372010060 datasheet, PDF - EEWORLD Datasheet

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372010060: DescriptionBOX S STEEL NAT 7.87"L X 3.94"W; CategoryTopical application Mechanical and electrical/engineering/automation; File Size2MB，164 Pages; ManufacturerRose Enclosures (Phoenix Mecano Inc.); Websitehttps://www.phoenix-mecano.com.au/; Environmental Compliance

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372010060 Overview

BOX S STEEL NAT 7.87"L X 3.94"W

372010060 Parametric

Parameter Name	Attribute value
Container type	box
size/dimensions	7.874" long x 3.937" wide (200.00mm x 100.00mm)
high	2.402"（61.00mm）
Area (L x W)	31.0 in²（200 cm²）
design	Cover included
Material	metal, stainless steel
color	natural
thickness	0.049"（1.25mm）
characteristic	impermeable
grade	IP66，NEMA 4X
Material flammability rating	UL E66473
delivery information	Shipping from Digi-Key
weight	2.1 pounds (952.5g)

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Enclosures . . .

. . . for Industry

A Phoenix Mecano Company

Choosing an Enclosure

GENERAL

CONSIDERATIONS

Generally, enclosures are intended to protect their contents from outside risks. These risks can be varied in

nature and are of extreme importance when choosing an enclosure. In judging whether a particular housing

meets the protection requirements of your application, a clear analysis of the environment where the enclosure

is to be used should be made.

The following conditions need to be taken into account:

1. Protection against contact with and penetration by foreign bodies;

2. Protection against water ingress;

3. Protection against external or internal radiated noise (RFI Shielding);

4. Chemical resistance;

5. Temperature resistance;

6. Impact resistance;

7. Corrosion resistance.

In electronics/electrical engineering, the functions of enclosures are two-fold:

1. To protect the contents from mechanical risks and radiated noise from the outside.

2. To protect the environment from mechanical and electrical risks, as well as from radiated noise

caused by installed components.

With the ever-increasing development of electronic components, the increased packing densities on printed

circuit boards, and the increased "contamination" of the environment by electromagnetic interference, electro-

magnetic compatibility is becoming an issue of growing importance in the choice of an enclosure.

MATERIAL

CONSIDERATIONS

In most applications, material is a major factor in your choice of an enclosure. In general, aluminum is

ideal for EMI/RFI applications; fiberglass is ideal for caustic environments and salt-water applications; polycar-

bonate is good for all indoor and light outdoor applications; and ABS is well suited for indoor

instrumentation designs.

Rose

Bopla enclosures are classified under the generally applicable European protection guidelines of

EN 60529 and IEC 144. These protection classifications are indicated by a designation consisting of two

unchanging letters, IP, plus two digits for the protection grade. Many of the enclosures in this catalog bear the

IP 66 or IP 65 protection classification.

IP 65: Protection against ingress by dust and water jets

IP 66: Protection against ingress by dust and powerful water jets

Specific product lines are classified according to UL 50 and UL 508. These include aluminum, fiberglass, and

plastic. Also noted in this catalog are recommended classification types like NEMA and UL, which are com-

monly used in the USA. Please contact the appropriate association or agency for complete infor-mation

regarding test requirements and qualifications. Refer to the Technical Information Chapter in this catalog for

more information on Protection Classifications.

PROTECTION

CLASSIFICATIONS

TEMPERATURE

RESISTANCE

CORROSION

RESISTANCE OF

ALUMINUM

ENCLOSURES

IMPACT

RESISTANCE

The temperature resistance of enclosures is defined as the maximum permanent temperature at which

the stability of the shape and the protection classification are maintained. Permissible short-term peak temper-

atures are often considerably higher.

Aluminum enclosures are resistant to corrosion even without a special surface treatment. The use of

aluminum alloys with a low copper content increases corrosion resistance. Additional treatments such as irridit-

ing, painting, powder-coating, or a combination of irriditing and painting provide increased corrosion resis-

tance.

Impact resistance is a measurement of the maximum impact that will not affect the protection classifi-

cation. The breaking strength is often far greater. Impact resistance for Rose

Bopla enclosures is

determined in an impact test to EN 50014.

www.Rose-Bopla.com

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