PFC-EX Series Preparative Cells, Stainless Steel
For detectors: TOY18/20DAD EX, EXR/EXL; TOY18/20DAD VEX; ECD2000 EX.
| Image | PN | Optical Path Length (mm) | Inside Volume (μ) | Max. flow- rate (ml/min) | Thread UNF | Tube OD | Request quote |
|---|---|---|---|---|---|---|---|
|
Image
|
PN
PXSL0100
|
Optical Path Length (mm)
0.05
|
Inside Volume (μ)
35
|
Max. flow- rate (ml/min)
200
|
Thread UNF
UNF 10–32
|
Tube OD
1/16″
|
Actions
|
|
Image
|
PN
PXSL0200
|
Optical Path Length (mm)
0.05
|
Inside Volume (μ)
40
|
Max. flow- rate (ml/min)
500
|
Thread UNF
UNF 1/4″–28
|
Tube OD
1/8″
|
Actions
|
|
Image
|
PN
PXSL0300
|
Optical Path Length (mm)
0.05
|
Inside Volume (μ)
70
|
Max. flow- rate (ml/min)
3000
|
Thread UNF
UNF 5/16″–24
|
Tube OD
3/16″
|
Actions
|
|
Image
|
PN
PXSL1100
|
Optical Path Length (mm)
0.1
|
Inside Volume (μ)
35
|
Max. flow- rate (ml/min)
200
|
Thread UNF
UNF 10–32
|
Tube OD
1/16″
|
Actions
|
|
Image
|
PN
PXSL1200
|
Optical Path Length (mm)
0.1
|
Inside Volume (μ)
40
|
Max. flow- rate (ml/min)
500
|
Thread UNF
UNF 1/4″–28
|
Tube OD
1/8″
|
Actions
|
|
Image
|
PN
PXSL1300
|
Optical Path Length (mm)
0.1
|
Inside Volume (μ)
70
|
Max. flow- rate (ml/min)
3000
|
Thread UNF
UNF 5/16″–24
|
Tube OD
3/16″
|
Actions
|
|
Image
|
PN
PXSL3100
|
Optical Path Length (mm)
0.3
|
Inside Volume (μ)
40
|
Max. flow- rate (ml/min)
200
|
Thread UNF
UNF 10–32
|
Tube OD
1/16″
|
Actions
|
|
Image
|
PN
PXSL3200
|
Optical Path Length (mm)
0.3
|
Inside Volume (μ)
40
|
Max. flow- rate (ml/min)
500
|
Thread UNF
UNF 1/4″–28
|
Tube OD
1/8″
|
Actions
|
|
Image
|
PN
PXSL3300
|
Optical Path Length (mm)
0.3
|
Inside Volume (μ)
70
|
Max. flow- rate (ml/min)
3000
|
Thread UNF
UNF 5/16″–24
|
Tube OD
3/16″
|
Actions
|
|
Image
|
PN
PXSL5100
|
Optical Path Length (mm)
0.5
|
Inside Volume (μ)
40
|
Max. flow- rate (ml/min)
200
|
Thread UNF
UNF 10–32
|
Tube OD
1/16″
|
Actions
|
|
Image
|
PN
PXSL5200
|
Optical Path Length (mm)
0.5
|
Inside Volume (μ)
45
|
Max. flow- rate (ml/min)
500
|
Thread UNF
UNF 1/4″–28
|
Tube OD
1/8″
|
Actions
|
|
Image
|
PN
PXSL5300
|
Optical Path Length (mm)
0.5
|
Inside Volume (μ)
80
|
Max. flow- rate (ml/min)
3000
|
Thread UNF
UNF 5/16″–24
|
Tube OD
3/16″
|
Actions
|
|
Image
|
PN
PXSLA100
|
Optical Path Length (mm)
1
|
Inside Volume (μ)
50
|
Max. flow- rate (ml/min)
200
|
Thread UNF
UNF 10–32
|
Tube OD
1/16″
|
Actions
|
|
Image
|
PN
PXSLA200
|
Optical Path Length (mm)
1
|
Inside Volume (μ)
50
|
Max. flow- rate (ml/min)
500
|
Thread UNF
UNF 1/4″–28
|
Tube OD
1/8″
|
Actions
|
|
Image
|
PN
PXSLA300
|
Optical Path Length (mm)
1
|
Inside Volume (μ)
80
|
Max. flow- rate (ml/min)
3000
|
Thread UNF
UNF 5/16″–24
|
Tube OD
3/16″
|
Actions
|
|
Image
|
PN
PXSLD100
|
Optical Path Length (mm)
2
|
Inside Volume (μ)
60
|
Max. flow- rate (ml/min)
200
|
Thread UNF
UNF 10–32
|
Tube OD
1/16″
|
Actions
|
|
Image
|
PN
PXSLD200
|
Optical Path Length (mm)
2
|
Inside Volume (μ)
60
|
Max. flow- rate (ml/min)
500
|
Thread UNF
UNF 1/4″–28
|
Tube OD
1/8″
|
Actions
|
|
Image
|
PN
PXSLD300
|
Optical Path Length (mm)
2
|
Inside Volume (μ)
95
|
Max. flow- rate (ml/min)
3000
|
Thread UNF
UNF 5/16″–24
|
Tube OD
3/16″
|
Actions
|
|
Image
|
PN
PXSLF100
|
Optical Path Length (mm)
3
|
Inside Volume (μ)
70
|
Max. flow- rate (ml/min)
200
|
Thread UNF
UNF 10–32
|
Tube OD
1/16″
|
Actions
|
|
Image
|
PN
PXSLF200
|
Optical Path Length (mm)
3
|
Inside Volume (μ)
75
|
Max. flow- rate (ml/min)
500
|
Thread UNF
UNF 1/4″–28
|
Tube OD
1/8″
|
Actions
|
|
Image
|
PN
PXSLF300
|
Optical Path Length (mm)
3
|
Inside Volume (μ)
110
|
Max. flow- rate (ml/min)
3000
|
Thread UNF
UNF 5/16″–24
|
Tube OD
3/16″
|
Actions
|
|
Image
|
PN
PXSLG100
|
Optical Path Length (mm)
4
|
Inside Volume (μ)
80
|
Max. flow- rate (ml/min)
200
|
Thread UNF
UNF 10–32
|
Tube OD
1/16″
|
Actions
|
|
Image
|
PN
PXSLG200
|
Optical Path Length (mm)
4
|
Inside Volume (μ)
90
|
Max. flow- rate (ml/min)
500
|
Thread UNF
UNF 1/4″–28
|
Tube OD
1/8″
|
Actions
|
|
Image
|
PN
PXSLG300
|
Optical Path Length (mm)
4
|
Inside Volume (μ)
120
|
Max. flow- rate (ml/min)
3000
|
Thread UNF
UNF 5/16″–24
|
Tube OD
3/16″
|
Actions
|
|
Image
|
PN
PXSLH100
|
Optical Path Length (mm)
5
|
Inside Volume (μ)
100
|
Max. flow- rate (ml/min)
200
|
Thread UNF
UNF 10–32
|
Tube OD
1/16″
|
Actions
|
|
Image
|
PN
PXSLH200
|
Optical Path Length (mm)
5
|
Inside Volume (μ)
100
|
Max. flow- rate (ml/min)
500
|
Thread UNF
UNF 1/4″–28
|
Tube OD
1/8″
|
Actions
|
|
Image
|
PN
PXSLH300
|
Optical Path Length (mm)
5
|
Inside Volume (μ)
130
|
Max. flow- rate (ml/min)
3000
|
Thread UNF
UNF 5/16″–24
|
Tube OD
3/16″
|
Actions
|
|
Image
|
PN
PXSLCXXX
|
Optical Path Length (mm)
custom 0.05–5 mm
|
Inside Volume (μ)
according to the optical path length
|
Max. flow- rate (ml/min)
custom
|
Thread UNF
custom
|
Tube OD
custom
|
Actions
|
- Description
- Parameters
- Files to download 1
The new series of preparative stainless steel PFC cells is intended for ECOM HPLC systems with a UV-VIS detector and with a continuous flow of mobile phase. PFC cells are offered with different optical path, pressure resistance, maximum flow rate of mobile phase and with the option of choosing the appropriate fitting and outer diameter (OD) of tubes and capillaries.
The PFC flow cells EX (External) are intended for ECOM detectors: TOY18/20DAD EX, EXR/EXL; TOY18/20DAD VEX; ECD2000 EX.
The PFC flow cells bring a whole range of important construction improvements. In the ECOM product portfolio they replace the previous PLCC series.
Advantages of the new PFC cells´ design:
• Increased pressure resistance – up to 6 MPa (870 psi, 60 bar)
• Extended cell life – thanks to the new cell window design
• Increased temperature resistance range – now from -50 °C up to 100 °C
• Increased stability of the optical path – even under high-pressure conditions
• Extended optical path length choice to 9 options – 0.05; 0.1; 0.3; 0.5; 1; 2; 3; 4 and 5 mm
• New more intuitive product numbering system – according to the optical path length
• More easy exchangeable cells – according to preferred sensitivity/application
| Volume/optical path length | 35 µl /0.05 mm – 130 µl /5 mm |
|---|---|
| Wetted materials | Stainless Steel, Quartz, FEP, (others upon request) |
| Body material | Stainless Steel 316L, (others upon request) |
| Maximal flow rate | 200 ml/min (tubing 1/16″), 500 ml/min (tubing 1/8″); 3000 ml/min (tubing 3/16″) |
| Maximum pressure | 6 MPa |
| Connecting thread | UNF 10 – 32, UNF 1⁄4″–28 (flat bottom),UNF 5/16″–24, others upon request |
| Filename | Type |
|---|---|
| Info-PFC_EX_flow_cells-en | pdf (284,33 KB) |
ECOM is a global supplier of scientific and laboratory instruments for liquid chromatography. The company was established in October 1991 and it is focused on research, development, and manufacturing of scientific and laboratory equipment for liquid chromatography. Our innovative R&D and dynamic processes allow us to quickly react on customer’s needs and to propose customised products and solutions. ECOM’s focus on high quality products and responsive service supports high performance of its customers.
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