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Grade 2 safes and fire safes | EN 1143-1 burglary and fire resistant

Grade 2 safes and fire safes according to EN 1143-1 provide a reliable level of burglary resistance for low to medium risk applications, with the option of fire protection.
For applications where, in addition to burglary resistance, fire protection is required, Grade 2 safes are available that are, independently of the burglary certification, fire-tested and certified according to separate fire standards.

Indicative insurable values – Grade 2 safe (EN 1143-1)

For resistance grade II, the indicative insurable value is €25,000 in cash or €50,000 in valuables. This indication is based on standard storage conditions in an unattended and unsecured building. Where additional security measures are in place, the insurer may allow a higher level of coverage.

Grade 2 safes and fire safes according to EN 1143-1

EN 1143-1 Grade 2 safes and fire safes

Grade 2 safes and fire safes according to EN 1143-1

Grade 2 safes are tested and certified in accordance with the European standard EN 1143-1 and are intended for applications with a low to medium risk profile. They are suitable for the secure storage of cash, valuables and documents in situations where a reliable level of burglary protection is required, without exposure to an elevated threat level.

The EN 1143-1 standard assesses the resistance of safes to controlled burglary attacks using mechanical, electrical and thermal tools. These tests are carried out by independent certification bodies, such as ECB-S, under strictly defined and reproducible testing conditions.

EN 1143-1 Grade 2 is commonly applied in both residential and professional environments where compliance with insurance requirements and standardised security is essential. The classification serves as an objective reference for insurability, with the final conditions always determined by the insurer. Atelier Boonen advises and supplies solutions throughout Belgium.

Within EN 1143-1, burglary resistance is expressed in Resistance Units (RU). For Grade 2, the resistance level is 50 RU for partial access and 80 RU for full access.
Partial access refers to the creation of a limited opening, while full access implies complete access to the contents, for example by opening the door or creating a larger opening.

To obtain EN 1143-1 Grade 2 certification, safes and fire safes must be equipped with at least one lock, certified in accordance with EN 1300, Class A. Depending on the design and application, some Grade 2 safes can also be fitted with two locks, for example a combination of a key lock and a code lock.

The EN 1143-1 standard relates exclusively to the burglary resistance of safes and fire safes. Fire resistance is not an integral part of this standard and is therefore always assessed separately in accordance with specific fire-resistance standards. Within Grade 2, there are consequently both burglary-only safes and fire-resistant models that have obtained an additional fire protection certification.

Depending on the selected model and the fire test applied, Grade 2 fire safes may provide 30, 60, 90 or 120 minutes of fire resistance for paper. In addition, there are versions offering tested fire protection of up to 120 minutes for data media, making this grade suitable for applications where, in addition to burglary protection, a high level of document and data protection is required.

Burglary resistance grades and test methods according to EN 1143-1
Burglary-tested Grade 2 safes

EN 1143-1 Grade 2 safes and fire safes

Burglary-tested Grade 2 safes

Grade 2 safes tested exclusively for burglary resistance, certified in accordance with EN 1143-1, are intended for applications where burglary protection is the primary requirement and no additional fire resistance test is required.

As Grade 2 burglary-resistant safes do not need to combine a fire-resistant construction with the burglary certification, they can be manufactured with very slim wall thicknesses. This results in a compact and clean design, offering an efficient balance between external dimensions and internal volume.

An example of this approach is the Wertheim BG rangeas shown alongside. This range is known for its exceptionally thin walls within resistance grade II, combined with a clean and timeless design. Wertheim BG safes are manufactured in Austria and represent a high-end, premium segment within EN 1143-1 Grade 2 burglary-resistant safes.

Discover our grade 3 burglary-resistant safes

Grade 2 burglary- and fire-resistant safes (EN 1143-1)

Grade 2 burglary- and fire-resistant safes according to EN 1143-1 offer a well-balanced combination of reliable burglary protection and high fire resistance. Compared to higher burglary-resistance grades, resistance grade II allows for a significantly higher level of fire protection, making this grade particularly attractive for users looking for a Grade 2 fire safe with extended fire resistance.

This difference is technically explained. In higher burglary-resistance grades (Grade 3 and above), very high-density materials are used, such as high-performance concrete and UHPC, combined with steel reinforcement and armour layers. These materials are essential to achieve a high level of burglary resistance in accordance with EN 1143-1, but they are less effective as thermal insulation and conduct heat more rapidly.

With fire safes up to EN 1143-1 Grade 2, the construction can be more strongly optimised for thermal insulation, making it possible to comply with stricter fire-resistance standards, such as EN 1047-1. This demanding standard allows fire protection levels of up to 120 minutes for paper and even 120 minutes for data media.

As a result, a Grade 2 fire-resistant safe represents an excellent compromise between high fire protection and reliable burglary resistance according to EN 1143-1Grade 2 safes and fire safes are therefore particularly suitable for applications where the protection of documents and data in the event of fire is at least as important as protection against theft.

Read more about fire-resistance standards and test methods
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