JPI-15Ⅱ/JPI-07Ⅱ
JPI-15Ⅱ/JPI-07Ⅱ
Automated curie point injector
Automated curie point injector
Sample tube Baking Mode
Able to bake-clean mini-PAT (TenaxGR). The baking procedure is pre-programmed and requires a single button operation only.
Solvent Purge Mode
Able to remove water and/or solvent trapped in mini-PAT before analysis of VOC.
Able to run Py-GC and VOC-GC automatically
Replaceable sample tube and needle per analysis
Cross contamination risks are minimized.
Curie point heating is an ideal heating method
Large molecules such as n-parrafine up to carbon number 72 can be detected. The entire furnace will not become hot and cause burns. (Patented No4701041 patent application No2011-1422809)
・Compatible to all major GC models
Conventional stationary-pyrolyzers usually block GC injection port and cannot be removed easily. JPI-15II / JPI-07II furnace can slide away to make the GC injection port available for micro syringe injections just by one-touch without removal.
Injection carrier gas is precisely controlled by mass flow controller.
Sample Tube Baking Mode
Able to bake-clean mini-PAT (Tenax GR). The baking procedure is pre-programmed and requires a single button operation only.
Solvent Purge Mode
Able to remove water and/or solvent trapped in mini-PAT before analysis of VOC.
Able to run Py-GC/GCMS and VOC-GC/GCMS automatically
Replaceable sample tube and needle per analysis
Cross contamination risks are minimized.
Curie point heating is an ideal heating method
Large molecules such as n-parrafine up to carbon number 72 can be detected. The entire furnace will not become hot and cause burns. (Patented No4701041 patent application No2011-1422809)
Conventional stationary-pyrolyzers usually block GC injection port and cannot be removed easily. JPI-15II / JPI-07II furnace can slide away to make the GC injection port available for micro syringe injections just by one-touch without removal.
Injection carrier gas is precisely controlled by mass flow controller.
Compatible to all major GC models.
Specifications
| Device unit | |
| Number of samples | JPI-15II : 15 samples JPI-07II : 7 samples |
| Heating method | Curie point heating |
| Drive system of sample tube supply |
Rotory drive and vertical motion |
| Preheating of sample tube | 250°C |
| Transfer line | 300°C （Curie point heating） |
| Sample tube | Quartz glass (OD 6 mm, Length 36 mm) |
| Needle | OD 0.63mm, Length 42mm |
| Dimensions (mm) and weight | JPI-15II : 318(W)×330(Ｈ)×318(Ｄ), 15Kg JPI-07II : 250(Ｗ)×340(Ｈ)×250(Ｄ), 6Kg |
| Contoroller unit | |
| Radio-frequency output | 48W, 600kHz |
| Operation Panel | 4 inch touch panel |
| Pyrolysis time | 1sec to 30sec |
| Signal output | GC start signal |
| Injection gas | He or N2 |
| Dimensions (mm) | 180(W)×390(H)×450(D)mm |
| Weight | 12Kg |
| Power | AC85 to 240V, 500VA (Max) |
| Divice unit | |
| Number of samples | JPI-15II : 15 samples JPI-07II : 7 samples |
| Heating method | Curie point heating |
| Drive system of sample tube supply | Rotory drive and vertical motion |
| Preheating of sample tube | 250°C |
| Transer Line | 300°C （Curie point heating） |
| Sample tube | Quartz glass (OD 6 mm, Length 36 mm) |
| Needle | OD 0.63mm, Length 42mm |
| Demensions | ・JPI-15 318(W) x 330(H) x 318(D) mm ・JPI-07 250(W) x 340(H) x 250(D) mm |
| Weight | JPI-15 : 15 Kg JPI-07 : 6 Kg |
| Contoroller unit | |
| Radio-frequency output | 48W, 600kHz |
| Operation panel | 4 inch touch panel |
| Pyrolysis time | 1sec to 99.9sec |
| Output signal | Start signal |
| Injection gas | He or N2 |
| Demension | 180(W) x 390(H) x 450(D) mm |
| Weight | 12 Kg |
| Power | AC85 to 240V, 500VA (Max) |
