Buy Smart Motors EXCLUSIVE
See how the Turntide Smart Motor System differs from AC induction motors and permanent magnet motors and why this cloud-connected, software-powered motor, is the next big leap forward in reducing HVAC energy usage.
buy smart motors
The motor use the Z-Wave communication protocol, which is widely used by many smart home platforms, including Samsung SmartThings, Home Assistant, and Hubitat. This technology seamlessly integrates with any home device, allowing for integration between multiple products and manufacturers. This enables you to enjoy better-quality home window automation. A variety of different styles of blinds and shades are available as Z-Wave-enabled motorized shades, allowing you to perform various functionalities.
When it comes to cameras and lenses, advanced aerial cinema has always felt like a compromise: you must first set the lens, start the camera, and then take off. Once aloft, any adjustments require you to land the drone and reset. Adapting existing technology falls short because it is often large and heavy, has limited range, and drains batteries. Atlas Smart motors map to your drone's RC transmitter via S.Bus so you can make lens adjustments while in the air, opening up new possibilities of creative focus control.
The extremely compact motors incorporate the entire remote unit within the motor housing, and draw power from your gimbal's s.bus port. This means Atlas requires no additional batteries or control units. The Atlas motor is mapped to your RC transmitter for control and range like you've never had before.
This is a very practical solution to make blinds smart. The connection via Soma Connect and the integration into Apple Home didn't work right away. The really friendly and fast support I received was exemplary. I would choose this solution again.
BRAKE-BWA is an electrically operated spring-loaded brake with an extremely compact design for use as a static holding brake. We offer two brake sizes to be installed directly to motors with a shaft diameter of 5 or 6.35 mm:
Smart (stylized as smart) is a German automotive marque. Smart Automobile Co., Ltd. is a joint venture established by Mercedes-Benz AG and Zhejiang Geely Holding Group in 2019 and aimed at producing Smart-badged cars in China to be marketed globally. The venture is headquartered in Ningbo. It produces small battery electric vehicles in their manufacturing plant in China, while previously the marque was known to produce microcars and subcompacts, primarily the Fortwo and Forfour, at Smartville in Hambach, Moselle, France and in the Revoz plant (Novo Mesto, Slovenia). Its distribution, marketing and aftersales activities in Europe are currently handled by smart Europe GmbH which is headquartered in Stuttgart, Germany.
The marque was founded in 1994 by Micro Compact Car AG (MCC), a joint venture between SMH and Daimler-Benz. MCC became a wholly owned subsidiary of Daimler-Benz in 1998, and was subsequently renamed MCC smart GmbH, then smart GmbH. smart GmbH was then absorbed by DaimlerChrysler (later Daimler AG) in 2006, making smart a marque within the Mercedes-Benz Cars division.
The car launched successfully in nine European countries in October 1998, but the final design did not fulfill Hayek's expectations. Hayek pushed for a hybrid drivetrain but the final product used a relatively conventional gasoline engine. Shortly afterward Daimler-Benz bought out SMH's remaining stake in the company. MCC was now a wholly owned subsidiary of Daimler-Benz (which soon merged with Chrysler Corporation to become DaimlerChrysler). The office in Biel was shut down and operations were consolidated at the MCC GmbH design centre in Germany. On 1 January 1999, MCC GmbH changed its name to MCC smart GmbH, and by 2000, it dropped the last vestiges of the association with SMH, becoming smart GmbH.
The third generation Smart Fortwo coupe (C453) was introduced in the United States as a 2016 model in September 2015. The fortwo cabrio (A453) model arrived at American dealerships in 2016 as a 2017 model, and was sold alongside the fortwo coupe. In February 2017, smart USA announced that gasoline models would be discontinued after the 2017 model year, and the brand would focus on an all-electric strategy beginning for the 2018 model year. Both coupe and cabrio models will remain on sale as battery-electric vehicles, with the fortwo cabrio electric drive being offered as the only electric convertible for sale in the United States.
The Smart Fortwo uses a very small front crumple zone. The second generation Smart Fortwo has been awarded 4 out of 5 stars in the Euro NCAP Adult Occupant Protection and 2 out of 4 stars in the Pedestrian protection test, but was not tested for Child Occupant Protection as it has no rear seats. The original Smart was awarded 3 out of 5 stars for Adult Occupant Protection. In American tests using a five-star rating, Smart cars received a four-star safety rating for the driver from a front impact, and a five-star safety rating for the driver for a side impact. It also received "Good" ratings for front and side crash protection in Insurance Institute for Highway Safety (IIHS) tests. However, in an April 2009 40-mile-per-hour (64 km/h) frontal offset crash test between a Fortwo and a Mercedes C-Class, "the Smart went air-borne and turned around 450 degrees" causing "extensive intrusion into the space around the dummy from head to feet". The IIHS rated the Smart Fortwo "Poor," noting that "Multiple injuries, including to the head, would be likely for a real-world driver of a smart in a similar collision."
Creating a smart home means more than just smart shading; it means interconnectivity between all the smart products you use on a daily basis to make life more comfortable and convenient. Somfy makes this connection easy, connecting to the same smart home management systems you already use in your home. Integration with Amazon Alexa, IFTTT, and Google Assistant means you can control motorized window coverings as well as smart lighting, smart heating and cooling systems, and even smart audio systems in one place.
Trinamic's PANdrive was one of the first smart motor solutions to hit the market when most people were still thinking in terms of motors and amplifiers. Nowadays, the PANdrive families embody decades of experience in motor and motion control. An established product in the industry and offered in many sizes, PANdrive smart motors are the complete mechatronic solution for all your needs.
The PANdrive smart motor solutions without cDriver include a motor with a driver module. Using step/direction interface for motor control and a field bus for remote setup, they allow for easily scalable systems controlled via a host system.
Using various standard interfaces like CAN, RS485, USB, and step/direction, PANdrive smart motors allow easily scalable systems. Simply use the industry-standard CANopen protocol or Trinamic's TMCL for commands and export them into your system for quick design-in.
These PANdrive smart motors offer complete mechatronic solutions for closed-loop operation. The module mounted directly to the back of the stepper motor features industry-leading motor and motion control technology combined with closed-loop control for optimized efficiency. Designed for ease of use, these PANdrive solutions reduce development time to a minimum while allowing for easily scalable systems.
With a motor, sensor, and module integrated into one package, these smart stepper motors provide a cost-effective solution for fast, dynamic positioning. Thanks to the integrated sensor, the drives combine Trinamic's advanced motion and motor control technology with added monitoring to detect step loss. Furthermore, you can control these smart drives via a host or in standalone mode using the TMCL protocol.
Just like the TMCL version, the smart stepper drives with SensOstep and cDriver offer the latest motor and motion control technology combined with integrated sensor. Fitted with the CANopen protocol, the PANdrive smart motors fit right in to applications using the industry-standard protocol. Offering a complete mechatronic solution, these smart stepper motors reduce the effort required for building easily scalable systems.
Highly efficient, Trinamic's PANdrive smart stepper motors combine a cDriver module with a robust stepper drive. Suited for demanding tasks, the smart motors keep the system's communication traffic low by processing real-time critical functions themselves, allowing even for standalone operation. Both the TMCL protocol and industry-standard CANopen protocol are offered for quick integration into your design.
Trinamic's smart BLDC motors come with two firmware options - TMCL and CANopen. The full mechatronic solution includes state of the art field oriented control as well as powerful and efficient drivers for BLDC motors. A Hall-based rotary feedback system increases reliability and durability. Equipped with industry-standard protocols, the smart BLDC drive is easily integrated in PLC environments or standalone applications.
This 1000%, it never made sense for pneumatics to cost two full V5 motors or at this point in the case of cortex any motors. I really hope that the rules change in the future to allow more VRC teams to experiment with them. Its such a simple rule change for the motor penalty to be decreased or removed that its honestly confusing as to why it hasnt happened.As for the new 5.5W motors I hope that they are put on the site to buy separately soon.
@Art_Dutra_IV @jpearman Can either of you elaborate on what effect these new smaller motors will have on the dynamic current cap in VEXos? Will they only impact the current cap half as much as a large motor would; could you run 16 of these smaller motors at their full current cap?
The difference in mechanical output power from the Smart Motors comes partly from us choosing different motors inside each product, and partly from us software limiting the smaller 5.5 W motor to a lower effective voltage than its 11 W sibling. 041b061a72