Safety switches - ES21

SICK Sensors Distance Sensors

Safety switches - ES21

Safety switches - ES21 — The ES21 emergency stop pushbuttons from SICK are essential safety components designed to provide a reliable means of stopping automated machines or systems in emergency situations. These pushbuttons ensure personnel can quickly halt operations when necessary, enhancing workplace safety.
  • Brand SICK
  • Category Sensors
  • Subcategory Distance Sensors
Interested in this product? Safety switches - ES21
Product insights

Everything you need to evaluate this product

Explore performance details, construction highlights, applications, and technical information in one clear overview.

Quality assured Technical details Industrial use Expert support

Product Overview

The ES21 emergency stop pushbuttons from SICK are essential safety components designed to provide a reliable means of stopping automated machines or systems in emergency situations. These pushbuttons ensure personnel can quickly halt operations when necessary, enhancing workplace safety. Available in multiple variants, the ES21 units can be integrated directly into machine operator panels or mounted on the machine itself for easy access. Their robust design and proven reliability make them a critical part of any automated system requiring immediate stop functionality. As a must-have component in industrial environments, the ES21 ensures compliance with safety standards by enabling rapid response during emergencies. This simple yet effective solution supports safe operation across diverse manufacturing and processing applications.

Key Features and Technology

The ES21 emergency stop pushbuttons are engineered for immediate action and ease of use in high-risk environments. They provide a clear, intuitive method to stop machinery during emergencies, ensuring quick response times. The technology behind the ES21 is focused on reliability and durability, enabling consistent performance under demanding conditions. Whether installed in an operator panel or directly on the machine, these pushbuttons are designed for visibility and accessibility. Their mechanical design ensures that activation is both immediate and unambiguous, reducing the risk of misoperation. This makes them ideal for use in environments where human intervention must be swift and effective. The integration of proven safety mechanisms ensures that the ES21 delivers dependable performance when needed most.

Technical Characteristics

The ES21 emergency stop pushbuttons are designed with standard safety requirements in mind, ensuring compatibility with established industrial safety protocols. While specific technical values such as voltage ratings or dimensions are not provided in the official source material, their design supports integration into existing safety systems. The units are built to withstand regular use and maintain functionality under operational stress. They are available in variants that support different mounting configurations and interface types, allowing flexibility in installation. All ES21 models meet essential safety standards for emergency stop functions, ensuring consistent performance across applications. Their construction emphasizes mechanical robustness and long-term reliability without compromising on ease of maintenance or replacement.

Configuration and Integration

The ES21 emergency stop pushbuttons can be configured either as part of a machine operator panel or mounted directly onto the machine structure, depending on operational needs. This flexibility allows for optimal placement based on accessibility and workflow requirements. Installation is straightforward, with standard mounting options that support integration into existing control systems. The units are designed to interface seamlessly with machine safety circuits, ensuring that activation triggers appropriate shutdown sequences. No additional hardware or complex wiring is required in most cases. Their compatibility with various system architectures ensures they can be deployed across a wide range of industrial applications without extensive modifications.

Operating Environment

The ES21 emergency stop pushbuttons are designed to operate reliably in standard industrial environments. They are suitable for use in settings where temperature, humidity, and dust levels remain within typical manufacturing conditions. While exact environmental ratings are not specified in the official source, their design supports long-term performance under routine operational exposure. The units are built to endure frequent use and maintain functionality even during extended periods of operation. Their robust construction ensures they can withstand physical stress and normal wear without degradation in safety performance. This makes them appropriate for integration into a variety of production environments where consistent emergency response is critical.

Industrial Applications

The ES21 emergency stop pushbuttons are widely used across diverse industrial sectors, including manufacturing, processing, and assembly lines. They serve as a vital safety component in automated systems where immediate machine shutdown is required during emergencies. Whether in a production line, packaging station, or material handling system, the ES21 ensures personnel can act quickly to prevent injury or damage. Their versatility allows deployment in both fixed and mobile workstations. The ability to mount directly on machines or integrate into operator panels makes them suitable for a broad range of applications where safety is paramount. As a fundamental element of machine safety, the ES21 supports compliance with industry-wide safety standards and enhances overall operational security.

SpecificationValue
width100%;
heightvar(--mat-progress-bar-track-height, 4px);
border-top-widthvar(--mat-progress-bar-active-indicator-height, 4px);
background-imageradial-gradient(circle, var(--mat-progress-bar-track-color, var(--mat-sys-surface-variant)) calc(var(--mat-progress-bar-track-height, 4px) / 2), transparent 0);
background-sizecalc(calc(var(--mat-progress-bar-track-height, 4px) / 2) * 5);
animationmdc-linear-progress-secondary-indeterminate-scale calc(2s * var(--mat-progress-bar-animation-multiplier)) infinite linear;
transformrotate(180deg) translateX(calc(var(--mat-progress-bar-track-height, 4px) * -2.5));
Shop by category
Category

Browse product families and jump into the exact catalog section you need.

Product categories