Skip to content
Mobile Robot SRC-3000F Mobil Robot Biztonsági Vezérlő by Fan Wu

Mobile Robot SRC-3000F Mobil Robot Biztonsági Vezérlő by Fan Wu is a highly esteemed winner of the very prestigious 2023 Bronzdíj A' Design Award in Robotika, automata és automatizálás tervezése Competition Category.


BronzRobotika· 2023

Mobile Robot SRC-3000F Mobil Robot Biztonsági Vezérlő

by Fan Wu

Client: Shanghai Seer Intelligent Technology Corporation

Bronzdíj A' Design Award Winner in Robotika Category

28,642

Verified Award Winner

Verify Award Status for #145512

Colors

The Design

About Mobile Robot SRC-3000F Mobil Robot Biztonsági Vezérlő

Az SRC-3000FS egy mobil robotok számára készült biztonsági vezérlő. A vezérlő egyetlen egységben egyesíti a navigációs és funkcionális biztonsági funkciókat. Több navigációs mód, köztük a SLAM is támogatott. Belsejében biztonsági PLC, ipari számítógép, switch, be- és kimeneti kártya, giroszkóp és tápegység modul található integrálva, ami kompakt házat és egyszerű kábelezést tesz lehetővé. A készülék mérete 220 x 130 x 60 milliméter, fémből készült, matt, festetlen ABS felülettel. Védettsége IP65. Targoncák, takarítórobotok és egyéb ipari gépek irányítására alkalmas.

The Recognition

About the Bronzdíj A' Design Award

Mobile Robot SRC-3000F Mobil Robot Biztonsági Vezérlő a Bronzdíj A' Design Award győztese, rendkívül rangos elismerés a kreativitással, találékonysággal és éleselméjűséggel kitűnő kiemelkedő dizájnoknak. A bronzgyőztesek bőven ügyes és feltűnően kreatív alkotások, amelyek hitelesítik tervezőik hatalmas tapasztalatát, képzelőerejét és leleményességét. Mobile Robot SRC-3000F Mobil Robot Biztonsági Vezérlő-tól azt várják, hogy nagyra becsült, csodált és kedvelt tárgy legyen, amely figyelemre méltóan professzionális és innovatív. Ez a Bronzdíj A' Design Award kitüntetést elnyert dizájn magába foglalja a művészet, a tudomány, a dizájn és a technológia legjobb gyakorlatait, és kiváló a részletekre fordított figyelmében. Mobile Robot SRC-3000F Mobil Robot Biztonsági Vezérlő remekül kielégíti a szükségleteket, megérinti a vágyakat, elbűvöli az érzéseket, és vonzza a kíváncsiságot.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties
SRC-3000FS is the world’s first mobile robot controller of functional safety that integrates navigation and safety functions. The controller is designed and developed to integrate the essential safety modules based on a plurality of navigation modes including SLAM, and create a safe AMR in respect of five primary functions. As the strongest brain of mobile robot, this product can suit the scenario-specific needs of different users for its safety and standard attributes.
Dimensions & Packaging
SRC-3000FS/220MMx130MMx60MM/
Safety integrity levels IEC 61508 SIL2 and IEC 62601 SIL2 /
Safety performance level ISO 13849-1 Cat.3 PLd
Tags
Intelligent Manufacturing, Mobile Robots, Safety Controllers, Robots, Intelligence, Automation
Production Technology
The main body is made of dirty-resistant metal ash, and the surface is environment-friendly and non-spraying ABS. After matted treatment, it can better face the complex and diverse harsh environment in the industrial scene. Internal integrated safety PLC, industrial computer, space grade switch, IO board, gyroscope, DC-D power is equal to one, which can not only reduce the comprehensive cost, but also improve the internal integration of the equipment, so that the space is more compact, electrical connection is simpler. SRC-3000FS meets the IP65 protection grade and supports the range of -50℃ to +100℃, ensuring the working performance in harsh environments.
Design Challenge
The logistics automation needs vary from factory to factory. For industry attributes and industrial characteristics, accessibility and ease of use are considered as the two challenges in the design stage if this controller is expected to gain scale across a wide range of industries, due to wide differences of software system, automation degree and shop floor layout from factory to factory.
Research
The modules currently available in the AGV market support safety features instead of navigation and other AGV features. To support AGV features, an additional navigation controller with complex electrical circuit, bulky size and unaffordable price is required. Seer integrates essential safety features based on the SLAM navigation controller, implying AGV/AMR device doesn’t need safety PLC anymore and optimizes cost at multiple levels.
Inspiration
The enormous potentials of unmanned forklift AGVs and mobile robots in turn provide opportunities for mobile robotics innovators. SEER’s mobile robot safety controller leverages hardware and software to boost development and provides integrators with mobile robot control brain that incorporates controller technology, navigation technology and software algorithms, fueling on the automation-to-intelligence transition of industrial manufacturing.
Project Duration
The project kicked off in Shanghai in April 2022, wrapped up in Shanghai in October 2022 and was brought to the global market in November 2022.
Operation Flow
Backed by the robust internal algorithm, SRC-3000FS can meet the needs of non-standard products and support controllers for service robots, cleaning robots, hybrid robots, forklifts, container trucks, and drum winches, or expertly operates a variety of new robots such as CNC machines, benders, injection molding machines and other traditional industrial installations. The use with Roboshop permits user to quickly configure robot and efficiently automate traditional factories.
Team Members
Wu Fan

Sponsored

Explore Beyond Designers.org

Discover products, services and opportunities from our advertising partners.

Good Design Deserves Great Recognition

The A' Design Award is an international, juried accolade for good design. Take part in the A' Design Award to get an opportunity to earn meritocratic recognition, gain fame, prestige and publicity for your work. Nominate your work for the A' Design Award and compete for the coveted A' Design Prize.

Nominate