In our advanced climatic test lab, we can perform all types of environmental tests, for example temperature chock, moisture, temperature cycling, submersion, splash water test. We offer accredited testing for a large number of standards (IEC, ISO, MIL, ETSI etc).

The simplest of our climate simulations are pure temperature cycles which may be sufficient to prove any level of climate.

We can also include and control air humidity. In most cases humidity control is mandatory to achieve, for example, the specified condensation. High air humidity can create catastrophic consequences for polymers and lead to warping or delamination of foils.

RISE climate chambers can generate temperatures from -70 ℃ to +180 ℃ with a controlled humidity between 10 % and 98 %. Each chamber can be programmed with individual temperature- and humidity profiles and monitored to simulate a wide array of natural and artificial weather.

Examples of further tests we perform are sun simulation and UV-exposure, salt fog, IP rating, chemical exposure and mildew.

We help our clients to increase the durability and reliability of their products through customized climate tests and test scenarios.

The tests are performed in climate equipment in our labs. We can also provide temperature tests combined with vibration tests. From time to time we also tailor test methods to the individual needs of the customer. By close collaboration with our internal suppliers of, for example fixtures and workshop services, we solve most issues quickly on site.

During a test, results are often communicated on an ongoing basis. Sometimes customers participate in the trials themselves. After a completed test, the results are usually summarized in a technical report. Most of the reports we issue are accredited. The report can, for example provide the basis for further CE marking.

IEC 60068-2, entire series

ISO 16750, entire series

DNVGL

Lloyds Register

E10

MIL-STD

ETSI EN 300 019-1

ETSI EN 300 019-2

Bureau Veritas

EN 50155

EN 61373

EN 81-50

RTCA DO

We also perform tests other than the above listed methods, both with and without accreditation.

A dust explosion may occur when an ignitable concentration of fine dust particles dispersed in air comes into contact with an ignition source, which can be a hot surface, static electricity, self-heating material or a naked flame.

Determination of explosive characteristics for dusts is vital for many industries to comply with the user directive 1999/92/EC, linked to ATEX. The parameters achieved through testing can be used to dimension vent sizing, to specify maximum surface temperature that may be achieved on equipment to be installed and much more.

RISE have the most well-equipped laboratory in Sweden for analyzing combustible dust, with dedicated test engineers and researchers specialized in fire safety, explosions and risk assessment. We offer a wide range of services to help companies investigate and limit explosion hazards.

Combustible gases and fluids have known explosion properties which are stated in their material safety data sheets, but for dust and powder it is not as simple. Defining the explosive properties is vital to attain a safe plant design and operating conditions.

Modified Hartmann tube:
ISO/IEC 80079-20-2
A yes/no method to determine if the dust is combustible or not. If ignition occurs further testing is recommended.

MIE – Minimum Ignition Energy:
ISO/IEC 80079-20-2, EN 13821
The minimum energy required to ignite an explosive atmosphere. Testing can be performed without increased inductance to simulate common electrostatic discharges or with increased inductance, corresponding to e.g. mechanical sparks or sparks from faulty electrical equipment.

MIT_dc – Minimum Ignition Temperature of dust cloud:
ISO/IEC 80079-20-2, EN 50281-2-1
The lowest temperature of a hot surface which will ignite an explosive atmosphere. The test measures at which temperature a dust cloud in contact with, for example, a hot pipe, will ignite.

MIT_dl – Minimum Ignition Temperature of dust layer:
ISO /IEC 80079-20-2, EN 50281-2-1
The lowest temperature where a dust layer resting on a hot surface will ignite. The test simulates dust gathered on equipment, for example, and at which surface temperature the dust will ignite.

p_max – Maximum explosion pressure:
EN 14034-1
The maximum explosion pressure attained in a 20 L sphere. Together with the rate of pressure rise these are essential data to be able to properly dimension vent sizing etc.

dp/dt and K_st – Maximum pressure rise rate and dust explosion constant (severity):
EN 14034-2
An indication of how fast the pressure rises in the 20 L sphere and the corresponding pressure rise in a 1 m³ vessel. This value is the basis for the St-classes.

LEL/MEC – Lower Explosion Limit:
EN 14034-3
Lower explosion limit/minimum explosive concentration of dust which is ignitable in atmospheric conditions.

Test of resistivity:
ISO/IEC 80079-20-2
An indication of the electrical conductivity of the dust. High resistivity equals low conductivity. The risk of accumulating electrostatic charges increases with increasing resistivity.

The result is summarized by RISE in a written report. The report is delivered in English.

Leadtime is communicated separately upon quotation.

Collecting and sending samples

The sample should be representative of the dust generated in the process. The dust sample should be dry and consist of fine particles.
The material should be sent in sealed containers.

Sample preparation and characterization

The particle distribution and the moisture content are of eminent importance for the dusts’ explosive character, generally smaller particles of dust generate a stronger reaction. By defining these parameters, a more comparable result is obtained.

RISE provides sample preparation and chemical analysis of both organic and inorganic materials.

• Milling
• Sieving
• Particle size distribution
• Determination of moisture content
• Drying
• Characterization of inorganic dust
• Calorimetry of organic material

ISO/IEC 80079-20-2

EN 13821

EN 50281-2-1

EN 14034-1

EN 14034-2

EN 14034-3

ISO 22301 provides organizations, regardless of size, with support for systematic work in their continuity planning. The standard helps your organization with plans and work to reduce the likelihood, respond to, and not least how to recover after disruptions when they occur.

Continuity planning is about ensuring that the business can continue to function even in the event of serious disruptions – such as cyberattacks, fires, natural disasters, or attacks. It is a more comprehensive and long-term effort than traditional disaster preparedness, focusing on maintaining IT systems and other critical functions without interruption.  

If your organization has high demands on availability and operational reliability from customers, suppliers, or other stakeholders, ISO 22301 is a standard worth looking into.  

With a certified management system according to ISO 22301, you ensure that your organization's continuity work follows an established standard and verifies it at the same time to suppliers, customers, and other stakeholders. It strengthens the trust of your stakeholders and creates a clear structure for how you manage risks and disruptions.  

The certification serves as proof that you are working with continuous improvements in continuity – and the annual audit helps you develop both efficiency and resilience over time. 

In a society where threats and vulnerabilities are increasing, the need for continuity planning becomes increasingly important. Even if you hope that crises never occur, ISO 22301 provides a clear path for how you can prepare – and stand strong when the unexpected happens. 

See the description of RISE certification process for management systems.  

Once the organization meets the requirements for certification of management systems for continuity management according to ISO 22301, a certificate can be issued. 

With RISE as your certification body, you get a partner to grow with. We also offer certification of management systems for quality, environment, occupational health and safety, and information security, as well as a wide range of other certification services within management systems, products, and personnel. RISE can deliver a comprehensive solution for you in the area. 

Contact us to learn more! 

Used to create moisture-proof constructions and to stop emissions from reaching the indoor environment. We work on evaluating the function of these constructions in connection with damage investigations, inspections and quality assurance during new installation, verification of system solutions in connection with certification and follow-ups.

The purpose of a function control can be, for example, inventory / function mapping of installations or follow-up control of certified systems to assess the system's function. Function testing can also be a subset of damage investigation of buildings with moisture problems.

 

The functional test of the mechanically ventilated design ensures that the system works in the intended way and that moisture and emissions from underlying construction do not spread to the indoor environment.

A functional test can be performed at different stages:

1. During construction to ensure that the installation is carried out correctly and give the installer a chance to verify that the system is airtight before the flooring / surface layer is completed so that any leaks can be corrected as early as possible.
    
2. During the use phase to verify that the installation works as it should and has not been compromised by changes in general ventilation, refurbishing of adjacent building parts, dirt or other operational disturbance.

The accredited SP methods 1630-1634 cover a range of test methods for evaluating the function in mechanically ventilated gaps, which include, for example, control of airflow direction, pressure difference between the ventilated gap and the indoor environment, airtightness and tracer gas measurement to study air movements.

In addition to these measurements, an indication measurement of the airflow in the exhaust air duct and pressure drop over the building envelope is normally included. When monitoring the certified systems, an assessment is also made of the installed system's compliance with the design documentation.

 

Results from the functional test are presented in a report.

Price upon request for quotation

The price is influenced by the extent of the service and the size of the object.

Requires preparation, for example, reading of drawings.

SP methods 1630-1634

Ensure that your electrical products comply with applicable safety requirements and standards. RISE offers accredited electrical safety testing and certification services that help you minimize risks, meet regulatory requirements, and bring your products to market faster.

We perform electrical safety testing for a wide range of electrical products, including:

• Household appliances and consumer equipment
• IT and communication products
• Equipment for measurement, control, and laboratory use

Through our collaboration with Intertek Semko, we can also offer CB certification and ETL certification for the United States and Canada, simplifying your access to international markets.

In addition to full testing, we also conduct preliminary assessments of technical documentation and prototypes, allowing potential design flaws to be identified early in the development of a new product.

Electrical safety testing is essential to ensure that your product is safe to use and complies with relevant standards (such as IEC and EN). We verify that the product does not pose risks such as:

• Electric shock
• Fire and overheating
• Energy and mechanical hazards
• Hazardous radiation
• Chemical risks

By identifying risks at an early stage, you reduce the likelihood of costly delays, product recalls, and non-compliance with regulations.

Testing is conducted in our accredited laboratory in Borås by experienced experts. Before testing begins and throughout the process, you will have direct contact with the test engineer.

We follow a structured approach by:

• Identifying relevant standards and requirements
• Reviewing and testing the product according to applicable clauses
• Documenting results and any deviations

You will gain a clear understanding of how your product performs from an electrical safety perspective.

Clear results and strong decision support

After the testing is completed, you will receive:

• An accredited test report
• Verification from an independent third-party body
• Documentation supporting CE marking and certification
• Support throughout your process of accessing the market

According to tender

According to tender

IEC 60335-1, EN 60335-1,
IEC 60335-2-40, EN 60335-2-40
IEC 60335-2-103, EN 60335-2-103

IEC 60950-1, EN 60950-1
IEC 60950-22, EN 60950-22

IEC 61010-1, EN 61010-1
IEC 61010-2-030, EN 61010-2-030
IEC 61010-2-101, EN 61010-2-101

IEC 62368-1, EN 62368-1

IP-classification of electrical products

IP-classification of electrical products according to IEC 60529,
EN 60529 and ISO 20653.

RISE delivers a test report with accreditation status that confirms that a third party testing institute has tested your products.

The tests are performed in our lab in Borås.

Depending of specified IP-class the product is exposed to different test probes, fine dust and water. After the exposures the product is disassembled for visual inspection.

Test report

According to tender

According to tender

IEC 60529, EN 60529 

ISO 20653