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Circuito elettronico

SYS2110 - Control for NEMA 23 stepper motor

Control for NEMA 23 stepper motor SYS2110 by Systel Elettronica

driver and motor in a single high-performance and compact system: the stepper motor controller SYS2410 from Systel Elettronica is an integrated stepper drive system that combines a driver and a flange motor from 56 mm (NEMA 23). Powered at 24 V dc (± 10 %), it features an analog input of 0–10 V dc for precise speed control and supports micro-stepping for smooth and quiet movements. The integrated motor offers a holding torque of up to 140 N·cm, with a JST connector for reliable connections and a design that minimizes vibrations and overheating. Additionally, the stepper motor controller SYS2410  is equipped with a “home” position sensor, which ensures stopping at the same reference point for high operational repeatability.

Sealing torque up to 140 N·cm

With a high holding torque of up to 140 N·cm, the stepper motor controller SYS2410 allows for excellent performance even in compact spaces and under continuous loads.

Fast and secure connections with JST connector

The presence of the JST connector allows for simple assemblies and robust connections, particularly important in industrial contexts where high reliability is required.

Fluid micro-step

The micro-step mode of the motor control SYS2410 ensures extremely precise and silent movement and guarantees perfectly repeatable automated cycles.

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Motor control

Whether it's DC motors, synchronous motors, or stepper motors, at Systel Elettronica we offer a wide range of motor controls designed to ensure motion accuracy, energy efficiency, and operational stability in automated systems. Each device allows for reliable control, easy integration with PLC/PC supervision, and optimized performance even in complex applications.

Technical details of the stepper motor control SYS2410 by Systel Elettronica

Engine flange

56 mm (NEMA 23)

Seal pair

Up to 140 N·cm

Micro-step

For smooth and precise movements

Connector

JST

Rotation sensor

For accurate return to the "home" point

Nutrition

24 V dc ± 10 %

Analog reference input speed

0–10 V dc

The production of the NEMA 23 stepper motor control

Accurate design and rigorous testing to ensure high performance: the integrated control system driver + stepper motor SYS2410 comes from a development and testing process entirely managed by Systel Elettronica at the Salcedo headquarters, in the province of Vicenza. Electronic simulations, selection of high-efficiency components, and thermal and mechanical resistance tests allow for the creation of a compact yet powerful NEMA 23 stepper motor control, ready to be integrated into your automation and industrial control applications.

analysis of customer needs for the development of custom electronic systems

Needs analysis

1

We start with a thorough analysis of the specific needs of customers and applications. This allows us to understand the functional and operational requirements for the precise management of different types of industrial motors, which are essential for the design of the device.

custom design of electronic devices

Custom Design

2

To design customized motor controls, our team of engineers uses advanced software. At Systel Elettronica, we develop solutions that ensure accurate control of speed, position, and other critical parameters, ensuring integration with existing systems such as PLCs.

mass production of electronic boards

Optimized industrialization

3

To maximize efficiency and quality, during the industrialization phase, we optimize production processes. We use advanced production techniques and rigorous controls to ensure that each device meets the highest standards.

Advanced testing and controls on an electronic system

Testing and validation

4

We subject every engine control to rigorous functional and stress tests. At Systel Elettronica, we simulate real operating conditions to verify reliability and performance, ensuring that the products are ready for use in demanding industrial environments.

Applications of the integrated system driver + NEMA 23 stepper motor

In industrial automation systems, movement precision is essential: The control for stepper motor SYS2410, with torque up to 140 N·cm, micro-stepping, and “home” function, ensures smooth, precise, and repeatable movements. This integrated system driver + NEMA 23 stepper motor from Systel Elettronica is used in pasta cutting machines, production lines, compact mechatronic systems, and lightweight CNC devices, increasing reliability and operational continuity.

stepper motor control for pasta machines

Pasta machines

Precise cutting, synchronized and fluid movements with accurate stopping in industrial machinery for pasta production.

stepper motor control for industrial automation

Industrial automation

High reliability, identical cycles, minimized vibrations and overheating in all automated processes of the food industry.

stepper motor control for small CNC machines and precision systems

Mini-CNC and precision systems

Micrometric movements, operational fluidity, and maximum repeatability in compact milling machines, plotters, and positioning machines.

stepper motor control for robotics and mechatronics

Light robotics and mechatronics

Controlled, synchronized, and easily replicable movements in automated cycles of compact robotics and modular mechatronic applications.

Versatility of use in various sectors for NEMA23 motor control

Different sectors have specific needs in terms of automation and motor control. With its power, compactness, and ability to ensure precise cycles, the NEMA 23 stepper motor controller from Systel Elettronica finds application in various fields of the food and industrial sectors. Its robustness and ease of integration make the SYS2410 motor controller ideal even in complex environments.

Industrial automation

Customized electronic systems to improve the effectiveness and efficiency of industrial processes.

Food industry

Integrated electronic devices for the control and management of domestic, professional, and industrial food equipment.

Why choose Systel Elettronica

Your technological challenges deserve concrete answers. In a rapidly evolving market, every second counts. That's why precise, reliable electronic solutions designed to optimize your work are needed. Together we can embark on a shared journey: at Systel Elettronica, we listen to your needs, design according to your objectives, and produce in-house to guarantee you quality and reliable timelines. From the first prototype to mass production, every detail is taken care of to offer you maximum control and certainty of the result. Rely on those who turn innovation into operational value, start your project now with Systel Elettronica!

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Beyond engine controls: all products Systel Elettronica

Every industrial application requires the right electronic device to ensure performance and continuity. In addition to the integrated system driver + motor SYS2410, Systel Elettronica offers a complete range of solutions: power supplies and power controls, HMI systems, IoT modules, and LED illuminators for machine vision. All products are designed and manufactured in-house to provide simple integration and maximum durability. Discover the complete range of Systel products and find the solution that best suits your needs.

HMI touch screen

Operator interface with a fully customizable touch display for precise control of devices, machines, and vehicles in all sectors.

High Voltage Junction Box

Integrated electronic circuits for efficient energy management and control of dispersion in electric vehicles.

IoT Gateway

Advanced technology and compact design for the secure collection and transmission of data.

Computer vision

LED devices for the illumination of artificial displays and specific objects.

Electronic control systems

Advanced systems that optimize communication between the engine and the electronic board, integrating with HMI devices.

Power supplies and driver

Advanced solutions for the conversion and control of electrical energy and the optimization of power in laser devices and capacitive discharge systems.

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