Page 373 - MiSUMi 2025

Ordering Part Number (1Type · 2D) - 3L - 4F - 5V - 6T - 7G - 8Q - 9S - 0E - (AC·SV·MV…etc.)
Alterations Example C-MTSRX16 - 400 - F20 - V8 - T40 - G40 - Q12 - S30 - E8 - AC55
Flat Machining Retaining Ring Groove Wrench Flats
V(E) m AC AE m V(E)
Alterations e
V e E
FY FV FW n n SW SV SY
(FE) F G T S (SE)
Code FV(Part V) FE(Part E) AC(Part V) AE(Part E) SV(Part V) SE(Part E)
FV, FE, FW, FY= AC, AE=0.1mm increments V·E e tolerance m +0.14 Machining SV, SE, SW, SY=1mm increments
n
0.5mm increments AC=Applied on Part V 7 4 0 limit SV=Applied on Part V
3 FV=Applied on Part V AE=Applied on Part E 8 5 +0.075 0.7 n≥1.2 SE=Applied on Part E 3
Ordering Code AC13.3
FE=Applied on Part E
E Applicable to either V or E
0
6
E Applicable to either V or E AC(AE)≤F(S)+G(T)-m-n 10 9 9.6 -0.09 0.9 SV3-SW10-SY7
Ordering Code
0
Ordering Code
Ball Screws / Lead Screws FV5-FW10-FY1 12 11.5 -0.11 1.15 n≥1.5 ESV(SE)=0, or SV(SE)≥2 Lead Screws Ball Screws /
Spec.
EFV(FE)=0, or FV(FE)≥2
E When V(E)<15
13.4
14
0
SW≥V(E)-2
EFY≤1.0
14.3
15
EFY≤2.0
E When 15≤V(E)≤16
16
15.2
SW≥V(E)-3
E3≤FW≤20
E3≤SY≤20
Rolled Ball Screws Alterations V MV Coarse Tapping ME E Threaded For Bearing Nut Screws Rolled Ball
For bearing nut
M
(V)
Eh7
P.03-009 MV×2 ME×2 BQ(BC) Qh7 P.03-009
Precision Ball Screws Code MV=Applied on Part V BC=Applied on V Side Part Q Q M ×Pitch Screws Precision Ball
MV(Part V) ME(Part E)
BC(V Side) BQ(E Side)
BQ=Applied on E Side Part Q
ME=Applied on Part E
8
M8×1.0
Ordering Code BQ20
P.03-027 Ordering Code MV10 EBC,BQ≤M×3 10 M10×1.0 P.03-027
MV·ME (Selection range)
V·E
M12×1.0
12
Ball Screw Supports / Motor Brackets Spec. 11·12 3·4 Other alteration EBC,BQ≤G,T-Pitch×3 X Q=7·9·16 is not Motor Brackets Ball Screw Supports /
EBC,BQ≥Pitch×3
3
5·6
M14×1.0
14
Must be more
7·8
than 1mm
M15×1.0
15
3·4·5
9·10
17
M17×1.0
3·4·5·6
Tapped hole
13~15 3·4·5·6·8
P.03-047 XV·E=4 is not applicable applicable P.03-047
3·4·5·6·8·10
16
Lead Screws E Keep the wall thickness more than 1mm. Otherwise you Lead Screws
can not choose this alternation.
P.03-058 Alterations Square Chamfering Keyway *Right shaft Part Q only P.03-058
b1
Lead Screw Nuts 3.2 W-0.3 -0.1 F(S) Q C KQ* KV C V E C KE 3.2 r1 t1 Nuts Lead Screw
1.6
A
P.03-077 Code ZV(Part V) ZE(Part E) KQ(Part Q) KV(Part V) KE(Part E) P.03-077
W, A=1mm increments ZV=V·ZE=E W KQ, KV, KE, C=1mm increments Applicable b1 Keyway Dimension
Lead Screw Support ZE=Applied on Part E 11~14 10~14 KV=Applied on Part V diameter Reference Tolerance Reference Tolerance r1 Supports Lead Screw
ZV=Applied on Part V
KQ=Applied on Part Q
shaft
t1
6~10
5~8
Q·V·E
8~10
(N9)
Dimension
Dimension
KE=Applied on Part E
EApplicable to either V or E
15, 16
1.2
2
Ordering Code
6·7
E Applicable to either Q, V or E
-0.029
0.08
Ordering Code
8~10
Machining is not possible if
P.03-079 Spec. ZV12-W10-A8 (V (E)/2)√2≤W KQ8-C10 11·12 3 4 -0.004 1.8 +0.1 ~0.16 P.03-079
E5≤A≤20
0
the above conditions are not
2.5
Lead Screw Stop Plates / Position Indicators E W is specified by suitable. ET-C-KQ≥2 13~17 5 -0.030 3.0 ~0.25 Position Indicators Lead Screw Stop Plates /
EF(S)≥A+2
Eb1<C≤60
0
0.16
E Other alterations are not
ES(F)-C-KE(KV)≥2
ZV=V·ZE=E
available to the same
EKQ(KE·KV)≥2
EZV,ZE>W
shaft end except for
keyway R will be eliminated
P.03-081 Coarse Tapping. E When KQ·KE·KV=0, P.03-081
on the shaft end side.
03-075 Lead Screws 03-076