Introduction
The 700 EX Nano GC gas chromatograph is specifically designed for industrial analysis, making it suitable for online or portable applications in explosion-proof industrial settings. The instrument
adopts a compact explosion-proof design, is compact and lightweight, and can continuously and accurately monitor component concentrations in sample fluids in applications such as natural gas, refining, chemicals, power, steel, and environmental applications.
The 700 EX Nano GC gas chromatograph can be installed directly on pipelines or walls, eliminating the need for expensive analysis booths; simple pretreatment of sample gases enables online analysis of various gas components.
Thanks to extremely low gas consumption, a 40L carrier cylinder can provide continuous use for the instrument for up to 7 years; With a minimum operating power of up to 6 W, it can be equipped with a solar power system, suitable for outdoor or grid-free scenarios.
Features
> Compact size, lightweight
> Short analysis time, improves production efficiency
> Can be built into multiple pressure regulators and flow selection valves
> Pipeline or wall mounting, can be installed outdoors
> Local interface sensing touch or gesture operation
> Very low carrier and sample gas consumption
> Extremely low power consumption
> Low procurement, installation, and maintenance costs
Specifications
| Injection type | Miniature injectors (fixed FX, straight-through VV, reverse blow BF), sample valves |
| Chromatographic column | Capillary columns, micro-filled columns |
| Temperature control | Maximum temperature is 250°C, with a control accuracy of 0.01°C |
| Pressure control | Electronic pressure control, control accuracy of 0.01 psi |
| Detection channels | Up to 2 (depending on application) |
| Detector | Thermal conductivity detector (TCD), minimum detection limit 0.5 ppm |
| Flame ionization detector (FID), minimum detection limit 0.05 ppm | |
| Concentration range | 0 – 100% |
| Analyze the time | ≤ 2 min (Typical) |
| Repeatability | ≤ 0.1% RSD (Controlled Environment) |
| Carrier gas type | Nitrogen N2, argon He, helium He, hydrogen H2, air |
| Carrier gas consumption | 2 mL/min (typical channel value) |
| Air Connection Interface | 1/8″ Swagelock |
| Data storage | SQL databases and file servers |
| Workstation | NextWL, EliteChrom |
| Operation terminal | 4.3″ LCD color screen, touch sensing keys, gesture control (optional), external computer |
| Sample injection channel | Internal or external sample flow path switching (optional) |
| Communication interface | Network port RJ45, serial port RS232/RS485, wireless (optional) |
| Communication protocols | ModbusRTU、ModbusTCP、GRPC |
| Protection rating | IP66 |
| Explosion-proof level | Ex db IIC T6 Gb |
| Instrument dimensions | Φ170×430 mm |
| Φ170×380 mm (no local interface configuration) | |
| Installation method | Walls or pipes |
| Air source | Gas cylinders or gas generators |
| Weight | 9 kg |
| Power supply | 12 VDC, minimum 6 W (depending on application) |
| Work environment | Temperature: -20 – 55 °C, Humidity: 0 – 95% |
Applications
Petroleum and natural gas exploration
Mud logging
Permanent gas,
Refinery gas,
Liquefied petroleum gas
Sspecialty gas quality control
Syngas and catalytic reactions
Biogas
Cracking, ethylene
Power plant exhaust gas
Reforming and catalytic processes
Isomerization devices
Coal-to-olefin
Flares, exhaust gas
Fermentation process
Gas desulfurization
Natural gas pipeline monitoring
Natural gas calorific value analysis
Natural gas odorizers
Coke oven gas,
Blast furnace gas
Sulfide gas
Ambient gases
