Key Features
● Oxygen and moisture levels below 1 ppm under specified standard operating conditions
● Inert gas operation using nitrogen or argon
● Automatic gas purification and regeneration controlled by PLC
● Large and small antechambers for controlled material transfer
● Oxygen and moisture monitoring with configurable alarm limits
● 304 stainless steel working chamber with a durable internal surface
● 12 m³/h vacuum pump for antechamber evacuation and pressure control
● 90 m³/h integrated circulation flow for continuous atmosphere purification
● Automatic pressure, vacuum, cleaning and alarm functions
● Leakage rate detection using oxygen concentration and pressure methods
● Siemens Smart 700 touchscreen PLC interface for operating status and system records
● ntegrated organic solvent adsorption system for applications involving solvent vapors
Technical specifications
| Item | Specification |
|---|---|
| Model | SZO-2440 |
| Glove Box Material | 304 stainless steel, 3 mm thickness |
| Inner Surface | Stainless steel wire drawing treatment |
| Outer Surface | White painted finish |
| Front Window | Inclined, 8 mm thick |
| Glove Ports | Aluminum alloy with O-ring sealing |
| Gloves | Butyl rubber, 0.4 mm thick, 8" diameter, 32" length |
| Filter | 0.3 μm |
| Gas Connections | 1 gas inlet + 1 gas outlet |
| Working Gas | Nitrogen or argon |
| Shelves | 3 adjustable stainless steel shelves |
| Power Interface | 220 V |
| Spare Ports | 7 × DN 40 KF |
| Oxygen Level | <1 ppm under specified standard conditions |
| Moisture Level | <1 ppm under specified standard conditions |
| Circulation Flow | 90 m³/h |
| Vacuum Pump Flow Rate | 12 m³/h |
| Vacuum Pump Type | Rotary vane pump with oil mist filter |
| Ultimate Vacuum | ≤2 × 10⁻¹ Pa |
| Purification Catalyst | Copper catalyst, 5 kg |
| Molecular Sieve | 5 kg |
| Deoxygenation Capacity | 60 L |
| Dehydration Capacity | 2 kg |
| Regeneration Gas | Working gas + hydrogen, 5–10% H₂ |
| Oxygen Sensor Range | 0–1,000 ppm |
| Oxygen Sensor Accuracy | 0.2 ppm |
| Moisture Sensor Range | 0–1,000 ppm |
| Industrial Air Conditioner | 1,050 W cooling capacity |
| Temperature Range | 15–36°C |
| Power Supply | 220 V / 50 Hz |
Large and Small Antechambers
The SZO-2440 is equipped with both large and small antechambers to support controlled transfer of materials into and out of the glove box.
Large Antechamber
The large antechamber has a diameter of 360 mm and a length of 600 mm. It is constructed from 304 stainless steel and includes a stainless steel sliding tray, double-door structure and analog pressure gauge. Vacuum evacuation and gas replenishment are automatically controlled through the PLC system.
Small Antechamber
The small antechamber has a diameter of 150 mm and a length of 300 mm, with approximately 100 mm extending into the glove box. It uses a 304 stainless steel chamber with a manually operated double-door structure and analog pressure gauge.
The two antechamber configurations provide flexibility for transferring different sizes of materials and equipment while helping minimize disruption to the controlled atmosphere.
Gas Purification & Circulation System
The gas purification system continuously circulates the working atmosphere through the purification column to remove oxygen and moisture from the glove box environment.
The system uses a 304 stainless steel purification vessel containing 5 kg of copper catalyst and 5 kg of molecular sieve. Under specified standard operating conditions, the system is designed to maintain oxygen and moisture levels below 1 ppm.
The circulation system supports nitrogen or argon as the working gas and provides an integrated fan flow rate of 90 m³/h. Regeneration is automatically controlled by the PLC using a mixture of the working gas and hydrogen, with a hydrogen concentration of 5–10%.
An integrated 12 m³/h rotary vane vacuum pump is used for antechamber evacuation and pressure management. The pump is equipped with an oil mist filter and vibration control.
Automatic Control & Monitoring
The SZO-2440 uses a PLC-based control system to monitor and manage the glove box operating environment.
Key control functions include:
● Automatic vacuum evacuation and gas replenishment of the large antechamber
● Automatic atmosphere cleaning and gas replacement
● Adjustable chamber pressure control within ±10 mbar
● Automatic protection when pressure exceeds the specified safety range
● Configurable oxygen and moisture alarm limits
● System error and warning messages
● Automatic leakage rate detection
● Historical oxygen and moisture data recording
● Automatic chamber protection against excessive negative pressure
● Foot-pedal pressure control for convenient operation
● Self-diagnosis and automatic restart functions
● Password protection and operating cycle control
● Built-in calculation functions for molecular weight and chemical dosage
A Siemens Smart 700 touchscreen displays chamber pressure, system status, operating records and alarm information.
System Components & Configuration
Display and Control System
The SZO-2440 uses a Siemens Smart 700 PLC touchscreen to display equipment operating status, chamber pressure, system records, alarm information and other operating parameters. The PLC system also controls key functions including pressure regulation, vacuum operation, atmosphere cleaning, regeneration and system protection.
Vacuum System
The glove box is equipped with an Edwards rotary vane vacuum pump with a flow rate of 12 m³/h. The pump can be operated manually or through the PLC system and is used to evacuate the antechamber and maintain pressure balance within the glove box.
The vacuum pump is equipped with an oil mist filter and vibration control. The specified ultimate vacuum is ≤2 × 10⁻¹ Pa.
Oxygen Sensor
The SZO-2440 uses an electrochemical fuel cell oxygen analyzer for continuous monitoring of oxygen concentration inside the glove box.
Measuring range: 0–1,000 ppm
Accuracy: 0.2 ppm
Solvent-compatible
Maintenance-free design
Moisture Sensor
The moisture sensor continuously monitors moisture concentration inside the controlled atmosphere. It is suitable for applications involving moisture-sensitive materials, including lithium battery research and metal-organic material handling.
Measuring range: 0–1,000 ppm
Organic Solvent Adsorber
An organic solvent adsorber is installed inside the glove box for applications involving solvent vapors. The system is filled with 10 kg of molecular sieve to adsorb solvent-related impurities while supporting regeneration of the adsorption material.
For applications involving specific solvents or chemical processes, the appropriate configuration should be confirmed according to the actual operating conditions.
Industrial Air Conditioner
An industrial air-conditioning unit is installed on the top of the glove box to help maintain a stable internal operating temperature.
Rated cooling capacity: 1,050 W
Temperature adjustment range: 15–36°C
Power supply: 220 V / 50 Hz
Input power: 650 W
Dimensions: 580 × 560 × 400 mm
Weight: 48 kg
Why Use a Lab Glove Box?
Many laboratory materials and processes are sensitive to oxygen, moisture or atmospheric contamination. A lab glove box provides a sealed working environment in which materials can be handled under a controlled inert atmosphere.
By combining gas purification, circulation, pressure control and controlled material transfer, the SZO-2440 helps laboratories maintain stable atmospheric conditions during sensitive operations.
For applications requiring oxygen and moisture levels below 1 ppm under specified conditions, the SZO-2440 provides an integrated solution for controlled-atmosphere laboratory work.
Is the SZO-2440 Right for Your Application?
The SZO-2440 is suitable for laboratories and research facilities that need a controlled inert atmosphere for oxygen- or moisture-sensitive materials.
It is particularly suitable for:
● Lithium battery research and development
● Battery material laboratories
● Materials science research
● Chemical laboratories
● Air-sensitive material handling
● Moisture-sensitive material research
● University and industrial research laboratories
The SZO-2440 is a good fit when the application requires controlled atmosphere conditions, oxygen and moisture monitoring, material transfer through antechambers, and automated purification and regeneration.
For special materials, solvents or process requirements, SZO can evaluate the application and recommend the appropriate glove box configuration.
Performance Acceptance Criteria
Under standard acceptance conditions of 20°C ambient temperature, standard atmospheric pressure, 99.999% purity inert gas and an empty chamber, the oxygen and moisture levels are specified to be below 1 ppm.
Lithium Battery Research
The SZO-2440 can be used for lithium battery materials research, electrode material handling, electrolyte-related processes and other laboratory work where exposure to oxygen and moisture needs to be controlled.
Air-Sensitive Materials
The glove box provides a controlled inert atmosphere for handling materials that may react with oxygen or moisture during laboratory preparation, testing or storage.
Materials Science
Suitable for research involving moisture-sensitive and oxygen-sensitive materials, advanced materials and experimental processes requiring controlled atmospheric conditions.
Chemical Research
The controlled chamber environment can support chemical research involving oxygen-sensitive or moisture-sensitive compounds and processes.
Metal-Organic Materials
The glove box can be used for laboratory work involving moisture-sensitive metal-organic materials and related research processes.
Application Cases
SZO-2440 lab glove box used for lithium battery research
FAQ
What is the SZO-2440 lab glove box used for?
The SZO-2440 is designed for laboratory applications involving oxygen-sensitive or moisture-sensitive materials. Typical applications include lithium battery research, materials science, chemical research and controlled-atmosphere material handling.
What oxygen and moisture levels can the SZO-2440 achieve?
Under the specified standard acceptance conditions, the oxygen and moisture levels are below 1 ppm.
What working gases can be used?
The SZO-2440 supports nitrogen or argon as the working gas.
Does the SZO-2440 have an antechamber?
Yes. The system includes both a large antechamber and a small antechamber for controlled material transfer.
Is the purification system automatic?
Yes. Gas purification, circulation and regeneration are controlled through the PLC system. The regeneration process uses the working gas mixed with 5–10% hydrogen.
How are oxygen and moisture levels monitored?
The glove box is equipped with oxygen and moisture sensors with a measuring range of 0–1,000 ppm. Alarm limits can be configured through the control system.
Can the SZO-2440 be customized?
The glove box can be configured according to application requirements. Customization may include chamber configuration, antechamber arrangement, purification system, sensors, vacuum system and other equipment parameters. Specific requirements should be confirmed with SZO.
What vacuum pump is used?
The system uses a 12 m³/h rotary vane vacuum pump with an oil mist filter and vibration control. The specified ultimate vacuum is ≤2 × 10⁻¹ Pa.
Does SZO provide technical support?
SZO can provide equipment installation guidance, commissioning support, operation guidance and technical assistance according to the project requirements.
Request a Quote for the SZO-2440 Lab Glove Box
Tell us your application requirements, working gas, oxygen and moisture targets, chamber configuration and other technical requirements. Our team can recommend a suitable configuration and provide a quotation.