RS PRO 305mm(W)x

RS Stock No.:: 431-9500
Brand:: RS PRO

Unavailable

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Alternative

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RS PRO Static Shielding Bag 305mm(W)x 406mm(L)

RS Stock No.: 431-9566

1 Bag of 100

$427.05

(exc. GST)

$491.11

(inc. GST)

RS Stock No.:: 431-9500
Brand:: RS PRO

Specifications

Technical data sheets

Legislation and Compliance

Product Details

Find similar products by selecting one or more attributes.

Select all	Attribute	Value
	Brand	RS PRO
	Bubble Bag	No
	Colour	Silver
	Width	305mm
	Quantity Per Package	10
	Dissipative	Yes
	Conductive	Yes
	Anti-Static	Yes
	Closure Type	Zipper
	Static Shielding	Yes
	Complies with EN 61340-5-1	Yes

	Select all
	Brand RS PRO
	Bubble Bag No
	Colour Silver
	Width 305mm
	Quantity Per Package 10
	Dissipative Yes
	Conductive Yes
	Anti-Static Yes
	Closure Type Zipper
	Static Shielding Yes
	Complies with EN 61340-5-1 Yes

RoHS Status: Not Applicable

COO (Country of Origin):: US

Static Shielding Bags

Shielding bags are designed to protect ESD sensitive components and assemblies from all harmful aspects of static electricity. Their Faraday cage design ensures ESD safety.

Features and Benefits

Available as heat sealable or zip lock. The zip lock offers convenient, easy closure thereby guaranteeing ESD protection
3-layer, buried 'metal' design offers dissipative outer, anti-static inner and buried metal for complete ESD safety
ZIP Lock bag illustrated

How do Anti Static Bags work?

The proof is in the name with these bags, they will fully protect devices from static discharges. Electrostatic discharges can be catastrophic in certain situations, and Antistatic bags are there as an option to guarantee protection. The bags are easy and convenient to use, and it's simply not worth the risk having components remain unprotected.

What is ESD?

An acronym for Electrostatic discharge, ESD is a damaging and potentially dangerous discharge of electricity which can damage sensitive equipment. Devices such as semiconductors and microchips, circuit boards, anything which uses or operates by electricity can technically be damaged.

Note

Dimensions quoted are internal dimensions