Page 7 - GC-2050

Less Energy and Gas Consumption Safer and even faster analysis with H 2 gas
Hydrogen sensor

Helium carrier gas 30 cm/s
Hydrogen carrier gas 60 cm/s
ECO design

The Brevis GC-2050 consumes 30 % less power than conventional GCs. It also minimizes helium usage and supports
operations with alternative carrier gases.
About 50% reduction
Comparison of power consumption
on a GC run cycle.
300
Power consumption [Wh] 250 Approx. High-performance insulating materials and a smaller oven have High-speed analysis of impurities in benzene using hydrogen carrier gas
5.0
6.0
7.0
4.0
8.0
1.0
9.0
3.0
2.0
min
200
150
eliminated heat loss. As a result, the Brevis GC-2050 achieves about a 30
100
consumption
50 30 % % reduction in power consumption during analysis compared to
conventional GCs.
0 The Brevis GC-2050 can be equipped with a hydrogen sensor. Not only does it enable early detection of potential
Conventional GC-2050
leaks in the oven and maintain a safe standby mode, but if a hydrogen leak occurs, it turns off the main power to
The amount of electricity consumed will vary
depending on the laboratory environment. prevent an accident. In addition, the GC main unit has an automatic carrier gas leak check function that supports
the use of hydrogen carrier gas. Furthermore, a gas selector* can switch the carrier gas to nitrogen after an
analysis has been completed to enhance safety. Hydrogen carrier gas enables fast analysis (application example
Minimizing helium gas usage above) and maximizes throughput in the laboratory.
* Hydrogen sensor and gas selector are options.
2500
Helium Gas Consumption [mL] 2000 Approx. mode can reduce the amount of carrier gas released from the split flow
In the split/splitless sample introduction method, the carrier gas save
1500
path to outside the GC system after sample transfer to the column for
1000
analysis. Further gas savings can be achieved by using the optional gas
500
consumption
such as N2 except during analysis.
0 90 % selector to automatically switch the gas from He to an alternative one
Not used Carrier gas saving function
When used with gas selector
Sample Sample Sample
injection injection injection
Gas Carrier gas Carrier gas Savings with Carrier gas
consumption Save Mode Save Mode gas selector Save Mode

He N2 He

Status Batch analysis N2 Supply Batch analysis

Waiting for
gas replacement

Auto Auto Analysis
switching Switching start
• Analysis time: 30 minutes; Split ratio: 100 • Carrier gas save mode: Split ratio set to 10 one minute after sample injection
• Total analysis time per day: 5 hours

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