Hellberg 41001-001 Secure 1 Headband Ear Defender

The Hellberg Secure 1 headband ear defender provides dependable hearing protection for professional users. Thanks to its durable construction, it performs reliably in demanding environments.

At the same time, the lightweight headband ensures comfortable wear throughout the working day.

In addition, the soft cushions rest gently on the head, which improves long-term comfort. Furthermore, the smooth size adjustment allows quick personal fitting. As a result, users achieve a secure seal without pressure or discomfort.

Because of this balanced design, the Secure 1 suits daily use across multiple industries.

Features:

• Fully compatible with Hellberg’s Safe Visor System, so you can integrate face protection easily.
• Slim stirrup design reduces snagging in confined areas, therefore improving safety.
• Colour-coded design allows quick identification and easy selection.
• Soft cushions with smart “Snap-In” system, so replacement takes only seconds.
• Smooth size adjustment ensures a secure fit while maintaining comfort.
• Suitable for long-term use in low noise environments; however, it also performs well during shorter exposure to medium noise levels

Specifications:

• Colour: Black/Green
• EN standards approval: EN352-1
• SNR: 26
• HML: 30-23-15
• ANSI approval: ANSI S-3.19-1974
• NRR: 23
• CSA approval: CSA Z94.2-02
• CSA Class: B
• AU/NZS approval: AU/NZS 1270:2002
• SLC80: 25
• Class: 4
• Environmental approvals: ROHS, REACH
  
  

European Directives:

• Under European noise regulations, employers must provide or enforce hearing protection based on exposure levels.
• First, at the Low Action Level (80 dB(A) – 135 dB(C)), employees must have access to suitable hearing protection.
• Next, at the Upper Action Level (85 dB(A) – 137 dB(C)), employers must ensure workers use appropriate protection.
• Finally, at the Maximum Exposure Level (87 dB(A) – 140 dB(C)), no worker should exceed these limits.

dB(A) refers to the average noise level measured over an 8-hour period, while dB(C) measures peak noise levels of short duration.