Annex A · MIL-STD-810H

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1. PDF page 249

ABS (acrylonitrile-butadiene-styrene)	Polydichlorostyrene
Acetal resins	Polyethylene, low & medium density (0.940 and below)
Cellulose acetate	Polymethyl methacrylate
Cellulose acetate butyrate	Polyurethane (ester types are particularly susceptible)
Epoxy-glass fiber laminates	Polyricinoleates
Epoxy-resin	Polyvinyl chloride
Lubricants	Polyvinyl chloride-acetate
Melamine-formaldehyde	Polyvinyl fluoride
Organic polysulphides	Rubber, natural and synthetic
Phenol-formaldehyde	Urea-formaldehyde

Paragraph		Page
1.	SCOPE	1
1.1	PURPOSE	1
1.2	APPLICATION	1
1.3	LIMITATIONS	1
2.	TAILORING GUIDANCE	1
2.1	SELECTING THE SALT FOG METHOD	1
2.1.1	EFFECTS OF CORROSIVE ENVIRONMENTS	1
2.1.1.1	CORROSION EFFECTS	2
2.1.1.2	ELECTRICAL EFFECTS	2
2.1.1.3	PHYSICAL EFFECTS	2
2.1.2	EFFECTS OF CORROSIVE ENVIRONMENTS	2
2.2	SELECTING PROCEDURE VARIATIONS	2
2.2.1	SALT SOLUTION	2
2.2.2	TEST ITEM CONFIGURATION	2
2.2.3	DURATION	2
2.2.4	TEMPERATURE	3
2.2.5	AIR CIRCULATION	3
2.2.6	FALLOUT RATE	3
2.2.7	DRYOUT RATE	3
3.	INFORMATION REQUIRED	3
3.1	PRETEST	3
3.2	DURING TEST	3
3.3	POST-TEST	3
4.	TEST PROCESS	4
4.1	TEST FACILITY	4
4.1.1	TEST CHAMBER	4
4.1.2	SALT SOLUTION RESERVOIR	4
4.1.3	SALT SOLUTION INJECTION SYSTEM	4
4.1.4	SALT FOG COLLECTION RECEPTACLES	5
4.2	CONTROLS	5
4.3	TEST INTERRUPTION	5
4.3.1	TEST INTERRUPTION. DUE TO CHAMBER MALFUNCTION.	5
4.3.2	TEST INTERRUPTION DUE TO TEST ITEM OPERATION FAILURE.	6
4.4	TEST SETUP	6
4.5	TEST EXECUTION	6
4.5.1	PREPARATION FOR TEST	6
4.5.1.1	PRELIMINARY STEPS	6
4.5.1.2	PRETEST STANDARD AMBIENT CHECKOUT.	8
4.5.2	PROCEDURE	9
5.	ANALYSIS OF RESULTS	9