmentally friendly drive. The TUV safety rating allows our customers to meet the most stringent safety ratings for their machine and provides a long mission time for the life of their equipment.
Sensors and System Maintenance in the Fourth Industrial Revolution
The fourth industrial revolution, or Industry 4.0, builds off the computerization and digitization of previous shifts and employs artificial intelligence, IoT, cloud computing and remote dashboards that measure and monitor parameters and minute data points related to industrial operations.
Industry 4.0 offers endless possibilities as more production lines are designed and configured with quality sensors. Those who utilize the right sensors, in the right place, for the right amount of time should experience improved system maintenance.
