Description

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DS782 Electronic Lock for Remote Access and Equipment Security

The DS782 Electronic Lock is designed for equipment and enclosure applications that require controlled electronic access together with a convenient mechanical unlocking option. Combining remote unlocking with emergency key access, the lock provides a practical solution for industrial equipment manufacturers, system integrators, cabinet suppliers, and access-control applications.

With a DC 12V operating voltage, electroplated metal construction, and an IP5X protection level, the DS782 can be integrated into a variety of equipment and access-control systems where reliable locking and flexible operation are required.

Dual Unlocking Design

The DS782 supports two unlocking methods to accommodate different operating conditions.

Under normal operation, the lock can be released remotely through a compatible electronic control system. A mechanical key is also available for emergency unlocking, providing an alternative access method when manual intervention is required.

This combination makes the DS782 suitable for equipment where electronic access is preferred while maintaining a manual backup function.

Durable Metal Construction

The lock is built with selected metal components for practical industrial applications. Its base is manufactured from Q235 steel with an electroplated finish, while the lock core is made from electroplated zinc alloy.

This construction is suitable for equipment manufacturers and integrators looking for a compact locking component that can be incorporated into cabinets, enclosures, machinery, and other controlled-access structures.

Electrical Specifications

Designed for DC 12V power supply systems, the DS782 has an operating current of ≤0.1A. The electrical configuration is suitable for integration with compatible control circuits and electronic access-control equipment.

The available interface configurations include:

• XH2.54-2Y

• RJ45

For basic wiring, the red wire is VCC and the black wire is GND.

Before installation, the interface type and wiring configuration should be matched with the control system to ensure proper electrical connection.

Environmental Performance

The DS782 is designed to operate across a temperature range of -20°C to +60°C, allowing it to be used in equipment exposed to varying ambient conditions.

The lock features an IP5X protection level, providing protection against the ingress of solid foreign objects. Its environmental specifications make it suitable for a range of equipment and enclosure applications where controlled access is required.

Technical Specifications

Suitable for a Range of B2B Applications

The DS782 can be incorporated into different types of commercial and industrial equipment that require controlled physical access. Typical applications may include:

• Electrical control cabinets

• Industrial equipment enclosures

• Automation machinery

• Security equipment

• Access-control systems

• Commercial cabinets

• Specialized equipment housings

• Utility and electrical enclosures

Its compact electronic locking configuration allows equipment manufacturers and system integrators to incorporate controlled access into their existing product designs.

Safe Power Operation

For proper operation and to help protect the electronic locking mechanism, the DS782 should not be continuously powered for an extended period. The power-on duration should not exceed 30 seconds.

During system integration, the power supply, control circuit, interface, and operating logic should be designed according to the lock's specified requirements.

A Practical Locking Solution for Equipment Manufacturers

The DS782 Electronic Lock combines remote electronic access, mechanical emergency unlocking, a DC 12V power design, durable electroplated components, and IP5X protection in a compact locking solution.

For equipment manufacturers, distributors, and system integrators, it offers a flexible way to add electronic access control to cabinets, enclosures, machinery, and other industrial equipment while retaining a mechanical backup unlocking method.