Nitrogen purity analyzer in three-quarter view with 99.999% N₂ display, five keys, one flowmeter and quick-coupled sample tube

클린룸 테스트 및 검증 장비

질소 순도 분석기 Nitrogen Purity Analyzer

A portable nitrogen purity analyzer that measures residual oxygen in a nitrogen stream and presents both calculated percent-N₂ purity and the underlying oxygen concentration through one controlled sample channel.

Trace O₂-based nitrogen check.
Percent N₂ and ppm O₂ display.
Single controlled portable sample path.

견적 요청 제품 찾아보기

상품 소개

This portable analyzer uses a dedicated trace-oxygen sensing path to evaluate nitrogen from generators, pipelines and storage points. Its tall protected enclosure combines one display, a five-key navigation cluster, one visible variable-area flowmeter and one fine-control valve without the multiple channels of a general gas-quality system. The primary screen can show calculated nitrogen purity while a smaller line retains the measured oxygen value in ppm. Because nitrogen purity is inferred from residual oxygen, the calculation is appropriate only when oxygen is the defined balance impurity; moisture, argon, carbon dioxide, hydrocarbons and other contaminants require separate measurements when they are relevant to the specification.

주요 기능

Trace-oxygen measurement supports sensitive monitoring of high-purity nitrogen rather than relying on a coarse percent-gas sensor.

Dual presentation keeps the calculated percent-N₂ value and the actual residual-O₂ reading visible for clearer interpretation.

One slim flowmeter and one fine adjustment valve provide a simple, observable sample condition during purge and stabilization.

A short low-volume tube, stainless inlet and detachable quick coupling help limit ambient-air ingress when moving between sampling points.

Five-key interface separates navigation, confirmation and calibration functions while retaining a compact single-screen layout.

Tall portable housing, integrated handle, rear support and protected service cover suit temporary checks beside nitrogen generation and distribution equipment.

고객 제품 관심사

High-purity nitrogen checks are especially sensitive to ambient-air leaks, permeable tubing, insufficient regulator purge and unstable sample flow; the meaning of a calculated N₂ value also depends on whether oxygen is truly the only balance impurity being assessed.

A calculated nitrogen percentage may be mistaken for a complete impurity assay.Use the displayed N₂ value only when residual oxygen is the defined balance impurity, retain the ppm O₂ result, and measure moisture, argon, carbon dioxide or hydrocarbons separately when the gas specification controls them.

Minute air leaks or trapped air can overwhelm a low-ppm oxygen measurement.Use low-permeation tubing and leak-tight fittings, keep the sample path short, purge the regulator and complete line thoroughly, and wait for a stable trend before recording the result.

Incorrect pressure or sample flow can slow response or stress the sensor path.Condition the source pressure before the inlet, set the single fine valve gradually and maintain the flowmeter within the configured operating band.

Sensor selection can be affected by background gas, combustible components or prolonged exposure to ambient oxygen.Choose zirconia or electrochemical sensing to suit the nitrogen matrix, review cross-sensitivity and exposure limits, and isolate or purge a trace sensor according to its operating instructions.

A low reading after moving between sampling points may reflect incomplete purge rather than true gas quality.Apply a consistent line volume, flow and stabilization criterion at every point, then verify the analyzer periodically with an appropriate zero or certified oxygen-in-nitrogen reference gas.

일반적인 응용 프로그램

Pressure-swing-adsorption nitrogen generator commissioningNitrogen pipeline and point-of-use purity checksCylinder filling and bulk-gas transfer verificationInerting and blanketing gas monitoringGlovebox, laser-cutting and electronics-process nitrogen checks

기술 매개변수

The construction below represents a portable nitrogen purity analyzer centered on trace-oxygen measurement. Measurement range, sensor chemistry, flow setting, pressure conditioning and wetted materials should be selected for the nitrogen source, expected residual-O₂ level and other gases present.

핵심 재료	Impact-resistant PC/ABS enclosure with an anodized-aluminum internal carrier, 316L stainless-steel wetted inlet, PTFE sample tubing, borosilicate flow tube and a trace-oxygen sensor selected for the nitrogen matrix
패널 두께	Typically 2.5-3.5 mm for the molded front panel and enclosure walls
유효 폭	Approximately 210-260 mm across the portrait-format portable enclosure
최대 길이	Approximately 320-390 mm over the complete enclosure, excluding the detachable sample tube
강철 면면 두께	Typically 0.8-1.2 mm for internal stainless sensor brackets and electromagnetic shields
코어 밀도	Approximately 1080-1180 kg/m³ for the PC/ABS enclosure components
열전도도 (Thermal Conductivity)	Approximately 0.18-0.22 W/(m·K) for the PC/ABS enclosure components
표면 마무리	Deep-navy fine-texture outer shell, light-gray recessed instrument panel, cyan-white LCD, black controls, clear flow tube, satin stainless fittings and transparent or black low-permeation sample tubing
접합 유형	Single stainless sample inlet with detachable quick-coupled tube, panel-mounted fine-flow valve, one protected sensor-service cover and a rear folding support
사용자 정의	의도된 응용 프로그램 및 운영 환경에 따라 사용할 수 있습니다.

사용 가능한 옵션

Zirconia trace-oxygen sensor for clean inert-gas backgroundsElectrochemical trace-oxygen sensor for compatible process-gas matricesSelectable ppm-O₂ and calculated percent-N₂ display modesAlternative flow-control and inlet-pressure conditioning rangesStainless compression, barb or quick-coupling sample kitsRechargeable battery, data logging and configurable analog-output packages

Planning a Nitrogen Purity Analyzer specification?

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