Pros of Collecting IP Codes 

• IP codes are needed  to protect  electronic  products from  damage
• Electronic products need IP rating  to  boost up customers   to buy   electronic goods
• Company’s goodwill increases  if  the  management  showcases the  IP codes  as  a part of establishing credibility of the  company
• IP codes  ensure the  steady  efficiency of  different electronic devices

Requirement for IP rating across day to day devices

• A  spy cam  for underwater   navigation   should have  IP ratings to avoid damages
• A digital sign board  on the roadside must be protected from dust particles and water
• A car door should not be drenched or soaked in water. There will be no ingress materials to make the car inefficient.

Facts about Ingress Protection Rating

Ingress Protection Rating: Ingress protection also called as ignorance pass is very important since the product goes through many challenging circumstances. Ingress protection (IP) is the rating or the degree of protection given to the enclosures.

Usage of Different IP Digits to Measure the Product Protection

• First  IP  digit  is for  product safety  from solid material
• Second IP digit is applicable to the protection of products from liquid
• Third IP digit is applied to product protection from mechanical side effect

Learn about Benefits of Using IP Codes

An electronic product manufacturer is benefited by going through these different IP ratings. Before the development of any electronic device, he should be acquainted with the IP ratings.   He will be able to modify the products as much as he can to prevent the entry of ingress materials.   He can do better   per-workouts based on IP rating guidelines.

Understanding Symbolical Values of Different IP Digits

1. There are symbolical values of different IP digits. For instance, first IP digit with 6 is meant for full-fledged protection from dust.
2. Second IP digit with number of 8 stands for safety from the liquid.
3. An electronic product manufacturer will have to crosscheck the different IP ratings to know about the degree of product protection confirmed by the authority.
4. In this connection, he can talk to experienced consultants to have tips about how to read the digital IP ratings to understand the product efficiency at various levels.
5. Based on the application of an electronic product, it is important to decide the expected exposure a product may undergo during its life cycle. This understanding is crucial during the design stage as it enables the designer to take a decision on developing a higher IP rated design.
6. The qualitative knowledge about the process of IP rating is conducive to the proper selection of the electronic product which must have lifelong durability.

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During the design phase, the design engineers take utmost care to ensure longevity of the product. However, sooner or later, the task of sustaining the product is bound to arise and thus needs to be a prominent phase of the product life cycle. Several activities can be performed by the manufacturer to ensure continued Life Cycle of the product. We here are highlighting on some of the crucial parameters that the manufacturer needs to bear in mind.

Effective sustenance of a product requires proactive action. It is critical to detect potential hurdles as early as possible. A basic and essential task is a periodic Life Cycle Analysis on every part of the . This analysis needs to track availability and conformance to prevailing regulatory standards for every part of the BOM. When a change in part status or non-conformance is identified appropriate action has to be initiated. The solution can sometimes require re-design of a PCBA of the product. If the changes to implement the solution are substantial, re-certification of the product is sometimes required. In many cases a non-trivial design effort is required.  With market challenges like product substitute employing newer technologies being introduced also calls for continuous improvement in the Product. The manufacturer also needs to ensure that the features, cost and power efficiency of the product are comparable to these newer products. This is best achieved by periodically performing a Value Engineering analysis on the product.

The engineering team invariably receives several suggestions for product improvement from the sales team as well as customers. These inputs need to be analysed and addressed on regular intervals to ensure relevance of the product in the market scenario.

Sometimes the manufacturing team may face problems in the process that may reduce the yield and efficiency of the product and increase its cost, due to unpredictable conditions. Additionally there could be requirement for conformance to varying standards related to environment and reliability. These challenges have to be promptly handled by the product design team and the earliest resolutions would then contribute to better return on investments.

With the current competitive market conditions Product sustenance is gaining prominence in the PLC and to ensure better suitability of a product in regards with cost, performance and quality it is important that the design teams adopt pro-active strategies to stay ahead in the market.

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