GTP 2G 雙速齒輪箱 永合精機股份有限公司 台灣台中市神岡區豐洲里12鄰豐工中路28號1F 豐洲工業區 郵遞區號292 Tel : +886--2166 Fax: +886--2121 Email: shokayu@zfgta.com.tw 台灣總代理 齊富自動工業股份有限公司 中國總代理 瑞霆貿易 上海 有限公司 代理商 Print No. : GTP2G_218A CN
GTP-2G GTP-2G GTP-2G GTP-2G GTP-2G 1 2
GTP-2G GTP-2G GTP-2G GTP-2G GTPGTP-2G GTP-2G Nm rpm kw rpm GTP-2G GTP-2G GTP-2G
GTP-2G GTP-2G GTP-2G GTP-2G 6
1.. 1.. 7 8
9 1 b d h I d b I GTP-2G GTP GTP GTP S2 e 2 S2 a 1 e 2
GTP-2G Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø GTP-2G 11 12
16 2G12 12 1 8 6 2 1 1 2 2 6 6 7 7 2G12 / 2G121 nab/out = 7 min- 1 nab/out = 1 min- 1 nab/out = min- 1 nab/out = min- 1 nab/out = 7 min- 1 nab/out = 1 min- 1 2G6 2G6 / 2G8 / 2G8 long nab/out = 2 min- 1 nab/out = min- 1 nab/out = 1 min- 1 nab/out = 2 min- 1 nab/out = min- 1 nab/out = min- 1 B A 2 2 2G2 2G2 / 2G / 2G long 1 2 1 nab/out = nab/out = nab/out = 7 min- 1 1 min- 1 min- 1 1 2 6 7 8 9 1 11 12 A 1 nab/out = nab/out = nab/out = min- 1 6 min- 1 8 min- 1 1 1 2 2 6 6 7 A 1 8 6 2G8 2 2 1 1 2G 2 1 2 6 7 8 9 1 11 12 A 1 1 2 2 6 6 7 A 2G - LA 2 1 8 6 2G8-LA 2 1 1 2 1 2 6 7 8 9 1 11 12 1 1 A 1 2 6 7 8 9 1 11 12 1 A [mm] [mm] 1
1 16
2G12 / 2G121 17 18
2G12 Standard + Inline 2G12 + Inline page 2 2G121 + Inline page 21 2G2 + Inline page 22 2G + Inline page 2 2G6 page 2 2G8 page 2 2G81 page 26 2G82 page 27 SHIFTING UNIT WITHOUT NEUTRAL POSITION SHIFTING UNIT WATTS 12W AT 2 VDC 2G12 INLINE 162. 1.2 16 8 78 8 k6 2 7. FQ*) 6X6 1 1-2 M8.1 1 k6 188 19 g6 M16X1. 9. C=2N C=81N 1 2 1.2 196 MA* 18 H7 17 8 M1X1 M12X1. M2X1. M2X1.. 21 C=6N C=6N 29 18 8 1 98 2 17. M12X1. 28 12.1 1 12 OPTION OUTPUT SHAFT 1 1 116. 117. 17 6 6 89 89 BALANCE WITH KEY KEY A1x8x7 8 6. 2 ΦMA*MOTOR DIMENSION 92 92 28 11 28 27. 7 1 N9 GRADE:HLP 68 ACC. TO ISO VG 68 WITH SPLASH LUBRICATION HLP 6 ACC. TO ISO VG 6 WITH RECIRCULATING LUBRICATION HLP 2 ACC. TO ISO VG 2 WITH RECIRCULATING LUBRICATION 8 k6 M12 1 *) )OIL LEVEL SIGHT GLASS (LEFT AND RIGHT) *) ASSUMED OF RESULTING PULLEY FORCE FOR BEARING CALCULATION 28 OPTION TRANSMISSION RATIO : i 1 =. i 1 =.91 i 2 =1. i 2 =1. WEIGHT: Ca.2Kg 8 8 19 2
2G121 Standard + Inline 2G2 Standard + Inline SHIFTING UNIT WITHOUT NEUTRAL POSITION SHIFTING UNIT WATTS 12W AT 2 VDC 2G121INLINE 16 1.2 162. 8 8 k6 78 12.1 7. 2 FQ*) 1-2 6X6 M8. 2 M12X1. M12X1. 2 H7.1 M2X1. 1 8 26 7 1 1 17. 9. M2X1. OIL GRADE:HLP 68 ACC. TO ISO VG 68 WITH SPLASH LUBRICATION HLP 6 ACC. TO ISO VG 6 WITH RECIRCULATING LUBRICATION HLP 2 ACC. TO ISO VG 2 WITH RECIRCULATING LUBRICATION 2 OPTION OUTPUT SHAFT M22X1. 12 2 1 1 k6 188 19 g6 17 C=19KN C=7KN C=26KN C=26KN M16X1. 17 82. 82. 89 89 2 11 2 1 2 29. 28 116. 117. 7 8 8 BALANCE WITH KEY KEY A1x8x7 M12X1. 1N9 28 8 k6 OPTION TRANSMISSION RATIO : i 1 =. i 1 =.91 i 2 =1. i 2 =1. WEIGHT: Ca.2Kg *) ASSUMED OF RESULTING PULLEY FORCE FOR BEARING CALCULATION *) )OIL LEVEL SIGHT GLASS (LEFT AND RIGHT) SHIFTING UNIT WITHOUT NEUTRAL POSITION SHIFTING UNIT WATTS 12W AT 2 VDC 2G2INLINE 16 18.9 7 2 k6 78 18 18 1 M22X1. 116 M12x1.. M1X1 1 2 118. 118. 7. 12X 268 M22X1. M12 M2X1. 1. 1 2 12 16 116 118 k6 29. 2 g6 16 7 2 M12X1. 17. 72 2-9 1. M1X1 8. 6.9 26 MA* C=69N C=9N C=8N C=N 1 18 2 87 87 117 117 1 1 27 OIL GRADE:HLP 68 ACC. TO ISO VG 68 WITH SPLASH LUBRICATION HLP 6 ACC. TO ISO VG 6 WITH RECIRCULATING LUBRICATION HLP 2 ACC. TO ISO VG 2 WITH RECIRCULATING LUBRICATION 12 ΦMA*MOTOR DIMENSION.1 2 2 6 8 ±.2 1 2 1 2. 171. 221 72 7 6 OPTION OUTPUT SHAFT BALANCE WITH KEY KEY A12x8x6 116 2 H7 7.. M1 OPTION TRANSMISSION RATIO : i 1 =. i 1 =. i 2 =1. i 2 =1. WEIGHT: Ca.68Kg *) ASSUMED OF RESULTING PULLEY FORCE FOR BEARING CALCULATION *) )OIL LEVEL SIGHT GLASS (LEFT AND RIGHT) 12 h9 2 k6 2 6. 21 22
2G Standard + Inline 2G6 SHIFTING UNIT WITHOUT NEUTRAL POSITION SHIFTING UNIT WATTS 12W AT 2 VDC 26 1-6 FQ*) 8. OPTION LONG OUTPUT VERSION C=96N C=1N 16 78 71 M12X1. 6. M1X1 2 2 2 M1X1 M12X1. M12 2. 7 8 FQ*) 2 2 2-8. M22X1. 12X 7. 118. 118. 1 1. 16 OPTION OUTPUT SHAFT M22X1. M2X1. 12. 12. 29 ±.2 16 16 26 ΦMA*MOTOR DIMENSION BALANCE WITH KEY KEY A16x1x9 17 M2X1. MA* 1 k6 18 2 2 18 1 k6 29. M16X1. 2 g6 C=96N C=1N 17. M12X1. C=9NC=9N 16 7 2 9 1 72 6 2 2 8 1 171. 261 112 11 9 1 M1 2 16 1 +1 H7.1 6 6 OIL GRADE:HLP 68 ACC. TO ISO VG 68 WITH SPLASH LUBRICATION HLP 6 ACC. TO ISO VG 6 WITH RECIRCULATING LUBRICATION HLP 2 ACC. TO ISO VG 2 WITH RECIRCULATING LUBRICATION 18.9 16P9 m6 7 2 2G INLINE OPTION TRANSMISSION RATIO: i 1 =. i 1 =. i 2 =1. i 2 =1. WEIGHT: Ca.86Kg *) ASSUMED OF RESULTING PULLEY FORCE FOR BEARING CALCULATION *) )OIL LEVEL SIGHT GLASS (LEFT AND RIGHT) 2 k6 16 Connection I Install fill Motorshaft: Following hubs are available 1.2 6G7 18 M12X1 M12 M22X1. 22. M2X1. 12 87 7 M22X1. M22X1. M2X1. M2X1. 21 19. 2 g6 78 6. Connection M +.2 SHIFTING UNIT WITHOUT NEUTRAL POSITION SHIFTING UNIT WATTS 12W AT 2 VDC SHIFTING UNIT WITHOUT NEUTRAL POSITION SHIFTING UNIT WATTS 12W AT 2 VDC 28 18P9 27 22. M16X1. 6G7 69. +.2 C=122KN C=17KN 9.6 H7 1 k6 12. 12. 18P9 28. 1 1 8G7 22P9 28. 1 1 FQ* ~ 12 6. G7 16P9 8. 9. +.2 +.2 21. 269. 16 16 Connection F 17 Connection H Connection T Oil drain at installation position B 2 D D M12X1. 186 +1 Motor Dimension Connection E Connection G Connection D D-D OIL GRADE:HLP 68 ACC. TO ISO VG 68 WITH SPLASH LUBRICATION HLP 6 ACC. TO ISO VG 6 WITH RECIRCULATING LUBRICATION HLP 2 ACC. TO ISO VG 2 WITH RECIRCULATING LUBRICATION *))OIL LEVEL SIGHT GLASS (LEFT AND RIGHT) TRANSMISSION RATIO : i 1 =. i 2 =1. WEIGHT: Ca.16Kg 2 2
2G8 Standard 2G81 Standard LUBE OIL SUPPLY B/V1 Ca. 2.dm /min AND bar PRESSURE SHIFTING UNIT WITHOUT NEUTRAL POSITION SHIFTING UNIT WATTS 12W AT 2 VDC OPTION SHIFTING UNIT WITH NEUTRAL POSITION SHIFTING UNIT WATTS 12W AT 2 VDC 2. 2. 28.9 9 16X22. 21 M12X1. 21 177. 18. M16 FQ*) - 6 9 2 M12 18 M12 R 181 1 7 X9 H7 272 18 k6 19 2 j7 C=2KN C=2KN 1 118 72.1 M8X1. 1. 22. 22. M2X1. M8X1. 67 82 17 28 2 OIL LEVEL SIGHT GLASS 2G8 OIL OUTLET IN VERTICAL INSTALLATION EITHER LEFT OR RIGHT TRANSMISSION MOUNTING AT MACHINE OIL OUTLET IN VERTICAL INSTALLATION V1 *) ASSUMED OF RESULTING PULLEY FORCE FOR BEARING CALCULATION OIL GRADE: HLP 6 ACC. TO ISO VG 6 WITH RECIRCULATING LUBRICATION HLP 2 ACC. TO ISO VG 2 WITH RECIRCULATING LUBRICATION TRANSMISSION RATIO: I 1 =. I 2 =1. WEIGHT: Ca.17Kg LUBE OIL SUPPLY B/V1 Ca. 2.dm /min AND bar PRESSURE SHIFTING UNIT WITHOUT NEUTRAL POSITION SHIFTING UNIT WATTS 12W AT 2 VDC OPTION SHIFTING UNIT WITH NEUTRAL POSITION SHIFTING UNIT WATTS 12W AT 2 VDC 9 28.9 21 177. 18. 18 k6 19 199 j7 1 H7 272 181 16X22. 22. 22. 2..1 21 M12X1. -6 FQ*) 9 2 M16 M16 8X 1 1 8X R 18 M12 M12 C=2KN C=2KN 1 7 118 72 1. M8X1. 82 M8X1. 67 M2X1. 17 28 2 OIL LEVEL SIGHT GLASS OIL OUTLET IN VERTICAL INSTALLATION EITHER LEFT OR RIGHT TRANSMISSION MOUNTING AT MACHINE OIL OUTLET IN VERTICAL INSTALLATION V1 *) ASSUMED OF RESULTING PULLEY FORCE FOR BEARING CALCULATION 2G81 OIL GRADE: HLP 6 ACC. TO ISO VG 6 WITH RECIRCULATING LUBRICATION HLP 2 ACC. TO ISO VG 2 WITH RECIRCULATING LUBRICATION TRANSMISSION RATIO : I 1 =. I 2 =1. WEIGHT: Ca.17Kg 2 26
2G82 Standard GTP2G 2G12/2G121 181 SHIFTING UNIT WITHOUT NEUTRAL POSITION SHIFTING UNIT WATTS 12W AT 2 VDC OPTION SHIFTING UNIT WITH NEUTRAL POSITION SHIFTING UNIT WATTS 12W AT 2 VDC 22. 2. M12 M16 76. 1 7 16 28 17 2 OIL GRADE: HLP 6 ACC. TO ISO VG 6 WITH RECIRCULATING LUBRICATION HLP 2 ACC. TO ISO VG 2 WITH RECIRCULATING LUBRICATION TRANSMISSION RATIO: I 1 =. I 2 =1. WEIGHT: Ca.17Kg 1)RWDR= ¹ ¹ 1/i1=. 1/i1=.91 112/i1=. 112/i1=.91 12 9 11 8 2 G 1 2 6 7 8 9 1 11 12 LUBE OIL SUPPLY B/V1 Ca. 2.dm /min AND bar PRESSURE 22. 6 9 21 28.9 8X 19 177. 18. M12X1. 9 2-6 R FQ*) 199 j7 1 19 18 k6 C=2KN C=2KN H7 H7 72 118 1. M8X1. M2X1. 67 M8X1. OIL LEVEL SIGHT GLASS 82 *) ASSUMED OF RESULTING PULLEY FORCE FOR BEARING CALCULATION TRANSMISSION MOUNTING AT MACHINE OIL OUTLET IN VERTICAL INSTALLATION EITHER LEFT OR RIGHT OIL OUTLET IN VERTICAL INSTALLATION V1 a1=8mm a1=1mm a1=8mm a1=8mm(2g12/2g121) a1=8mm(2g12/2g121) V1/V/B/B V/ 2 arcmin 1 arcmin 27 28 "d" 28mm 2mm 8mm 2mm 8mm C. L. S. B C L P G C B 1 2 9 M
GTP2G GTP2G 1)RWDR 2 G 1 2 6 8 9 1 11 12 1 1)RWDR 2 G 1 2 6 7 8 9 1 11 12 ¹ ¹ 12/i1=. 1 12/i1=. 17 16/i1=. 2 16/i1=. 22 6 ¹ 16/i1=.Ømm 16/i1=.Ømm 18/i1=. Ømm 18/i1=. Ømm 2/i1=. Ømm 2/i1=. Ømm 1 1 2 a1=118mm(2g2) a1=1mm(2g) a1=2mm(2g2) a1=2mm F J K L a1=mm a1=mm(2g) a1=2mm N H M P R a1=1mm(2g6) a1=6mm a1=6mm J K L G B/V1/V C B V1/V/B D C "d" 6xmm 1 "d" 2 arcmin 1 arcmin C. L. S. 1 2 M N x11mm 6 2 arcmin 29 6xmm 7xmm 7xmm 8x17mm arcmin 2 S N
GTP2G = 1)RWDR= 2 G 1 2 6 7 8 9 1 11 12 1 Fax: +886--2121 E-Mail : marcolin@zfgta.com.tw info@zfgta.com.tw ¹ Ø Ø Ø Ø 2 9 6 7 1 a1=6mm H L a1=18mm J R C B "d" 6mm 1 6mm 2 7mm 8mm 7mm GTP2G arcmin 1 2G12 2G121 2G2 2G 2G6 2G8 2G81 2G82 N 1 2
(2G/6/8).. (2G6). (2G2/).91 (2G12/121) B B V1 V (2G8/81/82) 1mm (2G12/121) 118mm (2G2) 1mm (2G) 1mm (2G6) 18mm(2G8/81/82) 8mm (2G121/121) 2mm (2G2/) 2mm (2G2/) mm (2G) 6mm(2G6/8/81/82) 2 arcmin 1arcmin arcmin (2G8/81/82)