Multifunctional Hydraulic Breaker

Description:

Quomodo eligo ruptorem hydraulicum meum excavatorem meum?
Cum praevaricatorem hydraulicum pro tuo excavatore eligendo, debes considerare fractionis pondus operantem, industriam impulsum, et compatibilitatem cum systemate hydraulico excavatoris tuo.Gravis etiam est aestimare genus materiae solvendi eris, et applicatio ut magnitudinem ac speciem ruptoris eliges.

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Product Detail

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Hydraulic Breaker Main Structure

Back Caput
Oleum nexus instruxit (input /output) et valvae gas
Maximized navitas
Gas NITROGENIUM in occipitio comprimitur, semel piston sursum movetur ab pressione olei et energiae, quae in blowenergiam sicut piston descendit efficaciter convertitur.
Systema valvae
Facilis accessus valvae ditionis externae.
Cylindrus Regulator
Moderator auget efficaciam operandi cum potentiae ruptore regulante et numero impactorum, regente distantiam piston moventis.
Valvae Regulator
Plectrum regat oleum fluxum et pressuram aestimatae in frangenti
Accumulator
Accumulator cinematographicae cinematographicae componitur, in superiore parte a gaso nitrogenico comprimitur et cum cylindro adnectitur.
ictus, part.
Cylindrus
Minima ratio hydraulica ruptor dat augendi efficientiam ad reciprocum piston, ubi tensio alta et humilis
circuit.
-Cylinder De stabilitate
Cylindrus per praecisionem machinae fabricatur cum congrua qualitate certitudinis, satisfactionem qualitatem exhibens.
Piston
Piston in cylindrum inauguratus est, qui oleum pressionis in potestatem ictum saxa frangendi convertit.
-Durability
Qualitas probatae materiae in intensione, anti-stitu, resistentia caloris, contumacia, anti-iacta, interna pressione vitam piston extendunt.
-Post Management
Conveniens qualitas certitudinis ratio praebet satisfactionis qualitatem.
per Bolt
Claustra 4 signa firmiter figere magnas partes in ruptor
Ante caput
Frons caput ruptorem et ecclesiam cum rubo sustinet, offensiones e scalpro buffering.

Hydraulic Breaker exemplum supplere possumus

Hydraulic Breaker Latus & Top & Silentium Type
Model	Unitas	GT450	GT530	GT680	GT750	GT450	GT530	GT680
Pondus operating (parte)	Kg	100	130	250	380	100	130	250
Pondus operating (top)	Kg	122	150	300	430	122	150	300
Pondus operating (siluerunt)	Kg	150	190	340	480	150	190	340
Opus O	L/Min	20-30	25-45	36-60	50-90	20-30	25-45	36-60
Opus Pressura	Bar	90-100	90-120	110-140	120-170	90-100	90-120	110-140
Impact Rate	Bpm	500-1000	500-1000	500-900	400-800	500-1000	500-1000	500-900
Caelum Diameter	mm	45	53	68	75	45	53	68
Hose Diameter	Inch	1/2	1/2	1/2	1/2	1/2	1/2	1/2
Lorem CAVATOR Pondus	Ton	1-1.5	2.5-4.5	3-7	6-9	1-1.5	2.5-4.5	3-7
Model	Unitas	GT750	GT850	GT1000	GT1250	GT1350	GT1400	GT1500
Pondus operating (parte)	Kg	380	510	760	1320	1450	1700	2420
Pondus operating (top)	Kg	430	550	820	1380	1520	1740	2500
Pondus operating (siluerunt)	Kg	480	580	950	1450	1650	1850	2600
Opus O	L/Min	50-90	45-85	80-120	90-120	130-170	150-190	150-230
Opus Pressura	Bar	120-170	127-147	150-170	150-170	160-185	165-185	170-190
Impact Rate	Bpm	400-800	400-800	400-700	400-650	400-650	400-500	300-450
Caelum Diameter	mm	75	85	100	125	135	140	150
Hose Diameter	Inch	1/2	3/4	3/4	1	1	1	1
Lorem CAVATOR Pondus	Ton	6-9	7-14	10-15	15-18	18-25	20-30	25-30
Model	Unitas	GT1550	GT1650	GT1750	GT1800	GT1900	GT1950	GT2100
Pondus operating (parte)	Kg	2500	2900	3750	3900	3950	4600	5800
Pondus operating (top)	Kg	2600	3100	3970	4100	4152	4700	6150
Pondus operating (siluerunt)	Kg	2750	3150	4150	4200	4230	4900	6500
Opus O	L/Min	150-230	200-260	210-280	280-350	280-350	280-360	300-450
Opus Pressura	Bar	170-200	180-200	180-200	190-210	190-210	160-230	210-250
Impact Rate	Bpm	300-400	250-400	250-350	230-320	230-320	210-300	200-300
Caelum Diameter	mm	155	165	175	180	190	195	210
Hose Diameter	Inch	1	5/4	5/4	5/4	5/4	5/4	3/2,5/4
Lorem CAVATOR Pondus	Ton	27-36	30-45	40-55	45-80	50-85	50-90	65-120