MS/Standard how to order

Transcription

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2 /tandard how to order I and I-5015 ype (older ontacts) W () onnector ype designates ilitary tandard * designates service class and with proprietary special * designates service class with proprietary special * designates service class and with proprietary special 2. onnector tyle 100 wall mounting receptacle 101 cable connecting plug 102 box mounting receptacle 10 straight plug plug. ervice lass solid shell for general, non-environmental applications solid shell for pressurized applications environmental resisting environmental resisting with strain relief ( part number only) lightweight environmental resisting., 5.hell size and insert arrangement - see tables, pages ontact ypes designates pin contact designates socket contact 7. Insert otation W, X,, or designate that insert is rotated in its shell from normal position. o letter required for normal (no rotation) position. 8. () strain relief for non-military connectors (or use class) * or insert arrangements over 50 and shell size 0 and above. xceptions: -52, 0-1, 0-9 and 0-5 are approved. onsult mphenol, idney, for availability of alternate finishes, including black and olive drab zinc alloys. roprietary (rimp ontacts) onnector ype 75 connector utilizing silver plated contacts 80 less contacts 85 contacts utilizing 50 micro-inches gold over silver plating 2. ervice lass 8 service class, general duty 7 service class, environmental resisting 190 service class, lightweight environmental resisting. onnector tyle 0 wall mounting receptacle 1 cable connecting plug 2 box mounting receptacle straight plug 8 90 plug. hell ize esignator hell ize hell esignator hell ize hell esignator Insert rrangements ee page ontact ype/lternate Insert otation designates pin, designates socket for normal positioning of inserts. When an alternate position of the connector insert is required to prevent cross-mating, a different letter (other than or ) is used. ee page 25 for description of alternate positions, then convert to mphenol proprietary coding by the following charts: etter in ontacts mphenol etter etter ocket ontacts mphenol etter W W X I X 70

3 mphenol I and I-5015 ype tandard ylindrical onnectors -, - -/ - I II edium to heavy weight cylindrical urable, field-proven design nvironmental resistant esilient inserts Operating voltage to 000 () at sea level ed couplings ingle key/keyway shell polarization ost effective O OIO ive shell styles ineteen shell sizes 05 from 1 to 10 circuits older or crimp contacts, sizes 1-0 accepting 22-0 W. oaxial and thermocouple contact options ive class designations lternate insert positioning ermetic configurations available inc alloy plating (cadmium-free) available connectors meet the latest performance requirements of I hese connectors represent well-proven electrical capability at an acceptable cost for most equipment where durability is important. I features threaded couplings and single key/keyway polarization, representing maximum simplicity in design. pplications include military ground support equipment, ordnance and shipboard installations. mphenol Industrial Operations manufactures five classes of connectors to meet different requirements. lass designations and brief descriptions are listed below. olid hell for general, non-environmental applications. ressurized for use on pressurized bulkheads or pressure barriers; limits air leakage regardless of type and class of plug mated with them. / nvironmental esisting with train elief designed for applications where the connector will be exposed to moisture, vibration, and rapid changes in pressure and temperature. ightweight nvironmental esisting shorter in length and lighter in weight than the and classes, the - offers a high degree of reliability under adverse conditions: recommended for new design applications.

4 /tandard - and - wall mounting receptacle cable connecting plug box mounting receptacle - and - - and - class connectors perform many of the vital functions in powering, testing and ground support systems. lass applications include communications equipment, computers and shipboard installations where mechanical forces and physical parameters are not subject to extreme or rapid environmental changes. lass connectors are most frequently used on pressurized bulkheads or pressure barriers at elevated altitudes or maritime applications. ir leakage is limited to one cubic inch per hour at a pressure differential of 0 lbs. per square inch. hells: hell components are fabricated from high grade aluminum alloy. lectrically conductive cadmium plate finish with an olive drab chromate after-treat offers corrosion resistance. ontacts: ontacts are available in both solder and crimp versions. ins and sockets are machined from copper alloy with a silver plated finish. ize 1 and 12 socket contacts incorporate a closed entry design. efer to pages 9, 7 and 8 for additional contact information. Inserts: Inserts are resilient neoprene, offering high dielectric strength, high arc resistance and resistance to vibration. roprietary design permits pressurization of either pin or socket insert. straight plug 90 degree plug

5 /tandard 100 or wall mounting receptacle oles o complete order number, see how to order pg. 70. or solder well data, see page 7. hell ize lass 2 in ull ± ±.005 ±.01 ia lass * * * * * * * * *** ** 8*** ** * Increase dimension by.12 for size 0 contact only. ** Increase dimension by.02 for size 0 contact only. *** vailable in proprietary version only ±

6 /tandard 101 cable connecting plug o complete order number, see how to order pg. 70. or solder well data, see page 7. hell ize lass 2 in. ull ±.00 ia. ax. lass 2 ± * * * * * * * * *** ** * Increase dimension by.12 for size 0 contact only. ** Increase dimension by.02 for size 0 contact only. *** vailable in proprietary version only.

7 /tandard 102 or box mounting receptacle oles o complete order number, see how to order pg. 70. or solder well data, see page 7. hell ize lass 2 in ull ia ±.005 ±.01 ia * * * * * * * *** ** 8*** ** * Increase dimension by.12 for size 0 contact only. ** Increase dimension by.02 for size 0 contact only. *** vailable in proprietary version only ±.020 7

8 /tandard 10 straight plug Q o complete order number, see how to order pg. 70. or solder well data, see page 7. ll lockwire holes are.05 dia. min. hell ize lass 2 ±.005 ±.00 Q ia. ax. lass 2 ± * * * * * * * * *** ** 8*** ** * Increase dimension by.12 for size 0 contact only. ** Increase dimension by.02 for size 0 contact only. *** vailable in proprietary version only

9 /tandard degree plug Q W o complete order number, see how to order pg. 70. or solder well data, see page 7. ll lockwire holes are.05 dia. min. hell ize lass 2 ±.005 ax. Q ia. ax. ax. lass 2 W ± * * * * * * * * * Increase dimension by.12 for size 0 contact only. 9

10 /tandard -/ wall mounting receptacle cable connecting plug box mounting receptacle - & lass connectors satisfy all the performance requirements of I lass, environmental is also produced, but is no longer listed on the qualified products listing (Q). hese connectors are recommended for conditions where vibration, moisture, pressure and/or temperature are extreme. train relief is supplied on most shell sizes. hells: hell components are fabricated from high grade aluminum alloy. he standard hardware plating is electrically conductive cadmium plated finish with an olive drab chromate after-treatment for corrosion resistance. onsult mphenol, idney, for other plating options. ontacts: ontacts are silver plated copper alloy for maximum corrosion resistance, maximum current carrying capacity and low millivolt drop. ize 1 and 12 socket contacts incorporate a closed entry design. rimp and solder versions are available. efer to pages 9, 7 and 8 for additional contact information. Inserts: esilient neoprene inserts provide an outstanding moisture barrier, high dielectric strength, and resistance to vibration. ither pin or socket insert can be pressurized. train elief lamp: train relief clamps minimize tension at the solder well connection and provide a positive mechanical moisture seal. omplete field serviceability is possible with the strain relief clamp. straight plug 90 degree plug 10

11 /tandard 100/ wall mounting receptacle XX oles o complete order number, see how to order pg. 70. or solder well data, see page 7. hell ize lass 2 in. ull ax ax. ±.005 ±.010 ia * ax. XX in. able learance * Increase dimension by.12 for size 0 contact only. 11

12 /tandard 101/ cable connecting plug XX o complete order number, see how to order pg. 70. or solder well data, see page 7. hell ize lass 2 in. ull ax. ax. * ax. XX in. able learance * Increase dimension by.12 for size 0 contact only. 12

13 /tandard 102 box mounting receptacle oles o complete order number, see how to order pg. 70. or solder well data, see page 7. hell ize lass 2 in. ull ia ±.005 ±.01 ia * * * * * * * * * Increase dimension by.12 for size 0 contact only. 1

14 /tandard 10/ straight plug Q XX o complete order number, see how to order pg. 70. or solder well data, see page 7. ll lockwire holes are.05 dia. min. hell ize lass 2 ±.005 ax. ax. Q ax. * ±.05 XX in. able learance * Increase dimension by.12 for size 0 contact only. 1

15 /tandard degree plug Q o complete order number, see how to order pg. 70. or solder well data, see page 7. ll lockwire holes are.05 dia. min. hell ize lass 2 ±.005 ax. ax. Q ia. ax. ax. lass 2 ± * * * * * * * * * Increase dimension by.12 for size 0 contact only. 15

16 /tandard - wall mounting receptacle cable connecting plug box mounting receptacle - pecification requirements for greater reliability in a shorter, lighter weight environmental resistant connector led to the design of the -. lass connectors satisfy all the performance requirements of I his low profile assembly was attained by moving the axial compression nut and grommet assembly forward and flush with the rear of the insert. he neoprene grommet, with its low coefficient of friction, assures easier threading of wire bundles and quicker assembly and serviceability of the unit. olded webs in each wire hole insure a moisture barrier around each wire. he addition of an O ring at the main joint of all 10 plugs provide a main joint seal supplementary to the interfacial seal, thus insuring a higher degree of reliability when connector halves from different sources are employed. - types are recommended for new design applications. hells: hell components are fabricated from high grade aluminum alloy. ll components have the standard electrically conductive cadmium plated finish with an olive drab chromate after-treatment for corrosion resistance. onsult mphenol, idney, for other plating options. ontacts: ontacts are machined from copper alloy for maximum corrosion resistance, maximum current carrying capacity and low millivolt drop. oth crimp and solder versions are available. efer to pages 9, 7 and 8 for additional contact information. Inserts: esilient neoprene inserts provide an outstanding moisture barrier, maximum vibration resistance and high dielectric strength. ither pin or socket insert can be pressurized. straight plug 1

17 /tandard 100 wall mounting receptacle oles o complete order number, see how to order pg. 70. or solder well data, see page 7. ll lockwire holes are.05 dia. min. hell ize lass 2 in. ull ia. ax ax ia. ax. ±.005 ±.01 lass * * * * * * * * * Increase dimension by.12 for size 0 contact only. ia

18 /tandard 101 cable connecting plug o complete order number, see how to order pg. 70. or solder well data, see page 7. ll lockwire holes are.05 dia. min. hell ize lass 2 in. ull ia. ax. ia. ax. ax. lass 2 ± * * * * * * * * * Increase dimension by.12 for size 0 contact only. 18

19 /tandard 102 box mounting receptacle oles o complete order number, see how to order pg. 70. or solder well data, see page 7. hell ize lass 2 in. ull ia ±.005 ±.01 ia * * * * * * * * * Increase dimension by.12 for size 0 contact only. 19

20 /tandard 10 straight plug Q o complete order number, see how to order pg. 70. or solder well data, see page 7. ll lockwire holes are.05 dia. min. hell ize lass 2 ia. ax. ±.005 ax. ia. ax. Q ia. ax. lass 2 ± * * * * * * * * * Increase dimension by.12 for size 0 contact only. 20

21 21 /tandard contact and insert arrangements

22 /tandard insert arrangements Insert ervice otal ontact ize rrangement ating ontacts Inst Inst Inst Inst /Inst Inst Inst /Inst Insert rrangement ervice ating otal ontacts ontact ize / Inst / Inst Inst Inst / / / / / / / arrangement available only with pin contacts in receptacle and socket contacts in plug

23 /tandard insert arrangements, cont. Insert ervice otal ontact ize rrangement ating ontacts / / / / Inst / / // / // ///Inst // Insert ervice otal ontact ize rrangement ating ontacts / / Inst./ /// / / / /

24 /tandard special insert arrangements Insert rrange ment otal ontacts ontact ize ervice oax** ating /0 2/ * * 20-5* / / 8 8* * i olt * Inst * * Inst Inst oax * * Inst Inst./ * oax oax oax Inst oax * rimp contacts accommodate wire the same size as the contact as well as wire of the next smaller, even size. rrangements identified with an asterisk (*) are exceptions. ee insert arrangement drawings on pages 8-8 for application wire size. ** oaxial cable data can be found on insert arrangement drawings, pages 8-8. or further information on coaxial contacts and cable see catalog Insert rrange ervice ontact ize oax** otal on- ment ating tacts /0 2/ * * * 0 - oax -5 oax oax * * -8 oax / 5 5* * 0- oax oax * * Inst

25 /tandard insert alternate positioning o avoid cross-plugging problems in applications requiring the use of more than one connector of the same size and arrangement, alternate rotations are available as indicated in the accompanying charts. s shown in the diagram below, the front face of the pin insert is rotated within the shell in a clockwise direction from the normal shell key. he socket insert would be rotated counter-clockwise the same number of degrees in respect to the normal shell key. osition W osition X osition osition iew looking into front face of pin insert or rear of socket insert. he following insert arrangements have the same alternate insert rotations for W, X, and, which are: egrees W X Insert egrees rrangement W X Insert rrangement egrees W X Insert rrangement egrees W X

26 /tandard front face of pin insert or rear face of socket insert illustrated ront of ocket Insert ront of ocket Insert Insert rrangement ervice ating umber of ontacts ontact ize Insert rrangement ervice ating Inst. Inst. Inst. umber of ontacts ontact ize otation of otation of 1-7 Insert rrangement ervice ating Inst. umber of ontacts ontact ize Insert rrangement ervice ating umber of ontacts ontact ize O

27 /tandard front face of pin insert or rear face of socket insert illustrated I Insert rrangement ervice ating,,, = ; al. = Inst. umber of ontacts 2 1 2* 10 2 ontact ize Insert rrangement ervice ating Inst. umber of ontacts ontact ize Insert rrangement ervice ating umber of ontacts ** ontact ize I otation of otation of 18-1 Insert rrangement ervice ating Inst.,,, = ; al. = Inst. umber of ontacts ontact ize * = Iron; = onstantan **, = Iron;, = onstantan 27 O

28 28 front face of pin insert or rear face of socket insert illustrated /tandard Insert rrangement ervice ating umber of ontacts ontact ize Insert rrangement ervice ating,,, = ;,,, = Inst. = ; al. = Inst. umber of ontacts ontact ize Insert rrangement ervice ating umber of ontacts ontact ize O otation of otation of I I

29 29 front face of pin insert or rear face of socket insert illustrated /tandard Insert rrangement ervice ating Inst. umber of ontacts ontact ize Insert rrangement ervice ating Inst. umber of ontacts ontact ize Insert rrangement ervice ating umber of ontacts ontact ize O otation of otation of I I

30 0 front face of pin insert or rear face of socket insert illustrated /tandard Insert rrangement ervice ating = ;,,, = umber of ontacts ontact ize Insert rrangement ervice ating = ;,,,, = = ; al. =,,,, = ;,, = umber of ontacts ontact ize Insert rrangement ervice ating = ; al. = umber of ontacts ontact ize O

31 1 front face of pin insert or rear face of socket insert illustrated /tandard Insert rrangement ervice ating,, = ;,, = = ; al. =,,, = ;,, = = ; al. = * umber of ontacts ontact ize Insert rrangement ervice ating,, = ; al. = umber of ontacts ontact ize Insert rrangement ervice ating umber of ontacts ontact ize O I O I *,,, = Iron,,, = onstantan

32 2 front face of pin insert or rear face of socket insert illustrated /tandard Insert rrangement ervice ating,,, = ;,,, = umber of ontacts ontact ize Insert rrangement ervice ating Inst.,, = ; al. = umber of ontacts ontact ize Insert rrangement ervice ating,, = ; al. = umber of ontacts ontact ize O Q W X

33 front face of pin insert or rear face of socket insert illustrated /tandard Insert rrangement ervice ating, = ; = ; al. = = ; al. = umber of ontacts ontact ize Insert rrangement ervice ating umber of ontacts ontact ize Insert rrangement ervice ating = ;,, = ; to = = ;,,,, = ;, = ; al. = Inst., = ;, = ; al. = umber of ontacts ontact ize O otation of W X a b d I W X W X a b d W X a b c d e f g h j k m l Q

34 front face of pin insert or rear face of socket insert illustrated /tandard Insert rrangement ervice ating = ;,,, = umber of ontacts ontact ize Insert rrangement ervice ating,,, = ; al. = umber of ontacts ontact ize Insert rrangement ervice ating,, h, j = Inst.; al. = umber of ontacts ontact ize O W X a b c d e f g h j k m n p r s O O W I X I O W X a b c d e f g h j k I O W X a b c d e I

35 /tandard front face of pin insert or rear face of socket insert illustrated X W O Insert rrangement ervice ating, = ; = ;, = ;, =,,,, = ; al. = umber of ontacts ontact ize I O W X O W X a c d e b f g h j k m r n p q t u v s x w y z I O W 100 otation of 2- Insert rrangement ervice ating umber of ontacts ontact ize Insert rrangement ervice ating = ;, = umber of ontacts 2 ontact ize O

36 /tandard front face of pin insert or rear face of socket insert illustrated I O W X a b c e d f g h k m j t n u p v r s w x y z I O W a X b c d e f g k h j n p m r s u t v w x z y d e f a W b c X I O Insert rrangement ervice ating umber of ontacts ontact ize O Q W X a b c d e f g h j k m n p q r s t u v w x y z O Q W X a b c d e f g h j k m n p q r s t u v w x y z O Q W X a b c d e f g h j k q m n p r s t u v w x y z 100 otation of otation of -10 Insert rrangement ervice ating umber of ontacts ontact ize Q I Q Q d c k j b h a e m f W g X Insert rrangement ervice ating,, Q = ; al. = = ; al. = umber of ontacts ontact ize O

37 /tandard front face of pin insert or rear face of socket insert illustrated 100 I O W X a b c d e f g h j t k n p m u w v r s 110 I O W X a b c e d f g m h j t k n u v p w r s 100 a d e f W b c X I O x z y x z y 100 otation of otation of otation of -9 Insert rrangement ervice ating umber of ontacts ontact ize W X a b c d e h j f g k m W X a b c d f g h i j k m n p q r s t u v w x y z I O W X a b c d e Insert rrangement ervice ating umber of ontacts ontact ize I O Q W X a b c d g h i e f l m j o k n p q r s t u W X a b c d f g q h i j k m n p r s t u v w x y z W X Insert rrangement ervice ating umber of ontacts ontact ize O

38 8 pecial equirements for more complex circuits prompted mphenol to provide inserts not covered by the drawings. Illustrated here and on the following pages are insert layouts which have from one contact (high tension) to the 10 contact insert in shell size. any of these special inserts are also available in alternate keyway arrangements. lease contact mphenol, idney, for additional information on special circuit application requirements. front face of pin insert or rear face of socket insert illustrated Insert rrangement ervice ating umber of ontacts 7 19 * 7* 5 5 ontact ize for #1 or 1 wire 12 1 Insert rrangement ervice ating = ; al. = = ; al. = umber of ontacts * 1 5 7* 1* 8 8* 8 5 ontact ize 8 for #10 or 12 wire 1 12 for #10 wire 1 12 for #1 wire for #1 or 1 wire 12 1 Insert rrangement ervice ating i-olt umber of ontacts * 12 5* 1 5* 7 ontact ize 8 for #10 or 12 wire 1, for #10 or 12 wire ,, for #8 wire * olderless O

39 pecial front face of pin insert or rear face of socket insert illustrated 90 Insert rrangement ervice ating Inst. umber of ontacts 7 7 7* ontact ize for #10 or 12 wire Q 90 W X Insert rrangement ervice ating Inst. umber of ontacts 2* 5* ontact ize 8 8 for #10 or 12 wire 8 8 for #1 wire (oax) -188/ or -17/ Q W X a Insert rrangement ervice ating Inst. umber of ontacts ontact ize * olderless O

40 pecial front face of pin insert or rear face of socket insert illustrated Insert rrangement ervice ating umber of ontacts 2 1 9* * * 9* 7* 7 9 ontact ize 8 12 (oax) -59/ for #10 wire 1 8 for #10 wire 8 1 or -2/ (,, ) I Insert rrangement ervice ating umber of ontacts ontact ize W X a b c d f g h i j k m n p q r s t u v w x y z 90 a b c j k d X i m f q r W h n g p s v t u w 90 W otation of 2-15 Insert rrangement ervice ating Inst. t, u = ; al. = Inst. umber of ontacts ontact ize * olderless O

41 pecial front face of pin insert or rear face of socket insert illustrated c d e a b W X O I X W p n w m k v j i q a b s t c d f h g Insert rrangement ervice ating ** umber of ontacts ontact ize 1 12 for #10 wire 12 0 (oax) -71/ (oax) -11/ 1 8 (oax) -11/ or -179/ a X W I O W X O W X a b c d e f g h j k q m n p r s t u v w x y z Q Insert rrangement ervice ating ** Inst. umber of ontacts ontact ize 1 8 (oax) -12/ (oax) -12/ 1 1 (oax) -58/ Q Insert rrangement ervice ating 8, 9 = umber of ontacts ontact ize (oax) -180/ ** onsult mphenol, idney, for service rating of power contacts. O

42 pecial front face of pin insert or rear face of socket insert illustrated O W X a b c d e f g h j k n q m p r s t u v w x y z b a c X s m k d W t r n j q p f i g h Insert rrangement ervice ating umber of ontacts ontact ize W X k a r s b t m c n d W X a b c d f g h i j k I O W X a b c j i q h p f g m n p q r s t u v w x y z h n r d j x u e f g k t p v w z y s m Insert rrangement ervice ating ** umber of ontacts ontact ize 1 8 for # wire 1 12 for #10 wire 1 12 for #10 wire 0 (oax) -11/, -12/ or -1/ W X a b c d f g h i j k m n p q r s t u v w x y z Insert rrangement ervice ating umber of ontacts ontact ize 0 (oax) -59/, -2/ 12 1 (oax) -2/ 1 8 (oax) -187/ or -71/ ** onsult mphenol, idney, for service rating of power contacts. O

43 pecial front face of pin insert or rear face of socket insert illustrated Insert rrangement ervice ating umber of ontacts ontact ize 1 for #1 wire Q d c k b j h a e m f g W X Insert rrangement ervice ating = ; al. = umber of ontacts ontact ize for #10 wire (oax) -58/ 1 for #12 wire z d e y Q f x g O w h v c X j b a u W k t m s n r p q 5 Insert rrangement ervice ating umber of ontacts ontact ize / O /0

44 pecial front face of pin insert or rear face of socket insert illustrated I O W c a Q X b Insert rrangement ervice ating umber of ontacts ontact ize Insert rrangement ervice ating umber of ontacts ontact ize h g p f d n c m b a i j q k W X 1 2 Insert rrangement ervice ating umber of ontacts ontact ize 1 for #1 wire (oax) -12/ 0 (oax) -/ O

45 pecial front face of pin insert or rear face of socket insert illustrated W X Insert rrangement ervice ating umber of ontacts ontact ize 1 (oax) -59/ Insert rrangement ervice ating umber of ontacts ontact ize 1 (oax) -9/ 1 12 (oax) -2/ 0 (oax) -9/ or -21/ Insert rrangement ervice ating umber of ontacts ontact ize for #1 wire O

46 pecial front face of pin insert or rear face of socket insert illustrated Insert rrangement ervice ating umber of ontacts ontact ize 1 1 for #1 wire 0(oax) -115/ Insert rrangement ervice ating Inst. umber of ontacts ontact ize / Insert rrangement ervice ating umber of ontacts ontact ize /0 O /0 /0

47 pecial front face of pin insert or rear face of socket insert illustrated W X a b c d f g h i j k m n p q r t u v w s x y z W X W X h g f p n d m c b q a i k W j X Insert rrangement ervice ating umber of ontacts ontact ize (oax) -12/ (oax) -1/ W X a b c d e f g h j k m n p r s Insert rrangement ervice ating umber of ontacts ontact ize 1 0 (oax) -1/ 12 O

48 pecial front face of pin insert or rear face of socket insert illustrated Insert rrangement ervice ating umber of ontacts ontact ize (oax) -59/ Insert rrangement ervice ating umber of ontacts ontact ize (oax) -21/ O

49 hermocouple contact availability complete line of cylindrical connectors containing thermocouple insert arrangements is available. he contact layout for a particular arrangement will be found in either the /tandard contact arrangement section, pages 2-7, or the pecial contact arrangement section, pages 8-8. ll thermocouple contact layouts may contain either iron, alumel, chromel, constantan, standard (copper) or brass (dummy) contacts. ee the thermocouple tabulations on the following pages. he following abbreviations are used in the contact material column in the charts that follow. lso, thermocouple contacts are color coded as shown. (his identification is made by means of small dots of stain on the solder well end of the contact). bbreviation aterial olor ode Ir. Iron lack on. onstantan ellow u. opper lloy / h. hromel White l. lumel reen ummy rass / ontact ize Well Inside ia WI W Well epth older Well arrel Outside ia ± O WI I hromel - lumel II Iron - onstantan se wire in accordance with I-W-588 se wire in accordance with I-W-585 9

50 hermocouple hell ize and rrg. imilar to rrg. otal ontacts ontact ize 12 1 in Insert otation W = Ir.; = on = u.; = on = l.; = h one = Ir.; = on.; = u one = l.; = h.; = u one = l.; = h one = h.; = on one = h.; = l.; = u one = h.; = l one = Ir.; = on one = u.; = on one = u.; = l.; = Ir one, = on.; = h one, = h.; = l. ontact aterial = h.; = l = Ir.; = on = u.; = on one = l.; = h = h.; = l = Ir.; = on one = Ir.; = on one = u.; = on one = h.; = on one = h.; = l = l.; = h , = u.; = l.; = h = Ir.; = on ,, = Ir.;,, = on , = Ir.;, = on = Ir.; = on.;, = u , = l.;, = h = l.; = h.; = u = u.; = on one = l.; = h = l.; = h.; = Ir.; = on.;, = u one, = l.;, = h.; = Ir.; = on one, = on.;, = u one,., = u.;,, = on one = l.; = h.; alance = u = h.; = on.;, = u one = on.; = h.; = u one, = h.;, = l one,, = u.; = on one = on.; = u one, = u.; = l.; = h. 50

51 hermocouple hell ize and rrg. imilar to rrg. otal ontacts ontact ize 12 1 in Insert otation W one, = h.;, = l one, = u.;, = on one, = l.;, = h one, = l.;, = h one = h.; = l. ontact aterial one = h.; = l one = l.; = h.; alance = u one = on.; alance = u = l.; = h = l.; = h.;, = u = l.; = h.; = u = on.; = u one = l.; = u.; = h one = on.;, = u one = l.; = h one = on.; = u one = Ir.;, = on.; = u.;, = ummy one = Ir.; = on.; = h.; = l.; = ummy one, = Ir.;, = on.;, = ummy one, = l.;, = h ,,,, I = Ir.;,,,, = on ,, = l.;,, = h , = Ir.;,, = on.; = u , = l.;,, = h.; = u one, = Ir.;, = on.; = h.; = l one,, = Ir.;,, = on one, = on.;, = u one = Ir.; = on.; alance = u one,,,, I = u.;,,,, = on one,, = u.;,, = on one, = l.;, = h.; = u one = l.; = h.; alance = u one = Ir.; = on.; = h.; = l.; = u one = on.; alance = u one = on.; alance = u one = l.; = h.; alance = u one = h.; = l.; = Ir.; = u.;, = on = Ir.; = on.; = h.; = l ,,, = Ir.;,,, = on = h.; = l.; alance = u ,, = u.; alance = on ,, = l.;,, = h.; = u one = l.; = h.; alance = u. 51