
The Agela column heater is a proven design that will provide a stable and reproducible environment for optimizing your chromatographic separations.
| Cat.No | CC-100 |
|---|---|
| Temperature | Room temperature: 5°C~ 100°C |
| Accuracy: | ±0.1°C |
| Power: | 220V / 50Hz / 1A |
| Weight | 4Kg |
| Dimensions(H×W×D) | (H×W×D)510mm × 110mm × 65mm |
| Compatible Column Quantity and Length | 2 ×300mm |
| Accuracy: | ±0.2°C |
|---|---|
| Repeatability Error: | ±0.1°C |
| Temperatureovershoot: | <=0.5°C |
| Rated Power: | 200W |
| Averagepower: | ˜120W |
| Standbypower: | <=5W |
| Compatible Column Quantity and Length | 30*400mm |
Afin de calibrer par vous-même la température de vos colonnes HPLC, voici le concept unique pour auditer vos chauffe-colonnes CROCO-CIL® : Calibration In-situ et Linéarisation (CIL).
Le régulateur électronique possède un écran LCD qui affiche à la fois la température mesurée dans le four (incrémentation de 0.1°C), et la température demandée par l’utilisateur (incrémentation de 1°C). Tous les chauffe-colonnes CROCO-CIL® sont livrés avec le programme de linéarisation automatique de la température qui permet de rectifier par vous-même une éventuelle distorsion entre la température du capteur affichée au 1/10°C et la température du four lue sur un thermomètre calibré par le B.N.M. (Bureau National des Mesures).
Tous les modèles ci-dessous comprennent un régulateur électronique
Court25 x 8 x 8 cm100-025-220P Interne dim: 24(L)x 4.5(l) cm |
Colonne analytique de 3 cm à 10 long et colonne de garde. |
Standard40 x 8 x 8 cm100-040-220P Interne dim: 38(L)x 4.5(l) cm |
Toute colonne analytique et microcolonne jusqu’à 30 cm long. |
Triple largeur :40 x 24 x 8 cm100-040-220TW Interne dim: 38(L)x 20(l) cm |
1 à 15 colonnes analytiques, 3 colonnes préparatives de 20 mm (D. I). |
CONCEPTION EFFICACE : GECKO-2000® stabilise la température d’une colonne HPLC de + 30°C à 80°C. Une maîtrise totale de la température augmente la résolution et améliore la reproductibilité. C’est aussi indispensable pour le développement de nouvelles méthodes. La colonne HPLC et sa précolonne s’insèrent par simple glissement entre deux matelas de mousse métallique (système breveté CIL) qui les maintiennent en température avec une stabilité de ± 0.2°C. Stabilité sur 24 heures enregistrée.
SIMPLE : Conçu pour une utilisation en position horizontale ou verticale. GECKO-2000® possède un écran LCD à 2 lignes qui visualise à la fois la température mesurée dans le four (incrémentation de 0.1°C), et la température demandée par l’utilisateur (incrémentation de 1°C) ; par l’action manuelle de boutons poussoirs ou via l’interface RS232.
SÛR : La conception originale de GECKO-2000® assure une sécurité totale de l’appareil : (protection de l’électronique même en cas de fuites de solvants inflammables.)
STABLE : Calibration In Situ et Linéarisation = CIL. GECKO-2000® est livré sans supplément avec un logiciel de programmation, système CIL, qui permet de calibrer ce chauffe-colonne HPLC pour une qualification rapide et fréquente par vousmême. Grâce à notre Système C.I.L., GECKO-2000® est conforme aux normes internationales de qualification(FDA - Pharmacopée Europe et US).Conforme aux normes CE.
The peltier heating/cooling column thermostat with the big compartment room can accommodate up to 4 columns with a length of up to 40 cms, ample space for valves and injectors is provided. Input is simplest via the alphanumerical keypad or Rs232-Interface. Temperature control completely programmable, isothermal steps / linear gradients.
Precise temperature control enhances separation and reproducibility and improves the quality of your analysis.
Using the peltier-technology offers you the possibility of heating and cooling, providing you with complete independence of the room temperature. This feature doesn’t only “come in handy” when working in low temperature ranges; with works having to be done at room temperature, a cooling might be necessary to grant exact steering.
Double-sensor-reference-technology and auto-calibration. Recurrent precise analysis...guaranteed.
The 2-way-forced-air-circulation guarantees perfectly even distribution of the thermostated air within the column compartment.
Thermo-insulated from the environment, accommodate up to 4 columns with a length of up to 40 cm. Ample space provided for pre-columns injector-valve and column-switch valve. Usable in horizontal and vertical position.
Self check and autocalibration at power-on, self-explaining instructions by 2-line liquid crystal display linear ramp calculations or steps can be programmed. Selectable parameters are: temperature, duration and rate of heating/cooling.
To ease in-house-quality-controls, we have created the auto-calibration-feature. After the input of a certain combination over the keypad, the column-thermostat will start an 8-hour-self-calibration- and control-routine. In addition, temperatures can be corrected via the keypad.
Integrated leak detection with adjustable sensitivity, acoustic warning signal and auto-switch-off. Temperature-Security-Feature (T-Lock) setable overtemperature protection to prevent destruction of temperature sensitive columns caused by handling errors. Continuous function monitoring and overtemperature protection for general safety.
| Temp. | Range 5-85° |
|---|---|
| Temp. Accuracy | +/- 0,1 ° |
| Temp. Stability | +/- 0.02 ° |
| Power supply | 100-245VAC 50/60Hz 100W |
| Outline dimensions | 135(W)x310(L)x450(H) mm, |
| Weight | 11 kg |
| description | jetstream | jetstr. 2 | jetstr.2 plus |
|---|---|---|---|
| heating/ cooling unit complete with fan and temp. sensor | 59101 | 59101 | 79101 |
| fan compartment | 49102 | 49102 | 79102 |
| fan rear panel | 59103 | 59103 | 59103 |
| processor board | 59105 | 69105 | 79112 |
| switching board | 59112a | 69112a | 79113 |
| power supply/ 220/ 110 V | 59112b/c* | 69112b | 69112 |
| keyboard complete | 59107 | 69107 | 69107 |
| leak sensor | 59114 | 59114 | 59114 |
| temp. sensor LM 35 | 59113 | 59113 | |
| leak sensor with cable and plug | 79114 | ||
| temp. sensor PT 1000 | 79115 | ||
| rear panel complete | 69000 | 79001 | |
| front door metal with isolation | 79116 | ||
| front door metal | 79116b | ||
| front door plexi | 59109 | 49109 | 49109 |
| key lock | 59198 | ||
| column clip metal | (per piece) | WL02 | |
| plastic caps (100 pcs) | 59199 | ||
| sealing (6m) | 59118 | 59118 | 59118 |
CHF100SA
|
CHF122SC
|
| Ref. | Flow Rate / Channel Max. | Residual Dissolved Oxygen | Channel Volume | Pressure Drop | Composition of Flow Path | W × H × D (mm) | Weight (kg) |
|---|---|---|---|---|---|---|---|
| DG-1116 | 500 µL / min. max. | 0.7 / 0.8 ppm max. at 100/200 µL / min. |
1 mL |
|
PTFE, PPS, ETFE | 70 × 150 × 260 | 4.0 |
| DG-1216 | |||||||
| DG-1316 | |||||||
| DG-2416 | 70 × 170 × 330 | 4.2 | |||||
| DG-1117 | 3 ml / min. max. | 0.8 ppm max. at 500 µL / min. |
3 mL |
|
PTFE, PPS, ETFE | 70 × 150 × 260 | 4.0 |
| DG-1217 | |||||||
| DG-1317 | |||||||
| DG-2417 | 70 × 170 × 330 | 4.2 | |||||
| DG-1110 | 7 ml / min. max. | 8 ppm max. at 1 mL / min. |
10 mL |
|
PTFE, PPS, ETFE | 70 × 150 × 260 | 4.0 |
| DG-1210 | |||||||
| DG-1310 | |||||||
| DG-2410 | 70 × 170 × 330 | 4.2 | |||||
| DG-2510 | |||||||
| DG-2610 | |||||||
| DG-1120 | 15 ml / min. max. | 1 ppm max. at 5 mL / min. |
18 mL |
|
PTFE, PPS, ETFE | 70 × 150 × 260 | 4.0 |
| DG-3210 | 70 × 170 × 365 | 4.5 | |||||
| DG-3310 | |||||||
| DG-4413 | 70 × 170 × 450 | 5.8 | |||||
| DG-3110 | 50 ml / min. max. | 1 ppm max. at 10 mL / min. |
55 mL |
|
PTFE, PEEK, ETFE | 70 × 150 × 365 | 4.0 |
| DG-4213 | 5.8 | ||||||
| DG-5413 | 70 × 170 × 450 | 9 |
The curent long-time best selling Degasys which incorporates PTFE membranous tubing has also been down-sized maintaining the high degassing characteristics and providing smaller internal volumes than Degasys thanks to the proprietary new miniature vacuum pump built in.
Degasys Populaire has also independent vacuum chambers built in for respective channels like Degasys Ultimate to avoid cross contamination.
| VOLUME | MAX. FLOW RATE | ||||||||
|---|---|---|---|---|---|---|---|---|---|
| 0.8 mL | 1 mL/minite/channel | ||||||||
| 2.5 mL | 3 mL/minite/channel | ||||||||
| 7.2 mL | 10 mL/minite/channel | ||||||||
| Ref. | Flow Rate / Channel Max. | Residual Dissolved Oxygen | Channel Volume | Pressure Drop | Composition of Flow Path | W × H × D (mm) | Weight (kg) | ||
|---|---|---|---|---|---|---|---|---|---|
| 1-4 CH | 5-8 CH | 1-4 CH | 5-8 CH | ||||||
| DP1001 DP2001 DP3001 DP4001 DP5001 DP6001 DP7001 DP8001 | 1mL / min. max. | 0.7ppm | 0.8mL |
(at 0.1 mL / min) |
PTFE, PPS, ETFE | 50 × 80 × 290 | 50 × 100 × 290 | 1.4 | 1.6 |
| DP1003 DP2003 DP3003 DP4003 DP5003 DP6003 DP7003 DP8003 | 3mL / min. max. | 0.7ppm | 2.5mL |
(at 0.5 mL / min) |
PTFE, PPS, ETFE | 50 × 80 × 290 | 50 × 100 × 290 | 1.4 | 1.6 |
| DP1010 DP2010 DP3010 DP4010 DP5010 DP6010 DP7010 DP8010 | 10mL / min. max. | 0.6ppm | 7.2mL |
(at 1 mL / min) |
PTFE, PPS, ETFE | 50 × 80 × 290 | 50 × 100 × 290 | 1.4 | 1.6 |
With a new amorphous fluoropolymer membranous tubing as well as our new proprietary miniature vacuum pump built in.
Degasys Ultimate features miniscule internal volumes and outstanding degassing characteristics unavailable elsewhere, not to speak of the incredibly down-sized dimensions and weight.
Degasys Ultimate is equipped with independent vacuum chambers for respective channels to avoid possible cross contamination.
The membranous tubing of an amorphous fluoropolymer has gas diffusion rates of 200 - 300 times that of PTFE tubing.
The enhanced gas transport rates provide faster degassing response time with shorter length of tubing, excellent mechanical and physical properties at temperatures up to 300 centigrade degrees, better mechanical properties including tubular burst strength when compared with PTFE tubing, higher coefficient of friction than PTFE tubing for secure end-fitting attachments and excellent chemical resistance.
| VOLUME | MAX. FLOW RATE |
|---|---|
| 200µL | 1 mL/minite/channel |
| 350µL | 3 mL/minite/channel |
| 500µL | 7 mL/minite/channel |
| 650µL | 10 mL/minite/channel |
| Ref. | Flow Rate / Channel Max. | Residual Dissolved Oxygen | Channel Volume | Pressure Drop | Composition of Flow Path | W × H × D (mm) | Weight (kg) | ||
|---|---|---|---|---|---|---|---|---|---|
| 1-4 CH | 5-8 CH | 1-4 CH | 5-8 CH | ||||||
| DU1001 DU2001 DU3001 DU4001 DU5001 DU6001 DU7001 DU8001 | µ1mL / min. max. | 0.7ppm | 0.2mL |
|
TeflonAF, PTFE, PPS, ETFE | 50 × 80 × 290 | 50 × 100 × 290 | 1.4 | 1.6 |
| DU1003 DU2003 DU3003 DU4003 DU5003 DU6003 DU7003 DU8003 | 3mL / min. max. | 0.7ppm | 0.35mL |
|
TeflonAF, PTFE, PPS, ETFE | 50 × 80 × 290 | 50 × 100 × 290 | 1.4 | 1.6 |
| DU1007 DU2007 DU3007 DU4007 DU5007 DU6007 DU7007 DU8007 | 7mL / min. max. | 0.9ppm | 0.5mL |
|
TeflonAF, PTFE, PPS, ETFE | 50 × 80 × 290 | 50 × 100 × 290 | 1.4 | 1.6 |
| DU1010 DU2010 DU3010 DU4010 DU5010 DU6010 DU7010 DU8010 | 10mL / min. max. | 0.6ppm | 0.65mL |
|
TeflonAF, PTFE, PPS, ETFE | 50 × 80 × 290 | 50 × 100 × 290 | 1.4 | 1.6 |
