C/146000/F1With internal guide and linear position sensor (ø 32
C/146100/F1With external adjustable guide21
/146200/F1With precision roller guide21
C
ylinder with double carriages
C
Applying pressure activates the brake
The brake lining is pushed against a stainless steel strip.
o release, depressurize.
T
Applying pressure releases the brake. When the pressure
is released the brake lining is pushed against the stainless
teel strip by a spring loaded plate.
s
Electrical data of linear position sensor:
Operating voltage: 10 ... 30 V d.c.. resolution 16 bit.
Repeat accuracy 0.006 %. output 4 ... 20 mA. short-circuit protection
inearity 0.05 % of measuring range. protection class IP67
L
and linear position sensor (ø 32
nd linear position sensor (ø 32...63 mm)
a
3 mm)13
...6
...
80 mm)11, 12
3 mm)16, 17
...6
3 mm)18, 19
...6
...
63 mm)20
...
63 mm)
Options selector
Opitional finishSubstitute
Standard non-anodized capsBlank
Black anodized caps and carriageA
Black anodized caps and carriageAS
with stainless steel hardware
Note: Options A and AS available only on metric port.
PortsSubstitute
NPT ports (Ø 20 to 80 mm)C
Metric ports (Ø 16 to 80 mm)M
Guiding systemSubstitute
Internal0
External1
Roller2
Cylinder Ø (mm)Substitute
1616
2020
2525
3232
4040
5050
6363
8080
Note: Disregard option positions not used.
For combinations of cylinder variants consult our Technical Service.
This options selector explains only the cylinder variants.
Additional variants/options are not possible.
C / 146 ˙˙˙ / MC / ˙˙˙˙
Ordering information
Cylinder
LINTRA
Ø 32 mm cylinder diameter and 10' (3000 mm) stroke length
with magnetic piston, and NPT ports.
Quote: C/146032/MC/120
®
cylinder with internal guiding system.
Strokes (on request)
Provide in InchesC version
Provide in MetricM version
Options (magnetic piston) STD.Substitute
Magnetic pistonM
(standard on 16, 20, and 80 mm bores)
Alternative portsMC
(standard 25, 32, 40, 50, 63 mm bores)
Active brake (25 to 63 mm bores)L3
Passive brake (25 to 63 mm bores)L4
With added caged ball linear motion guidePM†
With linear position sensor (32 to 63 mm bores)F1
Double carriages *MD**
* For C/146100 & C/146200 only
** MD option available in 1461** External
and 1462** Roller guided carriage
C/146***/MD/****/****
Effective
stroke
1 Not available on 16, 20, 80 mm bores.
† Order PM option as 1462**
Distance between
carriage centers (inches)
1
N/us 1.6.009.02
Our policy is one of continued research and development. We therefore reserve the right to amend,
without notice, the specifications given in this document.
3/10
C/146000, C/146100, C/146200
5
10
9
7
8
2
164
3
12
ountings
M
Type CType SType UVType UWType VType W
Foot MountSwinging BridgeCarriage BracketSide MountingCenter SupportSecondary
Assembly kit for caged ballAdjustable stopAssembly kit forGroove key forGroove key for
linear motion guideshock absorbersprofile barrelguiding bridge
lateCarriage
P
3/10
Our policy is one of continued research and development. We therefore reserve the right to amend,
without notice, the specifications given in this document.
N/us 1.6.009.03
C/146000, C/146100, C/146200
18 (8)
2204 (1000)
lb. (kg)
inches /s
(m / s)
Ø16
Ø20
Ø25
Ø32
Ø40
Ø50
Ø63
Ø80
1763 (800)
1300 (600)
8
82 (400)
441 (200)
1
76 (80)
132 (60)
88 (40)
44 (20)
22 (10)
13 (6)
8.8 (4)
4.4 (2)
2.2 (1)
16”
(0.4)
31”
(0.8)
47”
(1.2)
63”
(1.6)
79”
(2.0)
V
inches (mm)
19.7’
(6000)
16.4’
(5000)
13’
(4000)
9.8’
(3000)
6.5’
(2000)
3.2’
(1000)
0
2
0.04” (1)
0.004” (0.1)
0.02” (0.4)
ft.
(mm)
f
0.08” (2)
0.04
(0.9)
72”
(1830)
inches (mm)
f1= 0.04” (1 mm)
2248
(10000)
1124
(5000)
224
(1000)
112
(500)
22.5
(100)
2.25
(10)
0.22
(1)
39”
(1000)
0
6.6’
(2000)
9.8’
(3000)
13’
(4000)
16.4’
(5000)
19.6’
(6000)
Ø80
Ø63
Ø50
Ø40
Ø32
Ø25
Ø20
Ø16
Switches
With cableWith connector (M8x1)
ableCable with
C
TypeVoltageCurrentTemperature LED FeaturesConnectorCableconnector
ReedSolid stateV ACV DCmax.°FlengthtypestraightDatasheet
/50/LSU/*V–10 to 24010 to 170180 mA-4 to +176•–8', 33'PVC 2 x 0.25–N/en 4.3.005
M
/50/LSU/5U –10 to 24010 to 170180 mA-4 to +176•–16'PUR 2 x 0.25–N/en 4.3.005
M
TM/50/RAU/2S –10 to 24010 to 170180 mA-4 to +302––6.5'Silicone 2 x 0.25 –N/en 4.3.005
M/50/RAC/5V –10 to 24010 to 170180 mA-4 to +176–Changeover16'PVC 3 x 0.25–N/en 4.3.005
/50/LSU/CP –10 to 6010 to 75180 mA-4 to +176•Plug M8x116'PVC 3 x 0.25M/P73001/5N/en 4.3.005
M
–
M/50/EAP/*V–10 to 30150 mA-4 to +176•PNP8', 33'PVC 3 x 0.25–N/en 4.3.007
–M/50/EAP/CP–10 to 30150 mA-4 to +176•PNP, plug M8x116'PVC 3 x 0.25M/P73001/5N/en 4.3.007
–M/50/EAP/CC–10 to 30150 mA-4 to +176•PNP, plug M12x116'PVC 3 x 0.25M/P34614/5N/en 4.3.007
–
M/50/EAN/*V–10 to 30150 mA-4 to +176•NPN8', 33'PVC 3 x 0.25–N/en 4.3.007
–M/50/EAN/CP–10 to 30150 mA-4 to +176•NPN, plug M8x116'PVC 3 x 0.25M/P73001/5N/en 4.3.007
Please insert cable length
*
Cushioning Performance
The dynamic energy of a LINTRA®cylinder is caused by direct or partial external loads
which must be absorbed by pneumatic cushioning.
The cushioning ability depends to a large extent on the pneumatic circuit (e. g. counter
pressure, pre-exhaust). The values given in the diagram were tested with an operation
pressure of 87 psi (6 bar) using a 5/2 control valve. When installed horizontally, depending
upon the speed, dynamic energy can be absorbed by the cylinder. Whenever the values
given in the diagram are exceeded, the transported mass must be cushioned by additional
shock absorbers. These have to be located at the center of gravity of the mass.
Our policy is one of continued research and development. We therefore reserve the right to amend,
without notice, the specifications given in this document.
45 lbf. (200 N) and a deflection about 0.04 (1 mm).
Maximum distance between supports = 6' (1830 mm) (see diagrams).
Therefore an additional support is required.
N/us 1.6.009.04
Support length
Deflection due to cylinder weight
Example:
Cylinder Ø 40 mm. external force 40 lbf (180 N),
distance between supports 10' (3000 mm)
Required: total deflection
1. Deflection due to external force (f1)
see Diagram 1 (1mm/100 N) · 40 lbf (180 N)
2. Deflection due to cylinder weight diagram 2
Total deflection:
Max. permitted deflection (f1 + f2)
A deflection of more than 0.12" (3 mm)
is not permitted.
Support length
0.07"(1.8 mm)
+ 0.04"(0.9 mm)
0.2" (2.7 mm)
< 0.04"(1 mm)
39"(1000 mm) Stroke
3/10
C/146000, C/146100, C/146200
Theoretical forces, air consumption, cushioning length, holding forces
ylinderTheoretical forces lbf (N)Air consumption ft
C
mmat 87 psi (6 bar)of stroke at 87 psi (6 bar)inches (mm)active (L3) at 87 psi (6 bar)passive (L4)
Loading values applicable to a speed of √0.2 m/s. Maximum working life is normally reached below a speed of 1 m/s.
* The forces and moments refers to the center of the guide. They must not be exceeded in dynamic applications.
lbf.lbf.lbf in.lbf in.lbf in.lbf.lbf in.lbf in.lbf.lbf.lbf in.lbf in.lbf.lbf in.lbf in.
Loading values for LINTRA®cylinders
with double carriages
The values given in the table below show the single forces in the
directions Fy and Fz and the maximum moments Mx, My and Mz.
All values are applicable only for speeds of max. 0.2 m/s.
A requirement for using these values is a constant movement (no
jerking) of the mass over the whole stroke length of the cylinder.
The reference point from which the moments for all cylinders should
be calculated is the center line of the pistons.
3/10
Our policy is one of continued research and development. We therefore reserve the right to amend,
without notice, the specifications given in this document.
®
When a LINTRA
cylinder has to take several loads and moments. an
additional calculation is necessary using this formula:
Mx
Mx maxMy maxMz maxFy max Fz max
My
+
Mz
+
Fy
+
Fz
+
N/us 1.6.009.05
<_
1
C/146000, C/146100, C/146200
/146100/MD
C
External adjustable guide. C/146100/MD
y. FzMxMy. Mz (Nm) x=4"x=6"x=8"x=10"x=12"x=14"x=16"x=18"x=20"
Loading values applicable to a speed of √0.2 m/s. Maximum working life is normally reached below a speed of 1 m/s.
* The forces and moments refers to the center of the guide. They must not be exceeded in dynamic applications.
Loading values for LINTRA®cylinders
with double carriages
The values given in the table below show the single forces in the
directions Fy and Fz and the maximum moments Mx, My and Mz.
All values are applicable only for speeds of max. 0.2 m/s.
A requirement for using these values is a constant movement (no
jerking) of the mass over the whole stroke length of the cylinder.
The reference point from which the moments for all cylinders should
be calculated is the center line of the pistons.
N/us 1.6.009.06
Our policy is one of continued research and development. We therefore reserve the right to amend,
without notice, the specifications given in this document.
For speeds up to 2 m/s please use our calculation program
®
LINTRA
PNEUCALC. It is available upon request.
When a LINTRA®cylinder has to take several loads and moments. an
additional calculation is necessary using this formula:
Mx
Mx maxMy maxMz maxFy max Fz max
My
+
Mz
+
Fy
+
Fz
+
<_
1
3/10
AE
Z
D
C
B
A
Stroke
2 x A + Stroke
R 1
S
S 1
AC
S
N
AG
M
R
K
G
F
E
B
A
T
J
Y
A - B
O 1
ø 20 mm
OP
1
2
O 1
O
P
2
ø 16 mm
C/146000 – cylinder with internal guide (ø 20 mm)
M/146000 – cylinder with internal guide (ø 16 and 20 mm)
C/146000, C/146100, C/146200
Cylinder with internal guide
C/146000 cylinder ø 20 to 80 mm
M/146000 cylinder ø 16 to 80 mm
1
Cushion screw
2
M/50 – switches and groove key can
be mounted flush with the profile