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Embedded industrial computers help industrial low-speed robots transform into intelligent ones
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Embedded industrial computers help industrial low-speed robots transform into intelligent ones

2024-09-23
Table of Contents

1. Introduction to industrial low-speed robots

Compared with traditional high-speed robots, industrial low-speed robots focus on the accuracy and stability of task execution. They usually have more sophisticated sensors and control systems to ensure the highest level of accuracy when performing tasks. These robots are often used to complete the assembly of tiny parts, precision welding, coating, and other tasks that require extremely high precision and controllability.

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2. What are the advantages of embedded industrial computers in industrial low-speed robots

(I) Real-time and stability: Embedded industrial computers usually use customized hardware and real-time operating systems to ensure real-time response to low-speed robot tasks. This is essential for industrial low-speed robots that require high precision and coordination.

(II) Compact design: Embedded industrial computers usually have compact physical size and low power consumption, suitable for embedding in the compact space of industrial low-speed robots. This helps to optimize the overall volume and weight of the robot and improve the flexibility of its mechanical design.

(III) Professional interface support: Embedded industrial computers usually provide a variety of professional interfaces that can communicate effectively with various sensors, actuators and controllers. This is essential for industrial low-speed robots to integrate a variety of sensors and actuators.

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3. SINSMART recommends embedded industrial computer-SIN-3042-H81

(I) Stability and durability: Industrial environment usually has high requirements for the stability and durability of equipment. This computer supports wide temperature operation of -10~50°C, adapts to different temperature environments, and has a watchdog function, which can automatically restart when the system crashes to improve the stability of the system.

(II) Small size design: The body size is small, suitable for installation in industrial scenes with limited space, and convenient for integration in robots or other devices.

(III) Multiple interfaces: 4 COM ports, 6 USB ports, and 2 Gigabit network ports provide a rich selection of interfaces, which can connect various sensors, actuators and other external devices to meet the diverse connection needs of industrial robots.

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(IV) High-performance processor: Equipped with i5-4570T 3.6GHz processor, it provides sufficient computing power and is suitable for the control and computing tasks of industrial robots.

(V) Support SSD: The hard disk supports M.2M Key slot, which can be installed with SSD to improve data reading and writing speed, reduce response delay, and adapt to the requirements of industrial environment for data real-time.

(VI) Scalability: 1 Mini PCle slot allows further expansion of functions, such as adding additional network modules, graphics cards, etc. to meet the needs of specific applications.


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4. Summary

SINSMAER Technology relies on its experience in high-end equipment R&D and management standards, and is fully capable of designing high-end equipment products that meet key technical indicators, and innovates high-end industrial computers that are information-based, efficient, and controllable.

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