Load Capacity (inertia vs. time) 2 Stop

Transcription

1 Load Capaity (inertia vs. time) 2 top top 4 top top Load Inertia ( lb in 2 ) 4.8. x 14 1 Motor 5 x 14 1 Motor x 14 2 Motor 1 Motor x 15 2 Motor 1 Motor top 1 top 12 top 1 top Load Inertia ( lb in 2 ) x 15 2 Motor 1 Motor 4.8. x 15 2 Motor 1 Motor 4.8. x 15 1 Motor x 15 1 Motor Load Data Output Load Capaity 1 2 xial (F a ) adial (F r ) 1 2 H Load Fore Fr 1 2 Fa Fore (lbf ) C L

2 Ø17 TH 7 h7 -. () MX1,12 DP ON 85 BC (4) MX1,11 DP ON 145 BC (4) M5X.8,8 DP ON 8 BC TOP POITION GEED MOTO EE PGE h INDEX EFEENCE POITION (CIBED LINE) (4) M8X1.,14 DP (4) Ø. (2) Ø5.8 OGH (TO BE EMED BY CTOME) T COE OPTIONL IE 12.7 DIL MONTING FCE 71.5 MOTO INTEFEENCE HFT EXTENION NOTE: LL DIMENION IN MM TOP POITION 15 GEED MOTO EE PGE Ø17 TH 7 h7 -. () MX1,12 DP ON 85 BC (4) MX1,11 DP ON 145 BC (4) M5X.8,8 DP ON 8 BC h INDEX EFEENCE POITION (CIBED LINE) (4) M8X1.,14 DP (4) Ø. (2) Ø5.8 OGH (TO BE EMED BY CTOME) 48 T COE OPTIONL IE.4 DIL MONTING FCE MOTO INTEFEENCE HFT EXTENION NOTE: LL DIMENION IN MM h -.1 Ø1 (DIL TBLE) Ø7 h7 -. (DIL PILOT) Ø45 (FIXED FLNGE) Ø17.2 ±.15 HOING 78 8 ECTION - Ø17 H8 +. Ø (TH FCE) 7

3 Code a ize haft-to-shaft distane (These are available) b lpha eries Number of tops () Index Period ( ) Number of stops of the indexing drive. Cam rotation period during whih the output moves. d Motion Curve M- Curve e Hand of Cam 1 Dwell ight Hand Cam Indiates relationship between rotation diretion of input and output shafts and indiates number of dwells. is standard. ight Hand Cam Left Hand Cam peial Order f Output tandard tandard Torque Limiter on output g Input haft Projetion Geared Motor on T urfae h Mounting tandard nit is ompletely filled with oil and an be mounted in any position. i peial Instrution Inlude the symbol in ase of speial orders tandard (No ymbols) peial Instrutions Please ontat ankyo sales with any speial instrutions. 22

4 Options eletion Information ankyo model odes are speified by a ombination of numbers and alphabeti haraters. n erroneously speified produt ode will usually result in a produt unusable in other appliations. se the same aution when speifying the produt ode for the geared motor and optional torque limiters. hen speifying other requirements suh as speial gear ratios, motor voltages, opper plated terminal boxes, et., inlude the symbol X at the end of the produt ode and attah a separate user requirements sheet. Queries onerning prie, volume, and delivery should be direted to a ankyo salesman or representative. Geared Motor GM.2 D 4 9D 1 B a b Motor Power Gear atio d Motor oltage e peifiation f ize Indiates the motor power 2/4 Other options available Indiates the manufaturer of geared motor 4 ankyo standard Other motors available Indiates the size and model of indexer g Mounting Positions T-FCE -FCE * Other mounting positions available upon request 2 1 (td) Timing Cam & ensor PNP NO a b ensor Type No. of ets d td e ize f Type g Polarity h Control Logi i No. of Dwells TL D M12 E with Timing Prox with Mounting td Cam & with QD Braket, peial ensor 2M Cable, Timing Cam, Braket, & Guard Timing Cam, ONLY & Guard D td NPN PNP NO (td) NC (Opt) Blank=1 2

5 Dimensions 12mm POX ENO & QD CODET *ENO BCKET EMOBLE GD (F) C B TIMING CM Y M BOLT (LOOEN FO NGLE DJTMENT) E D K L M-BOLT (LOOEN FO GD EMOL) G (1 ET) H (2 ET) Table of Dimensions J NIT B C D E (F) G H J K L M 7D 9D 11D 15D 19D 2D M8 M8 M8 M1 M12 M12 Control Blok Diagram output table one position. The rotary table input shaft will then stay stationary in the dwell position until the stops and starts and for speed ontrol. Index/Dwell ignal tart with or External Control Ciruit FD peed Control Optional PLC 24

6 TD eries Output Cluth (adjustable torque) Desription ankyo s TD series features low profile flange to flange mounting with a hollow enter and ground entering pilot. Designed for flange mounted dial plates, gears, or sprokets. ankyo s proprietary design uses a nine detent ball and poket onfiguration to enhane lubriation while reduing the poket vauum, thus eliminating inonsistent overload onditions. Hardened metal omponents aommodate rotational shok loads during speed ramps to redue poket wear. Torque settings are easily adjusted by rotating the top plate. Multiple torque ranges are ahieved by exhanging all or a partial group of die springs. Preision internal omponents produe low baklash and repetitive overload thresholds while maintaining an overall high rigidity. tandard units are free spinning when the torque range is exeeded and automatially resets every degrees of rotation after the overload ondition is removed. n optional monitoring sensor mounts inside the hollow bore. Features by hanging the springs. Dimensions Torque Limiter (option) Optional Overload Detetion Prox

7 Dimensions GEE PPLY 45 (7TD = ) MONTING FCE TO D H I K J M L Z Y MX X T B C D E F G N P Q (DIL PILOT) Table of Dimensions B 7TD 9TD 11TD 15TD DIL MONTING FCE C D E F G H I J K L M N P Q T X Y max Z 19TD TD peifiations Code ange of Tripping Torque (Nm) Thread Pith On Torque djusting Nut (mm) Max. llowable adial Load (N) Max. llowable Thrust Load (N) Max. llowable Max. evolution Bending Moment Per Minute (Nm) (r.p.m.) Moment of Inertia (kgm 2 ) Mass (kg) 7TD 9TD 11TD 15TD 19TD 19TD 2L 19TD 45H TD X: hen an overload ours, the overload detetion panel moves X mm. This movement is used to ativate a sensing devie and thereby allows the user to take appropriate measures in the ontrol logi. Z: This dimension indiates the height when the spring is free and should be referred to when alulating tripping torque. Ymax: This dimension indiates tightening length when tripping torque is maximum. If tightening more than this figure, the torque limiter does not operate. 2