GC900E Gas Chromatography, RT+5~400℃, model GC900E is manufactured by Shanghai HengPing Instrument and meter Co.,Ltd.
Specification
1. Event time procedure: The main board can set the time program (external event): 13 channels Second, the voltage range: 220V±10% Other voltages+5%-10% 3. Heating zone: 1. Ten independent heating zone controls (including oven temperature control) 2. High operating temperature of auxiliary heating zone: 400℃ 3. Independent small oven heating zone can be set Fourth, the column thermostat indicators: 1. Column box size: 280×300×180 mm 2. Operating temperature range: 5℃~400℃ higher than room temperature 3. Liquid nitrogen cold trap can be used: -80℃ to 400℃ 4. Dry ice cold trap can be used: -55℃ to 400℃ 5. Program heating: 24 stages and 25 platforms 6. Temperature setting accuracy: 0.1℃ 7. High program heating rate: 120℃/min 8. Long method running time: 999.99min 9. Can run column bleed compensation (dual channel) 10. The time from 350 °C to 50 °C is less than or equal to 4min, (with variable frequency motor) 5. Injection port: 1. Dual-channel injection port 2. The inlet type is optional: 3. Packed column inlet (with septum purging, can be connected to large-diameter capillary column) 4. Capillary column split/splitless inlet) 5. Temperature programmed cooling on-column inlet 6. Volatile components are connected in series with the injection port (specially equipped with sample pretreatment devices such as headspace/purging and trapping/thermal desorption) 6. Packed column inlet: 1. Electronic pressure/flow control 2. High operating temperature 400°C 3. Column head pressure setting range: 0-100psi 4. Column head pressure control setting accuracy: 0.01psi 5. Total flow setting range: 0 to 100 mL/min 6. Flow setting accuracy: 0.1mL/min 7. Replacement of reducing adapters can be adapted to 1/4 inch, 1/8 inch packed columns, and 0.53/0.32mm capillary columns 7. Split/splitless capillary column inlet: 1. Electronic pressure/flow control 2. High operating temperature 400°C 3. Column head pressure setting range: 0-100psi 4. Column head pressure control setting accuracy: 0.01psi 5. Total flow setting range: 0—1000ml/min (helium) 0—200ml/min (nitrogen) 6. Flow setting accuracy: 0.1ml/min 7. Large split ratio: 1:1000 Eight, temperature programmed cooling on-column inlet: 1. Electronic pressure/flow control 2. Column head pressure control setting accuracy: 0.01psi 3. Column head pressure setting range: 0—100psi 4. High operating temperature 400°C 5. Oven temperature tracking mode, self-pass temperature program mode 6. Adapt to 0.53/0.32/0.25/0.20mm capillary column 9. Volatile serial connection injection port: 1. Electronic pressure/flow control 2. Column head pressure setting range: 0—100psi 3. Column head pressure control setting accuracy: 0.01psi 4. Total flow setting range: 0-1000 ml/min (helium or hydrogen) 5. Flow setting accuracy: 0.1ml/min 6. High operating temperature 400°C 10. Detector: 1. All detectors are included as electronic flow control modules. 2. Optional detector Hydrogen flame ionization detector (FID, logarithmic amplifier) ②Thermal Conductivity Detector (TCD) ③ Electron capture detector (microcell ECD) ④Flame Photometric Detector (FPD) ⑤Helium ionization detector (PDHID) 11. Hydrogen flame ionization detector (FID): 1. Electronic flow/pressure control 2. Adaptation to packed and capillary columns 3. High operating temperature 400°C 4. Small detection limit: <1.0pg/s (n-C16) 5. Dynamic linear range: 107 (+10%) 6. Data collection frequency: high 100HZ 12. Electron Capture Detector (ECD): 1. Electronic flow/pressure control 2. Adaptation to packed and capillary columns 3. High operating temperature 400 °C 4. Recessive anode (with purge) 5. Detector compensation gas type: 5% methane/argon or nitrogen 6. Data acquisition frequency: high 100Hz 7. Dynamic linear range: >5*105 8. Small detection limit: <10fg/ml (C body 666) Thirteen, flame photometric detector (FPD): 1. Electronic flow/pressure control 2. High operating temperature 400 °C 3. Small detection limit: <10pg S/sec, <0.2pgP/sec 4. Dynamic linear range: >103S, >104P 14. Thermal Conductivity Detector (TCD): 1. Electronic pressure/flow control 2. High operating temperature 300 °C 3. Low detection limit (MDL): < 400 pg/ml (C3H8), using He carrier gas (laboratory environment may affect MDL) 4. Sensitivity: >10000 mv·ml/mg 5. Linear dynamic range: 105 (± 10%) 15. Auxiliary electronic flow control module: 1. Three-channel auxiliary pressure control module (pressure control mode) 2. Two-channel auxiliary pressure control module (pressure control mode) 3. Single-channel auxiliary pressure control module (pressure control mode) 4. Single-channel gas flow control module (pressure/flow control mode)
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