The Celera Motion DENALI miniature DC servo drive has been well-received by users since its launch earlier this year. As Celera Motion's star product, DENALI boasts numerous advantages, such as its ultra-thin and compact design, high power density, ultra-low standby power consumption, and low heat generation. These features make DENALI particularly effective in applications with strict space requirements and high power output needs, such as end effectors, force feedback manipulators, and robotic grippers. Let's explore more of DENALI's technical features and applications together.
DENALI - Product Introduction
Like our previous drivers, DENALI belongs to the Summit series, and its communication interfaces include popular protocols such as EtherCAT, CANopen, and SPI. Furthermore, depending on the driver's installation and usage method, two versions are available: XCR and NET.
DENALI - Basic Parameters
We often recommend that users choose the XCR version for initial testing when using our drives for the first time. With our cable kit, users can easily connect the drive, motor, and related feedback encoders via connectors, thus quickly getting started with the DENALI drive and completing the commissioning of the motor and drive.
DENALI - Cable Kit
As an embedded driver product, the NET version requires users to design a PCB carrier board to work with the DENALI driver. Therefore, the NET version is more flexible. Users can embed multiple NET drivers on their own PCB carrier board, making the user's product design more compact, more integrated, and enabling multi-axis control.
Appearance Images - DEN-NET / DEN-XCR
Dimensions - DEN-NET / DEN-XCR
DENALI - Application Introduction
