TD2WQ-L-Y4-1 PANASONIC | Alldatasheet
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- d - TX > AiO-41% AW WA-4 N AiS RELAY WITH HIGH SURGE TX. RELAYS GE & HIGH BREAK - 15 BS 14 UL File No.: £43149 CSA File No.: LR26550 i S AAS: me 8a & S.- Ayo * Breakdown voltage between contacts and coil: 2,000 V ‘ By ‘ ee + ye * Surge withstand between contacts and coil: 2,500 V Aye * High contact capacity: 2 A 30 V DC i ake * Surface-mount type available . fe mm inch Contact Characteristics Arrangement 2 Form C Max. operating speed (at rated load) | 20 cpm Initial contact resistance, max. ] 100 ma Operate time"! (at nominal voltage) i 4 msec. (Approx. 2 msec.) (By voltage drop 6 V DC 1 A) a+ ome Release time" (at nominal voltage) _| Max. 4 msec. (Approx. 1 msec.) Contact material _ | __ Gold-clad silver alloy Set time”! (atching) (at nominal voltage) | Max. 4 msec. (Approx. 2 msec.) | Nominal switching capacity | Reset time’ (latching) (at nominal voltage) | Max. 4 msec. (Approx. 2 msec.) ecisti 2A30V0C _Reset time’? (latching) (at nominal voltage) | Max. 4 msec. (Approx. 2 msec.) | (resistive) +~— a Initial [Between open contacts 1,000 Vrms for 1 min Max. switching power 60W breakdown [Between contact sets 1,000 Vrms for 1 min. Rating (resistive) | voltage aPC guENSTTSSEEE EEE SE Between contact and coil | 2,000 Vrms for 1 min. Max. switching voltage 220 V DC ———Taetween open contacts Pe Orr OOOO» Between open contacts — | Max. switching current 2A surge (10160 usec) | 1,500 V (FCC Part 68) | Min. switching capabilit 10 uA 10 mV DC voltage an conte a — switching capability BA 10 mV gs Between contacts and 2,500 V (Bellcore) | 2A30vC coil (2x10 usec) _ ULICSA rating 0.3A 110 V DC Initial insulation resistance Min, 1,000 MQ. (at 500 V DC)
0.5 A 125 V AC aaa cea aaa ea
Expected . oo ~40°C 10 485°C as 24 v col life (min. | | 2A30V DC 40° |-40'F to +1a5' 0? 19 Veo opera- | Electrical | resistive | am |-40°C to +70°C tions) | (@t20 ¢pm) a asovoe | _ mbient temperature a'r to «158°¢ “YO resistive " | (Not freezing and condens- ing at low temperature) Fi q Shock resistance unctional Min, 750 m/sec? (75 G) Destructive Min. 1,000 m/s? (100 G) Functional 196 m/s? (20G), 10 to 55 Hz at Vibration resistance double amplitude of 3.3 mm _ | Destructive 294s? (306), 10tos5Hzat double amplitude of 5 mm Unit weight _ Approx.2g.0710z *7 Excluding contact bouncing time *2 Measured under the flow of nominal operating current at nominal voltage Ex.TX | 2 sa] —[t] - [4] — av | Contact arrangement Surface-mount availablity Operating function Terminal shape | Coil voltage (DC) | | 2:2 Form C Nil: Standard PC board ter-| Nil: Single side stable Nil: Standard PC board | 1.5, 3, 4.5, 5, 6, minal type or self-clinching | L: 1 coil latching | terminal or surface- 9,12, 24,48V | terminal type L2: 2 coil latching | mount terminal | SA: Surface-mount ter- | H: Self-clinching minal type terminal | Notes: 1. 48,V coll ype is avaiable only fr single side stable ype. 7 2, Tape and reel packing is also avaliable for surface-mount ype by request. Part number suffix “XX oF -Z"is ‘needed when ordering. In this case, °X" oF °Z" are not marked on the relay Quanity in tape and reel: 500 pes. (ex, * TX2SA-3V-X \\ “Licked from the 19/4/5-pn side | * TX2SA-L-3V-Z, “Tpicked trom the /9/10/12-pin side i OT Ce a
r “" Tx ' a j i TYPES AND COIL DATA at 20°c 48 *) 1 1) Standard PC board terminal type and self-clinching terminal type art NO 7 $n Da Opera: —-—PartNo____| Nominal | Pickup Dropout sone | Coit Nominal Max ingfunc- | Standard PC | Self-clinching | voltage,V | voltage,V | voltage, V | conent "3. resistance, | operating Votage, V | tion | boardterminal | terminal =| = =DC | DC (max.) | DC (min.) | “(4 499,) Q (10%) | power, mW DC. | 1x2-1.5V | TX2H-1.5V 15 1.13 os | 938 16 1022 i] 7 Fi [rev | Trea || 8 22 | 03 | 487 | 43 OS ' — pf } i} } ] “1x2-45V [TeHasy | 45 | 388 | 045 | St | 445 140 67 F ae ee 5 | 1X2-5V | TX2-H-5V | 5 [37 | 05 | at | 178 yo} 75 ingle joe side | Tx26V | TX2-H-6V 6 45 06 =| «(837140 9 stable ~~ — 4 a Se el ——-— + t | Tx2-9V | TX2-H-9V 9 67m | 09 | 155 | 879 140 13.5, t — L | [a — OO t [Peetav \\TxeHtav | 12 9 5 42 ANT | 1,028 140 18 TxX224V Drxot2av | 2418 12g | 8B | 4114 140 36 atta i eae Sn i | Tx2-48V lTxeH4sv | 48 | 36 | 48 | 56 | 8.593 270 «| «576 eo TE Ti i) Operat- Part No. | Nominal | Set | ‘Reset ean | Coll | Nominat yO ? ingtunc- | Standard PC | Sel-clinching | voltage, V | voltage, V | voltage. Y | current 7, | resistance, | operating | voltage, V tion board terminal \\ terminal oc DC (max.) | DC (max.) ( +10%) | Q (410%) | power, mW | Se THALASV | TXOLHASV | 15 11304) «-«113—=«| 687 | 22K | 100 | TX2-L-3V [Petey 3 | 205 | 225 33 «| (90~SCtid|tit00si“‘(}Sti‘éKSS [rxotasv | Tx2LH-4.5V 45 | 3.38 338 | 222 202.5 100 67 too) | TX2L-SV > Tx2 HSV 5 | 375 20 250 100 78 9 | Tx2-Lev TX2-L-H-6V 6 45. 45—S—i|st7 | 860 |—100 9 cnhionn i TX2-L-9V TX2-L-H-9V 9 | 675 | 675 W4 sto | 100 | 1385 | Tx2-L12v rratttay | 12 9 9 | a3 | 1,440 100 | 18 TX2-L-24V TX2L-H-24V0 4 | 18 | 18 42 100 36 TX2-L2:3V TX2-L2-H-3V 3 2.25 | 2.25 667 45 200 45 ~ — T a) | Txei24sv | Tx2L2H45V | 45 338 | 3.38 448 101.2 200, «67 aco | TX2L2-5V Trewnev | os | a7 | 37 | 4 | 12 | 200 75 . latching — — 1 + TX2-L2-6V Trev | 6 | 45 45 | 333 180 9 | Tx2-L2-9V TX2-L2-H-9V 9 6.75 675 | (222 405 200 | «135 TH2L242V. | TX2-L2-H-12V 12 9 9 | 167 720 =| 200 «| S18 . | Tx2-L2-24v | TX2-L2-H-24V 24 18 | 18 a3 | 288 20 | 36 : Notes: 1. Specified value of pick-up, drop-out, set and reset voltage is with the condition of square wave coll pulse i 2. Standard packing: Tube: 40 pes.; Case: 1,000 pes. 3. Incase of 5 V drive circuit, it is recommended to use 4.5 V type relay. H EB
- a4 2) Surtace-mount terminal type _ ; i Nominal | Operat- | | Pick-up | Drop-out i Nominal | Nominal operating | Coil resistance, Max. allowable ingtunc- Part No. | voltage, VDC | voltage, VOC i 3 operating jon | | voltage, voc | “NE Cin) ourent ma (210%) | power mW voltage, V DC t ——— TREATY | 18 0.15 938 16 40 | 22 Txesagv =| 8 22 =| 038 467843 40048 | TX2SA-4.5V 45 3.38 045 + 3t | 145 140 67 |“ Txasasv 5 | 3.75 0.5 28.1 178 140 75 Single | — { a side | ; | ide | TXOSA-6V 6 45 0.6 233 87 m8 lTxesagv |g | 675 0.9 155879 140 13.5 OT | | TX2SA-12V 12 / 9 12 17 | 1,028 140 18 | a [Txesazav | 2a | 18 24 58 | 44 140) 36 TxSAGBV | 48 36 4800868, 8583 20876 _ nee ean rn ~ a Nomind |] Operat- | Set Reset " | Raa Nominal Nominal operating Coil resistance, | Max. allowable ing fune- | PartNo. | voltage, VOC | voltage, VDC | operating ‘ion | voltage, VOC | “OT (max) cuenta Q (410%) | power, mw | Voltage, VDC TROSALASV | 15 1.13 113) 667 225 , 100 22 | THSALBV | 3 | 2.25 2.25 as «| |g) | ~t00 45 a rs ns Tesal4sy | 4500 | 3.38 3.38 222 | 2025 100 67 toil | TX2SA-L-5V 5 3.75 375 20 250 | 100 75 [TXSAL6V | 6 45 45 | 167 | 360100 9 [TeesaLov | 9 | 675 67 | at | 810 100 | 138 TxesaL-12v 12 9 9 83 1,440 100 18 | Txesa-L-24v 24 18 48 | 42 5760 | 100 | 36 | 1 TX2SA-L2-1.5V 15 113 11a|t3.9 112 | 200 22 | Txesa-L2-3V 3 22528588 4 | 2008S | TX2SA-L2-4.5V 45 398 «| ~— 3.38 445 (12 | 20 | 67 2coil | TX2SA-L2-5V 5 | 375 | 375) 40 1 =| 8S | TX2SA-L2-6V 6 5 45 | 45 | 938 180 =| ~— 200 9 TX2SA-L2-9V 9 | 675 | 675 | Rae 45 | 200 | 188 1 a es TX2SA-L2-12V 12 9 1 9 167 720 2008 | TXeSA-L2-24v 24 | 18 | 18 83 2980 | 200 36 Notes: 1. Specified value of pick-up, drop-out, set and reset voltage is with the condition of square wave coll pulse. : 2. Standard packing: Tube: 40 pes.; Case: 1,000 pcs. 3. Tape and reel packing is also available for surface-mount type by request. Part number suffix -X" or "-Z" is needed when ordering, : In this case, “X” or “Z” are not marked on the relay. Quantity in tape and reel: 500 pcs. (ex.)* TX2SA-3V-X STESAL OVE ‘LPicked from the 1/3/4/5-pin side Picked from the 8/9/10/12-pin side : 4. In case of 5 V drive circuit, it is recommended to use 4.5 V type relay. i OO
aé DIMENSIONS mm inch Single side stable and 1 coil latching type PC board Standard PC board terminal © board pattem & ‘opper side view) 15 74a asa_f i 7 i 391 i Le i ' — (ETEEEAL| Hh : paresis a e10da. 4 os i] | | 02s / 5-039 on Tolerance: £0.1 +.004 115 145.08; +2.54 5 BL Schematic (Bottom view) - Single side stable 1 coil latching Self cinching terminal (Deenergized condition) (Reset condition) — TAs eho34s 1 345 as 4 A L hele A} 13 rie Hatta s : [ik FEB Sh ETS os | — 38 ‘ 2 098 2 1098 oo col | ose ts ston Direction indeation”_ ‘Direction indieaton” O45 209 05 208 *Onentation stride located on top of relay. Surface-mount terminal Suggested mounting pad (Top view) 15. 74 1,308, 2.54 eee y 18 eo os—-| | ots | 18% Jods a “ Boel Lass “ beoaxo.54 0 Ba Fe B05) 03. ore 1s For glue-pad rt General tolerance: +0.3 =.012 Tolerance: £0.1 = 004 Schematic (Top view) Single side stable 1 coil latching (Deenerigized condition) (Reset condition) 2 1098 12 1098 fe ws fo FB 1 94s fi 34s [cto wesin Lovectonintiaton aE 2 coil latching type Standard PC board terminal PC board pattern ‘Schematic (Bottom view) reso ein (Copper side view) 2 coil latching —- 127_4 (Reset condition) 10.85 a2 254 500 bo ot ) os 33s eases at ite q te (119) OF paneeriey ‘i - 419s pe Lass 035i —se cowed “s 573 am 1th 200 10-19 da 2 1098 7| | Self clinching terminal — Direction indication re Br } a Fat Tolerance: £0.1 =.004 | loss 82 i Geb 825 | Ths, OS ~ Surface-mount terminal Suggested mounting pad Schematic (Top view) iS rh (Top view) 2 coil latching TY 1398, ogy (Reset condition) mB 038 100 u 316 ES bi at set [2 wee7] 65 4 i oes, Forgue-pad —/ Direction indication General tolerance: +0.3 =.012 Tolerance: #0.1. 202 oO 8 ae oe
- Maximum switching power 2. Life curve 3. Mechanical life Tested sample: TX2-5V, 10 pcs. Operating frequency: 180 cpm | | ww ae || LO | | i | Ca ra cy fd Sm 2 oss — 1 H | esistive load ; HM Le bil a fessivejoad || | LM 2 * ann | 2 Soca oa) im \\e ote 1 Drop-out votage | oT one eeeenNen | (SES ae Sain Shs ae Cee ry | (La 0 99-3055 100200300 ett 25 | smn 100 1886 600 —— Contact voltage, V —— Switching current, A } ——— No. of operations. «10* 4. Electrical life 5-(1). Coil temperature rise Tested sample: TX2-5V, 6 pcs. Tested sampie: TX2-5V, 6 pcs. Operating frequency: 20 cpm Point measured: Inside the coit Change of pick-up and drop-out voltage Change of contact resistance Ambient temperature: 25°C 77 F, 85°C 185 F 100 109 79 . § rope ere Te : atti ti ttt 3 50 poe ea tt i ott tt ty Tt go tt TTT ttt 2 nan m sottt tility So as ae aa PSC peeer he | | 8 SCOT |e eee j of tet PT Ty | jolt TET i Te | toh TS In attr ae LEYTE TT yyy | LETT TTP 6 oT TT Tse 7 8 9 10 Oo vrTs +s 6 7 8 9 10 100 110 120 130 140 150 —— No. of operations, x10* ——~ No. of operations, x10* ——— Coil applied voltage, %V 5-(2). Coil temperature rise 6-(1). Operate and release time (with diode) 6-(2). Operate and release time (without diode) Tested ple: TX2-48V, 6 pes. Tested TX2-5V, 10 pes. Point measured: Inside the coll estedsample ms Ambient temperature: 25°C 77°F, 70°C 158°F
70 SC 77 F o | — 7 —
rrr! | | EN 7 eNGaaE 2 2A, 3 3 3 | ee on. 2, Pelee | fa, | oS | “| 7 | é : [ _ & 1 | Mak bossssstessses Tore fh LE PiRaaee I Q 100 110 120 130 140 150 9 70 80 90 100 110 120 o 70 80 90 100 110 120 oc soph tage, AV —— cal pod votage, ev coi agoiesvotage, ov 7. Distribution of pick-up and drop-out voltage 8. Distribution of set and reset voltage 9. Ambient temperature characteristics Tested sample: TX2-5V, 50 pcs. Tested sample: TX2-L2-12V, 30 pcs. Tested smple: TX2-5V, 5 pcs. Ase votage| 3 Jo |) {oe or A 4) : Drop-out ravi | a i Pepsi 0 10 20 % 40 50 60 70 80 90 100 0 10 20 30 40 50 60 70 80 90 100 —- Rae aan rated wag, Rao aga! raed votage. AV
‘ TX 10. Distribution of contact resistance 11-(1). High frequency characteristics 11-(2). High frequency characteristics Tested sample: TX2-5V, 30 pcs. (30x4 contacts) Tested sample: TX2-12V, 2 pcs. Tested sample: TX2-12V, 2 pes. |solation characteristics Insertion loss characteristics | | ee Ch ||) OCT * mts ee) eco
4 Tonal airs ew ttt | | 5
é al N44 2 SC ee | nn Sy ea LLM a V | | f} ON | “CH J res / tH i Con od Coo 0 20 30 40 50 10 100, 1,000 10 100, 1,000 ~~ Contact resistance, met —— Frequency, MHz -—— Frequency, MHz 12-(1). Malfunctional shock (single side stable) 12-(2). Malfunctional shock (latching) Tested sample: TX2-SV, 6 pcs. Tested sample: TX2-L2-12V, 6 pes. FE) wo Fei tomn | ¥ | ¥ | J x z | x oo z j 1000 rvs" "| 1000 mvs ia | : L ms! 1000 ms? [ mis OS 1000 mis? z x Zz x 11000 m/s? 11000 mis* Y Y 13-(1). Influence of adjacent mounting 13-(2). Influence of adjacent mounting 13-(3). Influence of adjacent mounting eT now sf TTT TT of eA ih oof oe ob tL Bo onl ffl) POO | | ee] | | gcc CLE ET LEE -ar [TT Fa «CEPT Tee oe 7aaneEer se + PEC i Heer lial) | | RCORF Ric) | | ECCR aie , 3° tHE 3 oe a 2 eer wu ) a OF Bs | | or \\3 nae ore HN LET ETT LET TT th mor LP TT See Tee Ca eS Cea aC chika 85 Be of ify Se Ss Se of 37 3s Bs Be ——— Inter-relay distance £, mm inch ——~ inter-relay distance £, mm -o> —— Inter-relay distance £, mm iach 14. Pulse dialing test Tested sample: TX2-5V, 6 pes. Change of pick-up and drop-out voltage Change of contact resistance (35 mA 48 V DC wire spring relay load) —— Circuit 100, 100, se za [| 480 3 in g ot fo a Pe oor ooeye? | z4 > | [| oe i ul we = 9 a) | woven a = | Lent 2 sat 1 | Ti. i Wire Sig relay @ a [fo] | a i aa a i 0 10 20 30 40 50 Q 10 20 30 40, 50 ———~No. of operation, x10* —— No. of operation. «10° Note: Data of surface-mount type are the same as those of PC board terminal type. — _ -
aé NOTES 1. Coil operating power When soldering standard PC board ter- (3) Soldering iron method Pure DC current should be applied to the ——_—minals or self-clinching terminals, solder- Tip temperatrure: 280°C to 300°C coil. And wave form should be rectan- ing should be done at 250’C +2 * within 536 Fro 572 F gular. If it includes ripple, the ripple fac- 5 sec. Wattage: 30 to 60 W tor should be less than 5%. However, 2) When soldering surface-mount ter- Soldering time: within 5 sec. check it with the actual circuit since the minals, the following conditions are (4) Other soldering methods characteristics are slightly different. recommended. Check mounting conditions before using 2. Coil connection (1) IR (Infrared reflow) soldering method other soldering methods (hot-air, hot When connecting coils, refer to the plate, pulse heater, etc.). wiring diagram to prevent mis-operation | 1 + The temperature profile indicates the or malfunction. | : | | i temperature of the soldered terminal on 3. External magnetic field | T —— the surface of the PC board. The am- Since TX-relay is highly sensitive | | | | bient temperature may increase exces- polarized relay, its characteristics willbe | | i sively. Check the temperature under affected by a strong external magnetic | hr tet mounting conditions. field. So avoid using relays under that My 13s to 1090 S11 RSE bono see. or ons * The conditions for the Infrared reflow condition. [Rize tr ores {e=30 sec, or es soldering apply when preheating using . I the VPS method. 4. Cleaning (2) Vapor phase soldering method In automatic cleaning, cleaning with the — COCO. Others boiling method is recommended. Avoid =| | 1) Ifin error the relay has been dropped, ultrasonic cleaning for relays. Itisrecom- | th f > the appearance and characteristics mended that a fluorinated hydrocarbon oy —— should be checked before use without or other alcoholic solvents be used. | | | | fail. . Trichlene and chloroethene can be used - - : | 2) Set and reset pulse widths used for for cleaning. | fn | | latching relays should be no less than 10 5. Soldering lear to 100°C 194°F to 212F t,=90 sec. to 120 sec. | msec. at the tated coll vonage to ‘een ir T,= 180°C to 200°C 356°F to 392°F t,=60 see. oF less proper operation regardless of ambien 2 Breheat according to the following Ln=2 18°C 49°F or less | temperature or operating condition. 3) Latching relays are shipped from the Temperature | 100°C 212°F or less factory in the reset state. A shock to the Time __[ Within approx. 1 minute relay during shipping or installation may OO cause it to change to the set state. There- fore, it is recommended that the relay be used in a circuit which initializes the relay to the required state (set or reset) whenever the power is turned on. SSS