Small gas flow does not necessarily mean simple compression requirements. The Jinding GL0 Diaphragm Compressor combines low-volume gas handling with a wide pressure range, providing compression solutions for high-purity, inert, flammable, explosive, toxic and other special gases. With models reaching up to 39.2 MPa exhaust pressure, the series is suitable for buyers looking for a compact diaphragm compressor for specialized high-pressure gas applications.
The GL0 Diaphragm Compressor is built around one practical requirement: handling relatively small gas volumes under different pressure conditions. Some projects require only fractions of a cubic meter per hour, while others need several cubic meters per hour but at significantly higher discharge pressure. For this reason, GL0 Diaphragm Compressor models provide multiple combinations of flow, suction pressure and exhaust pressure, allowing the equipment to be selected according to the actual gas process rather than simply choosing a standard capacity.
Product main parameters
Model
Compressed medium
Volumetric flow rate
(Nm³/h)
Suction pressure
(MPa)
Exhaust pressure
(MPa)
Speed
(r/min)
Overall dimensions
(mm)
Weight
(t)
Electric motor
Power(kW)
Voltage(V)
GL0-0.3/100
High purity gases, inert gases, flammable and explosive gases, toxic gases, and other special gases
0.3
1atm
9.8
400~430
1350×750×900
0.4
2.2
≈380
GL0-1/2.5~60
1
0.25
6
3
GL0-1/200
1
1atm
19.6
2.2
GL0-1/160
1
1atm
15.7
2.2
GL0-3/8
0.07~1.2
1atm
0.8
2.2
GL0-1.3/1.2~160
1.3
0.12
15.7
2.2
GL0-1.3/6.5~100
1.3
0.65
9.8
2.2
GL0-1.5/6.5~100
1.5
0.65
9.8
2.2
GL0-1.5/5~100
1.5
0.5
9.8
2.2
GL0-1.6/12
1.6
1atm
1.2
2.2
GL0-1.6/1.2~160
1.6
0.12
15.7
2.2
GL0-2/1.2~160
2
0.12
15.7
2.2
GL0-2/6.5~100
2
0.65
9.8
2.2
GL0-2/10~140
2
1.0
13.7
2.2
GL0-2/12~160
2
1.2
15.7
2.2
GL0-2/13~200
2
1.3
19.6
3
GL0-2/12
2
1atm
1.2
2.2
GL0-2/2~80
2
0.2
8
3
GL0-2.8/8~400
2.8
0.8
39.2
3
GL0-3/2~150
3
0.2
14.7
3
GL0-5/6~160
5
0.6
15.7
2.2
High-Pressure Performance for Low-Flow Applications
For many specialized gas projects, purchasing a larger compressor simply because the discharge pressure is high can create unnecessary equipment costs and installation requirements.
The GL0 Diaphragm Compressor series addresses a different procurement scenario.
It provides relatively small flow capacities while maintaining the ability to handle high discharge pressures. For example, the GL0-2.8/8 ~ 400 configuration combines a nominal flow of 2.8 Nm³/h with an exhaust pressure of 39.2 MPa.
This type of configuration is particularly relevant when the gas requirement is limited in volume but demanding in pressure.
Compact Equipment for Specialized Gas Systems
The listed GL0-0.3/100 model has overall dimensions of 1350 × 750 × 900 mm and a weight of approximately 0.4 t, illustrating the compact positioning of the series.
Other models are also designed around relatively small gas handling capacities.
For buyers working with limited installation space, pilot systems or specialized gas equipment, compressor footprint can be an important purchasing consideration alongside pressure and flow.
Suitable Procurement Applications
Buyer or Application
Why the GL0 Series May Be Suitable
Specialty Gas Companies
Small-volume compression with different pressure requirements
Laboratories
Suitable capacity range for research and experimental gas systems
Research Institutes
Flexible operating conditions for specialized gas projects
Gas Filling Systems
High-pressure configurations for selected filling requirements
Chemical Companies
Compression of process or special gases subject to medium evaluation
High-Purity Gas Users
Diaphragm separation helps prevent direct contact between the compressed medium and lubricating oil
Pilot Plants
Suitable capacity range for small-scale process development
Equipment Integrators
Compact compressor configurations for integration into specialized gas systems
Key Operating Data for Model Selection
Our GL0 Diaphragm Compressor includes many different pressure combinations because compressor selection should begin with the actual operating condition.
Before selecting a model, buyers should provide:
1. Suction pressure
2. Suction temperature
3. Required exhaust pressure
4. Required volumetric flow rate
5. Compressed gas medium
6. Project-specific operating requirements
When the gas is a special medium, its composition and relevant physical and chemical properties should also be provided.
This information allows the compressor configuration to be evaluated according to the real application rather than selecting equipment based only on a model number.
Frequently Asked Questions
What is the flow range of the GL0 Diaphragm Compressor?
The listed GL0 models cover volumetric flow rates from 0.3 Nm³/h to 5 Nm³/h.
What is the highest exhaust pressure available in the listed models?
The highest listed exhaust pressure is 39.2 MPa, available on the GL0-2.8/8 ~ 400 model.
Is the GL0 series intended for large industrial gas throughput?
The GL0 series is primarily positioned for relatively small-volume gas compression. Buyers requiring significantly higher flow rates can consider other diaphragm compressor series based on their operating requirements.
What gases can be compressed?
The series can be evaluated for high-purity gases, inert gases, flammable and explosive gases, toxic gases and other special gases.
Can the compressor take gas directly from atmospheric pressure?
Yes. Several listed configurations use atmospheric pressure as the suction condition.
What information should I provide when requesting a quotation?
Please provide the compressed medium, suction pressure, suction temperature, required exhaust pressure, required flow rate and relevant usage requirements. For special gases, composition and physical and chemical property information should also be provided.
Planning an industrial gas compression or acetylene production project? Send Jinding Technology your application details, including gas composition, inlet and outlet pressure, required capacity and operating conditions. Our team can review the information and discuss relevant equipment options, technical requirements and quotation details.
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