Enclosures
Digital Linear and Passive Components sources an exhaustive range of enclosures, including plastic, die cast aluminium, and metal enclosures.

Thick Wall
RFI - Conductive Plastic Enclosures
(1594RFI Series)

click to enlarge	click to enlarge
Assembled View (Top)	Assembled View (Bottom)

Key Features:

• Designed for EMI/RFI shielding applications - using conductive plastic (a compound of plastic and stainless steel fibers).
• For shielding effectiveness reports see "recommended reading" section below.
• Electronic instrument enclosures, ideally suited for mounting printed circuit boards.
• Thick wall design with an average wall thickness of .13" (3.3 mm).
• Molded from a compound of stainless steel fibers and flame retardant ABS plastic (carries a UL flammability rating of 94V-0).
• Designed to meet IP54.
• NOTE: Material is brittle - acts like phenolic - NOT FOR HIGH IMPACT USE.
• Countersunk lid is secured with four M3 x 0.5 - 0.71" (18 mm) long, Philips machine screws threaded into integral brass bushings. Perfect for applications with repetitive assembly and disassembly are required.
• Black with matte textured finish.

RFI - Conductive Plastic

Part Number	Color	Reader File	Drawing File Size	AutoCAD .dxf File	.dxf File Size	Units	Length	Width	Enclosure Depth (Less Lid)
1594RFIABK	Black		61K		158K	Inches	2.2	2.2	1.1
						mm	56	56	28
1594RFIBBK	Black		52K		161K	Inches	3.2	2.2	1.1
						mm	81	56	28
1594RFICBK	Black		59K		159K	Inches	4.1	2.6	1.3
						mm	105	66	33
1594RFIDBK	Black		50K		157K	Inches	5.2	2.6	1.7
						mm	131	66	43
1594RFIEBK	Black		50K		155K	Inches	6.6	4.2	2.1
						mm	167	107	53

NOTES:

• Material is brittle - acts like phenolic - NOT FOR HIGH IMPACT USE.
• Average wall thickness is 0.13" (3.2 mm)
• Add 0.47" (12 mm) to enclosure depth for lid
• For other drawing information or if you prefer .dwg versions of these drawings e-mail drawings@hammondmfg.com

SAFETY NOTES:

• Conductive plastic is NOT an insulator - these enclosures must be treated like a metal enclosure.
• Conductive plastic will act as a heating element - any significant current flow will cause the plastic to heat and produce smoke.

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