ML20050C873

Qualification of EA180 Series Limit Switches for Use in Nuclear Power Plants in Compliance W/Ieee Stds 323-1974, 382-1972 & 344-1975

ML20050C873
Person / Time
Site:	Sequoyah
Issue date:	08/28/1980
From:	NAMCO
To:
Shared Package
ML20050C841	List: ML20050C840 ML20050C856 ML20050C859 ML20050C862 ML20050C863 ML20050C873 ML20050C881 ML20050C884 ML20050C891 ML20050C896 ML20050C927 ML20050C958 ML20050C961 ML20050C962 ML20050C963 ML20050C964 ML20050C965 ML20050C971 ML20050C975 ML20050C982 ML20050C988 ML20050C999 ML20050D000 ML20050D003 ML20050D008 ML20050D009 ML20050D011 ML20050D013
References
RTR-NUREG-0588, RTR-NUREG-588 IEB-79-01B, IEB-79-1B, QTR-105, NUDOCS 8204090426
Download: ML20050C873 (40)

Text

,

'l e

ad, e

t to t A5t 131s' 5TREET*C N

H e

8*

6 6

2 (236) 576-4070 J E F FE F450N. OHIO 44047 REPLY TO:

349 CUCUMDER STREET COPY t10.

TEST PLAN NO. LP10767-2 DATE NOVEMBER 2, 1979 REVISION NO.

3 TEST PLAN FOR THE QUALIFICATION OF EA170-XX302 SERIES LIMIT SWITCHES FOR USE IN NUCLEAR POWER PLANTS IN COMPLIANCE WITH IEEE STANDARDS. 323-74, 382-72 AND 344-75, FOR OUTSIDE OF THE-C0!4TAlliMENT, ONLY.

O RkN$xoko 07 Scma-Claveland Company P

1 TEST PLAN NO. LP10767-2

-t EVISIONS

_REV DESCRIPTION OF CHANGE DATE

. t 0

1st Draft 7-6-79 i

Released 8-3-79 2

Revise Sections 5 & 6 9-26-79 to delete Engineering tests.

Add switch set-up information to Sec-tion 6.4 and 10.

3-Revise 4.1.1 and 6.5 11-2-79 Rad. Exp. wap 2 X 10g now 204 X 100

/

e 0

0 9

9 6

6 4

-N

i 4

~

i' TEST PLAN NO. LP10767-2 i

DATE' JULY 6, 1979 4

4 4

i k

r.-

/~

John R. Bendokaitis O

Project Engineer Nuclear Swi tch Coordinator NAMCO CONTROLS h&-69 Josep'n Buzogany " (/

Chief Engineer NAMCO CONTROLS 9

INDEX SECTION PAGE 1.

Purpose of Test Plan

]

2.

Applicable Specifications and' Drawings 2

3,. -

Number and Types of Switches to be Tested-3 4.

Service Conditions, Mounting and Connection Requirements 4

~

5.

Qualification Test Sequence 7

6.

~

Qualification Test Conditions and Procedures-8 7.

Performance Limits 21 8.

Documentation 22 9.-

Generic Group Qual. and Minor Design Mod.

23 Justification

(({}

10 Attachments 31 6

W I

O

FIGURES FIGURES

~

PAGE 1.-

Switch Lead Wire Hook-Up.

24 2.

Connection Diagrams 25 i

2A.

Max. Electrical Load Test 25 2B.

Functional Test 25 3.

Connection Diagrams 26 3A.

El ect ri cal Load Test 26 3B, insulation Resistance' Test 26 4.

27 5.

Connection Diagram for Mechanical Aging Load 28 6.

Connection Diagram for Seismic Quali fication 29 Test

' -( )

7.

Sine Dwell Test Envelope 30 e

e

.i O

1.

PURPOSES OF TEST PLAN 0

1.1 The purpose of this test plan is to provide a step by step procedure for type qualification of a series of NAMCO CONTROLS Limit Switches to IEEE Std. 323-1974, 382-1972 and 344-1975, outside containment only.

1.2 This test plan will envelope envi ronmental condi tions (plus margins) set forth in section 4.

1.3 This test plan includes testing of Limit Swi tch per-formance, aging, simulation, sei smic qual i'fication and special environment simulation.

1.4 Only the pressurize water reactor and boiling water reactor portions of I EEE 382-1972 will be applied in l

this test plan.

• (O t

?

'O

_1

2.

APPLICABLE SPECIFICATIONS AND DRAWINGS

-p 2.1 The listed documents are a part of this test plan and v

wi1l be, referred to as. requi red, where di f ferences exist between the documents and this plan, the plan will prevail.

-2.2 IEEE Std 323-1974 - Std for Qualifying Class IE Equipment for Nuclear Power Generating Stations 2.3 IEEE Std 382-1972/ ANSI N41,6 IEEE Trial-Use Gui'de for Type Test of Class 1 Electric Valve Operators for Nuclear Power Generating Stations 2.4 IEEE Std 344-1975 - Recommended Practices for Seismic O

oueiificetion of Ciess ie Equipment for Nuclear Power

, Generating Stations l

2.5 NEMA Std ICS6-1978 - Enclosures for Industrial Controls and Systems 2.6 NAMCO CONTROLS drawings 2.6.1 EA170-Il302 Limit Switch Assy.

2.6.2 2.6.3 2.6.4 l

r.

~

3.

NUMBER AND - TYPES OF. SWITCHES TO BE TESTED f

3.1 Test two (2) versions of switch P/No. EA170 11302 l--) -

3.1.1 Nameplate Rating:

125VAC-20A, 250VAC-15A, 480VAC-10A,

'600VAC-5A, 125VDC-5A, 250VDC-1.5A 75-100% Power Fac, tor 3.1.2 Operating Data:

Pretravel 10 Differential Travel 8

Recommended Travel 13 Maximum Torque During Pretravel -

23 inch lbs 3.2 Manufacturer and Type The switches are manufactured by NAMCO CONTROLS, an Acme Cleveland Company, and are heavy duty, double pole, double throw, butt contact, quick break and quick make type.

3.3 Identification Test switches will be iaentified for test purposes I( )

with the following:

3.3.1 Part number 2

3.3.2 Revision letter and/or EZ number 3.3.3 Date of manufacture 3.3.4 Test switch reference number (optional) s e

9 0

-m

4.-

SERVICE C0llDITIONS, MOUNTING AND CONIJECTIC.1 REQUIREMENTS 4.1 Service Conditions b '

This test plan enve' lopes the rated ambient, operational i^\\

\\'

and electrical service conditions ofthe limit switch.

Test conditions were chosen to simulate the most severe (or conservative) limitslof these parameters.

Where multi-electrical conditions exist, e.g. AC and DC ratings, a single voltage condition was chosen (based upon~past experience) as most severe (or conservative).

4.1.1 Environmental Conditions Temp. -20'C TO +90 C Pressure - ambient Humidity - 0 TO 100%

Chemical - none 6

([)

Radiation - 204 X 10 Rads (less ma: gins)

[

4.1.2 Enclosure Type The switch enclosure meets the requirements of NEMA types 1, 4 & 13.

4.1.3 Electrical Conditions Rated - see section 3 4.1.4 Operational Life Mechanical - 100,000 operations min.

Electrical - 100,000 operations min.

4.1.5 Service Life Service life is dependant upon the ambient condition of the switch installation, see section 6.3 for estimated qualified life.

()

~

4 SERVICE CONDITIONS, MOUNTING AND CONNECTION REQUIREMENTS-- Cont.

4.1 Service Conditions - Cont.

4.1.6 Earthquake Environment Safe shutdown carthquake requi rements of IEEE Std 344, acceleration loads of 9.74 g's minimum at frequencies of 1 to 35 Hz (see Fig. 7).

6 Plant induced vibrations of 10. vibratory cycles at low acceleration loads and up to 100 Hz.

4.2 Mounting and Connections The test mountings and connections predicate the following service and installation conditions:

4.2.1 Mount the switch with proper size and length of fasteners.

4.2.2 1rli re passage through switch conduit entrance must be scaled in such a way

(

, <^)-

as to maintain the switch integrity

\\_

under service and DBE conditions.

4.2.3 Wire terminals should not be of zinc or zine plate' material.

4.2.4 Top and bottom covers, gaskets and g

screws to be properly assemb' led and torqued per installation Instructions.

9 9

.-g.

4.

SERVICE C0tlDITl0!JS, MOUt1Tl!JG AND C0!Ji1ECTION. REQUIREMENTS - Cont.

O 43 operet t a9 'ever ^ssembi v One of the listed lever assemblies shall be used as part of the test fixture to operate the switch.

Removal or replacement shall not be considered in the test results.

4.3.1 ELO60 53301 Lever Assembly' 1.5 inch bronze lever, stainless steel pin

.74 dia X.24 wide Nitronic steel roller 4.3.2 ELO60 53300 Lever Assembly 1.5 inch bronze, lever, stainless steel pin

.74 dia X.24 wide Be Cu roller i

i O l

i 4

i l

I O

8 0

1 i

e O

.,,..,,ym-._

y

--e--,

-e' r- -e#*

r-r- - - ' " - - - ' ' ~ - - - ' ^ " - - - '

- - ~ ' ' ' * " ' - " ~ ' ~ ' ^ " - * * * " - ~ ' ~ ' ' ' - ~ " "

5.

QUALIFICATION TEST SEQUENCE h

._2 zw SE-wu zz o

o r 4 a-5 US E

$4

$5 EU E$

SGO mo WW DESCRIPTION Wj

$g Z g 5, REMARKS DW 5.1 Inspect & Assy 6.1 5.2 B,aseline Data 6.2.1 X

X X

660 VAC 5.5A 5.3 2

5.4 Thermal Age 6.3 5.5 g

5.6 Performance Test 6.2.2 X

X X

5.7 Mechanical Wear Age 6.4 X

5.8 3

59 Performance Test 6.2.2 X

X X

5.b Radiation Simulation 6.5 5.11 2

3.12 Performance Test 6.2.2 X

X X

5.13 Seismic Qual.

6.6 X

125VDC 0.01 5.111 a

5. l 5_

Performance Test 6.2.2 X

X X

5.16 NEMA 4 Envir.

6.7 g

5.17 g

?.18 1.19 5.20 Performance Test

6. i. 2 X

X X

1 5.21 Inspection 6.9 i

1..

t 6.

QUALIFICATION TEST CONDITIONS AND PROCEDURES r~

The following paragraphs detail the test conditions and i

procedures for performing each test.

The sequence of testing will be in the order listed in Section 5.

Notice that some tests are repeated in the sequence.

6.1 Inspection and Preparation 6.1.1, Check and record the identi ty per Section 3.

6.1.2 Mark the switch as required per 3.4.4.

6.1.3 Inspect the swi tch for any signs of damage.

Remove top cover and gasket.

6.1.4 Wire per Figure 1 using stranded No. 18 AWG wire with radiation resistant insulation.

Approved terminal lugs are to be used.

6.1.5 Assemble top cover and gaskets per assembly

(.()

procedu re p rovided wi th swi tch.

6.2 Performance Testing Throughout the quali fication test sequence-a series of operational tests will be conducted.

The base line data tes t wi l l dete rmi ne performance characteri s tics of the test switch prior to the environmental test sequence and provide a basis for comparison during the quali fication test.

The performance data tests

,e will be conducted to determine acceptability of the switch, see Performance Limi ts in Secti on 7.

'O.

6 QUALIFICATION TEST CONDITIONS AND PROCEDURES - Cont.

'6.2 - Performance Testing - Cont.

O

\\/

6.2.1 Baseline data test.

6.2.1.1 Functional Test Connect switch leads per Figure 2A Measure and record the following:

Pretravel angle in degrees, di f fer-entia1 travel in degrees, maximum torque during pretravel, inch pounds.

6.2.1.2 Maximum electrical load Connect leads per Figure 2B Voltage 660 VAC min.

Current 5.5, Amps min.

Resistive load

)

Operate switch 50 times Note circuit make and break 6.2.1.3 Electrical load test (closed ci rcui t)

Calibrate the test ci rcuit Voltage 125VDC + IV Current 5.0 Amps Resistive load Connect swi tch 1-eads pe r F i gu re 3 A Test each ci rcui t (closed condition)

Record resulting currents 6.2.1.4 insulation resistance (open circuit resistance)

Connect switch leads per Figure 3B n

Measure and rec'ord ci rcu i t resistance of each ci rcui t in the open condition

-1 m

6.

-QUALIFICATION TEST CONDITIONS AND PROCEDURES - Cont.

6.2 Performance Testing - Cont.

(~)s 6.2.2 Performance Test 6.2.2.1 Electrical load test (closed circuit)

Calibrate the test circuit Voltage 125VDC + IV Current 5.0 Amps Resistive load Connect switch lead per Figure 3A Test each circuit (closed condition)

Record resul ting currents 6.2.2.2 insulation Resistance (open circuit resistance)

Connect switch leads per Figure 3B

()

Measure and record circuit-resistance of each ci rcuit in the open condition.

6.2.2.3 Functional Test During the above test record whether c'

contacts transferred when switch was operated.

Normall.y the switch will be operated once for each circuit in the switch (free position, operated

.?

posi tion and return to free posi tion).

d

-10.

,w a

e 9

9 O

e e

e

)

i l

e I

i t.

l l

l l

i lO

.i

)

9

f__

3 f

- (

- w*

j 6.

-QUALIFiCAT10N TEST CONDITIONS AIID PROCEDURES'- Cont.

b 6.3 Thermal Aging

. y,_,

',~

~

Thermal aging is conducted by placfng a prepared.

switch in a chamber in which the temp'e ra tu re"cani b'e ma i n ta i n'ed.

6.3.1 The switch conduit entrance will be sealed

~

r with a stainless steel pipe nipple and cap, 6.3.2 The lead wires will be. enclosed in the nipple during exposure to these. environments.

l The circuits will not be energized.

6.3.3 Tempera.ture 120 C 6.3.4 Relative Humidi ty

~

I, '

Uncontrolled 6.3.5 Pressure l]

Ambient

' ,, l E.

6.3.6 Duration

.I 400 hours0.00463 days <br />0.111 hours <br />6.613757e-4 weeks <br />1.522e-4 months <br /> i

6.3.7 Switch Operation i

Every 100. hours the switch will be removed from the ch.s' amber and manually operated.thru one off-on-off cycle.

.e 1

-i r

m O

1 9

D 41-a

y,

~n 1,

• J p-j: ' * ',,,

' QUAllflCATION TEST CONDITIONS AND PROCEDURES - Cont.

4 h M.~ 6.3 Thermal Aging - Cont.

'j~,

6.3.8 ' Service Li fe S imul ation-nj -

m-

[#

The above' thermal aging simulates normal

')c -

6

service conditions, which can vary with

,a j

,n the Limit Switch application.

i Estimated qualified life is predicated 4

upon the. service temperature.

The l

~y

' L, -

following chart of estimated qualified

~

i, life has been derived thru the use of a.

I

/

the Arrhenius Equation, as demonstrated y,

. in-IEEE~382, using an activation energy '

c j

l;,-

( of 0.8ev.

SERVICE TEMP EST QUALIFIED LIFE

\\

D n

m.,

,_,,, e F

C

. Years 105 40.6 18.1 C "3 F' I "#

110 43.3 13.9.... "^"

md

+

115 46.1 10.8

u T u '*

T 120' 48.9 8.4 eart tm i'

125 51.7 6.6 q.w

< i.or The switch operation during thermal aging

' /

simulates a minimum service condition of one operation every 20 months.

i

,p.

\\

em.

e J V l

u m

e e

a

/

I s

e,,r- - - - -. -.

e,.

o,,. -_,

is.

.' %. :.6 QUAllF1 CATION TEST CONDITIONS. AND PROCEDURES - Cont.

' 6.4 Mect.anical Wear Aging The mechanical wear"cging test consi sts of-mounting the switch with an operating lever on a fixture with'

+

y a_ cam designed to operate the switch at 70 (ON-OFF) c-s actuations per-minute with an electrical load applied

^

to the contacts.

6.4.1 The switch conduit entrance will be open during this test.

'~

6.4.2 The lead wires will be connected ~per Figure 5.

6.4.3 The switch wil.1 be attached to the fixture with screws, using the threaded side mounting holes on one side of the switch.

,6.4.4 Electrical Load

~

~' Voltage 125VDC I

. v; N[f';[

fj -

Current 50 Amps Resistive Load 6.4i5 Service life si.mulation s

l 100,000 cycles minimum 6.4.6 - See Section 4 for operating lever requi rements -

ac

~ '

CD 6.4.7 Set up switch per EZ10567-80 (see attachments).

Lever travel to be set at recommended travel angle (see Section 3).

9 i

h P

O b

$c-

.. g.

m;<.

- L

,,.---,....e,-

-- m

,---n.-

,+.-.,-~.~,n

6.

QUALIFICATION TEST CONDITIONS AND PROCEDURES - Cont.

+

6.5 Radiation Simulation"

(~%

k/

This test is designed to expose the switch to the total radiation dosage expected over the service life of the switch.-

6.$.1 The-switch conduit entrance w'ill be sealed with a stainless steel pipe nipple and cap.

6.5.2 The lead wires will be enclosed in the nipple during exposure to these environments.

The ci rcuits will not be energized.

6.5.3 The test will be performed by an approved vendor.

The vendor shall provide a certified test report and statement of instrumentation calibration.

6.5.4 Temperature, pressure and' humidity - ambient.

/k 6.5.5 Radiation exposure 0

Total exposure (this test) 204 X 10 Rads Minimum

)

6. 5.~ 6 Radiation Type and Rate 6

Cobalt-60 Gamma field at a rate of.5 to 1 X 10 Rads /hr.

6.5.7 Mounting Cautions The switch shall be placed on a rack to allow free air movement around the switch.

4C -

6 e'

~-

6 QUALIFICATION TEST C0!1DIT10lls AND PROCEDURES - Con t, r

6.6 Seismic Quali fication 1,

Seismic _ qualification will be performed per IEEE Std 311-1975 thru a combination of analysis and test 1

i sequences.

i f

The absence t.

l of cross coupling will be established so that single l

axis testing can be used,.

l 6.6.I 140unting and connections during seismic quali fi-cation.

6.6.1.1 The swi tch condui t entrance will be open during thi s test.

11ote:

Lead wires will be protected against abrasion.

6.6.1.2 The lead iJi res will be connected per Figure 6.

OU 6.6.1.3 The switch will be attached to the fixture with screws, using the threaded i

side mounting holes on one side of the switch.

6.6.2 Electrical Load-Voltage 125 VDC 1

Current 0.010 Amps resistive load Circuits will be monitored to detect interruptions (contact opening) of 2.0 milli-seconds or greater.

At Icast 10.0 mi11i-seconds wi11 be allowed for contact bounce after switch operation.

6.6.3 Operating lever will be used.

See section 4.

ltO 664

"' ' " r *" '" r " i " "" """"" d '

]

the switch mounting. table in close proximity to i

the sultch.

~

4

,. J. --

6 QUAllFICATI0ll TEST COND1T1011S AND PROCEDUllES - Cont.

6.6.5 All tests will be conducted in each of the three orthogonal axis.

O 6.6.6 All tests will be conducted with the switch, fi rs t in the un-operated condition than in the operated condition.

~

6.6.7 P,retravel angle and di f rerential travel angle wi11 be measured' during each sine ciwel1 point.

i 6.6.8 Resonance Search Subj ect the switch to a continuous sine sweep from 1 to 35 Hz at a rate of one octa've per minute as follows:

Frequency Displacement Acce1eration Hz inches g

l-10 1.0

.05 - 5.1 10-35 0.01

.05

.63 (O

Resonant frequencies found during this test will be added'as dwell points in the fragility test.

6.6.9 Fragility Test This test will be conducted per Figure 7. and envelope the conditions o'f 1 to 35 liz and up to 9.74 9's minimum.

Dwell points - 1/3 octave' bands f rom 1 to 35 liz.

Dwell time - 60' seconds minimum (unactuated 30 seconds minimum)

=

(actuated 30 seconds minimum)

\\

6.6.10 Plant induced vibration simulation.

6 The switch will be subjected to 10 vibratory i '. (

cycles of sinusoidal motion at a non-resonant frequency near 100 Itz wi th.75 g acceleration to simulate vibration during normal use.

t

>~ -~

~ ' '

' ' ' ' ~ ' "

~ ~ ~ ~

,6 QUALIFICATION TEST CONDITIONS AND PROCEDURES - Cont.

6.7 NEMA Enclosure Requirements Tests.

The purpose of this section is to determine by test

.O and/or analysis that the switch enclosure meets the NEMA requirements of types 1, 4 and 13.

6.7.1 NEMA type 4 watertight and dusttight-indoor and outdoor e

(nonventilated enclosure).

i 6.7.1.1.Hosedown test per ICS6-i l0-56 The enclosure and its external mechanisms shall be subjected to a stream of water from a hose which has a 1-inch nozzle and which delivers at-least 65 gallons per minute.

The-water shall be directed at the enclosure

,j{}

from all angles from a distance of 10 to 12 feet for a total period of 5 minutes.

The conduit entrance will be sealed.

6.7.1.2 Evaluation The enclosure is considered watertight and dusttight if no water has entered the enclosure.

6.7.1.3 Rust resistance per ICS6-llo.57 This test is a 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> salt spray test.

All external materials of the switch are either corrosion resistant iaaterials or are finished with corrosion resistant O

finishes, therefore this requirement is satisfied by design.

,,,y

-.m

.,w

-q-4

6.

QUALIFICATION TEST CONDITIONS AND PROCEDURES - Cont.-

([)

6.7.1 NEMA Type 4 - Cont.

'6.7.1.4 External icing Per 1C56-110.55.02 As allowed by this section the requirement is satisfied by design.

6.7.2 NEMA Type 13 Oiltight and Dusttight Indoor.

Refer to ICS6-110.22 The oil-resistant gasketing requirements are fulfilledby design.

The hosedown test of section

~

6.7.1.1 exceed the oiltightness test of ICS6-110.60.

The shaf t 0-ring seal, solid bronze bushing and boot design (which has been tested under

( 'q LOCA conditions) exceed these test requirements.

Therefore, this requirement is satisfied by design.

6.7.3 NEMA Type 1 General Purpose, Indoor Refer to ICS6-110.10 This requirement is satisfied by design.

O

- is -

i

6 QUAliflCATI0ff TEST C011DIT10!JS At1D PROCEDURES Cont.

6. 9 Inspection I,JAMCO C0f1 Tit 0LS Engineering shall be noti fied of completion

()

t.

of test prior to removal from test chamber and opening of top and bottom covers.

Remove top and bottom cove,rs, observe and ' record the condi tion of components of swi tch.

M d

O e

4 L.)

O b

• t 9

v o

.t. 0 -

i i

4

• s I

7.

PERFORMANCE LIMITS The switch performance limits (see 6.2.2) for this 4!(

qualification test are as follows:

)

7.1 CloseChrcuitCurrent i

The closed ci rcui t current change'when tested wi.th 125 VDC, 5.0 Amps, shal l not be greater than

]

O. E Amps.

1 7.2 Open Ci rcui t.Resi stance (insulation resistance) 50,000 Ohms Minimum

}

7. 3 Closed circuit shall not'open.for more than 2 i

milli-seconds during seismic testing.

Contact bounce after switch operation (10 milli-seconds) shall not be considered.

7.4 During performance test, contacts must transfer during each swi tch operation.

7.5 No water shall enter enclosure during enclosure test (section 6.7).

t j

4 i

I 4

E I

. -. -,.,,.. -, -,. - -.... - - - -.. ?-

8 DOCUMENTATION The type test documentation will be suf ficient to veri fy that the switch meets the performance limits.

Baseline data and Engineering data will be provided for comparison' purposes.

The test. report will include the following:

\\

8.1 Description of swi tches.

~

8.2 Test plan number and date.

8.3 Test speci fications and obj ectives.

8.4 ' Description of test facilities, equipment and instrumentation.

l 8.5 Calibration record of instrumentation.

t l

8.6 Test procedure.

8.7 Test results and accuracy.

8.8 Inspection results.

7 8.9 Supporting data such as similarity analysis, seismic

)

analysis, quali fied li fe predictions, etc.

8.10 Description and justi fication for adj ustments, di sassembl y or alteration, other than those speci fied in the test plan.

l 8.11 Conclusions.

l 8.12 Approved signature and date.

The test report will be certi fied as a true account of the test.

8.13 All documentation (log data, reports, calculations, etc) will be arrdnged and maintained in an auditable form.

x0 9

-Z1 '

l 9.

GEtJERIC GROUP QUALIFiCATIOil Af?D MI110R DESIGl1

{}

MODIFICAT10t1 JUSTIFICATl0l4 This section of the test plan and quali fication report will be reserved for future analysis and/or test reports to justi fy generic group quakification and design changes.

S 0

8 O

~

O' O'

TOP VIEW.

EAl'70 LIMIT SWITCH WIRE CONNECTIONS FIG, IB r

y 3

CKT 2 CKT 1

T

~

CKT 3 CKT 4

J 3

LEAD WIRE HOOK-UP FOR EAllo SWITCHES FIGURE l 2

g C[D I

C1 g.

~

d g

z -- ' -

' 120V d

PS i

b b

b GOHZ i

~

I I

2 3

4 PS I

q o

e o

c o

o g

IRI 1

I c,

o c

o

~

[

p i

2 3

I w Li

)

~

p,

,R2 l

nL2 x

b Regulated Ac power supply.,

s i

d Voltmeter-M, o

d Variable power resistor R4 p\\ '

Am meter.

yy L4 l --

m Calibration circuit PS

'. DC Power Supply A

d Limit switch contacts 1, 2, 3 and 4 Am meter (DC)

Y voltmeter electrical load applied to.one L, L ' '3' '4 Pilot Lights j

2 ci rcui t at a time, N.C. condition g,R,R4 Variable Resistor g),

2 3

Circuit for indication of contact closure during pretravel and differential travel test

~

d4Aw. Electrical Load Test Functional Test FIG 2B FIG'E A 8

CONNECTION DIAGRAM

~

FIGURE 2 s

L.

p --

U

.O n

LJ g

b d

'\\

,'d zh i

6 d

dl v

I 2

3 4

\\~~T~3~

\\

PS 4

4

+

b 6

6 b

i i

C O

c 0

A l

2 3

4 1

Q1 C

o, e

o k

0 o

o c

o e

b Regulated DC power supply b

500 VOC Meggar insulation tester, i

s b

Voltmeter James G. Biddle Company #1113784 d

Varia' le power resistor k

Limit switch contacts, the Meggar o

. g, DC Am meter.

Instrument measures across the open contacts (N.O.)

d Calibration ci rcui t d

Limit swi tch contacts 1, 2, 3 and I+

Insulation Resistance Test electrical load *appli,ed to one (0 pen Circuit Resistance) circuit at a time, N.G. condit. ion FIG 3B Electrical Load Test FIG 3A CONNECTION DIAGRAM FIGURE 3

~

6 a

o O

O r_----_-__

b gl!

I20V 60 HZ l

A l

8

+.

1 1

l j l f'f I

I 23 4

1 0

0 o

o

. l l

l I

I L_________J

(

Sorenson Power Supply with built-in voltmeter and ammeter Variable Resistors A & B S

Limit Switch Contacts i

CONNECTION DI AGRAM FOR MECHANICAL AGING LOAD FIGURE 5 i

.O

f]

Accelerometer Switch Contacts i

A

~

I

.f 1C 02 3

4 d.

l l

O C.

O

\\

8 Regulated Resi tor Scismic Power Supply Load Bank Dounce Detector Contact Signals Contact M)

Signal (1 of 4)

-Oscilloscope Ch. 1 1

2 i

Ch. 2

'n-Filter Amplifier Telitronix Type 564 Oscilloscope

\\

IBN l'odel pl6 amplifier modified for 1 llz operation Low pass filter, Krohn-Hite f3202

• BBN accelerometer pickup IIodel 507, sensitivity 28.07 mv/g

.I.nabda regulated pouer supply fLCS-A-100

~

Ecsintor load banks 7\\

-Seinmic bounce detector receives contact signals and discriminates I

- contact open and closure in milliseconds k

Limit suitch contactn 1, 3 and 2, 4 (N.C.)

Connection Di ao ram for Seismic Oualification lest Figure 6

-E9-

+

}

.p.'

.j.sq.;.

pa a ;. 'r. i,

-Ft.+. +.s.t H,.'.H. 4..H.r+. a '.I a 6 s t..i :....,:. [ r. -i. M. 6... s +.,

4,.4.a 2 3, u t

v i

4"+

. Lt.6 ;.r

.j.y.k.l.g.).a. j L g.a. t..

. a.

. ).

.g

.v.p g.! e. ;

. j. p.)., q.. t* + -

.f '.EE..-i-J. *!.. ). a.

.);..

L d-

. J.., _..

j. p.

.a

...t.... J. J.

,p.._.......

J.

i

.., I...p u

.t..

..,.,i...

3,...

. s..

..ai s.L. u.I J...,.

_.. ta. t........

• q t._:

... ;..(..,L

.6 ;;.

... j.1 -

1.

J.s...

.:... :J

.L.:.y L u

.q ei.

. I..

1

. L

....a 4..

_ $_. _ 2

... :..* J :.

n.J... :.

_{.,.

..p. u ! 4. !....ja p.pi a

._Ja.. ' ( 6) ! 3 001 Md WV. N 011VU3 13 3 3V

]

..!., 1 u...

..,,..JJ....

.:d t.

. J :1' m ;. o :

a_

.N..

. j a..,..m.. ;

__...*. :. u L.i

.N

.......,o

_.. 6 u

a. ;.;_;..a.:. y y:.;a.

.: L.:.! 1..i L.

-s

3. e J_t]'.;p.

..a..

- I aa L_

.:.U.

p.;.1

'U, :

....wp 1'..

..4 J.a..i.o; a_4,J...

4t

.g 4

..4_7 J _... a. a.

.....a

.J

..i_._:

l

.L u...L a. i..

.L.;. W J..u

..J 6

.].

i., a.._. t :

s a.._ _. 2.. u.

.J

.._J

{.4.w:.s.{ e

_ _.. 4 :.4.'.

.A.. t.

..:. ua_t a _

.i i.;. j-......i,.

....... I_., l W J.t._. y

....... i _,t j

J. 8.,*.__...f. ;.F...M..

._'l_

_.;J.

-4. i.i.t...

. gr.

.u-

~

o

..._....r-

....a. p......;a. _, _ _.. +..

u _.

..a a.

4,.:...u.a ao 4.4 4

.:.. L.u.. i..

. u a a..a,

.. a.: ; 4...

a u..:u J.:.:..t.._. n

. :.u a. u. a

.u. aa.

.o..

n, a

_'j4_ J.

1_.

aa_ p p a..

g.,_.1.2...

. ;4 _, ;a

. p.. : :.-

1._. 4.-._y a.

a.L ;

a.

. _ u._ _

i. a. _..

.:_. g_!, H p...; a.a. a _

.;.. 2.1

.. ; u L; ' h)t,.., _.,. _..

i

.. ;., g.

w-

.,.;. 4 7.._

m

.. _. ;.u

...y.y..

4.._ _ _....

3,.... 2 1,.

..,.u. a.l.

.a

. :. y.;.

.p. i_. a _.

....x

. q.;a.L g

.a _ :

s. : ;..:_:..

__..m H.

~.

... _ u.!

.m.

aa... p. i.J.. T'.u

..a._2. -.. a s.;J.,,.] (

..J.+.

..._r

.J.m

.L 1..

... ' u.

. b.

...a.

.a..

i..

u. p.n.

a_

.,2_.a i

._...__..:. _. __.a a

__ Lu.; p. e J... a

.._..p_._i.;a.

... z

.p:

g

-t-

.ta u.w-..

...u

2.

a _ _.. _ _:.

___ t u a ta

.a.:.;a _- :--- _-

..a -..:

i s.

.1

.. a. u.. /...._t.u. _,. z 3.

L4.

,m

. __ _.._ u. p.

7.;.

.7. _..

4,

+

' _.. -.u_:_y.:...

.._ _.2_; y }

t _.:.a.

u. _

t. L 6-q_a.L g t)a.... t.,J.

.......i.

...._.J_..._

_pJ.:_.

a_u _. <

~;.J.d. : /..

. 2.:.... _.. 2

.._. u.

. ;. 2.

'4 4...

eJ

.s<.

J.L

_ tn ".j. _. 9. 2. -....

e 1.

i _.. _ _

..

t

,.~

9 D..... :. :.:_u z s

. -_ a. :..

_.l.'._

....s

.....a..

W:

.g <

~-

m Q

-n-

. _.. L 4.

... o

....a _ : _.. _. _ _

_.s..__

..,3..

...:.J.u_.. ;..:. Lu.

.. ~L.1

. c a.a....a

_.u.__..

..w... :.a 2. -

• ..u_

_....L.

.1 ;.; ;. 2 l2 ii

'L.

_.i.

g

_ u....;..

..,.L_.......

..u.;.a.

.g.

_..C~g+ __.,.l T g. ::. :.

... _ _ J. :.

3. 2..._. __

.,.g ;_gX y..q.,., j... ;............ - -..

y._ _ s.,

1..,.

...L__..

T_.t L

.,J,.A L.

..i..

i._

._s.

_.u.

....L;., : _u.

._._,.mt.._.

mL';

.t.@r-

. 2 2-

.m.

a. 'Lo4-4_

. H., _' !. ;. '.."..i.,'"-"a-

- - - -- j_o L.",. H - '..t.."..

--FH 2-

' ': 2 -

L

,a.L. +.

J o,

a.

q,.

N y

pt.

L.'_,.

.p..j u. is

.._ s._

,_s,..

..,-.a.._...,...

.... ;.t.. i.r>

u._

. ;. r _..

..._..a.

.._2.:._._....

a

.. _. ' q. t.

. i _..I. ;..... - _..

s. : l j... ! i~- [

.;.L'..-........ t. j -

........j.t.q.

,_L _.

p J.J

.!)j : -

}_4. J ' 3.,..J. s l.

.4.

... i.,

.LW 6

,.......y u.

.) Lj. f.._,.

. ;., Lj.:_'..

.a f

.j 1.F

_.j.g 4..

s J..

j J y.g.t, J i.

....j;.

L.j. L j.+.

..L i

w ;

y,~I..

. [.,

...p ;...

.4._-..

+ -... m.

.a1 p,-..

y,.,.,._

q,,

.L

- d '.*. *. - ~!.

4 '.:. '".;.

--..6

- iIi*

'.^! ". -

p>t

... 4.t..-i '.t.I 4

._.1 2 4:

.m.

.t *- a o

-'j.p 2

. a. ; p.1 j 2=

g

• l L..;

.H

.c.

.,..,.., g..i_

..a o_..,... a.

..t_...

y.-..

.....r

.. 1. _'...M:. ' * -,'7-*..>.....

pj

. _3.u i

n.

...I i

1. _

....,..t..,.

..._;.. g.;

a........ r 3

m

.i.

2.

e.!

?J!',.'.t Q-

... Q

-e

.....q..

..., y. ; i *,...

?

.e

, ; ;,. i,,

.,s:

i;,

i.

.i.. ; ;...

g 3 '. ~

6

, i.4 :

'.i o.

~

4.

6:

L'J m

m:

'}t1

• 1 N'~~------*

s'

[

e.

~_.

i...-

w o

to a

u o

• ~

~

~

( SJH3NI ) Juni ndHV 1H3W33vldSl0 3 O v= '

~

t

4 10 Attachments EAl70 11302 Limit Switch Assy Dwg.

ELO60 53300,0perating Lever Assy Dwg.

Excerts f rom tJEt4A Publication tio. ICS 6 EZ10567-80 Layout, Test Stand (2 Sheets) l 1

T O

m

t.,.,.F n ~. ' WW t.P...).

~

. ~,.

s z

o

.:. 2._

o

--..._.8, ' ~- %.

Ul,,

(~}:-.

',y. r.-r r.. -

,; //r_. -

o c

.. Q

( :.

, s. 3 -

ii r

g

-J.

e

/

O.

v,9,/ 1----*

s n

c

'r../,

3 ; s.

q-r i pA o7

, o k to e. -S x.

,z i t,-

a

n

[. ~ C.~'i.Q

,L L,...\\ x 2 [y i o$

' l' * [ s l '

~-,,d p LD :s na g,

f

. g 7End'& f,' c/

s u

-,lntg. '.

2" t

I

'a' F

t.i y) o_. }.' 'g.;

Q ;o O

t.

x.y I

-...o

.. n..

e L3 $ h

/

+"

U.'-.1;----

j w 4..r, * :;.}'t IO s nw m

~

.cn.' ll r run L :.:

p' u

U

t. ** O

' gj% AJ.T J.,. ---=sh j,1',,] p.

49]r} " - f\\

[

2l5 5

.T.

A

- JI i.,s.

w y,.

gits q

o

.r 6

i

. ~..,.. - -

o

.O a,:_

N y

o o

+:

af)

O*C v/

t l

Ii 2

m 6 <:

j yv f

I C I N

t. v G9-z

/

/

,,f

~

7.e tt'O

'O-m

. m,e>

.y C,

(D Q

?

N q.

M L.9 r*

/th 2

N

/

l

<h*'

3.: f'*

3 N

>f N

O' N

o') @

2':'

N

.Mr, O

..' t.: _

td

.st.=

. w.

_ _.-- =.=- m z,. v,y

.. :.g.z:.

(ld kk

[1MI

<h.Ldg f NNJ I3 M. F F F-i W,. p$ bcu%'_s lse.x0.,

p 3

j e ~o.

. m w

rc 9

v g"

.~ -

z!Wx.. e.2:%,pT m-. J; Q

- ! GUl &,c MMRIING dAs i

pwry J, W

ao

, c.,.,l

~y u 7.,s h,

G.,

w=.r

+w,. a,

...., e, i t "_ _..

w. e u,

m

.at...

..w4

- e..i _

.:3.

w c'

• g

_.--f-.s:.

m ma --

,3 3 3 Trg!:

/N

..mmw n. v,'-m-ex..

-w l.)

h*

E'

.,.J $.

d 8 @@(2)@j)@-@ -

Elk G 5 y

. _... i......, i.._

p.

m ZW L

/ / //

N i _..

A Qk&= a 2,%)

^I v-

~a m,

i, e

e.:.:..a

-- ]

6 L

v n

n

~.

a

>2

n., +

e m.....

a

_. _ -. -..w i,

eC..

t

- - " -, co

f M

' " '

• 8 f.y ',3,

%c-g.

[

e.

m o.3 f

yllJg s'8**

o-

[W-]

y s

';' #'t # W ' ' y ab

> '.fA

~ # [b.

/-'"g

[t.. r 4..,.,

....1...1.!*T.;l.

i 1

ar

-J

..i t

c

q i

a al Q

J := 7 V 2

8 2& "

- o cr g-o w -:

o EnJh Pi d

'l OU I Y tu tJi a 4 N o

us qg TS Di ~

m s W.~a. O t

3 o r e, E',

N N

.n l

1l o,4 5 >,

omo r.': 9 Eh >;

c G, -l<n; l

, z i' '

I pAm - - M a, c, o g,a O

' l +,,4. i l-.g:

>, p-j noy er wo sis. --

,- g u, i i i n

t4 1

4 r

M tr

.i i -g

• 8 i in p-97

'O cr c

o.

ao, g]

,A,, l d

2.

s s.v>

d 6

too

...M.,

• o'

,,,,a f,

o, in-rsu in.r'.'d,aied'b fl---.J._ 7 mA

c-i e r s ta.;

g

'**Z z

O a__

.t.o:' cr m., N x

t-o y-at ; ' t,c=w,

,,,, q i... ".."..:

'j) '

i 3

1'. '

g3..,.

o,,,,g3 g...

r,

- llI t

e e

z_

s>... ;, t.i tr.

., u..s er a

g.

.-l

t,, -

6

.u

, e i

[a.

kff

l.,'

JI-

,~ [g $

{ Q, e s I i U

3 }^,' Ob t

i

.., s "....... -. 'f ' '.. '

e' i l{.. n,I~L

.m

,m.c.,,, ',.,,,,., o t )..

i m.o,_

b 1

'e~ s O' r'r#

Q

. \\..,'tu t,si-d.

I

.n iO N~'

"_L

'.l>* d' vi-

..ai e) !

...a y r.:id a

ei

- - - +

,.'.,h.. l.-4.>,o f l8 T O-tt'.[

'N

%f I f74 I?8-

,f*3 9 th ;gD+,

gg3 e

. gg e

• -}.; :.,-

',g,

. o,, V U sun a,...j r-f.;,,j

. l ',;s

,,, r r +N-e h . Jr,

,f,8 an' twt, N

n

.J sa

• t r---

u sa,

, eu o

. un n n s

id)

. y y l !';2, ev,i N gl o:

o O

e.. chv.yI I, *n.-

.N...

l s'. sn a.Mi y,T.".4 :,3,,1;. p,,, ;,,;,e.7, m f-

.So : :. :.

8;'

n-i

.i.t s,,. a.s.1

... g.,,,s.

g -

.J eu q. t.,in, g, *,.. -'.;,'. S :,

',b.,,g < 4 c.

w-g.

.4

]

7 :, t I

. r'

, J c,. s -

<t 3-1 ' 8 ; ;i. e :,.. t t 8,;. i.u >

.r. e?

8 ? '; * ", j' * ;,

l %f.

0.'-

1 't']';

. > '. "' : r- :' ' h,l','a i'..

0

.* **"' n n'

• !,/

  ."., 'i ';' ',8 7:'

d' -

in ', :: e >

m

,g 1.1 iI g

. i 11 o

.a-

• )t.

f,,;e y;.m vl r:ol r,f,: -

u' e>

,~ * -

i

.,,;,,,.,,,.si,,,.

...,. :t..i.

rs

,ee..yl, 7,,..,,.,3

,. o.v<.,.,,,.4 - > f, r

o,.

.o.

.,, -sc ww is

,.,.3.-

i

,g,,,

,.. o 4'.

4

,e n'....',",'.".'*r.,t..'

• "f.

84

• • 4 i, i., I.:o s n

• es..

I s..... g u.a.

cr.

.s.

. i. O

?

....e

.---...-r---...---..

Q O

L.)

n 5:

M I'f)

O

' 'l LQ

.o x

Z

%!: O 3

h.1, W i

.o g

g m..

c.,

=

N M

Ni J

E k

d V

LtJ

~

~

%j!

1h LD.

%)

0 i

N o

o-S d @:

h,

.o l s co n

c>

r m

v g (c g

a w

(f) W_

c hD O

D..1 5

y - 1r a

.o s.

5 o

g 4

b k

h' d

I"

~

2 o

S a

z h

5 w

O

~

J D'

30 E (.'

m o cc

~

Z

. t.: F-o l

-EE 5

D.0 9

i-l o

I t b Q

N5

_ v/a _

c; nn

~ yl.- '

=

u o

o 2 Mn 972-w.

co

)

o e.

!e, x,'

c p NN S

S!"

\\(

O A

3 1_

_o-0I ww i

=

i 4

a a

==

s

/

a o

0

__r e_

s g

g O

LO e

O

,u,.e 7 D g

u o

l

-- E OT

{,9,

}s M

n e

c s.

y p

LC O

e 3

5 N

t 1.1J C g

a o

o o

e-W'C

_ _. = =

z 6N

-[,, %

7

~, SNOI5'ASM

~~&~*i' kNJ,*,

l 1v [

[,

nya

_ m._

t O

8 2 9 - ' ' - a )x.

' ' ' " ' ' W.

~

OOO I.

rdn k

?!Gl I f'?!VW m iiO C 7

nn W

N cm

u. t - P p

LD tj}

OS mrrs_cw.._v e n._o 2 00 S

o 4 (6 w u

n CL UO "h

..-J o P.,

..J. L,1 e

3 w

o u

un z

b U

.l ITy

( "i @

ya E.O

~

7 m

E I

V,jI

.i 'd E

'A s

f s

or i

[G

<d

.> 9-.-

• )

uo

.t LD t;e g;

3. m m

n O

u 'i tip cx.

i to "z

<5

'o 3

d-o i

O x

J

J o i

taJ

(

.w.~.-...-..----.---.~.--

.-n.

O

i U

St:l'Il3titt:It 197st l't'n. NO. l(H 6 ENCimilltlN t'Atg 1(5 6-t 10. l'AGt: 5

.g ENCLOSUltES FOlt NONilAZAltlX)US LOCATIONS ICS 6110.10 TYPC 1-GCNERA1.-PUltPOSE-Where the enclosme of noor mounted control appa-INDOOlt ratus is within 6 inches of the floor and esposed live parts w

n the enclosnm are not W than 6 incks abc th

.01 Nomentilated Encimurcs lower edge, no covering is required across the bottom of Type I enclosures are intended fc,r use indoors, pri-the enclosure.

marily to prevent accidental contact of personnel with When completely and properly installed, drippioof the enclosed equipment. in areas where u nusual service enclosurcs shall prevent the entrance of a rod having a conditions do not exist. Sec Part ICS 1-10s of NEM A diameier of 0.125 inch, except at drain holes. P Standards Publication No. ICS 1.

In addition, they holes shall not permit the entry of a rod had provide protection against falling dirt. Enclosures which eter greater than 0.250 inch. A die are intended to be flu:,h mounted in building walls shall 4 inches shall be maintained '

- parts have provision to align the device with the flush plate and and drain holes u hich -

a anch in di-to compensate for the thickness of the wall.

ameter, or bar*

. octween drain holes Where the enclosure of floar-mounicd control appa-and live -

..ontact of live parts with a ratus is within 6 inches of the floor and exposed live parts si-within the enclosure are not less than 6 inchc.s above the lowcr edge, no coscring is required across the bottom of

..oated Enclosures the cnchure.

%, hen completely and properly installed, general-Ventilated enclosures base the srme provisions as purpose enclosures shall prevent the entrance of a rod nonventilated enclosures. cxcept that they have venti-having a diameter of 0.125 mch, except that,if the dis-lating openings. These op:nings shall prevent the en-tance between the opening and nearest live parts is trance of a rod havine a diameter of 0.500 inch. except that,if the distance b'etween the opening and the unin-greater than 4 inches. the opening may permit the entry of a rod having a diameter greater than 0.125 mch but sulated live part is greater than 4 inches. the opening may not greater than 0.500 mch.

permit the entry of a rod haing a diameter greater than 0.500 inch but not greater than 0.750 inch. See ICS

.02 Venti!ated Enclosures 6-110.08.

Ventilated enclosures have the same provisions as

.03 Design Tests nonventilated enclosures, except that they have venti-The design tests for T pc 2 nonventilated and venti-3 lating openings. These open:aps sha!! prevent the en-trance of a rod havmp a diameter of 0.500 mch,except lated enclosures are the following:

that,if the distance between the opening and the unin.

(a) The rod entry test described in ICS 6-110.51.

sulated live part is gicater than 4 inches. t he opening may (b) The drip test described in ICS 6-110.52.

permit the entry of a rod having a diametcr greater than (c) The rust-resistance test described in ICS 6-0.500 inch bat not greater than 0.750 inch. SeeICS 110.57.

6-110.08.

NE M A su nd.ud.h t ?-1976.

.03 Design Test ICS 6-110.12 TYPE 3-DUSTTIGilT, The design test for Type I nonventilated and venti-RAINTIGilT AND SLEET-lated enchwures arc the following:

RI.9STANT (ICC-RESISTANT)-

(a) The rod.cntry test described in ICS 6-110.51.

OUTDOOR (b) The rust resistance test described in ICS 6-110.5'l.

.01 Nomentilated Enclosures e

NEM A stand.nd 3 17 1976.

Type 3 cnclosures are intended for use outdoors to protect the enclosed equipment against uind. blow n dust IC t.-l10.11 TYPE 2-DRIPPRo01'-IND00R and water. They are not sleet proof (ice proof). They shall have conduit hubs or equivalent provi<. ion for wa-

.01 h.omentilated 1:nclosures tertight connection at the conduii entrance, mounting Type 2 cnclosures are intended for me indoors to means external to the es;nipment cavity. and provision protect the enclosed equip'meni against fallmg noncor-for loeling. The lockinu provision provides the mer with rosive liquids and fa!!ing dit t.

They shall have provision meam of denying unauthoriecd personnel access to Ihe for drainage. If provision is made for the entrance of enchwuse intcrior and doc <. not ine!ude loeLing attach-

, p/

4 conduit at the lop,it shall comist of a conduit hub or the ments for pushbuitom or selector swaches uhich may equisalent. When complacly and proper,1y imi.dled.

be mounted on or through the cac! nore. The pro.ision these enclosures shall gues ent the entrance of diipping for locking does not app!) to enchaures for pmbbutton liquid at a higher level than the lowest lise part within statio m.

the enslow rc.

Lrreoonuad ud for fi. nae Dme ) D 1970 D

e

~

si:t'ir.Mul:n 197x 4

l t m. ho. KS r.

I Arimimi.s; l'Au r its 6-no t* u;1: 7 Ir5; 6-lin.I4 TYPE 4-WATCirilGilT' AND ICS 6-110.17 TYPE S-SUPERSEDED llY pV DUS'ITIGitT-INDOOR AND TYl'E 12 l'OR CONTitOL OUTDOOR APPALL ATUS (rur Claw ll llaurd.ius I w.nions.see ICs 6110.23)

.01 Nomentilated Enclosures ICS 6-110.13 TYPE 6-SUln1ERSIBI E.

Type 4 cnclosures are intended for use indoors or WATEltTIGitT. DUSTTIGilT oundoors to protect the enclosed cynipment acainst AND St.EET-(ICE-)!!ESISTANT-splaslung water, scepage of water, falling or hose-INDOOR AND OUTDOOR directed water, and severe external condensation.

They are slect. resistant but not slect. proof (ice-proof).

.01 Numentilated Enclosures They shall have conduit hubs or equivalent provision Type 6 cnclosures are intr ~'

for waterti;ht connection at the conduit entrance and ou:Joors.where occae-

. s niered.

mounting means external to the equipment cavity.

They shall o ~

..pment acainst a stasi *

.ect for 30 minutes, dust.

.02 Design Tests

...o condensation of noncorrosn e lig-The design tests for Type 4 nonventilated enclosures

..g or hose directed water, lint and sccpace.

are the following:

..ev are not slect-proof (ice-proof). Thev shall ha've conduit hubs or equivalent provision for" watertight (a) The hosedown test described in ICS 6-110.56.

connection at the conduit entrance and mounting means (b) The rust-resistance test described in ICS 6 cxternal to the equipment cavity.

110.57.

NEM A Standard 317-1976 (c) The external-icing test described in ICS 6-

.02 Design Tests 110.55 with cvaluation in accordance with ICS 6-110.55.02(b).

The design tests for Type 6 nonventilated enclosures a rc Sc Mowmg:

NEM A Standard 3-17 1976.

(a) The submersion test described in ICS 6-110.59.

NEM A standard 3 17 1976.

(b) The external-icing test described in ICS 6-ICS 6-110.16 TYPE 4X-WATERTIGilT, 110.55, with cvaluation in accordance with ICS DUSlTIGilT AND COR!!OSION-6-110.55.02(b).

Ill'SISTANT-INDOO!! AND Surgeurd Standard for Future Design 3-171976

. OUTDOOR (c) The rust-resistance test described in ICS 6-(for claw is t 11aurdous Locaiions. see ICS 6. I 10.23) 110.57.

NEM A Standard 3-17-1976.

.01 Nomenti!ated Enclosures Type 4X cnclou 3

ICS 6-110.19 TYPE 7, S. 9 AND 10 4 enclo<urcs and, f res have the same provisions as T pe in addition, are corrosion resistant.

ENCI.OSUR ES

.02 Des.ign i.ests These enclosures are for use in hazardous locations.

See ICS 6-110.23 ihrough 6-110.27.

The design tests for Type 4X nonventilated enclosures Auo,or;,cd 1.n;incering intornaiion 3 17 1976.

are the following:

(a) The hosedown test described in ICS 6-110.56.

IG 6-110.20 TYl'E II-COltitOSION-e NEM A Standard 3 17 1976.

RI'SISTANT A ND DRIPPROOl'-

(b) The corrosion-resistance test described in ICS Oll.-l.inlERSED-INDOOR 4

rrnkd Standard for l'uiure Doign 3.t7.1976.

. Type 11 enciosures are conosion-resistant and arc (c) The external. icing test described in ICS 6-intended for use, doors to pinteet ti.c enclo.cd equip-110.55. with evaluation in accordance with ICS m

6110.55 02(b).

".mnt apunst dripping, scepage and esternal condensa.

Inm of cmrose intuids. In addition. Ihey protect the Nr.M A si ndard 3 17.1976.

cnelosed cipnpinent arainst the corrosice elfccts of fumes i t if application conditions aie more severe than those and gases by providing for inunersion o Ihe equipment f

V represented by the desirn test for cmrosion resistance in ml. The) shall h.ive conduit hubs or c<piivalent pro-is ICS 6-110.5S. the manufacturer shonhl be consuh-vision for waterairhi connection at the tunduit entrance cd.

j and mounting incans cuernal to the equipment cavi-A ut h.ie in d riansi'ir. Inrurm ai..n 3 17.1976 ty.

/

~

$r.I'll'MHlitt 1972 l'Ull. NO. Its 6

~

, l'AltT l(S 6-ilu, l'AGl'. A ENCIOSLWi%

p.02 Design Tests (a) The drip test described in ICS 6110.52 for V

" ""* " ' I I ' 'd " "d * * "' I I' ' *d #"' I"'" '* *

• The design tests for Type i 1 nonventilated enclosures N EM A.9a ndard 3 17 1976.

are the follow mg:

(b) The dust test described in ICS 6110.54 for (a) The drip test described in ICS 6-110.52.

nonventilated enclosures and the nonventilated (b) The corrosion resistance test described in ICS sections of ventilated enclosurcs.

6 110.58.

Suppsica Siamtard for ruiure Ocsign 3171976.

NEM A Sta&rd 3171976.

(c) The rust-resistance test described in ICS 6-110.57.

.03 Ap' plication Limits NEM A Standard 3 17 1976.

If application conditions are more severe than those represented by the design test for corrosion resistance in ICS 6-]10.58, the manufacturcr should be consult

• ICS 6-110.22 TYPF 13-OILTIGilT AND cd-DUSTI'IGlIT-INDOOR Authoriicd Engincering infortnation 317-1976.

(for Cim III I taurdous treations, see lCS 6110.23)

ICS 6-110.21 TYPE 12-INDUSTI!!AL l'"

.01 Nonsentilated Enclosures DUS~lTIGilT AND Dit'~

Type 13 cnclosures are.mtended for use m. doors pn.

IINDOOR.

(For Class Ill liaurdous B tri10 23) switches, pushbuttons, selector switches, pdot lights etc..

.01 Nomentilated Encle.

and io protcet these devices against lint and dust, scep-age, external condensation, and spravinc of water, oil or Type 12 enclo-

..ded for use. doors t coolant. They shall have oil.resistan't galkets and. when m

proicct the c-

..ocnt against fibers, flymes, intended for wall or machinc mounting, shall have hnt,due oght splashing. scepage. dnpping mounting means external to the equipment cavity. They i

ant

..acnsation of noncorrosive hquids.

shall have no condnit knockouts or unsealed openincs

.,e no holes through the enclosure and no providing access into the equipment cavity. All condu'il e

.nockouts or conduit openings. except that oil-

[

openings shall have provision for oillight conduit t

... or dusttight mechanisms may be rnounted through entry

• notes in the enclosure when provided with oil-resistant NEM A Standard 3171976.

pastets. Doors shall be provided w,th oil. resistant i

pastets. In addition, enclosures for combination con.

.02 Desi;:n Test trollers shall have innged doors w hich swing honzontally and require a tool to open.

The design test for Type 13 nonventilated enclosures When in ended for wall mounting, Type 12 cnclosures are the following:

shall 1. ave mounting means external to the equipment (a) The oiltightness test described in ICS 6 cavity, captive closing hardware, and provision for 110.60.

locking.

Sufusud Sisndard for future Design 3171976.

When intended for floor mounting. Type l2 cnclosures (b) The rust. resistance test described in ICS-shall have closed bnnoms, captive closing hardware, and 110.57.

pf ovision for locking.

NEM A Standard 3 17 1976.

02 Ventilated Enchrsmes

.03 Application I.imit Ventilated enclosurcs have the same provisions as To insure neainst entrv ofliouid via the conduit. it is nonventilated enclosures cxcept that they contain both recommt nded that. dorm" mstallatmn, t he enndmt and dusttight and nondusttight sections or compartments.

the wiring in it be imhtiv scaled at Ihe point of entrv to Only the nondusttight sections or compartments are the enttosure bv an mi and coolant scetma compound ventil.ded and are not ubject to the dust test described or cymtalent means. I he compaubihty of the gasket in ICS 6.ilo.54. See ICS 6-ilo.0S.

with other seahng ruatcrial and liquids to which it is NiiM A Standard 3 17 1976.

cxposed may have to be detcrmined by le$ts.

Applications in du.ty locations may icquire the ad-

.03 Des.ign Tests dition of protective boots to prevent ihejamming of op-The design icsts for Type 12 cnclosures are the fol.

crating mechanisms.

Iowing:

Avil.orind l'nrintrring Inforrn.ition 3 17 1976 O(./

d?)

9

htb*ll %till it 197;C

^

. l'I 'll NO. l( S 6 e

PA lt l 1( S (~ t in, l'A Gl' 12 ST Ct.0%t 'Itl3

(

equipment.or mechanism. When an auxiliary

.03 Salt Solution mechanism is provided to bical the ice. it shall The sali solution shall be prepared by diuohing 5 i be included and niili/cd in the test. A separate 1 irn hv ueipin of wh in 95 parb of cither distdled test is sequired for each maintained pm.ition of water or water containing not more than 200 parts per cach external operator. If necessary. it shall be snilhon of total solids. The salt shall be sodium chloride pmsible to pain access to the enclosure interior which is substantially free of nickel and copper and using a n apinopriate hand tool wnhout causing functional d.onapc to the enclosure.

dich comins when dry, not more than 0.1 percent of sodium iodide and not more than 0.3 percent of total (b) The enclosure and its external mechanisms shall irnpurities.

he considered slect resistant if they are found to be undamaced after the ice has mehed. lin-closures having no exiernal cavitics which trap N

^I' S"PP Y I

watcr and shect metal enclosures constructed in The compreu.ed air sunply to the nozile(s) for ato-accordance with ICS 6-11016 are considcred mizing 1he salt wlution shall be free of oil and dirt and slect. resistant without testinc.

m::intained lictueen 10 and 25 pounds per square hurrested Standard for fiaure Drugn Fl7197(.

inch.

ICS 6110.56 liOSEDOWN TEST

.05 Condition in the Saltoprav Chamber (WATEllTIGilT)

The temperature of the sah-spray chamber shall be

.01 Melbod snaintained at 95* F. plus 2*F or minus 3*F.

The The endo:,ure and its external mechanisms shall be non'.(s) shall be direcicd or baffled so thet none of the subjcord to a stream of water from a hose w hich has a spray can impmpe directly on the enclosure being test-1 inth ronic and which delivers at least 65 pallons per cd.

ininute. tlc water shall be directed at the enclosure fium all anMc:, from a distance of 10 to 12 (cet for a total

.06 Cont.muty of Test f

period of 5 minutes A conduit may be installed ta (3

cituabic interr.al and external pressures but shall not The test shall be run continuously for 2 t hours. i.c..

f

V serse as a drain.

the chamber shall be clo:cd and the spray oper.:ted continuously c> cept for the short dady interrut tion

.02 I'aaluation necessary lo inspect. rearrange, or remove the test The enclosure is considered watertight and dusttight specimens te chec!. and repicnish the so!ution in the if no w.ncr has enta ed the enclosure.

reserv ir, and to mabe necessary recordqs.

NEM A Sund.ud Fl71976 ICS 6-110.57 I!!st.!!!:SISTANCE TFST (It US 1.It i' SIS FA NT)

At the end of the test. the specimens sh d! be removed from the chamber ced washed m cie.m running water jy g which is nm uarmer tian IGM to remo c sah depouts The cnclosure or representative parts of enclosures from their *urface. :.nd then dried immediately. Cor-shall hc subjected to s.dt spray (fog)in accordance with redon products. ot her than ost. may be rumm cd by hpht the ful:ouing:

brushing if rcymred to observe the condition of the undcrh ing str.onm.

02.I.nt Apparetn<

(a) The test apparatos shall con (isi of a fog chamber.

.08 l.aaluateua a s.dt. solution reservoir, a supply of suitably e

conditiomd compressed air. atmnifing nonics.

The enclo nic is considered rust-resistant if there is support for th. enclosure. piocision for heating no rust c> cept at those point u here prott etion is im-the chamber, and means of control.

practical, such as maci ned mating surfaces of cast en-o (h) 'I he test apparatus shall not permit drops of so-clounes and slidmp surfaces of hinres..halis. cic.

lution w bith.acumul.dc on the ceilmp or cover N I.M A St.o.d.ed 1 17 197(.

of the ch.unber to. fall on the entlosure being tested.

f C) Thi' ICst app.trJt nN stiall flot pct mit df ops of so-lCS 6110.58 IOll1!()MlON.Ill31NTANCF. 'I l'ST

(

')

lution winch fall from the entlosure to be re-(C Olt i!Oc.!O N.It lEIST A N fl tiyrned to the sointion icservoi h+r respraving.

jg y gg (d) Ihc test ar natus shall be comtructed of nu-teri.ds w Im b w ill not af fcti 11 c t or s omeness of The cmiodon.icsistante test is the s.une as il.c rust-the fog.

resistam e test ih scribed m IL S (,-l 10S1 cwcpt t hat the Ji.p caid Sun.1 ud f.,r 1%nns lhyn bl7197(,

expmure lune is 2OJ hontt 4

SI:l'll rsill!'It 197H g

.. I'NC p Kt 't!IN I't!!!. NO. I(S (.

[ Arrg-l(S t..lin, l' Wl: 13

.02 liialuation ICS 6-110.60 011. TFST (OlllrIGil f) f

An enclosure is consiscred to be corrosion-rcsistant

'/ ifit does not show pitting. cracking, or ether deteriora-

~01 W hod tion more severc than that resuhing from a similar test The enclosure shall be subjected to a stream of the test on panivated AISI Typ.: 304 stainicss sicci after 200 liquid through a nonle which has a 3/S inch diameter hours of exposure.

opening and u hich dehvers at least 2 gallons per minute.

ND.t A Standa rd 3 17 1976.

The test liquid shall consist of water to uhich has been ICS 6-110.59 SUllMI'.RSION TEST added a wetting agent to a concentration of approxi-s (SUllMI RSIBl.E) mately 0.1 percent by weight (or by volume if the w citing agent is liquid). TlIe stream shall be directed upon the

.01 Mcibod enclosure from all angles from a distance of 12 to IS inches for 30 minutes. If the enclosure houses an ex-

,The completc enclosure shall be mounted.m a tank with the conduit connected using pipe-thread scah,ng icrn Ily operated device, the device shall be operated at compou nd. The condmt shall be tichtened with the a rate of approximatelv thirty operations per mmute for oc r iven in ICS 6-110.53. The t$nk th ill be filled the duration of the test. A conduit may be mstalled to with wIter so that the highest point of the enciosure is equaH7 intem 1 a cuan I pressum t slmH not 6 feet below the surface of the water. Afler 30 minutes, the enciesure shall be removed frem ihe tank, the excess water removed from the surface of the enclosure,and the enclosure opened.

.02 Esaluation

.02 l'saluation The enclosure shall be considered oiltight, dusttight The enclosure is considered submersible if no water and driplight if no test liquid has enicied the enclo-has entered the enclosure.

sure.

NEM A Sisndard 3-17 1976.

Suprested Standard for f%ture Design 3-171976.

I f)

V CONSTR UCTION ICS 6-110.80 Pl:0\\'ISIONS FOR CONDUIT sures for alternating-current controllers si7c 5 or smaller,

.01 Threaded Conduit Ilubs I

s e ne n c n u t entrancein me bob tom of magnetic controllers for control wires plus one When made,the conduit entrance for T pc 3.3R.3S.

conduit entrance in the top of manual end magnetic 3

4,4 X,6,7,8,9,10 a nd 11 cnclosures shall be in the top controllers for line uires and one conduit entrance in the and in the bettem of the enclosure. When pro'. isions arc bottom of manual and magnetic control! cts for load made for threaded conduit connections in these enclo-wires in accordance with Table 6110-6.

Tab!c 6-110-6 TilREADED CONDUlT llUB SIZES Siic of Ca.n: roller 00 0

1 2

3 4

5

-=r-

..um=.===.,._

Conduit Si/es fm I ine or 1.oad Wires. Inches 3/4 3/4 1

1-1/2 2

2-1/2 3-1/2 NOll:- 1 tc. uko p on ni the forepig i.Me.;rc ba cd on the me of1,u'C wire for conno'ler d/cs 00 throurh 2.nid 75'C wire for contralier sire. ; thmgh S.

O j#

l uj E

i k

1

- y a

O u W g

J i

i 9

lN,.

U.

y

., s. 7 Tu e.s e om a

s

,=

.q n

W g

es u D

e.r i

..a s n.1. -. t.j s.n.

'j I O

z es

~

6 LO b

=

4 w

n..

w kw se 2m

.e<

J 's Uw U z O5 1

er.*

e v-o

. e

-o

• ws es 6

mr

$ o a>

m e

2

>s-

=

4 w

w O - U 4

z ea ca sx w.

u o Ng 7<u*O o

z.m n.

c-a = :) w

.)

s.e.e,

.a e

A gg og fs z

e o)L

.J u.a - u bz..

o x

.G)

.,...i z

es z.

u~* < a g 4

(

=

w w-om

-- a y

n, p %.

<Zuwo <r >A

.s.-.z c,

w I.

u om r<

s s.,

e.

n.o..o. -

i 9

-a

=

ez a

5.

=x..wo il

-on3-

=..o 6

o x

m ac z

w

-c

~~zup x-a s

u.

o. m M l- < 3w

.o. -

m. ; '

-r ww

.- w z

r.,

a woau we

...,o

. -]

d < a

,, H a

r.

er er s m o.s s

I.

do

-.a.

Z w.

.a-w ar m.,

1.

1 w-

. r.,

w

>w g.

w w-

2 m

er o.,.me xo e

we ar. en

.m

o. O w

-.o a

ao w

c

-e n

z w

r-

>o W

ez u e, wx vo --=

1 <>-

-m>

s w 2 o w

.s o.

O es-

. v,r uca a v: Jro

• L e

~. ~e s.-r a z, 4

I w

wa z

w.-

.4 4 -

er ac > zo

.t.

e. ac

>.a e

w. -

ww k

.. =.{

o s

a m.

>=

e r i., n aw --

su os oso e e er a 8 i >.a o z, u.a ao K,..

I g

d,

e r,.

l,

.,..a..u..,

J

.~.

,.e.

g

.,,,,. 3 0.3 D

CE

..... 5. s '.. ?.

w:in L?i:, N:..,,'.C.4..!... ph:e &.

.<a < :,i,Lt e.k.ad,a.

r.

ou

.'i.i

i61 is g.rt;,

,, o

- g,n >

s,t ;;

e o.o o-t*

O f. E N 8 j.t.;*

.?!*

x e-O c.ni.,!

i a

- xx

<s=

s i. ;s sr'g s=

, xx 3-r I.ri:.:

so 3 e,-

a J

(

- 1 e,

z., o te rJ. Ult:D N-

!$ f9l,i

<s.

4

.z gy II:-

J, It ti.a.

• ss,-rie-I

., g,*.ar ;

3-fa CV

~~~~~

a' s

CW ar&s'

• l*

a D --

t

-- 3

/

l' I W l *"

• Q

{

e g?

v

=

+

w a

z.

w

's Ow) y p

i, bf

• o

-C U) j=

<w O'

W U) a

{

I"

),

5 C-tr..

I w

n, Q

ei ass.

z-y F*

%ae:

, t t a r.

l'

,D

(

. - _ - +

o

'\\

N g

kJ I

\\

%' o s.

is

, s,,.

e

.s e

's I

r*'

t to 1

e-o

.n O

o w

J N

a w

I I

s (d

l G

,o r9 O.

or-n n

=

O i

oN m

$.6 w wu a

a a

u

~

x u

N ts; o

g o

W u$

r 5 Db r

r u

2 0 8 m

h2$ D

-U l-1 o

U Z<d *g o N%

o gg o

Uda C<

e

.e < o (W

$Zu e

w

&Oo

.J +-

• - - Z UA 3h*

D d<d z.W W

Z>M w

d D

U a.

J

(

u a w

x 4 gasst aggs:

j O

e ksa r ena,4 7

g

g j

E 3

I 3

.eeoa J,

r-s j

I!*

3 2

Oi u.

nl' 4

e N. tr E

1 5

IRA y%

F--

co garr e B

9 g.mo:>:

nip i o

O 6

,e r

I;t!,iis, 3y C-9ESE8*

xC*u e

-(

s a

I e t.

g h_g.g e w na nw a

y

, xx

.s e -

21,3 a r:

(TII a

ese

r p H

a, Z

r,

<d0

-n.,

o l.,

C,,

33 I

}.ii. :;.

\\ o.

a

,u i

m W

EE SI

}tt" ti$le

~*

70

=

t' s o,

-....)v (shg5.

as vi-

'N f a t s.. _ ' _

r.t

• 1

\\,l g

3

,j as G

4 3

1 d

e

}

g 3

4, f

8 i

\\\\

6 s

=

~\\

x

(

5 I

t f

1 2

u l

O i

w>

U A

8 m Q" O

a C

w a

O 2

E w C

H h

O hb O-o CO 3

g en g

9M 4

m. e e

rw OM OO

~

C, C & g DO W w L

<.m g

• 1 2.-* (,

/

4

/

C.p z -

~U 0

si a a n s'

. s.a

,~

C* a bt I

.3 f

I

.