What is IK Rating?

What is IK Rating?

 

In the fields of electrical equipment and lighting solutions, durability and reliability are paramount, especially when devices are used in harsh environments. The IK Rating is a key metric for assessing a product's ability to withstand mechanical impacts.

 

Definition of IK Rating

 

The IK Rating is defined by the IEC 62262 standard, which measures the impact resistance of enclosures for electrical equipment. This rating is particularly important for products that may be exposed to physical shocks, such as outdoor lighting fixtures, industrial equipment, and other devices used in high-traffic areas.

 

The IK Rating is expressed as "IK" followed by two digits. These digits indicate the level of protection the device offers against mechanical impacts, ranging from IK00 (no protection) to IK10 (the highest level of protection). Here’s a detailed breakdown of the IK Rating scale:

 

IK Rating	Protection	Equivalent impact
IK00	No protection
IK01	0.15 J	Equivalent to a 0.25 kg object falling from a height of 56 mm.
IK02	0.20 J	Equivalent to a 0.25 kg object falling from a height of 80 mm.
IK03	0.35 J	Equivalent to a 0.2 kg object falling from a height of 140 mm.
IK04	0.50 J	Equivalent to a 0.25 kg object falling from a height of 200 mm.
IK05	0.70 J	Equivalent to a 0.25 kg object falling from a height of 280 mm.
IK06	1.00 J	Equivalent to a 0.25 kg object falling from a height of 400 mm.
IK07	2.00 J	Equivalent to a 0.5 kg object falling from a height of 400 mm.
IK08	5.00 J	Equivalent to a 1.7 kg object falling from a height of 300 mm.
IK09	10.00 J	Equivalent to a 5 kg object falling from a height of 200 mm.
IK10	20.00 J	Equivalent to a 5 kg object falling from a height of 400 mm.

 

 

 

The higher the IK Rating, the better the equipment can withstand impacts, making it a critical factor when selecting products for outdoor or industrial applications.

 

 

 

Importance of IK Rating

 

Safety: A high IK Rating ensures that the equipment can withstand accidental impacts, reducing the risk of damage and potential safety hazards.

 

Durability: Products with a higher IK Rating are generally more durable, leading to lower maintenance costs and longer lifespans.

 

Reliability: Equipment with high IK Ratings performs well in various environments, ensuring it operates correctly when needed most.

 

IK rating of LED lighting

 

For LED luminaires, the IK rating indicates the ability of the internal circuit of the luminaire to resist drops or mechanical shocks. It also determines whether the luminaire can still work properly after experiencing damage. In the lighting industry, the IK rating of luminaires is crucial, especially in outdoor lighting applications, because outdoor luminaires face harsh environmental conditions that may cause damage. Therefore, when installing any luminaire outdoors, it is important to check its IK rating.

 

 

Introducing Our IK08 Neon Light Strip

 

IK08 Neon Light Strip, a high-performance lighting solution designed specifically for outdoor and industrial environments. 

Features:

 

High Impact Resistance: With an IK08 rating, this neon light strip can withstand impacts of up to 5 joules, making it suitable for use in high-traffic and potentially impactful environments.

 

Water and Dust Resistant: Our neon light strip is made from high-quality materials, ensuring it operates effectively in various weather conditions with excellent water and dust resistance.

 

Versatile Applications: Whether used for commercial signage, outdoor decoration, or industrial lighting, the IK08 Neon Light Strip provides bright and even illumination.

 

Energy Efficient and Eco-Friendly: Our neon light strip utilizes LED technology, offering high energy efficiency and a long lifespan, which reduces replacement frequency and maintenance costs.

 

By choosing our IK08 Neon Light Strip, you not only gain a high-quality lighting solution but also ensure the safety and reliability of your equipment in various environments. Feel free to contact us for more information!

IK08 test report