Gz Type Purity Oxygen Compressor Natural Gas Hydrogen Diaphragma Compressor Nitrogen LPG Compressor

Gz Type Purity Oxygen Compressor Naturalis Gas Hydrogen Diaphragma Compressor Nitrogen LPG Compressor Featured Image

Description:

Min.Ordinis / MAL Reference Price:1 SET'

Portus:Qingdao, China

Capacitas productio:D sets / year

Pensio conditio:L/C ,T/T

Principium:Displacement Compressor

Applicatio:Princeps Back Pressura Type

Euismod:Humilis Sonitus, Variabilis Frequentia, Explosio-Proof

Lubricatio Style:Oleum libero

Modus agitare:Electric Motor Driven

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Reciprocaing Oleum Free Diaphragma Gas Compressor

Lorem nostra societas in variis generibus compressorum faciendi, talis as:Diaphragma compressor,P iston compressorAer compressores;Nitrogenium generans,Oxygen generans,Gas cylindrici, etc.Omnia producta nativus esse potest secundum parametris tuis et aliis requisitis.

Diaphragma gasorum compressor volumen compressor specialis structurae est.Supremus modus est compressionis -level in agro gas compressionis.Haec pressio methodus secundae pollutionis non habet.Vestibulum compresso praesidium valde bonum habet.Bonus signatio, felis compressa, oleo lubricante aliisque solidis immunditiis non inquinatur.Ideo convenit ad comprimendam puritatem altam, raram pretiosam, flammabilem et explosivam, noxiam et noxiam, corrosivam, et altam pressionem gas.
diaphragma gasi compressoris est variatio compressoris reciproci cum tergum et anulis anulis et calamo signatis classicis.Compressio gasi fit per membranam flexibilem, loco attractio elementi.Tergo movens membrana virga et machina crankshaft impellitur.Solum membrana et arca compressor tactus cum gas exantlaretur.Quam ob rem haec constructio aptissima est ad vapores toxicos et explosivos flare.Membrana satis certa esse debet ad contentionem gasi exanthandi.Debet etiam habere proprietates chemicae sufficientes et resistentiam temperiem sufficientem.
Diaphragma compressor maxime componitur ex motoribus, basibus, crankshaft pixides, crankshaft connexiones virgas, partes cylindricae, oleum et organa gasi, systemata electrica, et quaedam accessoria.

Processus principiumDiaphragma gas compressor

Secundum necessitates utentis, elige ius genus compressor ad usus necessarios utentis.Diaphragma metalli compressor diaphragmatis gas ab hydroulico systemate omnino separat ut puritatem gasi et nullam pollutionem gasi curet.Eodem tempore provectae technologiae technicae et accuratae membranae cavitatis technologiae designandi sunt, ut operas vitae diaphragmatis compressoris diaphragmatis adiuvet.Nulla pollutio: coetus metalli diaphragmatis processus gas ab oleo hydraulico et lubricante partes olei ad puritatem gasi curandam omnino separat.

Utilitas diaphragmatis gas compressor

1. Compressio oleum liberarum ob hermeticam separationem inter gas et oleum cubiculi.

2. Abrasio-compressio libera ob stabilita sigilla in gas stream

3. Lorem shutdown si diaphragmate defectum prohibet damnum

4. Maximum compressionem rationum-pressionis solvendi usque ad 1000bar.

5. Contaminatio Free Compressio

6. Corrosio Resistentia

7. High Reliability Specification of Diaphragma Gas Compress

Diaphragma compressor tribus diaphragmatibus fragmentis constat.Diaphragma in area circumquaque ab olei hydraulicis parte coagmentatur et processus gasi lateris emittitur.Diaphragma ab exactore hydrau in capite velo pellitur ad compressionem et translationem gasi consequendam.Praecipuum corpus compressoris diaphragmatis duobus systematibus constat: systematis olei hydraulicum et systema compressionis gasi, et membrana metallica has duas systemata separat.

Basice, structura compressoris diaphragmatis in duas partes dividitur: compagem hydraulicam et compagem pneumaticam.In processu compressione duo gradus sunt: plaga suctus et plaga partus.

Commoda Diaphragma compressor:

Bonum signaculum euismod.
Cylindrus bonum caloris dissipationis effectus habet.
Omnino oleum liberum, gas puritas praestari potest quam 99,999% altior.
Rationes compressionis altae, pressio missionis altae usque ad 1000bar.
Longa vita servitii plusquam XX annos.

GZ series diaphragma compressor referat List

Model	Aquae refrigerandae consummatio (t/h)	Displacement (Nm³/h)	Intake pressura (MPa)	Pressura exhauriunt (MPa)	Dimensiones L×W×H (mm)	Pondus (t)	Motor Power (kW)
GZ-2/3	1.0	2.0	0.0	0.3	1200×700×1100	0.5	2.2
GZ-5/0.5-10	0.2	5.0	0.05	1.0	1400×740×1240	0.65	2.2
GZ-5/13-20	0.4	5.0	1.3	20	1500×760×1200	0.75	4.0
GZ-15/3-19	0.5	15	0.3	1.9	1400×740×1330	0.75	4.0
GZ-30/5-10	0.5	30	0.5	1.0	1400×740×1330	0.7	3.0
GZ-50/9.5-25	0.6	50	0.95	2.5	1500×760×1200	0.75	5.5
GZ-20/5-25	0.6	20	0.5	2.5	1400×760×1600	0.65	4.0
GZ-20/5-30	1.0	20	0.5	3.0	1400×760×1600	0.65	5.5
GZ-12/0.5-8	0.4	12	0.05	0.8	1500×760×1200	0.75	4.0
GZ-5/0.5-8	0.2	5.0	0.05	0.8	1400×740×1240	0.65	2.2
GZ-14/39-45	0.5	14	3.9	4.5	1000×460×1100	0.7	2.2
GZ-60/30-40	2.1	60	3.0	4.0	1400×800×1300	0.75	3.0
GZ-80/59-65	0.5	80	5.9	6.5	1200×780×1200	0.75	7.5
GZ-30/7-30	1.0	30	0.7	3.0	1400×760×1600	0.65	5.5
GZ-10/0.5-10	0.2	10	0.05	1.0	1400×800×1150	0.5	4.0
GZ-5/8	0.2	5.0	0.0	0.8	1400×800×1150	0.5	3.0
GZ-15/10-100	0.6	15	1.0	10	1400×850×1320	1.0	5.5
GZ-20/8-40	1.0	20	0.8	4.0	1400×850×1320	1.0	4.0
GZ-20/32-160	1.0	20	3.2	16	1400×850×1320	1.0	5.5
GZ-30/7.5-25	1.0	30	0.75	2.5	1400×850×1320	1.0	7.5
GZ-5/0.1-7	1.0	5.0	0.01	0.7	1200×750×1000	0.6	2.2
GZ-8/5	1.0	8.0	0.0	0.5	1750×850×1250	1.0	3.0
GZ-11/0.36-6	0.4	11	0.093	0.6	1500×760×1200	0.75	3.0
GZ-3/0.2	1.0	3.0	0.0	0.02	1400×800×1300	1.0	2.2
GZ-80/20-35	1.5	80	2.0	3.5	1500×800×1300	0.9	5.5
GZ-15/30-20	1.0	15	3.0	20	1400×1000×1200	0.8	4.0
GZ-12/4-35	1.0	12	0.4	3.5	1500×1000×1500	0.8	5.5
GZ-10/0.5-7	0.4	10	0.05	0.7	1500×760×1200	0.75	3.0
GZ-7/0.1-6	1.0	7.0	0.01	0.6	1200×900×1200	0.8	3.0
GZ-20/4-20	1.0	20	0.4	2.0	1400×850×1320	0.75	2.2

How to get the quoation as it is the customized compressor?

Nota: pro altero compressore gasi nativus, benigne mitte informationes infra officinas nostras ut calculare sumptus pro item tuo producendo.

1.Flow rate: _______Nm3/h
2.Gas Media: ______ Hydrogenium vel Gas naturale vel Oxygenium vel gas aliud?
3.Inlet pressura: ___bar(g)
4.Inlet temperatus: _____ºC
5.Outlet pressura: ____ bar (g)
6.Outlet temperatus: ____ºC
7.Installation: _____indoor vel velit?
8.Location ambientium temperatus: ____ºC
9.Power supply: _V/ _Hz/ _3Ph?
10.Cooling methodus pro gas:______ aerem refrigerandi vel aquae refrigerandi?