>> TSUBAKI POWER - LOCK TF Series

Features

  1. Small-diameter hub can be connected

    POWER-LOCK TF is designed for small diameter hub. Outside diameter of POWER-LOCK and contact pressure in the hub bore are small.


  2. Self- Centering

    The TF Series has excellent centering function Pre-centering (guide) is not required.


  3. Simple construction




Model Number
Dimensions (mm)
Transmissible Torque
Transmissible Thrust
Contact Pressure
Locking Bolts
Mass
d        x     D
Inside Dia    Outside Dia
Mt
Pax
Shaft P
Hub bore P'
Qty
Size
Tightening Torque Ma
L0
L1
Lt
D1
D2
N-m
{kgf.m}
kN
{kgf}
MPa
{kgf/mm2}
MPa
{kgf/mm2}
N.m
{kgf.m}
(kg)
PL006x012TF
10
19
21
24
25
23.0
11
{1.2}
3.78
{386}
186
{19.0}
93
{9.5}
3
M3 x 10
2.25
{0.23}
0.05
PL008x015 TF
12
22
25
29
27
24.0
26
{2.7}
6.53
{666}
200
{20.4}
107
{10.9}
3
M4 x 10
4.80
{0.49}
0.07
PL010x018TF
14
23
26
30
32
28.0
44
{4.4}
8.70
{888}
183
{18.7}
102
{10.4}
4
M4 x 10
4.80
{0.49}
0.09
PL011x018TF
14
23
26
30
32
28.0
48
{4.9}
8.70
{888}
167
{17.0}
102
{10.4}
4
M4 x 10
4.80
{0.49}
0.08
PL012x020TF
14
23
26
30
34
30.0
52
{5.3}
8.70
{888}
153
{15.6}
92
{9.3}
4
M4 x 10
4.80
{0.49}
0.10
PL014x022TF
14
23
26
30
38
33.0
61
{6.2}
8.70
{888}
131
{13.4}
83
{8.5}
4
M4 x 10
4.80
{0.49}
0.12
PL015x023TF
14
24
30
35
39
35.5
107
{10.9}
14.2
{1450}
199
{20.4}
130
{13.3}
4
M5 x 14
9.80
{1.00}
0.15
PL016x024TF
14
24
30
35
40
36.5
114
{11.6}
14.2
{1450}
187
{19.1}
125
{12.7}
4
M5 x 14
9.80
{1.00}
0.16
PL018x026TF
18
31
38
44
47
42
196
{20}
21.6
{2200}
217
{22.1}
126
{12.9}
4
M6 x 18
16.7
{1.70}
0.27
PL019x027TF
18
31
38
44
49
43
206
{21}
21.6
{2200}
205
{20.9}
122
{12.4}
4
M6 x 18
16.7
{1.70}
0.29
PL020x028TF
18
31
38
44
50
44
216
{22}
21.6
{2200}
195
{19.9}
118
{12.0}
4
M6 x 18
16.7
{1.70}
0.30
PL022x032TF
25
38
45
51
54
48
245
{25}
21.6
{2200}
121
{12.3}
74
{7.5}
4
M6 x 18
16.7
{1.70}
0.38
PL024x034TF
25
38
45
51
56
50
265
{27}
21.6
{2200}
111
{11.3}
70
{7.1}
4
M6 x 18
16.7
{1.70}
0.41
PL025x034TF
25
38
45
51
56
50
274
{28}
21.6
{2200}
107
{10.9}
70
{7.1}
4
M6 x 18
16.7
{1.70}
0.39
PL028x039TF
25
38
45
51
61
55
461
{47}
32.3
{3300}
142
{14.5}
91
{9.3}
6
M6 x 18
16.7
{1.70}
0.47
PL030x041TF
25
38
45
51
62
57
500
{51}
32.3
{3300}
133
{13.6}
86
{8.8}
6
M6 x 18
16.7
{1.70}
0.48
PL032x043FT
25
38
45
51
65
59
529
{54}
32.3
{3300}
124
{12.7}
82
{8.4}
6
M6 x 18
16.7
{1.70}
0.52
PL035x047FT
32
45
52
58
69
62
774
{79}
44.1
{4500}
116
{11.8}
78
{8.0}
8
M6 x 18
16.7
{1.70}
0.63
PL038x050FT
32
45
52
58
72
66
843
{86}
44.1
{4500}
107
{10.9}
74
{7.5}
8
M6 x 18
16.7
{1.70}
0.67
PL040x053TF
32
45
52
58
75
69
882
{90}
44.1
{4500}
101
{10.3}
70
{7.1}
8
M6 x 18
16.7
{1.70}
0.73
PL042x055FT
32
45
52
58
78
71
931
{95}
44.1
{4500}
96
{9.8}
68
{6.9}
8
M6 x 18
16.7
{1.70}
0.78
PL045x059FT
45
62
70
78
86
80
1850
{189}
82.3
{8400}
119
{12.1}
82
{8.4}
8
M8 x 22
40.2
{4.10}
1.23
PL048x062FT
45
62
70
78
87
81
1970
{201}
82.3
{8400}
111
{11.3}
78
{8.0}
8
M8 x 22
40.2
{4.10}
1.24
PL050x065FT
45
62
70
78
92
86
2060
{210}
82.3
{8400}
107
{10.9}
74
{7.6}
8
M8 x 22
40.2
{4.10}
1.40
PL055x071FT
55
72
80
88
98
92
2550
{260}
92.1
{9400}
87
{8.9}
63
{6.4}
9
M8 x 22
40.2
{4.10}
1.70
PL060x077FT
55
72
80
88
104
98
2770
{283}
92.1
{9400}
80
{8.2}
58
{5.9}
9
M8 x 22
40.2
{4.10}
1.90
PL065x084FT
55
72
80
88
111
105
3010
{307}
92.1
{9400}
74
{7.6}
53
{5.4}
9
M8 x 22
40.2
{4.10}
2.21
PL070x090FT
65
86
96
106
1198
113
5150
{525}
147
{15000}
92
{9.4}
67
{6.8}
9
M10 x 25
81.3
{8.30}
3.05
PL075x095TF
65
86
96
106
126
119
5490
{560}
147
{15000}
86
{8.8}
63
{6.4}
9
M10 x 25
81.3
{8.30}
3.32
PL080x100TF
65
86
96
106
131
125
7840
{800}
196
{20000}
108
{11.0}
79
{8.1}
12
M10 x 25
81.3
{8.30}
3.50
PL085x106TF
65
86
96
106
137
131
8330
{850}
196
{20000}
101
{10.3}
75
{7.7}
12
M10 x 25
81.3
{8.30}
3.81
PL090x112TF
65
86
96
106
144
137
8820
{900}
196
{20000}
96
{9.8}
72
{7.3}
12
M10 x 25
81.3
{8.30}
4.20

Note :-

  1. Torque Mt in above table is shown in case of Pax=0 and thrust Pax is shown n case of Mt=0 When torque and thrust are applied calculate composite torque and compare it with Mt.

  2. Contact pressure P and P' in the above table indicate mean value only.

    These pressures will fluctuate from - 20% to +40% due to the variable friction component forces resulting from the locking bolts. Mt and Pax are calculated as minimum values.

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