SMC - Hydraulic Equipment (Filters)
SMC – Hydraulic Equipment (Filters) มีทั้งหมด 10 รุ่น แต่ละรุ่นมีขนาด, คุณสมบัติ และการใช้งานที่แตกต่างกันออกไป
1) Vertical Suction Filter FHIA
Features | Vertical Suction Filter FHIA
- Vertical suction filters are designed for installation between the pump and reservoir tank. Their main function is to protect the pump.
- It is possible to detect clogging with the differential pressure indicator and differential pressure indication switch (CB-□□H).
Specifications | Vertical Suction Filter FHIA
| Series | Port size | Rated flow rate L/min | Operating pressure | Element μm (Nominal filtration) |
|---|---|---|---|---|
| FHIA | 1/2B to 4B | 30 to 1300 | Negative pressure | Micromesh : 74, 105, 149 |
2) Suction Filter with Case FH99
SMC – Suction Filter with Case FH99
Features | Suction Filter with Case FH99
- Compact, Lightweight Cover and case material: Aluminum casting
- Prevents pump cavitation
- Easy element maintenance
- It is possible to detect clogging with the differential pressure indicator and differential pressure indication switch (CB–□□H).
Specifications | Suction Filter with Case FH99
| Series | Port size | Rated flow rate L/min | Operating pressure | Element μm (Nominal filtration) |
|---|---|---|---|---|
| FH99 | INLET : 1B to 4B | 20 to 900 | Negative pressure | Micromesh : 74, 105, 149 |
3) Suction Guard FHG
SMC – Suction Guard FHG
Features | Suction Guard FHG
- Prevents collected dust from falling into the tank
- The replacement of flushing oil is not required.
- Easy maintenance and no air mixing
- Integrated lubrication port strainer, suction filter, and air breather
- It is possible to detect clogging with the differential pressure indicator and differential pressure indication switch (CB-□□H).
Specifications | Suction Guard FHG
| Series | Port size | Rated flow rate L/min | Operating pressure |
Element μm (Nominal filtration) |
|---|---|---|---|---|
| FHG | 1/2B to 3B | 18 to 450 | Negative pressure | Micromesh : 74, 105, 149 |
4) Line Filter FH
SMC – Line Filter FH
Features | Line Filter FH
- Compact, solid, and safe design
- Easy element replacement
- Easy fluid flow direction reversal
- It is possible to detect clogging with the differential pressure indicator and differential pressure indication switch (CB-□□H).
Specifications | Line Filter FH
| Series | Port size | Rated flow rate L/min | Operating pressure (MPa) |
Element μm (Nominal filtration) |
|---|---|---|---|---|
| FH34 | Threaded (Rc) 3/8 to 1 1/2 Flange SSA 15 (1/2B) to 80 (3B) |
10 to 600 | 3.5, 7, 14, 21 | Paper : 5, 10, 20 |
| FH44 | Threaded (Rc) 3/8 to 1 1/2 Flange SSA 15 (1/2B) to 80 (3B) |
10 to 600 | 3.5, 7, 14, 21 | Paper : 5, 10, 20 |
| FH54 | Threaded (Rc) 3/8 to 1 1/2 Flange SSA 15 (1/2B) to 80 (3B) |
10 to 600 | 3.5, 7, 14, 21 | Paper : 5, 10, 20 |
| FH64 | Threaded (Rc) 3/8 to 1 1/2 Flange SSA 15 (1/2B) to 80 (3B |
10 to 600 | 3.5, 7, 14, 21 | Paper : 5, 10, 20 |
5) Vertical Return Filter FHBA
SMC – Vertical Return Filter FHBA
Features | Vertical Return Filter FHBA
- Vertical return filters are designed for mounting directly on top of oil tanks used in hydraulic systems. They prevent the dust generated within the circuit from entering the tank and help keep the oil clean. This efficient configuration reduces the total number of filters required.
- It is possible to detect clogging with the differential pressure indicator and differential pressure indication switch (CB-□□H).
Specifications | Vertical Return Filter FHBA
| Series | Port size (Rc) | Max. flow rate L/min | Element μm (Nominal filtration) |
|---|---|---|---|
| FHBA | 3/4 to 1 1/2 | 150, 300, 400 | Paper : 5, 10, 20 Micromesh : 5, 10, 20 |
6) Return Filter FH100
SMC – Return Filter FH100
Features | Return Filter FH100
- Easy maintenance
- It is possible to detect clogging with the differential pressure indicator and differential pressure indication switch (CB-□□H).
Specifications | Return Filter FH100
| Series | Port size (Rc) |
Max. flow rate L/min | Element μm (Nominal filtration) |
|---|---|---|---|
| FH100 | 3/4 to 3 | Paper : 50 to 600 Micromesh : 60 to 700 |
Paper : 5, 10, 20 Micromesh : 74, 10 |
7) Oil Filter FH150
SMC – Oil Filter FH150
Features | Oil Filter FH150
- Compact, Lightweight Cover material : Aluminum die-casted
- Easy maintenance
- It is possible to detect clogging with the differential pressure indicator and differential pressure indication switch (CB-□□H).
Specifications | Oil Filter FH150
| Series | Port size (Rc) | Rated flow range L/min | Element μm (Nominal filtration) |
|---|---|---|---|
| FH150 | 1/4 to 1/2 | 5 to 20 | Paper : 5, 10, 20 |
8) Magnetic Separator FHM
SMC – Magnetic Separator FHM
Features | Magnetic Separator FHM
- Magnetic separators protect machinery from malfunctions, reduced precision, and burnount by assorbing and eliminating contaminants in the fluid by means of magnetism.
- This help extend the service life of hydraulic equirement.
Specifications | Magnetic Separator FHM
| Series | Port size (Rc) | Rated flow range L/min | Element μm (Nominal filtration) |
|---|---|---|---|
| FHM | 20 to 200 | 3 m/min or less | FHMN : Petroleum, Water glycol, Cutting oil, Emulsion FHMV : Phosphoric ester |
9) Fixed Pipe Type Oil Cooler: Water Cooled, Iron Particle Type HOWF
Features | Fixed Pipe Type Oil Cooler: Water Cooled, Iron Particle Type HOWF
- High heat transfer coefficient throught the effects of turbulence
- Compact design requiring less installation space: 1/2 to 1/5 the size of existing oil coolers
- Flexible installation orientation
- Minimal pressure drop
Specifications | Fixed Pipe Type Oil Cooler: Water Cooled, Iron Particle Type HOWF
| Series | Heat transfer area (Inside pipe) m2 |
Heat exchange volume (kW) | Flow rate L/min Oil side | Flow rate L/min Cooling water side |
|---|---|---|---|---|
| HOWF | 0.077 to 1.28 | 5.2 to 73 | 20 to 800 | 40 to 125 |
10) Floating Pipe Type Oil Cooler: Water Cooled, Copper Particle Type HOW
SMC – Floating Pipe Type Oil Cooler: Water Cooled, Copper Particle Type HOW
Features | Floating Pipe Type Oil Cooler: Water Cooled, Copper Particle Type HOW
- High heat conductivity
- Compact design requiring less installation space: 1/2 to 1/5 the size of existing oil coolers
- High heat transfer coefficient through the effects of turbulence
- Minimal pressure drop
Specifications |Floating Pipe Type Oil Cooler: Water Cooled, Copper Particle Type HOW
| Series | Heat transfer area (Inside pipe) m2 |
Heat exchange volume (kW) |
Flow rate L/min Oil side | Flow rate L/min Cooling water side |
|---|---|---|---|---|
| HOW | 0.084 to 0.75 | 6 to 52 | 20 to 400 | 25 to 100 |
