Ingenia Servo Drives Logo Retina
  • Servo Drives
    • DC Servo Drives
    • EtherCAT Servo Drives
    • CANopen Servo Drives
    • Everest Series
  • Custom Servo Drives
  • Applications
  • Support
  • About
    • Company
    • Careers
    • News and Events
    • Distributors
    • Contact Us
Menu
  • Servo Drives
    • DC Servo Drives
    • EtherCAT Servo Drives
    • CANopen Servo Drives
    • Everest Series
  • Custom Servo Drives
  • Applications
  • Support
  • About
    • Company
    • Careers
    • News and Events
    • Distributors
    • Contact Us
€0.00 Cart

INGENIA > Servo Drives > dc > Serial Servo Drives > Everest CORE: PCB Mount, SPI Servo Drive

Everest CORE: PCB Mount, SPI Servo Drive

Everest CORE Servo Drive Highlights

  • Miniature size for robotic joints
  • Dual loop support for unparalleled precision
  • 16-bit high-resolution torque sensing
  • Ultra-fast servo loops for smooth operation
  • Plug-in design for direct integration with SPI communications
TUV
Everest Core Miniature Servo Drive
PRODUCT ENQUIRY

Discover the Everest CORE Servo Drive

Everest CORE provides developers with a module that delivers maximum motor control capabilities with the flexibility to manage your own communications and additional features. The drive is commanded through an ultra-fast and safe SPI bus giving you the maximum design flexibility for single axis or multi-axis applications. The Everest CORE is an excellent solution to control direct drive motors due to its high bandwidth and an ideal companion for robotic axis joints with its dual absolute feedback capability.

Configure & Buy

Product Identifier

EVE-CORE

Unit Price (1-9 units). 

€323.00

Generate Quote
Pay Online

EVE-CORE Technical Data

Product Drawings

  • 3d Step Model

Documentation

  • Product Manual
  • Command Reference Manual

Feature

Value

Part Number

EVE-CORE

Continuous Current

45 A

Peak Current

60 A

Supply Voltage

Power: 8
-60 Vdc
| Logic: 4.9
-5.1 Vdc

Efficiency

99 %

Standby power consumption

0.7 W

PWM Switching Frequency

10 kHz, 20 kHz, 50 kHz, 100 kHz

Supported Motor Types

DC Brushed, Rotary Brushless

Supported Feedbacks

Digital Halls, Digital Incremental Encoder, BiSS-C, Biss-C Daisy Chain, SSI

IO

4x

3.3 V

Single Ended
Digital
Input
4x

3.3 V

Single Ended
Digital
Output
1x

0..3.3 V

Differential
Analog
Input
16 bits

Communications

SPI

Supported Motion Modes

Profile Position, Profile Speed, Profile Torque, Cyclic Sync Position, Cyclic Sync Velocity, Cyclic Sync Torque, Homing

Dimensions

34.5 mm x
26 mm x
10.4 mm

Weight

18 gr

Functional Safety

STO SIL3 Ple (TÜV certified)

Frequently asked questions

TALK TO A SPECIALIST

Contact our engineers and find the right solution

for your application.

INGENIA
C/ ÁVILA 124, 2ºB
08018 BARCELONA
T. +34 932 917 682
HELLO@INGENIAMC.COM

 

INGENIA-CAT, S.L., which operates under Novanta’s Celera Motion business unit

Summit Series
Everest Series
Everest XCR Servo Drive
Everest NET Servo Drive
Everest CORE Servo Drive

Base Series
Neptune Servo Drive
Triton Servo Drive
Pluto Servo Drive
Nix Servo Drive
Jupiter Servo Drive
Titan Servo Drive

Servo Drives
DC Servo Drives
EtherCAT Servo Drives
CANopen Servo Drives


Servo Drives by Motor Type
BRUSHLESS MOTOR SERVO DRIVES
BRUSHED MOTOR SERVO DRIVES
DIRECT DRIVE MOTOR SERVO DRIVES
INTEGRATED MOTOR SERVO DRIVES

SERVO DRIVES BY APPLICATION

  • Servo Drives for Surgical Robotics
  • Servo Drives for Satcom and Extended Environment Applications
  • Servo Drives for Optronic Systems
  • Servo Drives for Radar Antennas
  • Servo Drives for UVD robots
  • Servo drives for packaging applications
  • Servo Drives for Subsea and Marine Applications
  • Servo Drives for Motor Integration Applications
  • Servo drives for electric mobility applications
  • Servo Drives for Robotics Applications

© 2021 Ingenia Cat S.L.  Legal | Privacy | Terms of Sale | CCPA | EEO

Celera Motion - A Novanta Company

Cookies are very small text files that are stored on your computer when you visit some websites. We use cookies to help identify your computer so we can tailor your user experience. You can disable any cookies already stored on your computer, but these may stop our website from functioning properly. More information on this site’s cookies.

Accept