Přední technologický výrobce bezpečnostních senzorů pro průmyslovou automatizaci

Domů / vše / Safety Switches /

Application Case | Effective Use of Advanced Door Lock Systems in Industrial Settings

Application Case | Effective Use of Advanced Door Lock Systems in Industrial Settings

2024/8/7

Background of Advanced Door Lock System Application

In today's industrial production environment, the safety of equipment and personnel is of the utmost importance. A major chemical company has installed several pieces of equipment with high operational risks in its production facility. To guarantee the safety of personnel, the company has implemented a cutting-edge safety door locking system. This system prevents unauthorized individuals from entering the hazardous area and swiftly isolates the danger in case of an emergency.

Safety Interlock Switch Project Requirements

The production environment of chemical enterprises has extremely rigorous requirements for safety door locks. The specific requirements are as follows:
1. The system must provide high security to prevent unauthorized personnel from entering high-risk areas.
2. The system must be able to lock or unlock quickly in the event of an emergency.
3. The device must be capable of operating reliably for extended periods in challenging environments, including high temperatures, high humidity, and corrosive conditions.
4. The product is designed for straightforward integration. The system is designed for seamless integration with existing security control systems, allowing for easy management and monitoring.

Safety Interlock Switch Solution Design

We selected a high-security electromagnetic door locking system that aligns with the customer's requirements and offers the following features:
1. In the event of an emergency, the emergency switch can be pressed to rapidly unlock the door, facilitating the safe evacuation of personnel.
2. The door lock features an anti-vandalism design that resists external damage and illegal intrusion.
3. The product is highly environmentally adaptable. The shell is made of anticorrosive materials, and the internal electronic components are specially treated to enable stable operation in harsh environments.
In terms of system integration, we have designed an interface between the security door lock and the existing security control system of the enterprise to ensure a timely response in any situation.
Safety Switch Devices
Interlock Switch
Factory packaging1 Safety Locking and 2 Keys accessories, cable
Lock material: metal
Outputs: 4 sets of gold plated contacts
Tensile strength when locked: locking force 1300N
Contact type: 14 contact combinations
Optional back unlocking function: indicator light+emergency unlocking
The safety door switch with locking function can ensure that the safety protection device door and other protective covers remain in a safe state even if the dangerous state is not eliminated. High strength wear-resistant engineering plastic with built-in 304 stainless steel components. Forced mechanical interlocking self detection structure with extremely high reliability

Safety Switches Implementation Process

During the implementation process, we conducted a comprehensive safety assessment of the production plant and determined the optimal location for installing the safety door locks. Subsequently, the installation was carried out in accordance with the design specifications to guarantee that each door lock could effectively cover high-risk areas.
During the commissioning phase, we conducted comprehensive functional tests on each door lock, including double authentication tests, emergency switch tests, and anti-vandalism tests. All test results met the design requirements and demonstrated consistent performance in multiple tests.
During the system integration process, we collaborated closely with the client's IT department to guarantee seamless integration of the door lock system with the existing security control system. Additionally, we provided operator training to ensure familiarity with the new system and emergency procedures.

Safety Switches Project Results

Following the implementation and testing phases, the security door locking system has demonstrably enhanced the safety performance of the production plant. Please find specific results listed below:
1.The security system has resulted in a 95% reduction in unauthorized access incidents, effectively protecting personnel and equipment.
2.The system has also demonstrated an improvement in response speed, with emergency response times reduced to within five seconds. This has led to a notable enhancement in the efficiency of emergency response.
3.The door locks have been proven to operate reliably in high temperatures, high humidity, and corrosive environments over an extended period of time.
4.Operators have commended the new system for its user-friendliness and reliability.
Throughout the project's implementation, we collaborated closely with the client's IT department and operators to guarantee seamless integration and optimal utilization of the system. Additionally, we provided recommendations for enhancements, including further optimization of the door lock authentication speed and improvement of tamper resistance to accommodate more complex security requirements.

Conclusion of Industrial Lock Control in Engineering Machinery Applications

The implementation of this project has demonstrated the effectiveness of enhanced security door locking technology in improving safety and operational efficiency on the production floor. This not only ensures the safety of operators, but also effectively reduces damage to equipment and downtime. Going forward, our continued focus will be on the development of security technology, the exploration of additional application scenarios, and the provision of safer and more efficient solutions to our customers.
OX-W2|The Safety Interlock Switches with locking function|DADISICK
Used for monitoring places such as safety doors and windows.
OX-D2/OX-D3|The Safety Interlock Switches with locking function|DADISICK
Used for monitoring places such as safety doors and windows.
OX-W3|The Safety Interlock Switches with locking function|DADISICK
Used for monitoring places such as safety doors and windows.
OX-W5|The Safety Interlock Switch with locking function|DADISICK
Safety door switch providing robust security and reliable access control. Protecting your facility and employees.

Společnost DADISICK se vždy věnovala výrobě špičkových bezpečnostních senzorů a zaměřovala se na technologický výzkum a vývoj a produktové inovace. Naše produkty se široce používají v odvětvích, jako jsou automatizační zařízení, strojírenská výroba, automobilová výroba a výroba elektroniky, a pomáhají snižovat míru pracovních nehod a zajišťovat bezpečnost zaměstnanců. Neustále zavádíme nové produkty, které splňují požadavky trhu a poskytují podporu pro bezpečnost výroby v podnicích.

*Služby výměny: Na vysoce konkurenčním trhu musí firmy neustále vylepšovat své produkty, aby si udržely podíl na trhu. Poskytujeme služby výměny bezpečnostních senzorů.

*Vylepšení nebo úprava produktových řad: Když společnost vstupuje na nové trhy nebo mění zaměření, může být nutné vylepšit svou produktovou řadu. Nabízíme bezpečnostní senzory a technickou podporu pro tento přechod.

*Automatizační průmysl Sledování provozního stavu zařízení, okamžité zastavení nebo úprava činnosti stroje pro zajištění bezpečnosti výrobního procesu.

*Strojní výroba Monitorování mechanických pohyblivých součástí, prevence potenciálních nebezpečí, zajištění bezpečnosti zaměstnanců a plynulého provozu výrobní linky.

*Bezpečnost automobilové výroby monitoruje vysoce rizikové procesy na montážních linkách vozidel, zvyšuje bezpečnost pracovníků a efektivitu výroby.

*Chemický průmysl Monitorování výrobního prostředí v reálném čase, zajištění bezpečnosti při manipulaci s toxickými a nebezpečnými látkami.

*Potravinářský a nápojářský průmysl Monitorování provozu výrobních linek, prevence kontaminace potravin a plýtvání.

*Logistika a skladování Používá se pro navigaci AGV a vyhýbání se překážkám, zajišťuje bezpečnou přepravu zboží.

V dřevozpracujícím, textilním, papírenském, polygrafickém, gumárenském a plastikářském průmyslu se mimo jiné používají bezpečnostní senzory k monitorování různých výrobních procesů a zajištění bezpečnosti a efektivity.

Získejte bezplatné automatizované řešení bezpečnostních senzorů