The Combined Twin Tower Nitrogen Generator uses an EPSEA high-temperature refrigerated dryer combined with a twin-tower nitrogen generator to keep the molecular sieve at a constant temperature (optimal 20–30°C), giving full play to the performance of the carbon molecular sieve.
The Combined Twin Tower Nitrogen Generator uses an EPSEA high-temperature refrigerated dryer combined with a twin-tower nitrogen generator to keep the molecular sieve at a constant temperature (optimal 20–30°C), giving full play to the performance of the carbon molecular sieve. Its integrated design is only half the size of split type equipment, making transport and installation easy.
EPSEA high-temperature refrigerated dryer combined with a twin-tower nitrogen generator keeps the molecular sieve at a constant 20–30°C, giving full play to the performance of the carbon molecular sieve.
Only half the installation size of split type equipment, convenient for transportation and installation.
Includes EPSEA refrigerated dryer, EPSEA high-efficiency oil removal filter, front air buffer tank, twin tower nitrogen generator, rear nitrogen process tank, dust filter and flow meter. All installation is completed; the user can use it after powering on and ventilating.
Integrated controller provides real-time monitoring of equipment operating status and records operating data.
Parameters of Different Types
| Item | Specification |
|---|---|
| Nitrogen purity | 99.5–99.999% |
| Power requirements | 220V/380V/50HZ |
| Maximum intake air temperature | 60°C |
| Noise | ≤80dB |
| Minimum intake temperature | 10°C |
| Nitrogen dew point | ≤-40°C |
| Inlet pressure | 0.6–0.85MPa |
| Control method (Standard) | Separate control |
| Maximum ambient temperature | 45°C |
| Control method (High match) | Integrated controller |
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The customer previously relied on purchased nitrogen, which was costly and not stable enough in supply. Production has certain requirements for nitrogen purity and continuous supply, which the previous method could not meet.
SolutionWe configured a combined nitrogen generator with integrated nitrogen generation and buffer storage, meeting continuous nitrogen demand. After commissioning, nitrogen purity is stable, supply is reliable, and nitrogen cost is reduced.
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