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Medicinal high-purity nitrogen generator
Technical parameter table Model HF-3HF-5HF-10HF-20 Nitrogen production rate 3m/h
Product details
Technical parameter table
model
|
HF-3
|
HF-5
|
HF-10
|
HF-20
|
Nitrogen production rate
|
3m³/h
|
5m³/h
|
10m³/h
|
20m³/h
|
Nitrogen purity
|
≥99.999%
|
≥99.999%
|
≥99.999%
|
≥99.999%
|
Nitrogen outlet pressure
|
0.2-0.55Mpa(gauge pressure)
|
0.2-0.55Mpa(gauge pressure)
|
0.2-0.55Mpa(gauge pressure)
|
0.2-0.55Mpa(gauge pressure)
|
Installed power
(Excluding air compressor) |
0.6KW
|
0.7KW
|
0.8KW
|
1.0KW
|
power supply
|
220V/50HZ
|
220V/50HZ
|
220V/50HZ
|
220V/50HZ
|
HF-100 HF-200 HF-300 HF-400 HF-500 HF-600 HF-800 HF-1000
|
Nitrogen standard(Based on customer requirements, this table is for reference only)
number
|
Test project
|
standard(China)(Pure nitrogen)
|
Standard(USP32)
|
Standard(EP60)
|
notes
|
1
|
odor
|
No special odor
|
No special odor
|
No special odor
|
laws and regulationsGBT8979—2008
Technical indicators for pure nitrogen, high-purity nitrogen, and ultra pure nitrogen pharmacopoeiaUSP32 pharmacopoeiaEP60 GMPImplementation Guidelines Guidelines for Drug Production Validation |
2
|
Moisture testing (related to dew point temperature)
|
≤15.0×10-6
|
——
|
≤67ppm
|
|
3
|
Nitrogen purity
|
Meet the process requirements99.99%
|
≥99.0
|
≥99.5
|
|
4
|
Dust particle testing
|
——
|
——
|
——
|
|
5
|
Aseptic experiment
|
<1CFU/m3
|
——
|
——
|
|
6
|
oxygen
|
≤50.0×10-6
|
≤1×10-2
|
≤50ppm
|
|
7
|
hydrogen
|
≤15.0×10-6
|
——
|
——
|
|
8
|
carbon monoxide
|
≤5.0×10-6
|
≤1.0×10-5
|
≤5ppm
|
|
9
|
carbon dioxide
|
≤10.0×10-6
|
——
|
≤300ppm
|
|
10
|
methane
|
≤5.0×10-6
|
——
|
——
|
|
11
|
Reference basis
|
laws and regulationsGBT8979—2008
Technical indicators for pure nitrogen, high-purity nitrogen, and ultra pure nitrogen GMPImplementation Guidelines Guidelines for Drug Production Validation |
pharmacopoeiaUSP32
|
pharmacopoeiaEP60
|
after-sale service
Upon receiving customer debugging information during the debugging phase, and if the customer meets the debugging conditions, they must arrive on site within 48 hours. Regular follow-up visits are conducted to address any potential issues that may arise during equipment operation, eliminate potential faults, and maintain the unit in good working condition.
Free training for the buyer's personnel (including training at the manufacturing plant and installation site), the training content mainly includes the working principles, architecture, process flow, operating procedures, daily maintenance and management of the entire device and system, system fault analysis and resolution, etc.
Free training for the buyer's personnel (including training at the manufacturing plant and installation site), the training content mainly includes the working principles, architecture, process flow, operating procedures, daily maintenance and management of the entire device and system, system fault analysis and resolution, etc.
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