panasonic corporation automation controls business unit industrial.panasonic.com/ac/e/ ps-a (adp5) asctb244e 201208-t ordering information pressure sensor built-in ampli?r and compensating circuit ps-a pressure sensor fea tures 1. contains b uilt-in ampli?ation and temperature compensation cir cuit. cir cuit design and adjustment of c haracteristics are not required b y user s. 2. high-le vel precision and high reliability realiz ed. ? ve r all accur acy is 1.25% fs (standard type) ? ve r all accur acy is 4% fs (econom y type) ? ve r all accur acy is 2.5% fs (lo w pressure type) 3. compact pressure sensor unit that sa ves space . same siz e and as pre vious ps pressure sensor . ? ootpr int 7.0 mm (w) x 7.2 mm (d) 10.4 mm (w) x 10.4 mm (d) (lo w pressure type) typical applica tions (please e v aluate under actual conditions bef ore using.) ?industrial use (pressure s witc hes and pneumatic de vices, etc.) ?medical use (b lood pressure monitor s, compressed air pressure measurement, air beds, etc.) ?other pneumaticall y operated pressure de vices 1. w ater le vel detection f or household appliances w ashing machines and dishw ashers . 2. air pressure contr ol clean rooms and separ ate rooms f or smok ers . 3. medical applications respir ator y pressure measur ing instr ument, etc. rohs compliant lo w pressure type 1: dip terminal adp5 1 0: 1: 2: 3: 4: 5: 6: 7: a: b6: (low pressure type) 100 kpa ?00 kpa 25 kpa 50 kpa 100 kpa 200 kpa 500 kpa 1,000 kpa 40 kpa 6 kpa 0: length 3 mm, diameter 3 mm 1: length 5 mm, diameter 3 mm 2: length 13.5 mm, diameter 5.45 mm nil: 1: standard type (with glass base) low pressure type economy type (without glass base) note: some part numbers may not be available depending on the combination. please refer to the table of product types on the next page. http://
panasonic corporation automation controls business unit industrial.panasonic.com/ac/e/ ps-a (adp5) asctb244e 201208-t product types ra ting 1. standar d type notes: 1. please consult us f or pressure media other than air . 2. indicates output when temper ature is 25 c 77 f . 3. indicates output when dr iv e v oltage is 5 v . although output ?ctuates due to ?ctuations in the dr iv e v oltage , this is not in cluded. 4. overall accuracy indicates the accuracy of the offset voltage and rated output voltage at a temperature compensation range of 0 to 50 c 32 to 122 f . 2. econom y type notes: 1. please consult us f or pressure media other than air . 2. indicates output when temper ature is 25 c 77 f . 3. indicates output when dr iv e v oltage is 3 v . although output ?ctuates due to ?ctuations in the dr iv e v oltage , this is not in cluded. 4. indicates from output value at 25 c 77 f and the change of output at 5 and 45 c 41 to 113 f . item standard type (with glass base) remar ks t ype of pressure gauge pressure pressure medium air note* 1 rated pressure unit: kp a 100 ?00 25 50 100 200 500 1,000 max. applied pressure t wice the r ated pressure 1.5 times the r ated pressure dr iv e v oltage 5 0.25v dc t emper ature compensation r ange 0 to 50 c 32 to 122 f offset v oltage 2.5 0.05 0.5 0.05v note* 2, 3 rated output v oltage 4.5 0.05 (when +100kp a) 4.5 0.05v note* 2, 3 ov er all accur acy 1.25%fs note* 3 note* 4 current consumption max. 10ma note* 2, 3 output impedance appro x. 15 ? (t yp .) note* 2 source current max. 0.2ma note* 2, 3 sink current max. 2ma note* 2, 3 item econom y type (without glass base) remar ks t ype of pressure gauge pressure pressure medium air note* 1 rated pressure unit: kp a 40 max. applied pressure t wice the r ated pressure dr iv e v oltage 3 0.15v dc t emper ature compensation r ange 5 to 45 c 41 to 113 f offset v oltage 0.3 0.09v note* 2, 3 span v oltage 2.4 0.03v note* 2, 3 offset v oltage temper ature char acter istics 4.0%fs note* 3, 4 sensitivity temper ature char acter istics 1.3%fs note* 3, 4 current consumption max. 3ma note* 2 output impedance 20 ? (t yp .) note* 2, 3 source current max. 0.15ma note* 2, 3 sink current max. 1.5ma note* 2, 3 standard packing: carton: 100 pcs.; case: 1,000 pcs. pressure pressure inlet hole length pa r t no . 3mm 5mm lo w pressure type 5mm 13.5mm te r minal dip ter minal dip ter minal dip ter minal dip ter minal standard type (with glass base) 100kp a adp5100 adp5101 ?00kp a adp5110 adp5111 25kp a adp5120 adp5121 50kp a adp5130 adp5131 100kp a adp5140 adp5141 200kp a adp5150 adp5151 500kp a adp5160 adp5161 1,000kp a ADP5170 adp5171 econom y type (without glass base) 40kp a adp51a11 lo w pressure type 6kp a adp51b61 adp51b62
panasonic corporation automation controls business unit industrial.panasonic.com/ac/e/ ps-a (adp5) asctb244e 201208-t 3. lo w pressure type notes: 1. please consult us f or pressure media other than air . 2. indicates output when dr iv e v oltage is 5 v . although output ?ctuates due to ?ctuations in the dr iv e v oltage , this is not in cluded. 3. ov er all accur acy indicates the accur acy of the offset v oltage and span v oltage at temper atures betw een 0 to 70 c 32 to 158 f (fs=4v) 4. the initial offset v oltage error is not included in the o v er all accur acy . 5. items where no temperature is listed are speci?ations at 25 c 77 f . reference d a t a 1. standard item lo w pressure type remar ks t ype of pressure gauge pressure pressure medium air note* 1 rated pressure unit: kp a 6 max. applied pressure t wice the r ated pressure dr iv e v oltage 5 0.25v dc t emper ature compensation r ange 0 to 70 c 32 to 158 f offset v oltage 0.5v note* 2 span v oltage 4.0v note* 2 ov er all accur acy 2.5%fs note* 2, 3, 4 current consumption max. 10ma output impedance appro x. 50 ? source current max. 0.2ma sink current max. 2.0ma 1.-(1) output v oltage ADP5170 dr iv e v oltage: 5v dc t emper ature: 25 c 77 f applied pressure: 0 to +1,000kp a 1.-(2) ov er all accur acy (offset v oltage) ADP5170 dr iv e v oltage: 5v dc t emper ature: 0 to 50 c 32 to 122 f applied pressure: 0kp a 1.-(3) ov er all accur acy (rated output v oltage) ADP5170 dr iv e v oltage: 5v dc temperature: 0 to 50 c 32 to 122 f applied pressure: +1,000kpa pressure (kpa) output voltage, v 0 0 1 2 3 4 5 500 1000 temperature, c f accuracy, %fs 0 -1.25 -1.00 -0.75 -0.50 -0.25 0.00 0.25 0.50 0.75 1.00 1.25 25 50 32 47 122 -1.25 -1.00 -0.75 -0.50 -0.25 0.00 0.25 0.50 0.75 1.00 1.25 accuracy, %fs temperature, c f 02 5 5 0 32 47 122 2.-(1) output v oltage adp5100 dr iv e v oltage: 5v dc t emper ature: 25 c 77 f applied pressure: ?00 to +100kp a 2.-(2) ov er all accur acy (offset v oltage) adp5100 dr iv e v oltage: 5v dc t emper ature: 0 to 50 c 32 to 122 f applied pressure: 0kp a 2.-(3) ov er all accur acy (rated output v oltage) adp5100 dr iv e v oltage: 5v dc t emper ature: 0 to 50 c 32 to 122 f applied pressure: +100kp a pressure, kpa -100 0 1 2 3 4 5 0 100 output voltage, v -1.25 -1.00 -0.75 -0.50 -0.25 0.00 0.25 0.50 0.75 1.00 1.25 accuracy, %fs temperature, c f 02 5 5 0 32 47 122 -1.25 -1.00 -0.75 -0.50 -0.25 0.00 0.25 0.50 0.75 1.00 1.25 accuracy, %fs temperature, c f 02 5 5 0 32 47 122
panasonic corporation automation controls business unit industrial.panasonic.com/ac/e/ ps-a (adp5) asctb244e 201208-t 2. low pressure type 1. output v oltage adp51b61 drive voltage: 5v temperature: 25 c 77 f applied pressure: 0 to 6kpa applied pressure , kp a output voltage, v 0.0 0.0 1.0 2.0 3.0 4.0 5.0 3.0 6.0 2. thb (high temper ature high humidity bias test) adp51b61 within 85 c 185 f and 85% rh 5 v applied between no. 2 (vdd) and no. 3 (gnd) applied pressure: 0kpa intial 100h 500h 1.00 0.80 0.60 0.40 0.20 0.00 offset voltage, v intial 100h 500h 4.5 4.3 4.1 3.9 3.7 3.5 span voltage, v 3. ambient temper ature char acter istics ambient temper ature: 25 c 77 f 0 c 32 f 10 c 50 f 60 c 140 f 70 c 158 f 1.00 0.80 0.60 0.40 0.20 0.00 offset voltage, v temperature, c f 25 10 70 77 50 0 32 158 60 140 4.50 4.30 4.10 3.90 3.70 3.50 span voltage, v temperature, c f 25 10 70 77 50 0 32 158 60 140 4. shoc k test adp51b61 shoc k applied: 981 m/s 2 3 times in x, y and z directions applied pressure: 0kp a intial after test 1.00 0.80 0.60 0.40 0.20 0.00 offset voltage, v intial after test 4.50 4.30 4.10 3.90 3.70 3.50 span voltage, v 5. vibr ation test adp51b61 vibr ation applied: 10 to 55 hz, amplitude: 1.5mm, x, y and z directions , 2 hrs each applied pressure: 0kp a intial after test 1.00 0.80 0.60 0.40 0.20 0.00 offset voltage, v intial after test 4.50 4.30 4.10 3.90 3.70 3.50 span voltage, v 6. t emper ature/humidity cycle test adp51b61 exposed to 10 cycles in the temper ature and humidity conditions giv en belo w . applied pressure: 0kp a 1 cycle (24h) 149 f 14 f 77 f 65 c ? 10 c 25 c 25 c 77 f 0% rh 95% rh t emp . time 2.5h 2.5h 2.5h 2.5h 1.5h 3.5h 3h 3h 3h 149 f 65 c intial 10cyc 1.00 0.80 0.60 0.40 0.20 0.00 offset voltage, v 10cyc intial 4.50 4.30 4.10 3.90 3.70 3.50 span voltage, v
panasonic corporation automation controls business unit industrial.panasonic.com/ac/e/ ps-a (adp5) asctb244e 201208-t 3. ev aluation test dimensions (mm inch ) classi?ation t ested item t ested condition result en vironmental char acter istics stor age at high temper ature t emper ature: left in a 85 c 185 f constant temper ature bath; time: 100 hrs . p assed stor age at lo w temper ature t emper ature: left in a ?0 c ? f constant temper ature bath; time: 100 hrs . p assed humidity resistance t emper ature/humidity: left at 40 c 104 f , 90% rh; time: 100 hrs . p assed temperature cycle temperature: ?0 c to 85 c ? f to 185 f ; 1 cycle: 30 min.; times of cycle: 100 passed endur ance char acter istics high temper ature/high humidity oper ation t emper ature/humidity: 40 c 104 f , 90% rh; oper ation times: 10 6 , r ated v oltage applied p assed mechanical char acter istics vibr ation resistance doub le amplitude: 1.5 mm .059 inch ; vibr ation: 10 to 55 hz; applied vibr ation direction: x, y , z 3 directions; times: 2 hrs each p assed dropping resistance dropping height: 75 cm 29.528 inch ; times: 2 times p assed te r minal strength pulling strength: 9.8 n {1 kgf}, 10 sec.; bending strength: 4.9 n {0.5 kgf}, left and r ight 90 1 time p assed solder ing resistance soldered in dip solder ing bath t emper ature: 230 c 446 f ; time: 5 sec. p assed t emper ature (dip) t emper ature: 260 c 500 f ; time: 10 sec. p assed the cad data of the products with a cad data mark can be downloaded from: http://industrial.panasonic.com/ac/e/ 1. dip terminal (pressure inlet hole: 3mm) adp51 ? 0 atmospheric pressure inlet hole 0.5 .020 3.0 dia. .118 dia. 2.5 .098 2.5 .098 nc gnd nc japan vcc nc vout nc nc vcc nc gnd vout pressure inlet hole 2.2 dia. .087 dia. 7.2 max. .283 max. 7.0 max. .276 max. 4-r0.7 4-r.028 r0.2 r.008 1.8 .071 3.0 .118 6.5 .256 9.5 .374 0.25 .010 7.2 .283 7.0 .276 recommended pc board patter n (t op view 2:1) te r minal connection diag r am te r minal no . name 1 vcc (p o w er supply [+]) 2 nc (no connection) 3v out (output) 4 nc (no connection) 5 nc (no connection) 6 gnd (ground) 2.52.5 6-0.9 dia. 6-.35 dia. 7.5 .295 .098 .098 vcc (5v dc) vout c gnd gener al toler ance: 0.3 .012 cad data 2. dip terminal (pressure inlet hole: 5mm) adp51 ? 1/adp51a11 gnd nc nc japan vcc nc vout nc nc vcc nc gnd vout 7.2 max. .283 max. 7.0 max. .276 max. 4-r0.7 4-r.028 pressure inlet hole 2.2 dia. .087 dia. r0.2 r.008 3.0 dia. .118 dia. 5.0 .197 8.5 .335 0.5 .020 1.8 .071 2.5 .098 2.5 .098 7.2 .283 7.0 .276 atmospheric pressure inlet hole 9.5 .374 0.25 .010 recommended pc board patter n (t op view 2:1) te r minal connection diag r am te r minal no . name 1 vcc (p o w er supply [+]) 2 nc (no connection) 3v out (output) 4 nc (no connection) 5 nc (no connection) 6 gnd (ground) 2.5 2.5 6-0.9 dia. 6-.35 dia. 7.5 .295 .098 .098 vcc (5v dc) vout c gnd cad data
panasonic corporation automation controls business unit industrial.panasonic.com/ac/e/ ps-a (adp5) asctb244e 201208-t 3. low pressure type (pressure inlet hole length: 5mm) adp51b61 atmospher ic pressure inlet hole v out gnd v cc nc nc nc nc nc pressure inlet hole p/n,lot 1b61 70124 ja p a n 14.0 .551 10.7 .421 2.7 .106 10.4 .409 10.4 .409 2.54 .100 p2.54 3=7.62 p.100 3=.300 3.0 dia. .118 dia. r0.5 r.020 5.0 .197 0.25 .010 0.76 .030 recommended pc board patter n te r minal connection diag r am te r minal no . name 1 nc (no connection) 2 vcc (p o w er supply [+]) 3 gnd (ground) 4v out (output) 5 nc (no connection) 6 nc (no connection) 7 nc (no connection) 8 nc (no connection) p2.54 3=7.62 p.100 3=.300 2.54 .100 8-1.2 dia. 8-.047 dia. 13.97 .550 1.0 f 0.01 f 8 23 5 14 76 gener al toler ance: 0.3 .012 cad data 4. lo w pressure type (pressure inlet hole length: 13.5mm) adp51b62 atmospher ic pressure inlet hole pressure inlet hole p/n,lot 70124 ja p an v out gnd v cc nc nc nc nc nc 1b61 14.0 .551 2.7 .106 19.3 .760 2.54 .100 p2.54 3=7.62 p.100 3=.300 0.25 .010 10.4 .409 10.4 .409 r0.5 r.020 c0.3 r.012 0.76 .030 5.45 dia. .215 dia. (13.6) (.535) recommended pc board patter n te r minal connection diag r am te r minal no . name 1 nc (no connection) 2 vcc (p o w er supply [+]) 3 gnd (ground) 4v out (output) 5 nc (no connection) 6 nc (no connection) 7 nc (no connection) 8 nc (no connection) p2.54 3=7.62 p.100 3=.300 8-1.2 dia. 8-.047 dia. 2.54 .100 13.97 .550 8 23 5 14 76 1.0 f 0.01 f cad data
panasonic corporation automation controls business unit industrial.panasonic.com/ac/e/ ps-a (adp5) asctb244e 201208-t no tes 1. mounting use lands on the pr inted-circuit boards to which the sensor can be securely ? ed. 2. soldering due to its small siz e , the ther mal capacity of the pressure sensor dip type is lo w . theref ore , tak e steps to minimiz e the eff ects of e xter nal heat. damage and changes to char acter istics ma y occur due to heat def or mation. use a non-corrosiv e resin type of ?x. since the pressure sensor dip type is e xposed to the atmosphere , do not allo w ?x to enter inside . 1) man ual solder ing ?set the solder ing tip from 260 to 300 c 500 to 572 f (30w), and solder f or no more than 5 seconds . ?please note that output ma y change if the pressure is applied on the ter minals when the solder ing. ? thoroughly clean the solder ing iron. 2) dip solder ing (dip ter minal type) ?please k eep the dip solder bath temper ature no higher than 260 c 500 f . when solder ing, heat should be applied no longer than ? e seconds . ? when mounting onto a pcb of lo w ther mal capacity , please a v oid dip solder ing as this ma y cause heat def or mity . 3) solder re w or king ?finish re w or king in one oper ation. ?f or re w or king of the solder br idge , use a solder ing iron with a ?t tip . please do not add more ?x when re w or king. ?please use a solder ing iron that is belo w the temper ature giv en in the speci?ations in order to maintain the correct temper ature at the tip of the solder ing iron. 4) t oo m uch f orce on the ter minals will cause def or mation and loss in eff ectiv eness of the solder . theref ore , please a v oid dropping and careless handling of the product. 5) please control w ar ping of the pcb within 0.05 mm of the sensor width. 6) when cut f olding the pcb after mounting the sensor , tak e measures to pre v ent stress to the soldered par ts . 7) the sensor ter minals are designed to be e xposed, so contact of the ter minals with metal shards and the lik e will cause output errors . theref ore , please be careful and pre v ent things such as metal shards and hands from contacting the ter minals . 8) t o pre v ent deg r adation of the pcb insulation after solder ing, please be careful not to get chemicals on the sensor when coating. 9) please consult us regarding the use of lead-free solder . 3. connections 1) please perf or m connections correctly in accordance with the ter minal connection diag r am. in par ticular , be careful not to re v erse wire the po w er supply as this will cause damage or deg r ade to the product. 2) do not connect ter minals that are not used. this can cause malfunction of the sensor . 4. cleaning 1) since the pressure sensor chip is e xposed to the atmosphere , do not allo w cleaning ?id to enter inside . 2) a v oid ultr asonic cleaning since this ma y cause breaks or disconnections in the wir ing. 5. en vir onment 1) please a v oid using or stor ing the pressure sensor chip in a place e xposed to corrosiv e gases (such as the gases giv en off b y organic solv ents , sulfurous acid gas , h ydrogen sul?es , etc.) which will adv ersely aff ect the perf or mance of the pressure sensor chip . 2) t o ensure resistance to po w er supply super imposed noise , y ou m ust pro vide a capacitor at the po w er supply input ter minal of the sensor in order to stabiliz e the po w er supply v oltage . w e recommend to pro vide 0.1 f and 1,000 pf capacitor in par allel. please con? m the noise resistance with the actual equipment and choose adequate capacitor . 3) since the inter nal circuitr y ma y be destro y ed if an e xter nal surge v oltages is supplied, pro vide an element which will absorb the surges . 4) malfunctioning ma y occur if the product is in the vicinity of electr ical noise such as that from static electr icity , lightning, a broadcasting station, an amateur r adio , or a mobile phone . 5) since this pressure sensor chip does not ha v e a w ater-proof constr uction, please do not use the sensor in a location where it ma y be spr a y ed with w ater , etc. 6) a v oid using the pressure sensors chip in an en vironment where condensation ma y f or m. fur ther more , its output ma y ?ctuate if an y moisture adher ing to it freez es . 7) the pressure sensor chip is constr ucted in such a w a y that its output will ?ctuate when it is e xposed to light. especially when pressure is to be applied by means of a tr ansparent tube , tak e steps to pre v ent the pressure sensor chip from being e xposed to light. 8) a v oid using the pressure sensor chip where it will be susceptib le to ultr asonic or other high-frequency vibr ation. 6. quality c hec k under actual loading conditions to assure reliability , chec k the sensor under actual loading conditions . a v oid an y situation that ma y adv ersely aff ect its perf or mance . 7. other handling precautions 1) that using the wrong pressure r ange or mounting method ma y result in accidents . 2) the only direct pressure medium y ou can use is dr y air . the use of other media, in par ticular , corrosiv e gases (organic solv ent based gases , sulfurous acid based gases , and h ydrogen sul?e based gases , etc.) and media that contains moisture or f oreign substances will cause malfunction and damage . please do not use them. 3) the pressure sensor chip is positioned inside the pressure inlet. ne v er pok e wires or other f oreign matter through the pressure inlet since the y ma y damage the chip or b loc k the inlet. a v oid use when the atmospher ic pressure inlet is b loc k ed. 4) use an oper ating pressure which is within the r ated pressure r ange . using a pressure be y ond this r ange ma y cause damage . 5) since static charge can damage the pressure sensor chip , bear in mind the f ollo wing handling precautions . (1) when stor ing the pressure sensor chips , use a conductiv e mater ial to shor t the pins or wr ap the entire chip in alumin um f oil. plastic containers should not be used to store or tr anspor t the chips since the y readily become charged. (2) when using the pressure sensor chips , all the charged ar ticles on the bench surf ace and the w or k personnel should be g rounded so that an y ambient static will be saf ely discharged. 6) based on the pressure in v olv ed, giv e due consider ation to the secur ing of the pressure sensor dip type and to the secur ing and selection of the inlet tube . consult us if y ou ha v e an y quer ies .
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