05 D 016 [* 7 Mi|26Pc SERIES CHART 4 7 3 P? TW YY D .20 | Mey A\ 60 Ng pint TE Na PORT T PIN2 + | | PIN3 | PINA | 3X 10 bem} | fy[ Pt ee 09 PORT J D 078 Tiyim 4 O00 PORT H 2.02 B125el] | ele 4X . 020 . ~| 105 PORT A 7 Po .05 q DB .05 an I i 4 D185 _ ify | a7 i | | | a} H.076 wlll uy 75 36 7 TY! 86 ry! I | 68 | | Oe Ll KH tl b 160 My tt a . TT rT 86 L 81 | Hy! cp2) fs | (P2) | | (P2) ! lil 4 my XX rT a |. 40 Ty: | 4 1 || ty h Il I | | | Ty AX .016 N Ee nT 4 { | 1.60 oo om mo on om mm co = ma oo \ 4d | | (Pl) Oh I 07 4 (PI) AX (PI) A oo'o o NO |_| . Ll | I]! en | ri AG I | | I} yl Lil 1! | I}, {I | 1! | HI | il 1} UTI | ! Ii | DB .08>]) | | | D 04 _ ||| \ 2Z26PC___6D CATALOG LISTING LASER BRAND /8\ 26PCAFA6D GAF 6D SEPCDEAED EDFED VETRIC [INCHES GENERAL OPERATING CHARACTERISTICS OBPCFFAGD aT red 0.4 016 (ELECTRICAL PERFORMANCE AT 10.00 +0.01 VDC EXCITATION, 25. C) P6PCCF J6D 6CF 6D 0,51 020 PRESSURE RANGE (PSI) 0- | 0-5 0- 15 0 - 30 0 - 100 0-250 OEPCBFAGD SBTED 02 040 MIN] NOM [MAX [MIN | NOM] MAX IMIN | NOM ]MAX | MIN |] NOM] MAX | MIN] NOM | MAX | MIN NOM MAX UNITS 26PCCFA6D 6CF 6D 1.3 05 SPAN (P2>P1) ZI\ MM. 7[16. 7718.7] 47 | 50 53 | 97] 100 | 103 | 95 [100 | 103] 95 [loo [105 | 143 150 157 mV SPCENHGD FED L_ STYLE [8 07 NULL OFFSET 1.5.0 |+!.51-|.5| 0 |+l.51-1.5] 0 |+l.51-1.5|.0 |+1.5h2.01 0 |+2.01-2.0 0 2.0 mV Keane TED (D) DIFFERENTIAL 193 016 TYP MAX TYP | MAX TYP | MAX TYP | MAX TYP [MAX TYP. MAX UNITS +] el] 26Pccraep 66F 6D TERMINATION [98 078 CINEARTTY (OFSL, Po>PT) 0.25]0.5 1710.5 7 25[0.5 110.2 04 10.6 TS 0.7 1 %SPAN ~ | | <P epconnep BGNGD (6) 1k 4 (60 IN.) 2,0 08 NULL SHIFT (0 10 25~C, 25 TO 50C) 72 +05 El. 0 + 0.5 HE 1.0 + 0.51.0 0. 7 of 15 +10 12.0 +1.0 | +2.0 mV oe LEb- Sercavacp sBYED PORT 73 09 SPAN SHIFT (0 10 25 Cc, 25 10 50 C) Po>Pl SAI 1.0 H2.0 1.01.5 0. 751k 1.5 0. 7HE.5 0.5 LEI.5 +0.5 [| 1.5 | %SPAN az | EPCCVAED =CV ED (A) STRAIGHT 25 10 REPEATABILITY AND HYSTERESIS 0.5 0.2 TF 0.2 0.2 0.2 +0.20 ZSPAN on btn (H) omm THREAD 3, 18 125 OVERPRESSURE (P2>PI; Pl>Po) 20 20 45 60 200 500 PS | O12 rs ONG BARBED. 7,06 160 ALL PRESSURE RANGES MINT NoM | MAX [UNITS a 1,10 185 wa) | SEAL . EXCITATION VOLTAGE io | 16 [voc | |S (F) FLUOROSILICONE 2! 20 INPUT RESISTANCE 5. 5K1 7.5K 11. 5K| OHMS Q jul. jz 2 (N) NEOPRENE (70 DURO) 64 2) OUTPUT RESISTANCE |. OK} 2.9K 73. 0K | OHMS Ss (V) VITON ue = RESPONSE TIME 0! ms @, 4 PRESSURE Hh2 me TEMPERATURE RANGES 22 A) | PSI Wd 46 STORAGE 55C TO +100 C (-67F 10 +212 F) 32 (B) 9 PSI 12,1 90 OPERATE 20 10 +85 ~ (-40F 10 +185 F) (C) 1d PS! 5,3 60 COMPENSATED 0 10750 C (+32 F 10 tled F) Lo (D) 30 PSI os = AR (F) 100 PSI 5 = u (G) 250 PS! 7 <= CIRCUIT DIAGRAM - 21,8 86 2 22,1 8] Vee OUTPUT "A" LS 34,3 35 INCREASES AS P2 ee 25,6 Ta PRESSURE INCREASES TSH = 35,8 |. 4| 24SEP01 Ss B| 204778 Joo 406 | 60 a | OUTPUT "B" Cf 2052 NOTES DECREASES AS P2 ox /\\. SPAN 1S THE ALGEBRAIC DIFFERENCE BETWEEN OUTPUT AT MAXIMUM 2 4 PRESSURE INCREASES a OUTPUT OUTPUT EEE RATED OPERATING PRESSURE AND OUTPUT AT 0 PSI i ; eo | /\. TEMPERATURE ERROR IS CALCULATED WITH RESPECT TO 25C 3 E| oorseas | 3 3 - |NPUT MEDIA LIMITED ONLY TO THOSE MATERIALS THAT WILL NOT GND zeuunos | ATTACK SILICON, THE HOUSING MATERIAL OR SEAL MATERIAL | S 4 - TERMINALS ARE PLATED FOR SOLDERING (LIMIT SOLDERING TO 315C | S FOR 10 SECONDS MAXIMUM) = /X, PIN | IS IDENTIFIED BY NOTCH IN LEAD 6 - SENSOR IS OPERATIONAL OVER VACUUM PRESSURE RANGE THIRD ANGLE PROJECTION > 7 - RATIOMETRIC TO SUPPLY VOLTAGE -<- CATALOG LISTING AND DATE CODE HERE. ALTERNATE FORMAT OF SCALE 3 PTC/CAD | 2D DRAWN TSM [11 JUNO IL [ouece CATALOG LISTING BRAND IS THE ENTIRE CATALOG LISTING ANS | DO NOT SCALE PRINT UNLESS OTHERWISE SPECIFIED TOLERANCES ARE THIS DRAWING COVERS A PROPRIETARY ITEM AND IS THE PROPERTY OF MICRO SWITCH. THIS DRAWING IS NOT TO BE COPIED OR USED WITHOUT THE APPROVAL OF MICRO SWITCH. HONEYWELL. Y14.5M-1982 APPLIES FED. MFG. CODE 91929 MICRO SWIG a Honeywell Division BRIDGE PRESSURE SENSOR A DIVISION OF ONE PLACE (.0) +.030 TWO PLACE (.00) +.015 CATALOG LISTING THREE PLACE (.000) +.005 P6PC SERIES CHART 4 ancces . WEIGHT 2 O7