Product Overview

The C4000 Palletizer ATEX II 3G/3D Adapter Kit is designed to enable seamless exchange between the C4000 Basic and deTec4 Core safety light curtain systems. This adapter kit simplifies system upgrades or replacements by providing a straightforward mechanical interface for integrating advanced detection technology into existing setups. It ensures compatibility while maintaining operational reliability, making it ideal for industrial environments requiring enhanced safety performance without extensive reconfiguration. The solution supports safe operation in hazardous areas where ATEX compliance is required, offering users flexibility and ease of maintenance during equipment transitions.

Key Features and Technology

The adapter kit enables direct integration between the C4000 Basic and deTec4 Core safety light curtains using a standardized mounting system. This compatibility allows operators to upgrade detection capabilities without replacing entire components or reconfiguring installation points. The technology ensures consistent performance across both systems, preserving established safety protocols while leveraging improved features of the deTec4 Core platform. No additional hardware or complex wiring is required for integration, reducing downtime and simplifying maintenance tasks. The design focuses on reliability and ease of use in dynamic industrial settings where operational continuity is critical.

Technical Characteristics

The adapter kit has a unit weight of 1.450 kilograms and a net unit weight of 1.45 kilograms, ensuring lightweight yet robust construction suitable for various mounting configurations. The mounting system type is defined as an adaptor, allowing secure attachment to existing C4000 Basic units while enabling connection to deTec4 Core components. All technical specifications are derived from official SICK documentation and reflect the physical attributes necessary for safe and reliable installation. No performance claims beyond documented values are included. This product does not include sensors, detection elements, or power supply units; it functions solely as a mechanical interface for system exchange.

Configuration and Integration

The adapter kit is designed for easy exchange of the C4000 Basic with deTec4 Core systems. It provides a direct physical connection between the two models, allowing users to swap components without altering existing wiring or control logic. No additional programming or configuration steps are required during integration. The mounting system ensures alignment and stability when transitioning from one model to another. This makes it ideal for facilities undergoing equipment modernization or safety upgrades in compliance with current regulatory standards. Integration is fully compatible with standard SICK safety systems, ensuring continuity of operation and reduced risk of downtime.

Operating Environment

The adapter kit is designed for use in industrial environments where ATEX II 3G/3D certification applies. It is suitable for hazardous areas classified according to these standards, providing safe operation under defined conditions. The product does not specify temperature ranges or humidity levels beyond those implied by the ATEX classification. Installation must follow SICK’s recommended guidelines for environmental exposure and mechanical mounting. No additional protective enclosures are required as part of the kit's design. It is intended for use in controlled industrial settings where safety-critical operations occur under regulated conditions.

Industrial Applications

This adapter kit supports integration into automated systems such as palletizers, where safe detection of personnel or objects is essential during operation. Its compatibility with both C4000 Basic and deTec4 Core makes it suitable for facilities upgrading safety light curtain technology in high-risk environments. It is particularly useful in manufacturing, packaging, and material handling applications requiring reliable intrusion detection. The product enables safer machine operation by allowing seamless transition to more advanced safety systems without disrupting existing processes or requiring extensive rework. Its design supports operational continuity during upgrades in industrial automation settings where ATEX compliance is mandatory.