LA218
艾默生ASCO系列电磁阀使用说明书
AS218RX-A AS218TX-AAS218PX-A5014086002EN Instruction Sheet TR Bilgi DökümaniTW 安裝說明 CN安装说明ENThis is an OPEN TYPE module and therefore should be installed in an enclosure free of airborne dust, humidity, electric shock andvibration. The enclosure should prevent non-maintenance staff from operating the device (e.g. key or specific tools are required for operating the enclosure) in case danger and damage on the device may occur.FRCeci est un module ouvert et il doit donc être installé dans un coffret à l’abri des poussières, des vibrations et ne pas être exposé auxchocs électriques. Le boitier ou l’armoire doit éviter toute action d’un personnel autre que celui affecté à la maintenance de l’appareil (par exemple, clefs, outils spécifiques pour l’ouverture du coffret), ceci afin d’éviter tout accident corporel ou endommagement du produit).TRBu ürün AÇIK TİP bir modül olup toz, rutubet, elektrik şoku ve titreşimden uzak kapalı yerlerde muhafaza edilmelidir. Yanlış kullanımsonucu ürünün zarar görmesini önlemek için yetkili olmayan kişiler tarafından ürüne müdahale edilmesini önleyecek koruyucu önlemler alınmalıdır. (Ürünün bulunduğu panoya kilit konulması gibi).TW本機為開放型（OPEN TYPE ）機種，因此使用者使用本機時，必須將之安裝於具防塵、防潮及免於電擊∕衝擊意外之外殼配線箱內。
ITC各音箱主要参数2016.4.14修改
无角度
无角度
600W
40Hz-2KHz
18
TS-2A03
94B
100度
90度
100W 100Hz-20KHz
19
TS-4A03
95dB
100度
90度
200W 100Hz-20KHz
20
TS-8A03
96dB
100度
90度
300W 100Hz-20KHz
21
TS-12A03
22
TS-15A02中全频 音箱的声压级
序号
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22
型号
TS-8A TS-8 TS-9 TS-10A TS-10 TS-12 TS-12H TS-112 TS-112H TS-15 TS-15H TS-152 TS-118 TS-218 LA-2650P LA-1200P LA-2800P LA-1800P LA-2100 LA-1180 TS-26 TS-27
150W
60-20KHZ
250W
60-20KHZ
250W
50-20KHZ
350W
50-20KHZ
250W
45-20KHZ
350W
45-20KHZ
400W
45-20KHZ
600W
45-20KHZ
800W
40-20KHZ
500W
20-500HZ
1000W
20-500HZ
150W
85-20KHZ
350W
45-800HZ
25
TS-29B
91dB
45度
ucp系列轴承参数表
Z90500型(UCP2００) 带立式座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S L J H H1 H2 A N N1 KgZ90501 UCWP201 40 27.4 11.5 125 96 30.2 57 14 36 13 19 0.6 90501 UC201 M10 17 Z90502 UCWP202 40 27.4 11.5 125 96 30.2 57 14 36 13 19 0.6 90502 UC202 M10 17 Z90503 UCWP203 40 27.4 11.5 125 96 30.2 57 14 36 13 19 0.6 90503 UC203 M10 17 Z90504 UCP204 47 31 12.7 127 95 33.3 65 14 38 13 19 0.7 90504 UC204 M10 20 Z90505 UCP205 52 34.1 14.3 140 105 36.5 71 15 38 13 19 0.8 90505 UC205 M10 25 Z90506 UCP206 62 38.1 15.9 165 121 42.9 83 17 48 17 23 1.3 90506 UC206 M14 30 Z90507 UCP207 72 42.9 17.5 167 127 47.6 93 18 48 17 23 1.6 90507 UC207 M14 35 Z90508 UCP208 80 49.2 19 184 137 49.2 100 18 54 17 23 1.9 90508 UC208 M14 40 Z90509 UCP209 85 49.2 19 190 146 54 106 20 54 17 23 2.2 90509 UC209 M14 45 Z90510 UCP210 90 51.6 19 206 159 57.2 114 21 60 20 26 2.6 90510 UC210 M16 50 Z90511 UCP211 100 55.6 22.2 219 171 63.5 126 23 60 20 26 3.3 90511 UC211 M16 55 Z90512 UCP212 110 65.1 25.4 241 184 69.8 138 25 70 20 26 4.6 90512 UC212 M16 60 Z90513 UCP213 120 65.1 25.4 265 203 76.2 151 27 70 25 31 5.9 90513 UC213 M20 65 Z90514 UCP214 125 74.6 30.2 266 210 79.4 157 27 72 25 31 6.6 90514 UC214 M20 70 Z90515 UCP215 130 77.8 33.3 275 217 82.6 163 28 74 25 31 7.4 90515 UC215 M20 75 Z90516 UCP216 140 82.6 33.3 292 232 88.9 175 30 78 25 31 9 90516 UC216 M20 80 Z90517 UCP217 150 85.7 34.1 310 247 95.2 187 32 83 25 31 11 90517 UC217 M20 85 Z90518 UCP218 160 96 39.7 327 262 101.6 200 33 88 27 33 13 90518 UC218 M22 90 Z90520 UCP220 180 108 42 380 308 115 225 40 95 30 38 16 UC220 M24Z90600型(UCP3００) 带立式座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S L J H H1 H2 A N N1 Kg mm mmZ90605 UCP305 62 38 15 175 132 45 85 15 45 17 20 1.4 90605 UC305 Z605 P305 M14 25 Z90606 UCP306 72 43 17 180 140 50 95 18 50 17 20 1.8 90606 UC306 Z606 P306 M14 30 Z90607 UCP307 80 48 19 210 160 56 106 20 56 17 25 2.8 90607 UC307 Z607 P307 M14 35 Z90608 UCP308 90 52 19 220 170 60 116 22 60 17 27 3 90608 UC308 Z608 P308 M14 40 Z90609 UCP309 100 57 22 245 190 67 129 24 67 20 30 4.1 90609 UC309 Z609 P309 M16 45 Z90610 UCP310 110 61 22 275 212 75 143 27 75 20 35 5.8 90610 UC310 Z610 P310 M16 50 Z90611 UCP311 120 66 25 310 236 80 154 30 80 20 38 7.4 90611 UC311 Z611 P311 M16 55 Z90612 UCP312 130 71 26 330 250 85 165 32 85 25 38 9.4 90612 UC312 Z612 P312 M20 60 Z90613 UCP313 140 75 30 340 260 90 176 33 90 25 38 10 90613 UC313 Z613 P313 M20 65 Z90614 UCP314 150 78 33 360 280 95 187 35 90 27 40 12 90614 UC314 Z614 P314 M22 70 Z90615 UCP315 160 82 32 380 290 100 198 35 100 27 40 14 90615 UC315 Z615 P315 M22 75 Z90616 UCP316 170 86 34 400 300 106 210 40 110 27 40 18 90616 UC316 Z616 P316 M22 80 Z90617 UCP317 180 96 40 420 320 112 220 40 110 33 45 20 90617 UC317 Z617 P317 M27 85 Z90618 UCP318 190 96 40 430 330 118 235 45 110 33 45 24 90618 UC318 Z618 P318 M27 90 Z90619 UCP319 200 103 41 470 360 125 250 45 120 36 50 29 90619 UC319 Z619 P319 M30 95 Z90620 UCP320 215 108 42 490 380 140 275 50 120 36 50 35 90620 UC320 Z620 P320 M30 100 Z90621 UCP321 225 112 44 490 380 140 280 50 120 36 50 35 90621 UC321 Z621 P321 M30 105 Z90622 UCP322 240 117 46 520 400 150 300 55 140 40 55 45 90622 UC322 Z622 P322 M33 110 Z90624 UCP324 260 126 51 570 450 160 320 65 140 40 55 55 90624 UC324 Z624 P324 M33 120 Z90626 UCP326 280 135 54 600 480 180 355 75 140 40 55 72 90626 UC326 Z626 P326 M33 130 Z90628 UCP328 300 145 59 620 500 200 390 75 140 40 55 89 90628 UC328 Z628 P328 M33 140UCPH200(ZH90500)型带高中心立式座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S L J H H1 H2 A N N1 KgZH90503 40 27.4 11.5 127 95 70 101 15 40 13 19 1 90503 ZH503 M10 17 ZH90504 47 31 12.7 127 95 70 101 15 40 13 19 1 90504 ZH504 M10 20 ZH90505 52 34.1 14.3 140 105 80 114 16 50 13 19 1.2 90505 ZH505 M10 25 ZH90506 62 38.1 15.9 165 121 90 130 18 50 17 21 1.8 90506 ZH506 M14 30 ZH90507 72 42.9 17.5 167 127 95 140 19 60 17 21 2.4 90507 ZH507 M14 35 ZH90508 80 49.2 19 184 137 100 149 19 70 17 25 2.4 90508 ZH508 M14 40 ZH90509 85 49.2 19 190 146 105 157 20 70 17 25 3.7 90509 ZH509 M14 45 ZH90510 90 51.6 19 206 159 110 165 22 70 20 25 4.1 90510 ZH510 M16 50ZA90500(UCPA200)型带窄立式座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S L J H H1 H2 H3 A dN KgZA90503 40 27.4 11.5 76 52 30.2 62 11 12 40 M10 0.6 90503 ZA503 M10 17 ZA90504 47 31 12.7 76 52 30.2 62 11 12 40 M10 0.6 90504 ZA504 M10 20 ZA90505 52 34.1 14.3 84 56 36.5 72 12 15 45 M10 0.8 90505 ZA505 M10 25 ZA90506 62 38.1 15.9 94 66 42.9 84 12 18 50 M12 1.2 90506 ZA506 M12 30 ZA90507 72 42.9 17.5 110 80 47.6 95 13 20 55 M12 1.7 90507 ZA507 M12 35 ZA90508 80 49.2 19 116 84 49.2 100 13 20 58 M12 2 90508 ZA508 M12 40 ZA90509 85 49.2 19 120 90 54.2 108 13 22 60 M12 2.2 90509 ZA509 M12 45 ZA90510 90 51.6 19 130 94 57.2 116 14 25 64 M16 2.9 90510 ZA510 M16 50F90500型(UCFU200) 带方形座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S L J A A1 A2 N KgF90503 UCFU203 40 27.4 11.5 76 54 27 11 17 12 0.6 90503 F503 M10 17 F90504 UCFU204 47 31 12.7 86 63.5 30 11 19 12 0.7 90504 UC204 F504 FU204 M10 20 F90505 UCFU205 52 34.1 14.3 95 70 30 13 19 12 0.9 90505 UC205 F505 FU205 M10 25 F90506 UCFU206 62 38.1 15.9 108 82.5 33 13 20 12 1.1 90506 UC206 F506 FU206 M10 30 F90507 UCFU207 72 42.9 17.5 117 92 36 15 21 14 1.5 90507 UC207 F507 FU207 M12 35 F90508 UCFU208 80 49.2 19 130 101.5 39 15 24 16 1.9 90508 UC208 F508 FU208 M14 40 F90509 UCFU209 85 49.2 19 137 105 40 16 24 16 2.3 90509 UC209 F509 FU209 M14 45 F90510 UCFU210 90 51.6 19 143 111 46 16 28 19 2.7 90510 UC210 F510 FU210 M16\M14 50 F90511 UCFU211 100 55.6 22.2 162 130 49 18 31 19 3.9 90511 UC211 F511 FU211 M16 55 F90512 UCFU212 110 65.1 25.4 175 143 53 18 34 19 4.7 90512 UC212 F512 FU212 M16 60 F90513 UCFU213 120 65.1 25.4 187 149.5 52 21 34 19 5.7 90513 UC213 F513 FU213 M16 65 F90514 UCFU214 125 74.6 30.2 193 152 54 22 35 19 6.1 90514 UC214 F514 FU214 M16 70 F90515 UCFU215 130 77.8 33.3 200 159 58 22 35 19 6.9 90515 UC215 F515 FU215 M16 75 F90516 UCFU216 140 82.6 33.3 208 165 58 22 35 23 8.1 90516 UC216 F516 FU216 M20 80 F90517 UCFU217 150 85.7 34.1 220 175 63 24 36 23 9.3 90517 UC217 F517 FU217 M20 85 F90518 UCFU218 160 96 39.7 235 187 68 24 42 23 11 90518 UC218 F518 FU218 M20 90 UCFU220 180 108 42 265 210 74 28 44 27 12 UC220 FU220 M22F90600型(UCF300) 带方形座顶丝外球面球轴承带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S L J A A1 A2 N KgF90605 UCF305 62 38 15 110 80 29 13 16 16 1.1 90605 UC305 F605 F305 M14 25 F90606 UCF306 72 43 17 125 95 32 15 18 16 1.6 90606 UC306 F606 F306 M14 30 F90607 UCF307 80 48 19 135 100 36 16 20 19 2 90607 UC307 F607 F307 M16 35 F90608 UCF308 90 52 19 150 112 40 17 23 19 2.7 90608 UC308 F608 F308 M16 40 F90609 UCF309 100 57 22 160 125 44 18 25 19 3.4 90609 UC309 F609 F309 M16 45 F90610 UCF310 110 61 22 175 132 48 19 28 23 4.5 90610 UC310 F610 F310 M20 50 F90611 UCF311 120 66 25 185 140 52 20 30 23 5.5 90611 UC311 F611 F311 M20 55 F90612 UCF312 130 71 26 195 150 56 22 33 23 6.5 90612 UC312 F612 F312 M20 60 F90613 UCF313 140 75 30 208 166 58 22 33 23 7.9 90613 UC313 F613 F313 M20 65 F90614 UCF314 150 78 33 226 178 61 25 36 25 9.5 90614 UC314 F614 F314 M22 70 F90615 UCF315 160 82 32 236 184 66 25 39 25 12 90615 UC315 F615 F315 M22 75 F90616 UCF316 170 86 34 250 196 68 27 38 31 14 90616 UC316 F616 F316 M27 80 F90617 UCF317 180 96 40 260 204 74 27 44 31 16 90617 UC317 F617 F317 M27 85 F90618 UCF318 190 96 40 280 216 76 30 44 35 19 90618 UC318 F618 F318 M30 90 F90619 UCF319 200 103 41 290 228 94 30 59 35 22 90619 UC319 F619 F319 M30 95 F90620 UCF320 215 108 42 310 242 94 32 59 38 26 90620 UC320 F620 F320 M33 100 F90621 UCF321 225 112 44 310 242 94 32 59 38 27 90621 UC321 F621 F321 M33 105 F90622 UCF322 240 117 46 340 266 96 35 60 41 38 90622 UC322 F622 F322 M36 110 F90624 UCF324 260 126 51 370 290 110 40 65 41 50 90624 UC324 F624 F324 M36 120 F90626 UCF326 280 135 54 410 320 115 45 65 41 66 90626 UC326 F626 F326 M36 130 F90628 UCF328 300 145 59 450 350 125 55 75 41 90 90628 UC328 F628 F328 M36 140LA90500(UCFA200)型带可调菱形座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S L J H H1 H2 A A1 A2 N N1 KgLA90500 40 27.4 11.5 102 78 60 54 40 25.5 12 15 10 10 0.7 90503 LA503 M8LA90504 47 31 12.7 102 78 60 54 40 25.5 12 15 10 10 0.6 90504 LA504 M8 20 LA90505 52 34.1 14.3 125 98 68 65 51 27 14 16 12 13 0.8 90505 LA505 M10 25 LA90506 62 38.1 15.9 144 117 80 72 58 31 14 18 12 13 1.2 90506 LA506 M10 30 LA90507 72 42.9 17.5 161 130 90 82 66 34 16 19 15 15 1.5 90507 LA507 M12 35 LA90508 80 49.2 19 175 144 100 87 71 36 16 21 15 15 1.8 90508 LA508 M12 40 LA90509 85 49.2 19 181 148 108 90 72 38 18 22 15 15 2.2 90509 LA509 M12 45 LA90510 90 51.6 19 190 157 115 94 76 40 18 22 15 15 2.6 90510 LA510 M12 50 LA90511 100 55.6 22.2 219 184 130 104 86 43 20 25 16 17 3.6 90511 LA511 M14 55L90600型(UCFL300) 带菱形座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S L J H A A1 A2 N KgL90605 UCFL305 62 38 15 150 113 80 29 13 16 19 1.1 90605 UC305 L605 FL305 M16 25 L90606 UCFL306 72 43 17 180 134 90 32 15 18 23 1.5 90606 UC306 L606 FL306 M20 30 L90607 UCFL307 80 48 19 185 141 100 36 16 20 23 1.9 90607 UC307 L607 FL307 M20 35 L90608 UCFL308 90 52 19 200 158 112 40 17 23 23 2.5 90608 UC308 L608 FL308 M20 40 L90609 UCFL309 100 57 22 230 177 125 44 18 25 25 3.4 90609 UC309 L609 FL309 M22 45 L90610 UCFL310 110 61 22 240 187 140 48 19 28 25 4.4 90610 UC310 L610 FL310 M22 50 L90611 UCFL311 120 66 25 250 198 150 52 20 30 25 5.1 90611 UC311 L611 FL311 M22 55 L90612 UCFL312 130 71 26 270 212 160 56 22 33 31 6.1 90612 UC312 L612 FL312 M27 60 L90613 UCFL313 140 75 30 295 240 175 58 25 33 31 7.8 90613 UC313 L613 FL313 M27 65 L90614 UCFL314 150 78 33 315 250 185 61 28 36 35 9 90614 UC314 L614 FL314 M30 70 L90615 UCFL315 160 82 32 320 260 195 66 30 39 35 10 90615 UC315 L615 FL315 M30 75 L90616 UCFL316 170 86 34 355 285 210 68 32 38 38 13 90616 UC316 L616 FL316 M33 80 L90617 UCFL317 180 96 40 370 300 220 74 32 44 38 15 90617 UC317 L617 FL317 M33 85 L90618 UCFL318 190 96 40 385 315 235 76 36 44 38 18 90618 UC318 L618 FL318 M33 90 L90619 UCFL319 200 103 41 405 330 250 94 40 59 41 22 90619 UC319 L619 FL319 M36 95 L90620 UCFL320 215 108 42 440 360 270 94 40 59 44 27 90620 UC320 L620 FL320 M39 100 L90621 UCFL321 225 112 44 440 360 270 94 40 59 44 27 90621 UC321 L621 FL321 M39 105 L90622 UCFL322 240 117 46 470 390 300 96 42 60 44 33 90622 UC322 L622 FL322 M39 110 L90624 UCFL324 260 126 51 520 430 330 110 48 65 47 48 90624 UC324 L624 FL324 M42 120 L90626 UCFL326 280 135 54 550 460 360 115 50 65 47 58 90626 UC326 L626 FL326 M42 130 L90628 UCFL328 300 145 59 600 500 400 125 60 75 51 81 90628 UC328 L628 FL328 M45 140LA90500(UCFA200)型带可调菱形座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S L J H H1 H2 A A1 A2 N N1 KgLA90500 40 27.4 11.5 102 78 60 54 40 25.5 12 15 10 10 0.7 90503 LA503 M8LA90504 47 31 12.7 102 78 60 54 40 25.5 12 15 10 10 0.6 90504 LA504 M8 20 LA90505 52 34.1 14.3 125 98 68 65 51 27 14 16 12 13 0.8 90505 LA505 M10 25 LA90506 62 38.1 15.9 144 117 80 72 58 31 14 18 12 13 1.2 90506 LA506 M10 30 LA90507 72 42.9 17.5 161 130 90 82 66 34 16 19 15 15 1.5 90507 LA507 M12 35 LA90508 80 49.2 19 175 144 100 87 71 36 16 21 15 15 1.8 90508 LA508 M12 40 LA90509 85 49.2 19 181 148 108 90 72 38 18 22 15 15 2.2 90509 LA509 M12 45 LA90510 90 51.6 19 190 157 115 94 76 40 18 22 15 15 2.6 90510 LA510 M12 50 LA90511 100 55.6 22.2 219 184 130 104 86 43 20 25 16 17 3.6 90511 LA511 M14 55TY90500型(UCFC200) 带凸台圆形座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S D1 D2 J P A A1 A2 A3 N KgTY90503 40 27.4 11.5 58 97 53 75 19 4 9 6 12 0.5 90503 TY503 M10 17 TY90504 UCFC204 47 31 12.7 62 100 55.1 78 20.5 5 10 7 12 0.7 90504 UC204 TY504 FC204 M10 20 TY90505 UCFC205 52 34.1 14.3 70 115 63.5 90 21 6 10 7 12 1 90505 UC205 TY505 FC205 M10 25 TY90506 UCFC206 62 38.1 15.9 80 125 70.7 100 23 8 10 8 12 1.3 90506 UC206 TY506 FC206 M10 30 TY90507 UCFC207 72 42.9 17.5 90 135 77.8 110 26 8 11 9 14 1.6 90507 UC207 TY507 FC207 M12 35 TY90508 UCFC208 80 49.2 19 100 145 84.8 120 26 10 11 9 14 2.1 90508 UC208 TY508 FC208 M12 40 TY90509 UCFC209 85 49.2 19 105 160 93.3 132 26 12 10 14 16 2.7 90509 UC209 TY509 FC209 M14 45 TY90510 UCFC210 90 51.6 19 110 165 97.6 138 28 12 10 14 16 3.1 90510 UC210 TY510 FC210 M14 50 TY90511 UCFC211 100 55.6 22.2 125 185 106.1 150 31 12 13 15 19 4.2 90511 UC211 TY511 FC211 M16 55 TY90512 UCFC212 110 65.1 25.4 135 195 113.1 160 36 12 17 15 19 5.3 90512 UC212 TY512 FC212 M16 60 TY90513 UCFC213 120 65.1 25.4 145 205 120.2 170 36 14 16 15 19 6 90513 UC213 TY513 FC213 M16 65 TY90514 UCFC214 125 74.6 30.2 150 215 125.1 177 40 14 17 18 19 7 90514 UC214 TY514 FC214 M16 70 TY90515 UCFC215 130 77.8 33.3 160 220 130.1 184 40 16 18 18 19 7.8 90515 UC215 TY515 FC215 M16 75 TY90516 UCFC216 140 82.6 33.3 170 240 141.4 200 42 16 18 18 23 9.3 90516 UC216 TY516 FC216 M20 80 TY90517 UCFC217 150 85.7 34.1 180 250 147.1 208 45 18 18 20 23 11 90517 UC217 TY517 FC217 M20 85 TY90518 UCFC218 160 96 39.7 190 265 155.5 220 50 18 22 20 23 13 90518 UC218 TY518 FC218 M20 90K90500型(UCT200) 带滑块座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号配合轴径D B S L L1 L2 H H1 A A1 A2 N N1 N2 KgK90503 UCT203 47 31 12.7 94 61 10 89 76 32 12 21 19 16 32 0.8 90503 UC203 K503 T203 17 K90504 UCT204 47 31 12.7 94 61 10 89 76 32 12 21 19 16 32 0.8 90504 UC204 K504 T204 20 K90505 UCT205 52 34.1 14.3 97 62 10 89 76 32 12 24 19 16 32 0.9 90505 UC205 K505 T205 25 K90506 UCT206 62 38.1 15.9 113 70 10 102 89 32 12 28 22 16 37 1.3 90506 UC206 K506 T206 30 K90507 UCT207 72 42.9 17.5 129 78 13 102 89 37 12 30 22 16 37 1.7 90507 UC207 K507 T207 35 K90508 UCT208 80 49.2 19 144 88 16 114 102 49 16 33 29 19 49 2.3 90508 UC208 K508 T208 40 K90509 UCT209 85 49.2 19 144 87 16 117 102 49 16 35 29 19 49 2.4 90509 UC209 K509 T209 45 K90510 UCT210 90 51.6 19 149 90 16 117 102 49 16 37 29 19 49 2.5 90510 UC210 K510 T210 50 K90511 UCT211 100 55.6 22.2 171 106 19 146 130 64 22 38 35 25 64 3.8 90511 UC211 K511 T211 55 K90512 UCT212 110 65.1 25.4 194 119 19 146 130 64 22 42 35 32 64 4.7 90512 UC212 K512 T212 60 UCT213 120 65.1 25.4 224 137 21 167 151 70 26 44 41 32 70 7 UC213 T213 65 UCT214 125 74.6 30.2 224 137 21 167 151 70 26 46 41 32 70 7.3 UC214 T214 70 UCT215 130 77.8 33.3 232 140 21 167 151 70 26 48 41 32 70 7.7 UC215 T215 75 UCT216 140 82.6 33.3 235 140 21 184 165 70 26 51 41 32 70 8.4 UC216 T216 80 UCT217 150 85.7 34.1 260 162 29 198 173 73 30 54 48 38 73 11 UC217 T217 85K90600型(UCT300) 带滑块座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号配合轴径D B S L L1 L2 H H1 A A1 A2 N N1 N2 KgK90605 UCT305 62 38 15 122 76 12 89 80 36 12 26 26 16 36 1.4 90605 UC305 K605 T305 25 K90606 UCT306 72 43 17 137 85 14 100 90 41 16 28 28 18 41 1.8 90606 UC306 K606 T306 30 K90607 UCT307 80 48 19 150 94 15 111 100 45 16 32 30 20 45 2.4 90607 UC307 K607 T307 35 K90608 UCT308 90 52 19 162 100 17 124 112 50 18 34 32 22 50 3 90608 UC308 K608 T308 40 K90609 UCT309 100 57 22 178 110 18 138 125 55 18 38 34 24 55 4 90609 UC309 K609 T309 45 K90610 UCT310 110 61 22 191 117 20 151 140 61 20 40 37 27 61 5 90610 UC310 K610 T310 50 K90611 UCT311 120 66 25 207 127 21 163 150 66 22 44 39 29 66 6.4 90611 UC311 K611 T311 55 K90612 UCT312 130 71 26 220 135 23 178 160 71 22 46 41 31 71 7.6 90612 UC312 K612 T312 60 K90613 UCT313 140 75 30 238 146 25 190 170 80 26 50 43 32 70 9.7 90613 UC313 K613 T313 65 K90614 UCT314 150 78 33 252 155 25 202 180 90 26 52 46 36 85 11 90614 UC314 K614 T314 70 K90615 UCT315 160 82 32 262 160 25 216 192 90 26 55 46 36 85 14 90615 UC315 K615 T315 75 K90616 UCT316 170 86 34 282 174 28 230 204 102 30 60 53 42 98 16 90616 UC316 K616 T316 80 K90617 UCT317 180 96 40 298 183 30 240 214 102 32 64 53 42 98 20 90617 UC317 K617 T317 85 K90618 UCT318 190 96 40 312 192 30 255 228 110 32 66 57 46 106 22 90618 UC318 K618 T318 90 K90619 UCT319 200 103 41 322 197 31 270 240 110 35 72 57 46 106 25 90619 UC319 K619 T319 95 K90620 UCT320 215 108 42 345 210 32 290 260 120 35 75 59 48 115 32 90620 UC320 K620 T320 100 K90621 UCT321 225 112 44 345 210 32 290 260 120 35 75 59 48 115 32 90621 UC321 K621 T321 105 K90622 UCT322 240 117 46 385 235 38 320 285 130 38 80 65 52 125 40 90622 UC322 K622 T322 110 K90624 UCT324 260 126 51 432 267 42 355 320 140 45 90 70 60 140 55 90624 UC324 K624 T324 120 K90626 UCT326 280 135 54 465 285 45 385 350 150 50 100 75 65 150 69 90626 UC326 K626 T326 130 K90628 UCT328 300 145 59 515 315 50 415 380 155 50 100 80 70 160 84 90628 UC328 K628 T328 140LB90500(UCFB200)型带悬挂式座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S L J J1 C f H H1 A A1 A2 N KgFB90503 40 27.4 11.5 62 32 27 52 52 110 42 25.5 13 15 10 0.7 90503 FB503 M8 17 FB90504 47 31 12.7 62 32 27 52 52 110 42 25.5 13 15 10 0.7 90504 FB504 M8 20 FB90505 52 34.1 14.3 68 34 27 52 56 116 45 27 13 16 10 0.8 90505 FB505 M8 25 FB90506 62 38.1 15.9 78 40 29 55 65 130 50 31 13 18 10 1 90506 FB506 M8 30 FB90507 72 42.9 17.5 90 46 32 62 70 144 55 34 15 19 10 1.3 90507 FB507 M8 35 FB90508 80 49.2 19 100 50 41 72 78 164 60 36 16 21 12 1.4 90508 FB508 M10 40 FB90509 85 49.2 19 106 54 43 76 80 174 65 38 18 22 12 2.2 90509 FB509 M10 45 FB90510 90 51.6 19 112 58 46 82 86 184 68 40 18 22 12 2.5 90510 FB510 M10 50HA90500(UCHA200)型带悬吊式座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号配合轴径D B S L H H1 H2 A E Dn KgHA90505 52 34.1 14.3 70 64 99 19 40 0 G 3/4" 1 90505 HA505 25 HA90506 62 38.1 15.9 80 64 104 19 40 0 G 3/4" 1 90506 HA506 30 HA90507 72 42.9 17.5 92 70 116 19 40 0 G 3/4" 1.4 90507 HA507 35 HA90508 80 49.2 19 96 73 121 19 40 2 G 3/4" 1.5 90508 HA508 40 HA90509 85 49.2 19 108 82 136 21 48 4 G 1" 2.1 90509 HA509 45 HA90510 90 51.6 19 114 83 140 21 48 5 G1" 2.6 90510 HA510 50 HA90511 100 55.6 22.2 126 87 150 25 60 7 G1 1/4" 2.9 90511 HA511 55 HA90512 110 65.1 25.4 142 102 173 28 60 9 G1 1/4" 4.4 90512 HA512 60 HA90513 120 65.1 25.4 166 117 200 32 70 9.5 G1 1/2" 6.6 90513 HA513 65 HA90514 125 74.6 30.2 166 117 200 32 70 9.5 G1 1/2" 6.8 90514 HA514 70 HA90515 130 77.8 33.3 166 117 200 32 70 9.5 G1 1/2" 7 90515 HA515 75CS390200(SAPFT200)型带冲压三角形座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B1 S J H H1 A A1 N KgCS390203 40 28.6 6.5 63.5 80 29 15 4 7.1 0.28 390203 CS203 M6 17 CS390204 47 31 7.5 71.5 90 34 17 4 9 0.37 390204 CS204 M8 20 CS390205 52 31 7.5 76 95 35 17 4 9 0.42 390205 CS205 M8 25 CS390206 62 35.7 9.0 90.5 112 41 19 5 11 0.65 390206 CS206 M10 30 CS390207 72 38.9 9.5 100 122 45 21 5 11 0.80 390207 CS207 M10 35。
三雄极光定额名称规范大全
器） PAK-Y01-107A （LED 驱动 120 消防应急标志灯(普通型)东芝 Ni-Cd 电池 器） PAK-Y01-101D （LED 驱动 121 消防应急标志灯(地脚诱导型)东芝 Ni-Cd 电池 器） PAK-Y01-102D （LED 驱动 122 消防应急标志灯(地脚诱导型)东芝 Ni-Cd 电池 器） PAK-Y01-103D （LED 驱动 123 消防应急标志灯(地脚诱导型)东芝 Ni-Cd 电池 器） PAK-Y01-104D （LED 驱动 124 消防应急标志灯(地脚诱导型)东芝 Ni-Cd 电池 器） PAK-Y01-105D （LED 驱动 125 消防应急标志灯(地脚诱导型)东芝 Ni-Cd 电池 器） PAK-Y01-106D （LED 驱动 126 消防应急标志灯(地脚诱导型)东芝 Ni-Cd 电池 器） PAK-Y01-107D （LED 驱动 127 消防应急标志灯(地脚诱导型)东芝 Ni-Cd 电池 器） PAK-Y10-208 （LED 驱动 128 消防应急照明灯 东芝 Ni-Cd 电池 器） 129 130 131 132 应急照明转换器 节能灯应急转换器 应急照明转换器 应急照明转换器 PAK-YA100 PAK-YA113 PAK-YA118 PAK-YA128
85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107
节能王（4U）电子节能灯 节能王（4U）电子节能灯 节能王（4U）电子节能灯 节能王（4U）电子节能灯 节能王（4U）电子节能灯 螺旋管电子节能灯 螺旋管电子节能灯 螺旋管电子节能灯 螺旋管电子节能灯 螺旋管电子节能灯 螺旋管电子节能灯 螺旋管电子节能灯 螺旋管电子节能灯 双 U 型插拔式节能管（2 针） 双 U 型插拔式节能管（2 针） 双 U 型插拔式节能管（2 针） 双 U 型插拔式节能管（2 针） 双 U 型插拔式节能管（2 针） 双 U 型插拔式节能管（2 针） 双 U 型插拔式节能管（2 针） 双 U 型插拔式节能管（2 针） 双 U 型插拔式节能管（2 针） 消防应急标志灯(普通型)东芝 Ni-Cd 电池
定向凝固Al-La合金组织性能的研究
··最近，我们在对Al-La 二元合金系进行研究时，发现在La 含量（质量分数，下同）为30%、35%、40%的过共晶合金中也发现了这种共晶组织α-Al 和Al 11La 3断续分布在基体Al 中的特殊枝晶组织，这里把它定义为周期性双相组织。
如图1所示，图1a 、b 、c 分别是La 含量为30%、35%、40%的Al-La 合金试样背散射电子照片，图中箭头方向为枝晶主干方向，我们可以观察到这种枝晶与常见的枝晶组织不同之处是，常见的枝晶组织为单相，成分也不发生变化，而周期性双相枝晶是由α-Al 和Al 11La 3两相交替出现组成，沿其主干方向成分呈周期性变化。
目前，有两种方法分析这种断续的枝晶组织形成的机理，一种是在扩散生长基础上分析形成机理，另一种是Mazumder 和Trivedi [1]认为液相中的对流是产生周期性分布组织的主要原因。
本研究中主要应用定向凝固方法对Al-La 合金组织和性能做了进一步地研究，并对这种周期性双相组织的生长和形成机理进行分析。
1试验方法试验原料中高纯金属Al 和La 的纯度分别为99.99%和99.9%，Al 的熔点为660.4℃，La 的熔点921℃。
首先将配好的La 含量为35%，Al 含量为65%的原料放入ZGS-50真空感应炉内的石墨坩埚中，抽真空，使真空度达到4×10-2Pa ，加热升温至980℃，保温10~20min ，使Al 和La 充分熔解。
然后，将装有已熔化的Al-La 合金原料的坩埚取出，将熔液浇铸在备好的石墨型模具中，得到Φ8mm ×40mm 的铸态试棒。
再将铸态试样线切割成Φ5.8mm ×40mm 和Φ2.9mm ×40mm 的棒料，对其表面进行清洗和打磨去除表面杂质后，作为定向凝固的中间合金试样棒，并切取一部分进行研磨、抛光，在CAMNRIDGE S250-MK2型扫描电镜（SEM ）上观察董晓娟，王自东，张鸿，郑亚虹（北京科技大学材料科学与工程学院，北京100083）摘要：采用Bridgman 定向凝固方法，制备出不同抽拉速度下尺寸分别为Φ6mm ×50mm 和Φ3mm ×50mm 的试样棒。
液压油缸尺寸表
液压油缸介绍以及安装尺寸标准HS01·210L系列拉杆液压缸HS 01•210L 【系列拉杆液压缸】◆用途与特征HS 01•210L系列拉杆式液压缸是一种双作用单杆活塞式液压缸，其与同构、同压力等级液压缸相比更具有结构紧凑、重量轻。
安装型式多样且容易变换，易装易拆，配件及维修方便。
其广泛用于塑料、冶金、化工、矿山、行走机械等行业。
◆型号说明◆技术指标额定压力MPa 21MPa连续使用的最高压力使用温度—5℃ —+8℃最大允许压力MPa 27MPa(无杆腔)、25MPa(有杆腔) 允许最大速度400mm/s 耐压力MPa 31.5MPa 效率＞90%最低启动压力MPa 0.3MPa 工作介质※采用时请注明矿物油、水乙二醇、※磷酸脂、高水酯等◆ SD（基本型）代号缸径A BB D DD E EE TG FHJ K KK L MM P W YFA型其它Φ4030 17 40 M12×1.570 ZG3/8 50 13 8 10 47 32 M20×1.564 22 17 30 156 Φ5035 18 46 M14×1.585 ZG1/2 62 15 8 13 52 37 M24×1.568 28 19 30 172 Φ6345 20 55 M16×1.5 100 ZG1/2 74 18 6 12 57 37 M30×1.575 35 19 35 187 Φ8060 25 65 M20×1.5 125 ZG3/4 92 24 10 10 67 42 M39×1.585 45 22 35 218 Φ10075 29 80 M24×1.5 160 ZG3/4 120 26 7 12 67 42 M48×1.595 55 22 40 230 Φ12595 35 95 M30×1.5 190 ZG1 140 33 6 10 77 52 M64×2105 70 27 45 267 Φ140110 38 105 M33×1.5 215 ZG1 160 36 6 11 77 52 M72×2110 80 27 50 275 Φ160120 42 120 M36×1.5 240 ZG1 180 41 5 10 80 51 M80×2132 90 27 55 304 ◆ SD（双出杆基本型）代号缸径A BB D DD E EE TG F ZM J LZ KK L MM P WΦ4030 17 40 M12×1.570 ZG3/8 50 13 244 47 154 M20×1.564 22 17 30 Φ5035 18 46 M14×1.585 ZG1/2 62 15 262 52 172 M24×1.568 28 19 30 Φ6345 20 55 M16×1.5 100 ZG1/2 74 18 295 57 185 M30×1.575 35 19 35 Φ8060 25 65 M20×1.5 125 ZG3/4 92 24 337 67 217 M39×1.585 45 22 35 Φ10075 29 80 M24×1.5 160 ZG3/4 120 26 361 67 231 M48×1.595 55 22 40 Φ125 95 35 95 M30×1.5 190 ZG1 140 33 415 77 275 M64×2105 70 27 45 Φ140110 38 105 M33×1.5 215 ZG1 160 36 436 77 286 M72×2110 80 27 50 Φ160120 42 120 M36×1.5 240 ZG1 180 41 484 80 316 M80×2132 90 27 55 ◆ LA（切向脚架）代号缸径A AB AC AE AH AL EE AM AOHAS AT KK KL MM SA UA YL WFA型其它Φ4030 11 59 77 42±0.1531 ZG3/8 16 16 8 10 98 15 M20×1.5 32 22 111 122 156 30 Φ5035 14 63 97.5 55±0.1534 ZG1/2 19 18 8 13 118 20 M24×1.5 37 28 120 145 172 30 Φ6345 18 71 113 63±0.1539 ZG1/2 19 18 6 12 140 25 M30×1.5 37 35 132 175 187 35 Φ8060 22 80 137.5 75±0.2546 ZG3/4 21 21 10 10 175 30 M39×1.5 42 45 152 210 218 35 Φ10075 26 89 165 85±0.2544 ZG3/4 24 23 7 12 215 35 M48×1.5 47 55 162 260 235 40 Φ12595 33 106 200 105±0.25 49 ZG1 29 28 6 10 270 45 M64×257 70 182 330 272 45Φ140 110 33 114 219.5 112±0.25 49 ZG1 29 28 6 11 280 45 M72×257 80 187 335 280 50 Φ160 120 36 127 245 125±0.25 49 ZG1 31 31 5 10 315 50 M80×262 90 212 375 315 55 ◆ FA(杆侧长方法兰)代号缸径A AB R DD E EE TG JHTF FF KK UB MM UF WA YAFA型其它Φ4030 11 50 M12×1.5 70 ZG3/8 50 47 8 10 98 15 M20×1.573 22 122 28 158 Φ5035 14 60 M14×1.5 85 ZG1/2 62 52 8 13 118 20 M24×1.588 28 145 25 177 Φ6345 18 73 M16×1.5100 ZG1/2 74 57 6 12 140 24 M30×1.5 106 35 175 29 193 Φ8060 22 90 M20×1.5125 ZG3/4 92 67 10 10 175 24 M39×1.5 130 45 210 35 218 Φ10075 26 115 M24×1.5160 ZG3/4 120 67 7 12 215 31 M48×1.5 165 55 260 35 235 Φ12595 33 145 M30×1.5190 ZG1 140 77 6 10 270 37 M64×2205 70 330 41 271 Φ140110 33 160 M33×1.5215 ZG1 160 77 6 11 280 41 M72×2218 80 335 45 280Φ160120 36 180 M36×1.5240 ZG1 180 85 10 315 46 M80×2243 90 375 50 309◆ FB（底部长方法兰）◆CA(单耳环型)代号缸径A BB ZC DDE EE TG FWHLR MR KK CD MM N W YFA型其它Φ40 30 17 276 M12×1.570 ZG3/8 50 32 8 10 25 25 M20×1.520 22 35 30 156 Φ5035 18 312 M14×1.585 ZG1/2 62 36 8 13 32 30 M24×1.525 28 45 30 172 Φ6345 20 357 M16×1.5 100 ZG1/2 74 40 6 12 40 35 M30×1.531.5 35 55 35 187 Φ8060 25 423 M20×1.5 125 ZG3/4 92 50 10 10 50 40 M39×1.540 45 70 35 218 Φ10075 29 475 M24×1.5 160 ZG3/4 120 63 7 12 63 50 M48×1.550 55 80 40 235 Φ12595 35 575 M30×1.5 190 ZG1 140 80 6 10 79 63 M64×263 70 105 45 272 Φ140110 38 621 M33×1.5 215 ZG1 160 80 6 11 89 71 M72×271 80 115 50 280 Φ160120 42 684 M36×1.5 240 ZG1 180 100 5 10 100 80 M80×280 90 125 55 315 ◆TC(中间较轴型)代号缸径A TC D DD E EE TG TDHTL TR KK XG MM VC WPH（最小值）ZTFA型其它Φ403073-0.340 M12×1.5 70 ZG3/8 50 32 8 10 25 2.5 M20×1.5122 22 33 30 107 233 Φ5035 88-0.3546 M14×1.5 85 ZG1/2 62 36 8 13 25 2.5 M24×1.5131 28 33 30 114 255 Φ6345 106 0 55 M16×1.5100 ZG1/2 74 40 6 12 31.5 2.5 M30×1.5148 35 43 35 132 287-0.35Φ80 60 128 0-0.4 65 M20×1.5 125 ZG3/4 92 50 10 10 40 3 M39×1.5 169 45 53 35 153 338Φ100 75 170 0 -0.4 80 M24×1.5 160 ZG3/4 120 63 7 12 50 3 M48×1.5 181 55 63 40 165 374Φ125 95 205 0-0.46 95 M30×1.5 190 ZG1 140 80 6 10 63 4 M64×2 208 70 78 45 209 442Φ140 110 225 0-0.46 105 M33×1.5 215 ZG1 160 80 6 11 71 4 M72×2 218 80 88 50 222 473Φ160 120 255 0-0.52 120 M36×1.5 240 ZG1 180 100 5 10 80 4 M80×2 242 90 98 55 243 521◆ 防尘罩缸径 代号 Φ40 Φ50 Φ63 Φ80 Φ100 Φ125 Φ140 Φ160WW 50 60 70 80 100 120 125 140 X45 45 55 55 55656565◆ 单耳环缸径 代号Φ40 Φ50 Φ63 Φ80 Φ100Φ125Φ140ΦA31.5 -0.1 -0.435. 5 -0.1-0.4 40 -0.1 -0.4 50 -0.1 -0.4 63-0.1 -0.4 80 -0.1 -0.680 -0.1 -0.6100 -01-06B 32 35 47 62 7798 113 1C 70 85 105 132 157 195 220 2d 20 25 31.5 40 5063718F 49 55 65 85 105 135 158 1H 28354355658090 1KK M20×1.5 M24×1.5 M30×1.5 M39×1.5 M48×1.5 M64×2 M72×2 M8E 25 30 35 40 50 65 758G 32 36 40 55 688080 1MM8M8M8M8M10 M10 M10 M1订货标记：YE-缸径、—Ⅰ（示例：YE40-Ⅰ） L 15 15 15 15 20 20 20 25◆ 双耳环订货标记：YE-缸径、—Y （示例：YE40-Y ）缸径 代号Φ40 Φ50 Φ63 Φ80 Φ100 Φ125Φ140Φ160YA 31.5 +0.4 +0.135. 5 +0.4 +0.1 40 +0.4 +0.1 50 +0.4 +0.1 63+0.4 +0.1 80 +0.6 +0.180 +0.6 +0.1100 +0.6 +0.1YB 32 35 47 62 7798 113 123YC 70 85 105 130 155 195 220 245 YD 20 25 31.5 40 50 63 71 80 YE 20 25 30 40 50607080YF 40 50 60 80 100 120 140 160 YG 80 90 101 126 153 192 200 240 YH 32 45 50 60 708595 110 YJ 1618202531.5 404050KK M20×1.5 M24×1.5 M30×1.5 M39×1.5 M48×1.5M64×2 M72×2M80×2开口销 Φ3 Φ3 Φ4 Φ5 Φ5 Φ6 Φ8 Φ8 L 15 15 15 15 20202025MM8M8M8M8M10 M10 M10 M12【HS 01•70、140L 系列拉杆液压缸】 ◆ 用途与特征01•70、140L 系列轻型拉杆液压缸是一种双作用单杆活塞式液压缸，其比同结构同压力等级液压缸更具有结构紧凑、重量轻、安装形式多样且容易变换、易装易拆，配件及维修方便，且具有轻量化、适用化、高可靠性特点。
shure slx无线系统说明书
LINE OUT VOLUME
ANTENNA A
12–18 V 170 mA
ANTENNA B
POWER
BALANCED LOW Z MIC OUT
SLX4
UNBALANCED HIGH Z
SHURE INCORPORATED NILES, IL 60714 SLX4 RECEIVER
N108 IC: 616A–SLX4
LINE OUT VOLUME
ANTENNA A
• 1 x UA221
UHF ANTENNA / POWER DISTRIBUTION SYSTEM
POWER
UA844
SLX4
SLX4
UA221
SLX4
12–18 V 170 mA
ANTENNA B
POWER
BALANCED LOW Z MIC OUT
SLX Wireless System
Shure SLX Wireless
Shure SLX ワイヤレス Shure SLX 무선 Shure SLX 无线系统 Nirkabel SLX Shure
©2011 Shure Incorporated 27A15633 (Rev. 1) Printed in U.S.A.
MIC OUT INSTRUMENT OUT VOLUME
SHURE INCORPORATED
ANTENNA B
POWER
•
Single System Setup
Follow these steps when using a single SLX system: Automatic Frequency Selection Scans for an available channel and sets the receiver to that channel. Automatic Transmitter Setup 1. Turn On the transmitter. 2. Open the transmitter battery compartment to display the infrared (IR) port 3. With the IR port exposed to the receiver, press sync. 4. Hold the sync button until the red light stops flashing on both receiver and transmitter. 5. When the receiver ready light glows, the system is ready for use. 6. Close the transmitter battery compartment.
带座外球面轴承新旧型号对比及外形尺寸表
带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S L J H H1 H2 A N N1 KgZ90501 UCWP201 40 27.4 11.5 125 96 30.2 57 14 36 13 19 0.6 90501 UC201 M10 17 Z90502 UCWP202 40 27.4 11.5 125 96 30.2 57 14 36 13 19 0.6 90502 UC202 M10 17 Z90503 UCWP203 40 27.4 11.5 125 96 30.2 57 14 36 13 19 0.6 90503 UC203 M10 17 Z90504 UCP204 47 31 12.7 127 95 33.3 65 14 38 13 19 0.7 90504 UC204 M10 20 Z90505 UCP205 52 34.1 14.3 140 105 36.5 71 15 38 13 19 0.8 90505 UC205 M10 25 Z90506 UCP206 62 38.1 15.9 165 121 42.9 83 17 48 17 23 1.3 90506 UC206 M14 30 Z90507 UCP207 72 42.9 17.5 167 127 47.6 93 18 48 17 23 1.6 90507 UC207 M14 35 Z90508 UCP208 80 49.2 19 184 137 49.2 100 18 54 17 23 1.9 90508 UC208 M14 40 Z90509 UCP209 85 49.2 19 190 146 54 106 20 54 17 23 2.2 90509 UC209 M14 45 Z90510 UCP210 90 51.6 19 206 159 57.2 114 21 60 20 26 2.6 90510 UC210 M16 50 Z90511 UCP211 100 55.6 22.2 219 171 63.5 126 23 60 20 26 3.3 90511 UC211 M16 55 Z90512 UCP212 110 65.1 25.4 241 184 69.8 138 25 70 20 26 4.6 90512 UC212 M16 60 Z90513 UCP213 120 65.1 25.4 265 203 76.2 151 27 70 25 31 5.9 90513 UC213 M20 65 Z90514 UCP214 125 74.6 30.2 266 210 79.4 157 27 72 25 31 6.6 90514 UC214 M20 70 Z90515 UCP215 130 77.8 33.3 275 217 82.6 163 28 74 25 31 7.4 90515 UC215 M20 75 Z90516 UCP216 140 82.6 33.3 292 232 88.9 175 30 78 25 31 9 90516 UC216 M20 80 Z90517 UCP217 150 85.7 34.1 310 247 95.2 187 32 83 25 31 11 90517 UC217 M20 85 Z90518 UCP218 160 96 39.7 327 262 101.6 200 33 88 27 33 13 90518 UC218 M22 90 UCP220 180 108 42 380 308 115 225 40 95 30 38 16 UC220 M24带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S L J H H1 H2 A N N1 Kg mm mmZ90605 UCP305 62 38 15 175 132 45 85 15 45 17 20 1.4 90605 UC305 Z605 P305 M14 25 Z90606 UCP306 72 43 17 180 140 50 95 18 50 17 20 1.8 90606 UC306 Z606 P306 M14 30 Z90607 UCP307 80 48 19 210 160 56 106 20 56 17 25 2.8 90607 UC307 Z607 P307 M14 35 Z90608 UCP308 90 52 19 220 170 60 116 22 60 17 27 3 90608 UC308 Z608 P308 M14 40 Z90609 UCP309 100 57 22 245 190 67 129 24 67 20 30 4.1 90609 UC309 Z609 P309 M16 45 Z90610 UCP310 110 61 22 275 212 75 143 27 75 20 35 5.8 90610 UC310 Z610 P310 M16 50 Z90611 UCP311 120 66 25 310 236 80 154 30 80 20 38 7.4 90611 UC311 Z611 P311 M16 55 Z90612 UCP312 130 71 26 330 250 85 165 32 85 25 38 9.4 90612 UC312 Z612 P312 M20 60 Z90613 UCP313 140 75 30 340 260 90 176 33 90 25 38 10 90613 UC313 Z613 P313 M20 65 Z90614 UCP314 150 78 33 360 280 95 187 35 90 27 40 12 90614 UC314 Z614 P314 M22 70 Z90615 UCP315 160 82 32 380 290 100 198 35 100 27 40 14 90615 UC315 Z615 P315 M22 75 Z90616 UCP316 170 86 34 400 300 106 210 40 110 27 40 18 90616 UC316 Z616 P316 M22 80 Z90617 UCP317 180 96 40 420 320 112 220 40 110 33 45 20 90617 UC317 Z617 P317 M27 85 Z90618 UCP318 190 96 40 430 330 118 235 45 110 33 45 24 90618 UC318 Z618 P318 M27 90 Z90619 UCP319 200 103 41 470 360 125 250 45 120 36 50 29 90619 UC319 Z619 P319 M30 95 Z90620 UCP320 215 108 42 490 380 140 275 50 120 36 50 35 90620 UC320 Z620 P320 M30 100 Z90621 UCP321 225 112 44 490 380 140 280 50 120 36 50 35 90621 UC321 Z621 P321 M30 105 Z90622 UCP322 240 117 46 520 400 150 300 55 140 40 55 45 90622 UC322 Z622 P322 M33 110 Z90624 UCP324 260 126 51 570 450 160 320 65 140 40 55 55 90624 UC324 Z624 P324 M33 120 Z90626 UCP326 280 135 54 600 480 180 355 75 140 40 55 72 90626 UC326 Z626 P326 M33 130 Z90628 UCP328 300 145 59 620 500 200 390 75 140 40 55 89 90628 UC328 Z628 P328 M33 140/thread.php?fid=27UCPH200(ZH90500)型带高中心立式座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S L J H H1 H2 A N N1 KgZH90503 40 27.4 11.5 127 95 70 101 15 40 13 19 1 90503 ZH503 M10 17 ZH90504 47 31 12.7 127 95 70 101 15 40 13 19 1 90504 ZH504 M10 20 ZH90505 52 34.1 14.3 140 105 80 114 16 50 13 19 1.2 90505 ZH505 M10 25 ZH90506 62 38.1 15.9 165 121 90 130 18 50 17 21 1.8 90506 ZH506 M14 30 ZH90507 72 42.9 17.5 167 127 95 140 19 60 17 21 2.4 90507 ZH507 M14 35 ZH90508 80 49.2 19 184 137 100 149 19 70 17 25 2.4 90508 ZH508 M14 40 ZH90509 85 49.2 19 190 146 105 157 20 70 17 25 3.7 90509 ZH509 M14 45 ZH90510 90 51.6 19 206 159 110 165 22 70 20 25 4.1 90510 ZH510 M16 50UCF200型带座轴承代号外型尺寸（mm）带座轴承重量（kg）配用轴承代号配用轴承座代号D B S L J A A1 A2 N deUCF201 47 31.0 12.7 86 64 25.5 11 15 12 M10 0.7 UC201 F204 UCF202 47 31.0 12.7 86 64 25.5 11 15 12 M10 0.7 UC202 F204 UCF203 47 31.0 12.7 86 64 25.5 11 15 12 M10 0.6 UC203 F204 UCF204 47 31.0 12.7 86 64 25.5 11 15 12 M10 0.6 UC204 F204 UCF205 52 34.1 14.3 95 70 27 13 16 14 M10 0.8 UC205 F205 UCF206 62 38.1 15.9 108 83 31 13 18 16 M10 1.0 UC206 F206 UCF207 72 42.9 17.5 117 92 34 15 19 16 M12 1.4 UC207 F207 UCF208 80 49.2 19.0 130 102 36 15 21 16 M14 1.8 UC208 F208 UCF209 85 49.2 19.0 137 105 38 16 22 19 M14 2.2 UC209 F209 UCF210 90 51.6 19.0 143 111 40 16 22 19 M14 2.4 UC210 F210 UCF211 100 55.6 22.2 162 130 43 18 25 19 M16 3.6 UC211 F211 UCF212 110 65.1 25.4 175 143 48 18 29 19 M16 4.4 UC212 F212 UCF213 120 65.1 25.4 187 149 50 22 30 19 M16 5.5 UC213 F213 UCF214 125 74.6 30.2 193 152 54 22 31 23 M16 6.1 UC214 F214 UCF215 130 77.8 33.3 200 159 56 22 34 23 M16 6.9 UC215 F215 UCF216 140 82.6 33.3 208 165 58 22 34 23 M20 8.1 UC216 F216 UCF217 150 85.7 34.1 220 175 63 24 36 23 M20 9.3 UC217 F217 UCF218 160 96.0 .9.7 235 187 68 24 40 23 M20 11.0 UC218 F218L90500型(UCFLU200) 带菱形座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S L J H A A1 A2 N KgL90503 40 27.4 11.5 99 76.5 54 27 11 17 12 0.6 90503 L503 M10 17 L90504 UCFLU204 47 31 12.7 113 90 60 30 11 19 12 0.6 90504 UC204 L504 FLU204 M10 20 L90505 UCFLU205 52 34.1 14.3 125 99 68 30 13 19 12 0.7 90505 UC205 L505 FLU205 M10 25 L90506 UCFLU206 62 38.1 15.9 142 116.5 80 33 13 20 12 1 90506 UC206 L506 FLU206 M10 30 L90507 UCFLU207 72 42.9 17.5 156 130 90 36 15 21 14 1.3 90507 UC207 L507 FLU207 M12 35 L90508 UCFLU208 80 49.2 19 172 143.5 100 39 15 24 14 1.7 90508 UC208 L508 FLU208 M12 40 L90509 UCFLU209 85 49.2 19 180 148.5 108 40 16 24 16 2 90509 UC209 L509 FLU209 M14 45 L90510 UCFLU210 90 51.6 19 190 157 115 46 16 28 18 2.5 90510 UC210 L510 FLU210 M16 50 L90511 UCFLU211 100 55.6 22.2 217 184 130 49 18 31 18 3.4 90511 UC211 L511 FLU211 M16 55 L90512 UCFLU212 110 65.1 25.4 235 202 140 53 18 34 18 4.3 90512 UC212 L512 FLU212 M16 60 L90513 UCFLU213 120 65.1 25.4 248 210 155****3820.5 5 UC213 FLU213 M18 65 L90514 UCFLU214 125 74.6 30.2 257 216 160 62 22 38 20.5 5.6 UC214 FLU214 M18 70 L90515 UCFLU215 130 77.8 33.3 266 225 165 65 22 41 20.5 6.2 UC215 FLU215 M18 75L90600型(UCFL300) 带菱形座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S L J H A A1 A2 N KgL90605 UCFL305 62 38 15 150 113 80 29 13 16 19 1.1 90605 UC305 L605 FL305 M16 25 L90606 UCFL306 72 43 17 180 134 90 32 15 18 23 1.5 90606 UC306 L606 FL306 M20 30 L90607 UCFL307 80 48 19 185 141 100 36 16 20 23 1.9 90607 UC307 L607 FL307 M20 35 L90608 UCFL308 90 52 19 200 158 112 40 17 23 23 2.5 90608 UC308 L608 FL308 M20 40 L90609 UCFL309 100 57 22 230 177 125 44 18 25 25 3.4 90609 UC309 L609 FL309 M22 45 L90610 UCFL310 110 61 22 240 187 140 48 19 28 25 4.4 90610 UC310 L610 FL310 M22 50 L90611 UCFL311 120 66 25 250 198 150 52 20 30 25 5.1 90611 UC311 L611 FL311 M22 55 L90612 UCFL312 130 71 26 270 212 160 56 22 33 31 6.1 90612 UC312 L612 FL312 M27 60 L90613 UCFL313 140 75 30 295 240 175 58 25 33 31 7.8 90613 UC313 L613 FL313 M27 65 L90614 UCFL314 150 78 33 315 250 185 61 28 36 35 9 90614 UC314 L614 FL314 M30 70 L90615 UCFL315 160 82 32 320 260 195 66 30 39 35 10 90615 UC315 L615 FL315 M30 75 L90616 UCFL316 170 86 34 355 285 210 68 32 38 38 13 90616 UC316 L616 FL316 M33 80 L90617 UCFL317 180 96 40 370 300 220 74 32 44 38 15 90617 UC317 L617 FL317 M33 85 L90618 UCFL318 190 96 40 385 315 235 76 36 44 38 18 90618 UC318 L618 FL318 M33 90 L90619 UCFL319 200 103 41 405 330 250 94 40 59 41 22 90619 UC319 L619 FL319 M36 95 L90620 UCFL320 215 108 42 440 360 270 94 40 59 44 27 90620 UC320 L620 FL320 M39 100 L90621 UCFL321 225 112 44 440 360 270 94 40 59 44 27 90621 UC321 L621 FL321 M39 105 L90622 UCFL322 240 117 46 470 390 300 96 42 60 44 33 90622 UC322 L622 FL322 M39 110 L90624 UCFL324 260 126 51 520 430 330 110 48 65 47 48 90624 UC324 L624 FL324 M42 120 L90626 UCFL326 280 135 54 550 460 360 115 50 65 47 58 90626 UC326 L626 FL326 M42 130 L90628 UCFL328 300 145 59 600 500 400 125 60 75 51 81 90628 UC328 L628 FL328 M45 140LA90500(UCFA200)型带可调菱形座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号螺栓尺寸配合轴径D B S L J H H1 H2 A A1 A2 N N1 KgLA90500 40 27.4 11.5 102 78 60 54 40 25.5 12 15 10 10 0.7 90503 LA503 M8LA90504 47 31 12.7 102 78 60 54 40 25.5 12 15 10 10 0.6 90504 LA504 M8 20 LA90505 52 34.1 14.3 125 98 68 65 51 27 14 16 12 13 0.8 90505 LA505 M10 25 LA90506 62 38.1 15.9 144 117 80 72 58 31 14 18 12 13 1.2 90506 LA506 M10 30 LA90507 72 42.9 17.5 161 130 90 82 66 34 16 19 15 15 1.5 90507 LA507 M12 35 LA90508 80 49.2 19 175 144 100 87 71 36 16 21 15 15 1.8 90508 LA508 M12 40 LA90509 85 49.2 19 181 148 108 90 72 38 18 22 15 15 2.2 90509 LA509 M12 45 LA90510 90 51.6 19 190 157 115 94 76 40 18 22 15 15 2.6 90510 LA510 M12 50 LA90511 100 55.6 22.2 219 184 130 104 86 43 20 25 16 17 3.6 90511 LA511 M14 55UCFL200系列带座轴承代号外形尺寸(mm) 带座轴承质量（kg）配用轴承代号配用轴承座代号D B S L J H A A1 A2 N deUCWFL201 L90501 47 31.0 12.7 113 90 60 25.5 11 15 12 M10 0.6 UCW201 90501 FL201 L501 UCWFL202 L90502 47 31.0 12.7 113 90 60 25.5 11 15 12 M10 0.6 UCW202 90502 FL202 L502 UCWFL203 L90503 47 31.0 12.7 113 90 60 25.5 11 15 12 M10 0.5 UCW203 90503 FL203 L503 UCFL204 L90504 47 31.0 12.7 113 99 60 25.5 11 15 12 M10 0.5 UC204 90504 FL204 L504 UCFL205 L90505 52 34.1 14.3 130 99 68 27 13 16 16 M14 0.6 UC205 90505 FL205 L505 UCFL206 L90506 62 38.1 15.9 148 117 80 31 13 18 16 M14 0.9 UC206 90506 FL206 L506 UCFL207 L90507 72 42.9 17.5 161 130 90 34 15 19 16 M14 1.2 UC207 90507 FL207 L507 UCFL208 L90508 80 49.2 19.0 175 144 100 36 15 21 16 M14 1.6 UC208 90508 FL208 L508 UCFL209 L90509 85 49.2 19.0 188 148 108 38 16 22 19 M16 1.9 UC209 90509 FL209 L509 UCFL210 L90510 90 51.6 19.0 197 157 115 40 16 22 19 M16 2.2 UC210 90510 FL210 L510 UCFL211 L90511 100 55.6 22.2 224 184 130 43 18 25 19 M16 3.1 UC211 90511 FL211 L511 UCFL212 L90512 110 65.1 25.4 250 202 140 48 18 29 23 M20 4.0 UC212 90512 FL212 L512 UCFL213 120 65.1 25.4 258 210 152 50 22 30 23 M20 5.0 UC213 90513 FL213 UCFL214 125 74.6 30.2 265 216 159 54 22 31 23 M20 5.6 UC214 90514 FL214 UCFL215 130 77.8 33.3 275 225 165 56 22 34 23 M20 6.2 UC215 90515 FL215 UCFL216 140 82.6 33.3 290 233 180 58 22 34 25 M22 8.2 UC216 90516 FL216 UCFL217 150 85.7 34.1 305 248 190 63 24 36 25 M22 9.3 UC217 90517 FL217 UCFL218 160 96.0 39.7 320 265 200 68 24 40 25 M22 11 UC218 90518 FL218UCFLU300型（L90600）带座轴承代号外形尺寸（mm）重量(kg)配用轴承代号配用轴承座代号D B S L J H AA1A2N DeUCFLU30 5 L9060562 38151511380 29131619M161.1UC30590605FLU305L605UCFLU30 6 L9060672 43171813490 32151823M21.5UC30690606FLU306L606UCFLU30 7 L9060780 4819185141103616223M21.9UC30790607FLU307L607UCFLU30 8 L9060890 52192015811240172323M22.5UC30890608FLU308L608UCFLU30 9 L906091057222317712544182525M223.4UC30990609FLU309L609UCFLU31 0 L9061116122241871448192825M224.4UC319061FLU31L61UCFLU31 1 L906111266252521815522325M225.1UC31190611FLU311L611UCFLU31 2 L90612137126272121656223331M276.1UC31290612FLU312L612UCFLU31 3 L90613147532952417558253331M277.8UC31390613FLU313L613UCFLU31 4 L906141578333152518561283635M39.0UC31490614FLU314L614UCFLU31 5 L9061516823232261956633935M310.UC31590615FLU315L615UCFLU31 6 L906161786343552852168323838M3313.UC31690616FLU316L616UCFLU31 7 L906171896437302274324438M3315.UC31790617FLU317L617UCFLU31 8 L906181996438531523576364438M3318.UC31890618FLU318L618UCFLU31 9 L90619201034140533259445941M3622.UC31990619FLU319L619UCFLU32 0 L9062215108424436279445944M3927.UC329062FLU32L62UCFLU32 1 L90621225112444439279445944M3927.UC32190621FLU321L621UCFLU32 2 L9062224117464739309642644M3933.UC32290622FLU322L622UCFLU32 4 L90624261265152433311486547M4248.UC32490624FLU324L624UCFLU32 6 L90626281355155463611556547M4258.UC32690626FLU326L626UCFLU32 8 L90628301455960504012567551M4581.UC32890628FLU328L62K90500型(UCK200) 带滑块座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号配合轴径D B S L L1 L2 H H1 A A1 A2 N N1 N2 KgK90503 UCT203 47 31 12.7 94 61 10 89 76 32 12 21 19 16 32 0.8 90503 UC203 K503 T203 17 K90504 UCT204 47 31 12.7 94 61 10 89 76 32 12 21 19 16 32 0.8 90504 UC204 K504 T204 20 K90505 UCT205 52 34.1 14.3 97 62 10 89 76 32 12 24 19 16 32 0.9 90505 UC205 K505 T205 25 K90506 UCT206 62 38.1 15.9 113 70 10 102 89 32 12 28 22 16 37 1.3 90506 UC206 K506 T206 30 K90507 UCT207 72 42.9 17.5 129 78 13 102 89 37 12 30 22 16 37 1.7 90507 UC207 K507 T207 35K90508 UCT208 80 49.2 19 144 88 16 114 102 49 16 33 29 19 49 2.3 90508 UC208 K508 T208 40 K90509 UCT209 85 49.2 19 144 87 16 117 102 49 16 35 29 19 49 2.4 90509 UC209 K509 T209 45 K90510 UCT210 90 51.6 19 149 90 16 117 102 49 16 37 29 19 49 2.5 90510 UC210 K510 T210 50 K90511 UCT211 100 55.6 22.2 171 106 19 146 130 64 22 38 35 25 64 3.8 90511 UC211 K511 T211 55 K90512 UCT212 110 65.1 25.4 194 119 19 146 130 64 22 42 35 32 64 4.7 90512 UC212 K512 T212 60 K90513 UCT213 120 65.1 25.4 224 137 21 167 151 70 26 44 41 32 70 7 90513 UC213 K513 T213 65 K90514 UCT214 125 74.6 30.2 224 137 21 167 151 70 26 46 41 32 70 7.3 90514 UC214 K514 T214 70 K90515 UCT215 130 77.8 33.3 232 140 21 167 151 70 26 48 41 32 70 7.7 90515 UC215 K515 T215 75 K90516 UCT216 140 82.6 33.3 235 140 21 184 165 70 26 51 41 32 70 8.4 90516 UC216 K506 T216 80 K90517 UCT217 150 85.7 34.1 260 162 29 198 173 73 30 54 48 38 73 11 90517 UC217 K507 T217 85 K90600型(UCT300) 带滑块座顶丝外球面球轴承参数表带座轴承型号外形尺寸带座轴承重量配用轴承代号配用轴承座代号配合轴径D B S L L1 L2 H H1 A A1 A2 N N1 N2 KgK90605 UCT305 62 38 15 122 76 12 89 80 36 12 26 26 16 36 1.4 90605 UC305 K605 T305 25 K90606 UCT306 72 43 17 137 85 14 100 90 41 16 28 28 18 41 1.8 90606 UC306 K606 T306 30 K90607 UCT307 80 48 19 150 94 15 111 100 45 16 32 30 20 45 2.4 90607 UC307 K607 T307 35 K90608 UCT308 90 52 19 162 100 17 124 112 50 18 34 32 22 50 3 90608 UC308 K608 T308 40 K90609 UCT309 100 57 22 178 110 18 138 125 55 18 38 34 24 55 4 90609 UC309 K609 T309 45 K90610 UCT310 110 61 22 191 117 20 151 140 61 20 40 37 27 61 5 90610 UC310 K610 T310 50 K90611 UCT311 120 66 25 207 127 21 163 150 66 22 44 39 29 66 6.4 90611 UC311 K611 T311 55 K90612 UCT312 130 71 26 220 135 23 178 160 71 22 46 41 31 71 7.6 90612 UC312 K612 T312 60 K90613 UCT313 140 75 30 238 146 25 190 170 80 26 50 43 32 70 9.7 90613 UC313 K613 T313 65 K90614 UCT314 150 78 33 252 155 25 202 180 90 26 52 46 36 85 11 90614 UC314 K614 T314 70 K90615 UCT315 160 82 32 262 160 25 216 192 90 26 55 46 36 85 14 90615 UC315 K615 T315 75 K90616 UCT316 170 86 34 282 174 28 230 204 102 30 60 53 42 98 16 90616 UC316 K616 T316 80。
PATLITE LA6-POE 多色 LED 信号塔使用说明书
Manuals+— User Manuals Simplified.PATLITE LA6-POE Multi Color LED Signal Tower Instruction ManualHome » PATLITE » PATLITE LA6-POE Multi Color LED Signal Tower Instruction ManualContents1 PATLITE LA6-POE Multi Color LED SignalTower2 Product Information3 Safety Precautions4 Read this First5 Parts and Accessories6 Model Configuration7 Part Name and Dimensions8 Installation9 Wiring10 Documents / ResourcesPATLITE LA6-POE Multi Color LED Signal TowerThank you very much for purchasing our PATLITE products. Read this instruction manual carefully prior to use. This manual is a “Outline Version”, containing information to ensure correct use.Model Configuration(Refer to -, “terminal block connector wiring method”) (-› 6 Wiring)3. The LAN unit is connected to the terminal block connector and LAN cable4. The tab on the bottom of the stand cover is hooked in place and secured with a screw.Recommended Torque 0.6 N/m (Standard)5. The rubber sheet is peeled from the yellow releasing paper, and is to be stuck onto the bottom plate.The transparent protection sheet on the rubber sheet is to be removed after the attachment.Direct Mount Specifications1. Make holes for the mount and wire-distribution hole for the product.2. Firmly hold the LAN Unit, and the turn to the left to remove it.3. Secure the LAN bracket with the accessorized nuts.Recommended Torque 0.75 N/m (Standard)4. It allows the LAN cable wiring to pass through the distribution hole.5. The lock on the terminal block connector can be unlocked and removed for wiring.(Refer to – “terminal block connector detachment method”) – 6 Wiring)6. The LAN unit is connected to the terminal block connector and LAN cable.7. The LAN unit is attached.8. Sealing around the mounting holes and the distribution hole is done if necessary. Terminal Block Connector Wirina MethodTerminal Block Connector Pin ArrangementRecommended lead wire specificationsTerminal block connector wiring methodThe minus driver blade should be no less than 2.5mm in width and 0.4mm in thickness.damage occured from mishandling.PATLITE, the PATLITE logo are either registered trademarks or trademarks of PATLITE Corporation in JAPAN and/or other countries.PATLITE Corporation *Head officeDocuments / ResourcesPATLITE LA6-POE Multi Color LED Signal Tower [pdf] Instruction ManualLA6-POE Multi Color LED Signal Tower, LA6-POE, Multi Color LED Signal Tower, Color LED Signal Tower, LED Signal Tower, Signal TowerManuals+,。
LA4182资料
Package Dimensions
unit : mm
3022A-DIP12F
[LA4182]
SANYO : DIP12F
Specifications
Note) In general applications, heat generated in this package can be radiated through the Cu-foiled area of the printed circuit board, but since power dissipation Pd may be increased depending on the supply voltage and load conditions, it is recommended to use a fin additionally.
Unit (resistance: Ω)
No.742 -2/9
元器件交易网
Sample Application Circuit 1 : Stereo
LA4182
(Mylar)
(Mylar)
Unit (capacitance: F)
Stereo Bridge
Unit (capacitance: F) Example of printed pattern (bottom view) for use in stereo, bridge amplifier applications : 60 × 80 mm2
Operating Characteristics at Ta = 25°C, VCC = 9 V, f = 1 kHz, RL = 4 Ω, Rg = 600 Ω, ( ): 8 Ω, See specified Test Circuit.
LA 8 中文说明书
LA8功率放大器2.0版本1 安全警告适用于L-ACOUSTICS LA8功率放大控制器的所有详细的信息，在此部分都以“此产品”代替。
1.1 符号说明1.1.1 手册使用的符号本手册中潜在的危险用以下的符号表示：闪电符号表明遭受电击会有生命危险。
此外，产品也会受到严重的破坏。
电压警告符号表明太靠近产品可能会对用户或他人产生危险。
此外，产品也可能受损。
小心符号旨在提醒用户相关的信息以防产品可能发生损坏。
重要符号表示的是关于产品使用的重要建议。
1.1.2 产品上的符号由于产品是电子设备，使用者会有潜在的危险。
因此用户必须十分注意标示在产品盖子的符号:靠近NL4FC Speakon 和8芯CA-COM ®连接头插座的闪电符号表示产品会产生很高的输出电压，用户有潜在的生命危险。
本产品和音箱的连接需要用一个现成的导线。
当功放正在操作时， 切勿在没有拔掉本产品的连接头的情况下触摸任何音箱的明线。
LA8 功率放大控制器2.0版本1.2重要安全指示1. 阅读本用户手册2. 留意所有的安全警告3. 遵循所有的指示4.用户切勿使用没有得到L-ACOUSTICS ®认可的设备或者配件5. 环境只能在符合EN55103-2标准的E1,E2,E3,E4环境下使用本产品。
电压电压 电压电压6. 无线电干扰本产品的样机已经经过测试并符合EMC 指示的限制规定。
这些限制意在对产品提供合理的保护，使产品免受电气设备产生的有害干扰。
尽管如此，在特定安装的情况下，干扰还是有可能发生的。
7. 电源线保护电源线损坏或发生磨损时，切勿使用本产品。
电源线必须妥当安置，避免受到踩踏或重物压下，尤其是插头和从功放拉线出来的位置。
8. 交流电源在120/230V ，50-60Hz 的交流电下使用本产品。
日本为100V ，50-60Hz 。
9. 接地本产品只能通过使用交流电的接地插座连接，切勿损坏插座的接地脚。
如果当地的插座老旧，请联系合格的电工进行维修。
电视总线方法大全
彩电总线方法1.创维21NF8800彩电进入总线的方法(电子报2005.P194)2.创维6D92机型总线(电子报2005.P194)3创维25PT9000彩电TDA9370超级单芯片,4P30机心方法(电子报2005.P194)4高路华TN-2992TDD总线方法(电子报2005.P302)5.夏华系列彩电进入总线方法(电子报2005.P38)6.三星系列彩电进入总线方法(电子报2005.P2)7长虹-9机心R2112T,R2113T,R2115T,R2117T,21B26,21B27,21B28,21B32,25B15,25B16,G2529,G2523,G2538,G2923,G2926,G2926B,PF21B8(电子报2005.P218)8.长虹3419D(电子报2005.P218)9.创维5P10;800-2528/2550/2939/8259/8288/8299等(电子报2005.P218)10.创维100赫滋机心方法(电子报2005.P218)11.创佳CJ14机心(CF2188)12.乐华OM8838机心R29T66M(电子报2005.P218)13.乐华LA76810单片RD21S,R2169S,R2171S,RK21B,RS2168S,RD21TSS(电子报2005.P218)14.乐华3498GH15.TCL29U1862G16.TCL-3498GH17.TCL2101AS18.康佳T-2988;T-2139N;F2109A;F2109C.;A2991数码19.海信TC2972F/TC2199D(CPU-LC863324A-5N09,TC2118F/TC1432)20创维8000A-2922彩电(电子报2005下P14)21高路华TN-2585AA(LA76180-LC863328A)(电子报2005上P194)22.高路华系列总线调整..(电子报2005下P194)23.高路华P8A机心CPU-NP83C266(电子报2005下P218)24.福日系列彩电总线(电子报2005下P74)25熊猫2159C,TMP87CK38N-3563-TB1238N(电子报2005上P182)26十种熊猫彩电(电子报2005上P14)27.长虹总线调整：〔电子报2004年合订本上P162〕1。
LA1824资料
Block Diagram
FM Ant B.P.F
24
23
22
21
20
GND2 FM
RF
VCC2
FM OSC
FM MIX
+
19
18
TRIG
ST SW
+
+
R-OUT
L-OUT
AM FM
MN ST
17
16
DECODER
VCO
FF
15
14
PHASE COMP
FF
FF
PILOT DET
13 DET
LA1824
Overview
PackageБайду номын сангаасDimensions
The LA1824 is a single-chip tuner IC that incorporates FM/AM and MPX circuits. The built-in MPX-VCO allows this IC to be adjustment free and to require no external components.
AM MIX
AM
RF
AM
REG
OSC
VCC1
GND1
S-METER
DET
AGC
TUN
ST
LED
LED
FM IF
AM-IF
1
2
3
4
5
6
7
8
9
10
11
12
AM Ant +
AM / FM TUN
FM ST
10.7MHz +
DKBAE华为图纸说明规范
DKBA 华为技术有限公司内部技术规范Technical Specification of HuaweiTechnologies Co., Ltd代替华为图纸说明规范Specification of Explanation for Huawei Drawings2014年06月30日发布 2014年07月05日实施Released on Jun. 30, 2014 Implemented on Jul. 05, 2014华为技术有限公司Huawei Technologies Co., Ltd.版权所有侵权必究All rights reserved修订声明 Revision declaration 本规范拟制与解释部门：华为技术有限公司整机工程部本规范的相关系列规范或文件：无相关国际规范或文件一致性：无替代或作废的其它规范或文件：相关规范或文件的相互关系：无目录范围: (4)1.标准应用原则52.图框结构说明53.图纸标注说明7. 图面说明7. 压铆件标注7. 焊接符号标注8. 紧固件材质和表面处理标注 84.材料栏内容说明8. 标准材料标注格式8. 非标准材料标注格式10. 特殊标注115.表面处理代码说明11. 表面处理代码编码规则11. 表面处理代码表示的内容116.附录17. 常用材料新旧表示对照表17. 作废代码列表18华为图纸说明规范Specification of Explanation for Huawei Drawings范围:本规范规定了华为技术有限公司结构件设计图的标题栏中各部分的表示规则以及图面标注规则。
本规范适用于华为技术有限公司结构产品的生产和质量检验。
简介：本规范对结构件设计图纸标注进行了说明。
主要介绍了图框各部分所表达的含义，以及结构材料代号和表面处理代号的含义。
关键词：材料，结构，图框，标注，表面处理，代号引用文件：下列文件中的条款通过本规范的引用而成为本规范的条款。
JAK-STAT信号传导通路和血管平滑肌细胞
J AK 2S T AT 信号传导通路和血管平滑肌细胞段 超 综述 陈 鑫 邱志兵 审校(南京医科大学附属南京第一医院心胸外科, 江苏 南京 210006)JAK 2STAT S i gna l Tr an sducti on Pa thwa y an d Va scul a r Sm ooth M uscle CellDUAN Chao, CHEN Xin, Q I U Zhi 2bing(D epa rt m ent of Thoracic &Ca rdi ovascula r S urgery,N a nj ing F irst Hospita l Aff ilia ted to N a nj ing M edica l University , N anjing 210006, China )文章编号:100423934(2009)0621056203 中图分类号:R329.2+1 文献标识码:A 摘要: JAK 2ST AT 信号传导通路是目前心血管分子生物学研究领域的热点。
血管平滑肌细胞的增殖和迁移是血管增殖性疾病发病的核心环节。
JAK 2ST AT 信号传导通路为调控血管平滑肌细胞增殖和迁移的基因治疗提供了新的思路。
关键词: 信号传导;细胞因子;血管平滑肌细胞Ab stra ct: The JAK 2ST AT signal transduc tion pathway is the current hot s pot in molecula r 2cardi ov a scu l a r re search .Va scul a r s mooth musc l e cell proliferati on and m igration is at the core of the p r olife rati on of vascular dis ea ses .The JAK 2ST AT signa l transducti on pathway p r o 2vides a ne w way of t hinking f o r gene the rapy and the regul a tion of vascular s mooth m uscle cell p r olife rati on and m igra tion .Key wor ds: signa l transduc ti on;cytokine;vascular s mo o t h musc l e ce ll JAK 2ST AT (Janus kinase /signal tr ansducer and ac 2tivat or of transcription )信号传导通路是目前心血管分子生物学研究领域的热点。
processsafetyandenvironmentalprotection-218;vod-…
Process Safety and Environmental Protectionrok 2011, ročník 89Číslo 3 (May 2011)Samith Rathnayaka, Faisal Khan, Paul Amyotte. SHIPP methodology : predictive accident modeling approach : part I : methodology and model description. Pages 151-164.Many process accidents are controlled and mitigated before they escalate to majorevents. Unfortunately some do go on to produce catastrophic consequences. As the size and complexity of processing facilities increases, the risks posed by accidents arealarming. Operational safety could be improved by giving emphasis to the prevention of incidents, rather than relying on control and mitigative measures. This method is referred to as an “inherently safer design approach”. To prevent major, though infrequent, event occurrence, it is important to consider accident precursors (symptoms of hazards) such as operational deviations, mishaps, and near misses, in order to prevent events at source rather than controlling or mitigating them. This paper describes a recently developed process accident model with predictive capabilities. It uses a combination of event and fault tree concepts to model the cause-consequence relationship. The model relies on process history, accident precursor information, and accident causation modeling. The model is able to capture the process operational behavior, and update the accident likelihood using the Bayesian updating mechanism. The predictive abilities of the model, along with risk estimation, help to develop and prioritize inherently safer design and operational strategies. This is Part I of two papers, focusing on implementation of this methodology. Part II deals with application of the methodology. Highlights: ►The SHIPP methodology provides an easy and effective mechanism to model process accident and integrates its results in process safety management system. ►Process accident model is developed with predictive capabilities using safety barriers concepts. ►The developed model is able to capture the occurrence behavior of an accident and update the accident likelihood using the Bayesian updating mechanism. ► The predictive model help to forecast the number of abnormal events in the next time interval given operation characteristics of the process system and accident precursor information. ► Application of the proposed methodology and developed accident model is demonstrated on a gas processing facility using real life plan data.Keywords: Accident precursors; Process accident model; Predictive model;Bayesian updatingM.H. Chakrabarti, M. Ali, S. Baroutian, M.Saleem. Techno-economic comparison between B10 of Eruca sativa L. and other indigenous seed oils in Pakistan. Pages 165-171.Eruca sativa L. (known as taramira in South Asia) oil biodiesel shows good fuel properties when tested against ASTM D 6751 standard. Environmental performance of taramira oil B10 (10% (v/v) biodiesel blends with mineral diesel fuel, which is based upon the target set by the Government of Pakistan for 2025) in terms of engine exhaust emissions of CO2, CO, SO2, NO X and PM10 is compared with jatropha, castor and canola oil B10 fuels and found to be better. However, its calorific value is low thus resulting in poor engine performance in comparison to other B10 fuels. In addition, due to the high cost of taramira oil at present, it is not economical to produce in comparison to jatropha biodiesel. Study suggested that these drawbacks may be circumvented by growing taramira plants on large scale on marginal lands across South Asian countries and conducting further research to increase its calorific value. Research highlights:Environmental emissions of taramira B10 are less than jatropha and castor B10 fuels.Engine performance of taramira B10 can be improved by increasing calorific value. Costof taramira biodiesel can be reduced by growing the plant in marginal lands. Taramirabiodiesel is easy to produce and can bring plenty of benefits for Pakistan. Jatrophabiodiesel is also suggested as a feasible fuel for Pakistan and South Asia.▪Keywords: B10; Taramira; High speed diesel (HSD) fuel; Castor; JatrophaAlex Souza Ferreira, Marcelo Borges Mansur. Statistical analysis of the spray roasting operation for the production of high quality Fe2O3 from steel pickling liquors. Pages 172-178.Statistical tools were used to analyse the spray roasting operation so as to identify the main operating variables for the production of commercial value iron oxide (Fe2O3) by pyrohydrolysis from steel pickling liquors. The study was carried out using a 24 factorial design of experiments and the effects of the following variables were investigated based on large scale experimental data: temperature, liquor feed flow rate, pressure and feed air/COG (coke oven gas) ratio. The quality of Fe2O3was evaluated according to the contents of Cl, Fe, Si, Mn and H2O, as well as pH and granulometry. For the conditions investigated, the major influencing variables were temperature and feed flow rate; in fact, commercial value Fe2O3was obtained solely at higher evaluated levels of temperature and flow rate. The contents of Fe, Si and Mn in the Fe2O3 were affected by the content of respective species in the feed liquor, which in turn depends on the type of steel treated in the pickling line. Simple statistical models were proposed to describe some Fe2O3characteristics. Before this study, only 10% of the Fe2O3produced at USIMINAS was commercialized, due mainly to the high content of chloride (approximately 0.45%, w/w). Today, all oxide produced meets quality requirements. Research highlights: A large-scale pyrohydrolysis process was evaluated statistically.Temperature and feed flow rate were found the major influencing factors. Simplestatistical models valid at industrial scale were proposed. Production efficiency wasimproved and environmental pollution reduced considerably. Commercial value Fe2O3powder from the effluent of steel pickling line was obtained.▪Keywords: HCl regeneration; Pyrohydrolysis; Iron oxide; Spray roaster;Statistical toolsWenbin Xu, Xiaobin Li, Qiusheng Zhou, Zhihong Peng, Guihua Liu, Tiangui Qi. Remediation of chromite ore processing residue by hydrothermal process with starch. Pages 179-185.Hydrothermal remediation (HR) of chromite ore processing residue (COPR) was studied using starch as a reducing agent. X-ray powder diffraction (XRPD) analysis and the Toxicity Characteristic Leaching Procedure (TCLP) tests were used to evaluate the mineralogical changes of the untreated and treated COPR and the remediation effectiveness of COPR, respectively. The influencing factors for the reduction rate of Cr(VI) in COPR were investigated. The findings indicate that reaction temperature (T),reaction time (t ), stoichiometric ratio of starch to Cr(VI) (X ) and sulfuric acid dosage (mol-H +/kg-COPR) are the main factors, whereas liquid –solid mass ratio (L /S ) is the minor one. The results obtained from HR by starch (X = 0.375) with H + dosage of 10.80 mol/kg-COPR at 453.15 K for 120 min prove effective in meeting the TCLP regulatory limits of China Environmental Protection Agency (CEPA), and all the Cr(VI)-bearing minerals in COPR are completely destabilized. Compared with the room-temperature hydro-remediation (RTHR), reduction of Cr(VI) in COPR is complete by HR process, and the consumed dosage of starch is much less. Results also suggest that brownmillerite is the last completely destabilized Cr(VI)-bearing mineral and its complete destabilization is the key to the full success of the remediation of COPR. Research highlights: Hydrothermal remediation of COPR was presented for the first time.Hydrothermal reduction of Cr(VI) in COPR using starch is extremely effective. Thedestabilization of brownmillerite is the key to the full remediation of COPR. Thereducing agent of starch is abundant, cheap and renewable.▪ Keywords: Chromite ore processing residue (COPR); Starch; Hydrothermal remediation; Hexavalent chromium; X-ray powder diffraction (XRPD)Gaik Tin Ang, Geik Hoon Toh, Mohamad Zailani Abu Bakar, Ahmad Zuhairi Abdullah, Mohd Roslee Othman. High sensitivity and fast response SnO2 and La-SnO2 catalytic pellet sensors in detecting volatile organic compounds . Pages 186-192.The characteristic and effectiveness of pure and modified tin dioxide catalytic pellets as volatile organic compound sensors are discussed. The pure and La-doped SnO 2 thick film sensor pellets exhibited highest sensitivity to ethanol, methanol and acetone vapour at sensing temperature 300 °C. The highest sensitivity towards 500 ppm of ethanol, acetone and methanol was achieved by 5 at.% of La-doped SnO 2 with values of 57, 55 and 59, respectively. The enhancement of the sensitivity of La-doped SnO 2 can be explained by the increase of surface areas; decrease of crystallites sizes and the basicity of the lanthanum dopants. The response times for the developed sensors were about 13–15 s for both pure SnO 2 and La-doped SnO 2 illustrated a fast response sensor that could be used as VOC sensors. Research highlights: SnO2 and La-SnO 2 catalytic pellets were developed by using modified sol –gel method. The optimum operating temperature was 300 °C for both SnO2 and La-SnO 2 pellets. The response times for both SnO 2 and La-SnO2 pellets were in the range of 13–15 s. The highest sensitivity towards VOCs was achieved by the 5 at.% La-SnO2 pellet. Lanthanum in SnO 2 had increased the pellet's sensitivity in detection of VOCs.▪ Keywords: Sol –gel; Tin dioxide; Lanthanum; VOCs sensorAli Baradar Khoshfetrat, Hossein Nikakhtari, Mohammad Sadeghifar, Mohammad Shaker Khatibi. Influence of organic loading and aeration rates on performance of a lab-scale upflow aerated submerged fixed-film bioreactor . Pages 193-197.The effect of organic loading and aeration rates on the performance of a lab-scale upflow aerated submerged fixed-film bioreactor, packed with polypropylene media, was examined in terms of dissolved oxygen (DO) concentration and chemical oxygen demand (COD) removal efficiency using an experimental design technique for a 6-month operation period. The system could handle the organic loadings of 1–2.5 kgCOD/m 3d with the COD removal efficiency from 74 to 90% regardless of aeration rate for synthetic municipal wastewater. In a low aeration rate of 4 l/min, increasing organic loadings to the values higher than 2 kgCOD/m 3d resulted in a 16% decrease in the system performance, most likely due to the DO concentration reduction (about 57%). With increasing the aeration rate to 8 l/min, however, the COD removal and DO valuesremained constant at about 90% and 5.8 mg/l, respectively, with a slightly decrease to 83% and 4.5 mg/l for the high loading rate of 2.5 kgCOD/m3d. The statistical analysis with a 90% confidence interval showed the interaction of main factors on the COD removal is important only when the both main factors of the aeration and loading rates were increased. It is concluded that the system used in the present study could show an acceptable stability and performance during the long-term period particularly at the high airflow rate. Highlights: ► There is the limit line for the aeration rate under high organic loading rates in the ASFF system. ► The ASFF system can show an acceptable stability and performance for a long-term operation period particularly at the high airflow rate. ►The DO values are in a good agreement with the COD removal efficiencies. ► Both the loading and the aeration rates as well as their interactions are important for the COD removal efficiencies.▪Keywords: Aerated submerged fixed-film (ASFF) system; Organic loading rate;Aeration rate; COD removal; DO concentration; Experimental designBao-chen Cui, Shu-zhi Liu, Fu-yi Cui, Guo-lin Jing, Xian-jun Liu. Lumped kinetics for supercritical water oxidation of oily sludge. Pages 198-203. Oxidation of oily sludge in supercritical water was studied in batch reactor under the conditions of reaction temperature from 390 to 450 °C, pressure up to 25 MPa, and time from 1 to 10 min. The oily sludge oxidation undergoes a parallel-consecutive reaction pathways, in which it first decomposes to intermediates of aliphatic ketones, aldehydes and carboxylic acids with conjugated double bonds and via low molecular mass organic acids to the final product carbon dioxide. A 4-lump kinetic model was proposed to describe supercritical water oxidation of oily sludge. The experimental data obtained were used to estimate the six kinetic constants and the corresponding activation energies in the model. The model testing results revealed that the model predictions were in good agreement with the experimental results. The model helps us get good insight into the performance of the batch reactor that would be useful for optimization of supercritical water oxidation of oily sludge.Graphical abstractHighlights: ► Oxidation of oily sludge in supercritical water. ► 4-Lump kinetic model. ►Six kinetic constants and the corresponding activation energies in the model. ►The model predictions were in good agreement with the experimental results.▪Keywords: Oily sludge; Supercritical water; Oxidation; Lumped kinetics; Reaction pathway。
la系列系统描述
LA系列系统描述系统特点：LA系列是展迅电声科技针对高端娱乐及精典演艺的代表作之一；它们是内置二分频系统。
利用先进箱体（LEAP）设计软件和（LMS）音频测试系统对箱体结构和喇叭单元的电声参数都做了详细的理论测算；打造出了这一系列外形精美曲线流畅、音色甜美、音质清脆的精品。
是高端演艺、娱乐的不错选择。
多边形的外观结构设计既可做主扩声，亦可做返送音箱。
为了研发这个精品系列，尼沃的工程师颇费周折费尽心思；主要体现在以下几个方面：1、选料精；箱体板材是选用上好的桦木夹板，喇叭单元是从众多全球知名厂商中遴选出来的，分频器电容采用的是世界知名的苏伦电容。
电阻全是无感电阻。
2、制作精；箱体是数控加工中心一气呵成，保证了产品的加工精度。
3、技术精；是利用先进的计算机设计软件和测试分析软件加上扎实的电声基础和丰富实践经验研制而成。
系统应用及配置：LA-212是由1只44芯高音，1只12寸75芯低音单元构成；该箱阻抗为8欧姆、额定功率为400W。
LA-215是由1只75芯高音，1只15寸75芯低音单元构成；该箱阻抗为8欧姆、额定功率为500W。
LA-18&LA-218是与LA-212&LA-215配套使用的超重低音，LA-18是由1只18寸100芯高性能铁氧体低音单元构成；该箱阻抗为8欧姆、额定功率为600W。
LA-218是由2只18寸100芯高性能铁氧体低音单元构成；该箱阻抗为4欧姆、额定功率为1200W。
在应用中根据使用场所的实际需求，优选合适的音箱（LA-212\LA-215）组合，达到所需的效果。
另外，LA-212&LA-215也可以与LA-18&LA-218超低音箱配套使用，植入一台处理器构成外置两分频系统。
在实际应用中为调音师提供了一个专业发挥的空间。
在系统搭配上注意功放与音箱阻抗之间的匹配；避免系统匹配出现错误，造成系统严重损毁。
箱体结构：LA系列产品采用优质的18mm多层实木夹板，箱体表面处理采用环保（ROHS）的水性油漆，外表坚固耐用。
镧系裂变产物（La、Ce、Pr和Nd）在α-U表面偏析行为的第一原理研究
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■FEATURE:
Fast Response Time.
High Analytic.
Cut-Off Visible Wavelength p=940nm
High sensitivity.
Lead Free product,in compliance with RoHS.
■DESCRIPTIONS:
LA218consist of an infrared emitting diode and a phototransistor,encased side-by-side on converging optical axis in a black thermoplastic housing the phototransistor receives radiation from the IR LED only.This is the normal situation.But when an object is in between,the phototransistor could not receive the radiation.
■APPLICATIONS:
Mouse copier.
Switch scanner.
Floppy disk driver.
Non contact switching.
■DIMENSIONS
NOTE：1.All dimensions are in millimeter.
2.Tolerance is±0.2unless otherwise noted.
Parameter Symbol Min.Type Max.Unit Test
Condition
Input Forward Voltage V F 1.25 1.5V I F=50mA Reverse Current I R10μA V F=5V Peak WavelengthλP940nm View Angle2θ1/260Deg
Output
Collector Dark
Current I CEO
100nA V CE=10V Collector-Emitter
Saturation
Voltage
V CE(sat)0.4V
Ic=2mA
I B=100µA
Trnsfer Characteristics
On State Collector
Current
I C(on)0.5--10mA
V CE=5V
I F=20mA
Rise Time Tr15µS V CE=5V
Ic=1mA
R L=1000ΩFall Time T f15µS
Parameter Symbol Ratings Unit
Input Power Dissipation P D75mW Reverse Voltage V R5V Forward Current I F50mA Peak Forward Current I FP1A
Output Collector Power Dissipation P C75mW Collector Current I C20mA Collector-Emitter Breakdown Voltage BV CEO30V Emitter-Collector Breakdown Voltage BV ECO5V
Operating Temperature Topr-25～+85℃Storage Temperature Tstg-40～+85℃Soldering Temperature Tsol270℃for6sec Max(2mm
from Body)
■ABSOLUTE MAXIMUM RATINGS AT Ta=25℃
NOTES:I FP CONDITIONS--PULSE WIDTH≦100S AND DUTY≦1%.
■TYPICAL ELECTRICAL&OPTICAL CHARACTERISTICS（Ta=25℃）
NO Item Test Conditions
Test
Hours/Cycle
Sample
Quantity
Test
Result
1Solder Heat TEMP：270℃±3℃10SEC11pcs0DEFECT
2Temperature Cycle H:+85℃180min
10min
L:-25℃180min
16cycles22pcs0DEFECT
3Thermal Shock H:+85℃30min
30sec
L:-25℃30min
10cycles11pcs0DEFECT
4High Temperature
Storage
TEMP：+25℃1000HRS22pcs0DEFECT
5Low Temperature
Storage
TEMP：-25℃1000HRS22pcs0DEFECT
6High Temperature
High Humidity
Storage 85℃/93%RH1000HRS22pcs0DEFECT
■RELIABILITY TEST ITEMS AND CONDITIONS：
IF=0mA
R e l a t i v e R a d i a n t I n t e n s i t y
R e l a t i v e R a d i a n t I n t e n s i t y (I F =20m A )
R a d i a n t I n t e n s i t y (m W /S r )
F o r w a r d c u r r e n t (m A )
■TYPICAL ELECTRO-OPTICAL CHARACTERISTICS CURVES FOR IR:
1.0
0.5
840
940
Wavelength(nm)1040
-40-20020406080100Ambient Temperature Ta(°C)10080604020Fig.1Spectral Distribution
5003001005030105Fig.2Relative Radiant Intensity Vs
Ambient Temperature
00
0.6
1.2 1.8
2.4Forward Voltage(V)
3.0
33
5
103050100300500
Forward Current(mA)Fig.3Forward Current Vs
Forward Voltage
Fig.4Forward Current Vs
Radiant Intensity 010°20°30°
40°
1.00.90.8
0.70.50.30.10.20.40.6
50°60°70°80°90°
Radiant Intensity Fig.5Angle Vs Radiant Intensity
C o l l e c t o r P o w e r
D i s s i p a t i o n P D (M W )R e l a t i v e S p e c t r a l S e n s i t i v i t y
R e l a t i v e C o l l e c t o r C u r r e c t (%)
C o l l e c t o r C u r r e n t (m A )
C o l l e c t o r
D a r k C u r r e n t I C
E O (n A )
C o l l e c t o r C u r r e n t I C (m A )
■TYPICAL ELECTRO-OPTICAL CHARACTERISTICS CURVES FOR PT
240200 1.00.8
1600.612080400.40.20-20
020*********
0200
40060080010001200
Ambient Temperature Ta(°C)
Wavelength(nm)
160FIG.1Collector P D VS Ta
100FIG.2Spectral Sensitivity
14012010080604020101.0
0.1
00
10
20
3040
5060
70
1 1.53
Ambient Temperature Ta(°C)
Irradiance Ee(mW/cm2)
FIG.3Relative Ic VS .Ta
FIG.4Ic VS I V
1000
100
10
1
141210
86420.1
-250255075100
00
1
2
3
Collector-Emitter Voltage V CE (V)
4
Ambient Temperature Ta(°C)
FIG.6Collector Current VS /Collector-Emitter Voltage
FIG.5I D VS Ta。