ESD 242208 Electrostatic Dissipative Container

Specifications

Additional information

Length (inches)	24
Width	22
Height	8
Inside Length	21.3
Inside Width	20.4
Inside Height	8.1
Weight (lbs)	6.5
Bottom	Crosspad, Crosstac, Reinforced, Smooth, Textured, Ventilated
Colors	Black
Truckload (53ft trailer)	1,144
FOB	MEX
48x45" Layer	4

ESD Electrostatic Dissapative Straight Wall Containers

Product Order ID	Footprint (inches)	Inside Dimension	Weight (lbs)	Capacity Cubic Ft	48×45″ Layer	Truckload (53ft Trailer)	FOB
ESD 120705	12 x 7 x 5	9.3 x 5.3 x 4.3	1.2	0.12	24	12,480	CLT
ESD 121505	15 x 12 x 5	12.9 x 9.3 x 4	2.2	0.28	12	6,240	CLT
ESD 121507	15 x 12 x 7	12.9 x 9.3 x 6.5	2.6	0.46	12	4,056	CLT
ESD 121509	15 x 12 x 9	12.9 x 9.3 x 8.8	3.4	0.62	12	3,120	MEX
ESD 241505	24 x 15 x 5	21.3 x 12.9 x 4	4.1	0.66	6	3,120	CLT
ESD 241507	24 x 15 x 7	21.3 x 12.9 x 6.5	4	1.05	6	2,028	CLT
ESD 241509	24 x 15 x 9	21.3 x 12.9 x 8.8	5.4	1.41	6	1,560	MEX
ESD 241511	24 x 15 x 11	21.3 x 12.9 x 10.2	5.9	1.6	6	1,404	MEX
ESD 241514	24 x 15 x 14	21.3 x 12.9 x 13.8	7.4	2.2	6	1,092	MEX
ESD 242207	24 x 22 x 7	21.3 x 20.4 x 6.7	5.8	1.7	4	1,352	MEX
ESD 242208	24 x 22 x 8	21.3 x 20.4 x 8.1	6.5	2	4	1,144	MEX
ESD 242209	24 x 22 x 9	21.3 x 20.4 x 8.9	6.8	2.2	4	1,040	MEX
ESD 242211	24 x 22 x 11	21.3 x 20.4 x 10.2	7	2.6	4	936	MEX
ESD 242214	24 x 22 x 14	21.3 x 20.4 x 13.8	9.4	3.5	4	728	MEX

Keep electronic components safe during storage, shipping, and assembly.

Guarding against static shock requires the use of an ESD material such as conductive, anti-static, or static dissipative plastics to minimize risk. Static shock can destroy sensitive electronic components, erase or alter magnetic media, and even cause explosions. Materials with ideal ESD protection require 106 ohms/square to 109 ohms/square. Anything outside of this range still leaves electronic components unprotected.

At SSI SCHAEFER, we only manufacture electrostatic dissipative ESD products. Each SSI SCHAEFER ESD product falls within the recommended range guidelines that are suitable for a wide range of electrical components.

THE DIFFERENCE BETWEEN DISSIPATIVE AND CONDUCTIVE

Electricity at rest is static electricity.

The transfer of electrons that occurs upon sliding, rubbing, or separating material generates electrostatic voltage. The discharge of this action results in a mild to painful shock. When electronic components are subject to electrostatic discharge, those items are typically damaged—even with low voltage.

Employees are usually the prime causes of electrostatic discharge during assembly or shipping of electronic components. However, even when an approved electrostatic dissipative container (ESD) is used, electronic components are still at risk depending on the materials used during the manufacturing process.

OHMS/SQ.	MATERIAL	DESCRIPTION
>1013	Insulative	Insulators and base polymers. These materials are not protective against static electricity.
1010 to 1012	Anti-Static	Initial charges are suppressed, but may only be surface resistant.
106 to 109	Dissipative	No or low initial charge. Prevents discharge to or from human contact.
103 to 105	Conductive	No initial charge, but still provides an easy path for bleed off to another object.
1 to 103	Shielding Composites	Employs nickel coated carbon fibers to omit EMI only in specific products.
10-3 to 1	Carbons	Carbon powder and fiber.
< 10-3	Metals	Stainless steel, bronze, and copper.

NOT ALL CONTAINERS PROTECT EQUALLY

With conductive containers, a low electrical resistance allows electrons to flow across the surface or through the container and ground to another object without obstruction. This conductive process of moving the electrical charge from a container to another object can be dangerous and is not the best solution for a manufacturing application.

PROTECT YOUR ELECTRONICS WISELY

With electrostatic dissipative (ESD) products from SSI SCHAEFER, the charge flows to a ground position in a slow and controlled manner. Dissipative materials have a surface resistance equal to 106 ohms/square but less than 109 ohms/square. The risk of electrostatic charges are extremely low, and ESD containers prevent discharge from human contact.