Tsubaki Power Cylinder F Series
You can select the most appropriate model for your equipment and application.
Features
Compact & Lightweight; Installation Space Saving
Compact design with the right angled connection between the actuating part and motor unit. Due to the right angled two-way clevis holes, you can choose from four mounting directions so as not to interfere with another machine.
Outdoor Use
Excellent for outdoor use in applications such as agricultural machines and multi-story car parks.
Free Choice of Power Supply Voltage
The DC power source type (DC12V, DC24V) is standard, but in combination with the AC adaptor (sold separately) you can use it with an AC source. (LPF010, 020 and 040 types)
Extensive Options
Variety of options are available such as a position detecting unit and an overload detecting unit.
Structure
*The above diagram shows the LPF100-LPF300 structure.
Reference Number System
(1) Rated thrust
010: 100N{10.2kgf}
020: 200N{20.4kgf}
040: 400N{40.8kgf}
100: 1.00kN{102kgf}
200: 2.00kN{204kgf}
300: 3.00kN{306kgf}
600: 6.00kN{612kgf}
(2) Stroke
0.5: 50mm
1.0: 100mm
1.5: 150mm
2.0: 200mm
(3) Option
No mark: Standard
L: With external LS for stroke adjustment
(Cannot be installed to the model with a 50mm stroke)
K2: With internal LS for position detection
(Cannot be used with P, LPF600 not available)
P: With potentiometer
(Cannot be used with K2, LPF600 not available)
J: With bellows
*The speed is fixed for every thrust.
*The stroke values are only indicators.
Standard Specifications
Model No. | Rated Thrust | Stroke | Rated Speed | Power | Rated Load Current | Locked Current | ||
---|---|---|---|---|---|---|---|---|
N | {kgf} | mm | mm/s | V | A | A | ||
LPF010H0.5 LPF010H1.0 LPF010H1.5 LPF010H2.0 LPF010H3.0 |
LPF010H0.5V LPF010H1.0V LPF010H1.5V LPF010H2.0V LPF010H3.0V |
100 | 10.2 | 50 | 54 | DC12 or DC24 | 3.2 (1.6) |
16.7 (7.5) |
100 | ||||||||
150 | ||||||||
200 | ||||||||
300 | ||||||||
LPF020M0.5 LPF020M1.0 LPF020M1.5 LPF020M2.0 LPF020M3.0 |
LPF020M0.5V LPF020M1.0V LPF020M1.5V LPF020M2.0V LPF020M3.0V |
200 | 20.4 | 50 | 24 | 3.2 (1.6) |
16.7 (7.5) |
|
100 | ||||||||
150 | ||||||||
200 | ||||||||
300 | ||||||||
LPF040L0.5 LPF040L1.0 LPF040L1.5 LPF040L2.0 LPF040L3.0 |
LPF040L0.5V LPF040L1.0V LPF040L1.5V LPF040L2.0V LPF040L3.0V |
400 | 40.8 | 50 | 15 | 3.7 (1.8) |
16.7 (7.5) |
|
100 | ||||||||
150 | ||||||||
200 | ||||||||
300 | ||||||||
LPF100H0.5 LPF100H1.0 LPF100H1.5 LPF100H2.0 LPF100H3.0 |
LPF100H0.5V LPF100H1.0V LPF100H1.5V LPF100H2.0V LPF100H3.0V |
1.00k | 102 | 50 | 30 | 18 (10) |
63 (52) |
|
100 | ||||||||
150 | ||||||||
200 | ||||||||
300 | ||||||||
LPF200M0.5 LPF200M1.0 LPF200M1.5 LPF200M2.0 LPF200M3.0 |
LPF200M0.5V LPF200M1.0V LPF200M1.5V LPF200M2.0V LPF200M3.0V |
2.00k | 204 | 50 | 18 | 22 (11) |
63 (52) |
|
100 | ||||||||
150 | ||||||||
200 | ||||||||
300 | ||||||||
LPF300L0.5 LPF300L1.0 LPF300L1.5 LPF300L2.0 LPF300L3.0 |
LPF300L0.5V LPF300L1.0V LPF300L1.5V LPF300L2.0V LPF300L3.0V |
3.00k | 306 | 50 | 9 | 22 (11) |
63 (52) |
|
100 | ||||||||
150 | ||||||||
200 | ||||||||
300 | ||||||||
LPF600L1.0 LPF600L2.0 LPF600L3.0 LPF600L4.0 LPF600L5.0 LPF600L6.0 |
LPF600L1.0V LPF600L2.0V LPF600L3.0V LPF600L4.0V LPF600L5.0V LPF600L6.0V |
6.00k | 612 | 100 | 8 | 20 (10) |
63 (52) |
|
200 | ||||||||
300 | ||||||||
400 | ||||||||
500 | ||||||||
600 |
*A sufficient capacity power source should be used considering a restrained current.
*Figures in ( ) in the table are current values with DC24V.
Motor Specifications
Model No. | Voltage | Output | Rated Time |
---|---|---|---|
V | W | ||
LPF010H | 12 | 29 | 5 minutes |
LPF010H V | 24 | ||
LPF020M | 12 | ||
LPF020M V | 24 | ||
LPF040L | 12 | ||
LPF040L V | 24 | ||
LPF100H | 12 | 160 | |
LPF100H V | 24 | ||
LPF200M | 12 | ||
LPF200M V | 24 | ||
LPF300L | 12 | ||
LPF300L V | 24 | ||
LPF600L | 12 | ||
LPF600L V | 24 |