Page 115 - MISUMI Thailand Economy Series

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Ball Screws / Lead Screws / Actuators Alteration Ordering Flat Machining - 400 - F20 - V8 - T40 - G40 - Q12 - S30 - E8 - (AC·SV·MV…etc.) Wrench Flats Lead Screws / Actuators Ball Screws /
Part Number (1Type · 2D) - 3L - 4F - 5V - 6T - 7G - 8Q - 9S - 0E -
Example
AC55
C-MTSRX16
Retaining Ring Groove
V(E)
V(E)
Rolled Ball Screws Alterations FY (FE) FW SW (SE) SY Screws Rolled Ball
SV
FV
FV(Part V) FE(Part E)
SV(Part V) SE(Part E)
P.37 Code FV, FE, FW, FY= AC, AE = 0.1mm AC(Part V) AE(Part E) m +0.14 n limit SV, SE, SW, SY=1mm increments P.37
Machining
Precision Ball Screws 0.5mm increments increments 7 8 9 4 5 6 +0.075 0.7 n≥1.2 SV = Applied on Part V Screws Precision Ball
V·E
e tolerance
0
FV = Applied on Part V
AC = Applied on Part V
SE = Applied on Part E
AE = Applied on Part E
E Applicable to either V or E
FE = Applied on Part E
0
0.9
E Applicable to either V or E
Ordering Code
Ordering Code
Ordering Code
9.6
-0.09
P.59 Spec. FV5-FW10-FY1 AC13.3 10 11.5 0 1.15 n≥1.5 SV3-SW10-SY7 P.59
ESV(SE)=0, or SV(SE)≥2
AC(AE)≤F(S)+G(T)-m-n
12
Support Units for Ball Screw EFY≤1.0 15 14.3 0 E When 15≤V(E)≤16 for Ball Screw Support Units
EFV(FE)=0, or FV(FE)≥2
E When V(E)<15
14
13.4
SW≥V(E)-2
-0.11
EFY≤2.0
15.2
16
SW≥V(E)-3
E3≤FW≤20
P.81 E3≤SY≤20 P.81
Coarse Tapping Threaded For Bearing Nut
Motor Brackets Alterations V MV ME E For bearing nut Brackets Motor
M
(V)
Qh7
Eh7
BQ(BC)
P.91 Code MV×2 ME×2 BC(V Side) BQ(E Side) P.91
Lead Screws MV = Applied on Part V BC = Applied on V Side Q 8 M×Pitch Lead Screws
MV(Part V) ME(Part E)
ME = Applied on Part E
Part Q
M8×1.0
BQ = Applied on E Side
Ordering Code MV10
MV·ME (Selection range)
12
M12×1.0
P.93 V·E 3 3·4 Must be more Part Q 10 M10×1.0 P.93
Ordering Code BQ20
5·6
M14×1.0
14
Lead Screw Nuts Spec. 11·12 3·4·5 Other alteration EBC, BQ≥Pitch×3 X Q = 7·9·16 is not Nuts Lead Screw
EBC, BQ≤M×3
7·8
than 1mm
15
M15×1.0
9·10
17
M17×1.0
EBC, BQ≤G, T-Pitch×3
3·4·5·6
Tapped hole
13~15 3·4·5·6·8
applicable
16
3·4·5·6·8·10
P.111 XV·E=4 is not applicable P.111
E Keep the wall thickness more than 1mm. Otherwise you
Lead Screws Support Units can not choose this alternation. Keyway Support Units Lead Screws
Square Chamfering
b1
P.115 Alterations W -0.3 *Right shaft Part Q only t1 P.115
1.6
-0.1
3.2
A
Stop Plates / Position Indicators Code ZV(Part V) ZE(Part E) Q C KQ(Part Q) KV(Part V) KE(Part E) r1 Position Indicators Stop Plates /
C
KE
KV
F(S)
KQ*
E
C V
3.2
P.119 W, A = 1mm increments ZV=V·ZE=E W KQ, KV, KE, C=1mm increments Applicable b1 Keyway Dimension P.119
KQ = Applied on Part Q
ZV = Applied on Part V
shaft
t1
5~8
6~10
ZE = Applied on Part E 11~14 8~10 KV = Applied on Part V diameter Reference Tolerance Reference Tolerance r1
Actuators EApplicable to either V or E (V(E) / 2) √2≤W 10~14 E Applicable to either Q, V or E 6·7 2 -0.004 1.2 0.08 Actuators
Q·V·E
Dimension
Dimension
(N9)
KE = Applied on Part E
15, 16
Ordering Code
Ordering Code
ZV12-W10-A8
-0.029
Spec. E5≤A≤20 Machining may not be KQ8-C10 8~10 3 4 1.8 +0.1 ~0.16
possible in some cases, due
0
11·12
2.5
P.131 EF(S)≥A+2 Eb1<C≤60 0 P.131
E W is specified by to the relationship between ET-C-KQ≥2 13~17 5 -0.030 3.0 0.16
ZV=V·ZE=E V (E) and W. ES(F)-C-KE(KV)≥2 ~0.25
EZV, ZE>W E Other alterations are not EKQ(KE·KV)≥2
available to the same E When KQ·KE·KV=0,
shaft end except for keyway R will be eliminated
Coarse Tapping. on the shaft end side.
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