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NS-LXMM
Single-axis robot nut rotation type Main unit width 145mm 400 W
Horizontal specifications/multi-slider
Model item NS LXMM 400 T2
Series
Type
Encoder type
A : Absolute
I : Incremental
Motor type
400:400W
Lead
40:40mm
20:20mm
Stroke
250:250mm
〜
2250:2250mm
Adaptive
controller
T2:SCON
SSEL
XSEL-P/Q
Cable length
N :None
S :3m
M:5m
X:Length
specified
Options
See option
table
below
Model/specs
Model
Encoder type
Motor
output
(W)
Lead
(mm)
Stroke
(mm)
NS-LXMM- 1 -400-40- 2 -T2- 3 - 4
Absolute
40
Incremental 400
250〜2250
NS-LXMM- 1 -400-20- 2 -T2- 3 - 4
20
* For the model types above, 1 is the encoder type, 2 the stroke, 3, the cable length, and 4 the options.
Speed
(mm)
2400
1300
Acceleration (*1)
Horizontal (kg) Vertical (kg)
Rated
Maximum
Rated
Maximum
0.3 1.0
Horizontal only
0.3 1.0
Transportable weight (*1, *2)
Horizontal (kg) Vertical (kg)
Rated / Maximum
acceleration
40 10
80 24
Rated / Maximum
acceleration
Horizontal only
Rated thrust
(N)
170
340.1
Options
Name
Creep sensor
Extension cableveyor
Limit switch
Model See Page _ Remarks
C
ET1
L
→P4
→P4
→P4
Common specifications
Drive type
Ball screw ø20 mm Equivalent to C5 form rolled
Position repetition precision Absolute specifications ±0.01 mm/Incremental specifications ± 0.02 mm
Backlash
0.02 mm max.
Guide
Base one-piece model
Permitted load moment Ma:104.9N・m Mb:149.9N・m Mc:248.9N・m
Extension load length Ma direction: 750 mm max. Mb, Mc directions: 750 mm max.
Base
Material: Aluminum, white treated alumite
Cable length (*3)
N: No cable S: 3 m M: 5 m X: Length specified
Usage ambient temperature 0-40˚C, 85% RH max. (no condensation allowed)
Dimension diagram
CAD drawings can be
downloaded from the homepage
2D
CAD
(Reamer pitch)
2-ø8 H7 depth 10
Details
D section
Details
ø 9
Base installation
hole section
Slot depth 10
E section
ø16
100 (minimum between sliders) 100 (minimum between sliders)
Details
Origin
Origin
8-M8 depth 20
In the return-to-origin,
the slider moves to the
mechanism end, so watch
out for interference with
the surroundings.
D section
M5 depth 10 M5 depth 10
ø8 H7 depth 10
SE: Stroke end
ME: Mechanism end
E section
C-ø9 through hole, ø16 depth
spot face
(from opposite side)
About the number of cables and hoses that
can be contained and their diameters
1 Make the gap between the cable and hose outside and the inner wall and the
gap between cables and hoses at least 2 mm.
2 Make the cable and hose exterior diameter 16.8 or less and run cables and
hoses in parallel, not crossing each other.
3 Be careful. If more cables and hoses are put into a cableveyor than the specifications
allow, this imposes excess force on the cables and drastically shortens
their service life.
Stroke
L
A
B
C
828
1
138
10
Weight (kg) 24.7
250 350 450 550 650 750 850 950 1050 1150 1250 1350 1450 1550 1650 1750 1850 1950 2050 2150 2250
928
1
188
10
26.4
1028
1
238
10
28.2
1128
1
288
10
29.9
1228
2
138
14
31.6
1328
2
188
14
33.4
1428
2
238
14
35.1
1528
2
288
14
36.8
1628
3
138
18
38.6
1728
3
188
18
40.3
1828
3
238
18
42
1928
3
288
18
43.8
2028
4
138
22
45.5
2128
4
188
22
47.2
2228
4
238
22
48.9
2328
4
288
22
50.7
2428
5
138
26
52.4
2528
5
188
26
54.1
2628
5
238
26
55.9
2728
5
288
26
57.6
2828
6
138
30
59.3
Adaptive controller specifications
Adaptive
controller
X-SEL-P/Q
SSEL
SCON
Maximum
number of
axes controlled
6 axes
2 axes
1axis
Connectable
encoder types
Absolute/
incremental
Operation
method
Program
Positioner pulse
string control
Power supply
voltage
Three phase/
single 200 VAC
Single phase
100/200 VAC
Notes
Note 1: For details on the relationship between the acceleration and the transportable
weight, see Page 3.
Note 2: The transportable weight is the value when operating at the maximum speed.
Note 3: The maximum cable length is 30 m. When specifying the length, enter in
meters. (Example: X08=8 m)
6