Security Camera Shell Protection Standard

Security camera housing involves two main aspects of protection, one is waterproof and dustproof, and the other is riot. (Of course there are special industries, such as the explosion-proof level in the petrochemical field, which will be introduced later)

Ingress Protection Rating

International Protection Marking (IEC 60529) is also known as Ingress Protection Rating or IP Code. Sometimes referred to as “waterproof grade”, “dustproof grade”, etc., it defines the degree to which mechanical and electronic equipment can provide against solid foreign objects (including body parts such as fingers, dust, grit, etc.), liquid infiltration, and accidental contact. Protection ability.

International (European) Standard

IEC 60529:2013, Code configuration

IP23CH

IP, stands for international protection

2, Prevent the entry of solid objects. Numbers 0-6 or letters

3, Prevent harmful effects caused by water ingress. Numbers 0-9 or letters

C, additional letters A, B, C, D

H, supplementary letters H, M, S, W

Detailed description of IP protection level

First numberMeaning
0No protection
1Prevent solid foreign objects with a diameter of not less than 50mm
2Prevent solid foreign objects with a diameter of not less than 12.5mm
3Prevent solid foreign objects with a diameter of not less than 2.5mm
4Prevent solid foreign objects with a diameter of not less than 1.0mm
5Dustproof
6Dusty
The first digit prevents the entry of solid foreign objects.

Second numberMeaning
0No protection
1Prevent dripping in the vertical direction
2Prevent vertical dripping when the shell is tilted at 15°
3Waterproof
4Splash water
5Water spray prevention
6Prevent strong water spray
7Prevent short-term flooding
8Prevent continuous flooding
9Prevent the influence of high temperature/high pressure water spray
The second digit prevents water from entering

Additional lettersMeaning
APrevent the back of the hand from approaching
BPrevent fingers from approaching
CPrevent tools from approaching
DPrevent metal wires from approaching
Additional letters indicate the degree of protection

Supplementary lettersMeaning
HHigh voltage apparatus
MMotion during water test
SStationary during water test
WWeather conditions
The degree of protection indicated by the supplementary letter

NEMA protection level (United States)

In the United States, the National Electrical Manufacturers Association (NEMA) defines the NEMA enclosure protection level in NEMA 250-2018.

NEMA TYPEDescription
1General purpose. Prevent dust, light and indirect splashing, but not dustproof; mainly prevent contact with live parts; use indoors and under normal atmospheric conditions.
2Hourglass. Similar to Type 1, but with the addition of an anti-drip cover; it is used in places with severe condensation (such as in cooling rooms and laundry rooms).
3Weather resistance. Prevent falling dust and dust blown by the wind, from rain, sleet and snow and other weather hazards, and not to be damaged by icing. Used outdoors in docks, construction projects, tunnels and subways.
3RSame as 3, but without protection against wind and dust.
3SSame as 3, but it can also be operated when there is ice.
3X,3RX,3SXX represents additional corrosion protection; often used near salt water.
4,4XWaterproof. Must spray at least 65 GPM of water from a 1-inch nozzle no smaller than 10 feet for 5 minutes. Used outdoors in shipyards, dairy plants, wastewater treatment plants and breweries. X (for 4X) represents additional corrosion resistance.
5Dustproof. Provide gaskets or equivalent to remove dust; used in steel plants and cement plants.
6,6PThe design of diving depends on the specified conditions of pressure and time; immersion in water or oil; used in quarries, mines and manholes. 6 can be immersed in water temporarily, 6P can withstand occasional long-term immersion. Not suitable for continuous immersion.
7Use in areas that are certified and labeled with specific hazardous conditions: indoor use in Class I, A, B, C, and D environments defined in NFPA standards (such as NEC).
8Use in areas that are certified and labeled with specific hazardous conditions: indoor and outdoor use in places defined as Class I, A, B, C, and D in NFPA standards such as NFPA 70.
9Use in areas that have been certified and labeled with specific hazardous conditions: used indoors and outdoors, used in Class II, E, F or G group categories defined by NFPA standards such as NEPA.
10Meet the requirements of 30 CFR Part 18 (1978) of Mine Safety and Health Administration.
11General purpose. Prevent the corrosive effect of liquid and gas. Meets dripping and corrosion resistance tests.
12,12KGeneral purpose. Designed to be used indoors to prevent dust, falling dust and dripping non-corrosive liquids. Meets dripping, dust and rust resistance tests.
13General purpose. Mainly used to provide protection against dust, water spray and non-corrosive coolant. Comply with oil drainage and anti-rust design test.
NEMA 250-2018

The following two tables compare the link between the NEMA 250-2018 standard and the IEC 60529 IP code. It should be noted that the values between these two standards are not completely equal: NEMA standard values and other product characteristics and tests that are not covered by the IEC 60529 standard (such as functions under icing conditions, enclosures in hazardous areas, cable connections Beating etc.).

NEMAIP protection standard
1IP20
2IP22
3,3X,3S,3SXIP55
3R,3RXIP24
4,4XIP66,IP65
5IP53
6IP67
6PIP68
12,12K,13IP54
Simple relationship between NEMA 250 standard and IEC 60529 standard
Detailed connection between NEMA 250 standard and IEC 60529 standard

UL50 standard

The UL50 standard is a standard for electrical equipment enclosure requirements. Standard for safety: Enclosures for Electrical Equipment, Non- Environmental Considerations.
The core content is to further explain the content of the NEMA 250 standard, perfect and play. UL is a commercial company, so the UL50 standard is a commercial certification standard. The specific content can be viewed in the text of the UL50 standard, which will not be described in detail here.

Japanese Industrial Standard JIS Waterproof Rating (IPX)

JIS is Japanese Industrial Standards, Japanese Industrial Standards. JIS has formulated a special enclosure protection level, namely JIS C 0920:2003, which is basically the same as IEC 60529. The waterproof protection is divided into 10 levels from 0-9, which are represented by IPX1, IPX2…

IPXMeaning
IP0No protection
IP1Water droplets falling vertically have no harmful effects
IP2Water droplets falling within 15° of the vertical have no harmful effects
IP3Rainfall within 60° of the vertical has no harmful effects
IP4No harmful effects from splashing water in any direction
IP5Directly affected by water jets in any direction without harmful effects
IP6Directly sprayed by water in any direction will not enter the interior
IP7Do not enter the interior even if immersed in water under specified conditions
IP8It can be used even if it is immersed in a certain pressure of water for a long time
IP9It can still be used in humidity with a relative humidity of more than 90%
JIS IPX waterproof rating

IK protection level

GB/T 20138-2006/IEC 62262:2002, IK code used to describe the protection capability of enclosures against mechanical impact.

CODEIK01IK02IK03IK04IK05IK06IK07IK08IK09IK10
Joule0.140.20.350.50.71251020
IK code and impact energy

Impact energy, joules. 1 joule (J)=0.102kg·1m (kg·m), which is equivalent to the energy of moving a 0.1kg object forward by 1 meter.

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