Cylindrus hydraulico-rotativus a dente et regula

Cylindrus hydraulico-rotativus a dente et regula

Imago cylindri hydraulici rotationis pini et sectoris Actuatoris hydraulici rotatorii pinionis-sectoris. Descriptio: Actuator hydraulicus rotatorius pinionis-sectoris convertit energiam hydraulicam in motum oscillatorium vel angularem. Motus reciprocans linearis cylinderi hydraulici...

Introductio
Plura producta

Introductio

Imago cylindri hydraulici rotatorii dentati et cremalis

Actuator Hydraulicus Rotatorius Dentati-Cremalis

Conspectus
Actuator hydraulicus rotatorius dentati-cremalis convertit energiam hydraulicam in motum oscillantem vel angularem. Motus reciprocans linearis cylindri hydraulici movet cremalem, quae ingreditur cum rota dentata ut rotationem bidirectionalem generet. Vis cylindri mechanice multiplicatur in torque per transmissionem cremali-dentatam, et angulus oscillationis proportionalis est cursui cremalis, efficiens 0°–720°rotationem.
Actuator constat ex stelo pinionis, pistillo dentato, corpore cylindri et systemate obsignandi. Communes fixationis formae includunt brachiolum et fixationem pedis. Formae structurales includunt designa singula et duplex dentata, quae in pluribus seriebus et magnitudinibus offeruntur ad variatas necessitates torqueas complendas. Cunei finis cursus (scil. 15° per extremum) operationem lenem praebent.

Praecipua Praestantia Perficundi
1. Magnus Torque
Torque proportionalis est pressioni operativa, et cum amplificatione mechanica systematis denticuli et pinnaculi, actuator usque ad 1,150,000 Nm (ex., UBZ320). Idoneus ad applicationes industriales gravissimas.

2. Praecisio Regulatio
Cum encoderibus rotatoris vel sensoribus displacementis facultativis, actuator systema servo clausum efficit:

・Backlash ≤ 10 minuta arcus

・Repetibilitas positionis ≤ 0,05°

Idoneus automationi et positionamento altissimae praecisionis.

3. Compaxis Designus & Facilis Mantea
Optionalis integratus hydrauliceus energetici pecten permittit installationem plug-and-play, telemandatum, et operationem PLC/PC.

Usus
Ferrum et Metalurgia

・Inclinationem Cucurbitae
・Brachia oscillationis molaris fili ferri
・Apteri volventes gryros et machinae conversionis

Marinus & Energeticus
・Stabilizatores alarum navales
・Mechanismi gubernationis
・Actuatores valvularum subaquaticarum (usque ad 2300 m profunditatis)

Instrumenta specialia
・Apparatus probationis oneris torque
・Mechanismi inclinati busci frangentis
・Agitationes compactae putres

Automatio
・Tabulae index rotationis
・Articulationes rotatoriae roboticae
・Lineae productionis automatizatae

UB Series Gear-Rack Rotary Actuator
Actuatores seriei UB a machina hydraulica URANUS independentia sunt elaborati et adoptati ut JB/ZQ4713-98 decies milia actuatores UB in toto orbe terrarum iam tradidimus.

Peculiaritates
・Montatio: Flangea / Pes
・Structura: Unicus gradus / Duplex gradus
・8 series × 10 foraminum dimensiones × 10 moduli
・Pressio nominalis: 16 MPa / 25 MPa / 31.5 MPa
・Pressio initiandi humilis (≤1,5 MPa), altum efficiens
・Latissimus thermorum ambitus −50°C ad +260°C
・Optima obturatio et longa vita usus

Compatibilitas fluidorum
Operatur cum oleo minerali, emulsione, aqua-glycole, estere phosphato, etc. (Specificandum cum ordinatur.)

Conservatio
Generaliter sine ulla mantientione. Lubricatio annua commendatur. Si minima effusio accidit, redige oleum in vas; obturationes mutes tantum cum torque iam non satisfacit.

Optionem Hydraulicae Machinae
Idoneum pro systematibus singulorum actuatum:
・Valvulae relief praesaturatae et fabrica impletas
・Regulatio torsiōnis indepēnscēns ad directiones CW/CCW
・Reservāculum plene clausum
・Non recommendatur pro temperiēie ambiantis 80°C

Disponuntur Designationes Personarum
Solutions personalizatas offrimus, inter quas:
1. Actuatores rotatorii Servo (pressio initiandi <0.5 MPa, ludus ≤0.02, repetibililitas ≤0.05°)
2. Torque ultra-magna (1,150,000 Nm) et micro-actuatores (<1 kg)
3. Exitus speciales: axis dualis, combinatus axis/perforatio, axis crenatus, foramen crenatum
4. Specialis fixatio: gemina forcula, flange unilateralis
5. Mechanismi fine regulationis anguli
6. Valvulae inclusae, valvulae contrapondus pro camera singula/gemina

Exempla Productorum:

1. Cylindrus Hydraulicus Oscillationis UBJZS140-172°
- Caliber: 140 mm
- Angulus: 172°
- Methodus Montandi: Supportum Pedale
- Typus: Duplicis Denticuli
- Productum: Axis Clavium Parallelum Duplex
- Diametros Axis: 145e8 mm
- Angulus Cuspidis Extremi: 12°
- Torque: 40,996 Nm
- Pressio Nominalis: 16 MPa - Pressio Experimenti: 21 MPa
- Fluidum Operans: Oleum Hydraulicum

2. Electricus Cylindrus Oscillationis UBFKD40-90°HP01
- Diameter Cylindri: 40 mm - Angulus: 90° - Torque: 2,480 Nm
- Modus Iuncturae: Flange - Genus: Cratis Singula
- Modus Emissionis: 4 Foramina Clavium Parallela φ50⁺⁰·⁰³ mm - Angulus Cuspidis Extremi: 15°
- Plica Potestatis Hydraulicae
- Pressio Nominalis: 21 MPa - Fluxus Nominalis: 1.6 L/min - Potentia Motoris: 0.75 kW, 380V AC

3. Systema Regulandi Portae per Motorem DC UBFKD100-95°+UP16X6BEG
- Alesanus: 100 mm - Angulus: 95° - Modus Alligandi: Flangea - Genus: Crank Singularis
- Exitus: Alesanus Biforis Clavi Paralleli φ85H7 mm - Torque: 8,320 Nm - Angulus Cunei Finalis: 15°
Pastrum potentiae hydraulicae
- Pressio Rata: 16 MPa - Fluxus Ratus: 6 L/min - Potentia Motoris: 2 kW, 48V DC
- Fluidum Operans: Oleum Hydraulicum

4. Cylindrus Oscillans pro Grui Silvestri UBTZSJ80-380°H
Alesanus: 80 mm Angulus: 380° Modus Alligandi: Fulcrum Pedale Genus: Crank Duplicatus
Modus Exeundi: Axis cum Flangea
Pressio Rata: 19 MPa Pressio Experimenti: 22 MPa Torque: 15,280 Nm Liquor Laboris: Oleum Hydraulicum

Ecce exemplaria productorum seriei UB et seriei UBZ

Actuator Hidraulicus Rotativus Ensignii et Pinnulae Series UB (JB/ZQ4713-2006)

Exemplum Selectionis: Actuator rotatorius cum connectione flangii, axes output, duplici dente recto, 8818 Nm
torquens, angulus oscillationis 368°, cuneus finalis, et unitas hydraulica P05

Tabula Specificarum Fundamentalium pro Actuatore Rotatorio Hydraulico Serie UB a Dente Recto (JB/ZQ4713-2006)

Structura	Modus connexionis	Model		Diameter Cylindri (mm)	Torque Output (Nm) (P: Pressio Operandi Mpa)	Torque Output ad P=16 MPa (Nm)	Volumen Olei per Gradum Rotationis (L/°)	Velocitas Oscillationis cum Unitate Hydraulica (°/s) (Sine cuneo)
		Axes Output	Foramen Output					P01	P02	P03	P04	P05	P06	P07	P08	P09	P10	P11
Singuli rastri	Flange	UBFZD40	UBFKD40	40	55 (P-1.5)	798	0.00097	26	34	48	60	72	86	98	120	140	172	240
	Pes	UBJZD40	UBJKD40
	Flange	UBFZD50	UBFKD50	50	98 (P-1.5)	1421	0.00171	15	19	27	34	41	49	55	68	80	97	136
	Pes	UBJZD50	UBJKD50
	Flange	UBFZD63	UBFKD63	63	171 (P-1.5)	2480	0.00299	B	11	16	20	23	28	32	39	46	56	78
	Pes	UBJZD63	UBJKD63
	Flange	UBFZD80	UBFKD80	80	302 (P-1.4)	4409	0.00526	4.8	6	9	11	13	16	18	22	26	31	44
	Pes	UBJZD80	UBJKD80
	Flange	UBFZD100	UBFKD100	100	566 (P-1.3)	8320	0.00987	2.5	3	4.7	5.9	7	8.4	9.6	11	14	17	23
	Pes	UBJZD100	UBJKD100
	Flange	UBFZD125	UBFKD125	125	994 (P-1.3)	14612	0.01735	1.4	2	2.7	3.3	4	4.8	5.5	6.7	7.9	9.6	13
	Pes	UBJZD125	UBJKD125
	Flange	UBFZD140	UBFKD140	140	1385 (P-1.2)	20498	0.02418	1	1.4	1.9	2.4	2.9	3.4	3.9	4.8	5.6	6.9	9.6
	Pes	UBJZD140	UBJKD140
	Flange	UBFZD160	UBFKD160	160	2010 (P-1.2)	29748	0.03509	0.7	0.9	1.3	1.7	2	2.4	2.7	3.3	3.9	4.7	6.6
	Pes	UBJZD160	UBJKD160
	Flange	UBFZD180	UBFKD180	180	2748 (P-1.1)	40945	0.04797	0.5	0.7	1	1.2	1.5	1.7	2	2.4	2.8	3.5	4.9
	Pes	UBJZD180	UBJKD180
	Flange	UBFZD200	UBFKD200	200	3958 (P-1.0)	59370	0.06909	0.3	0.5	0.6	0.8	1	1.2	1.4	1.6	2	2.4	3.2
	Pes	UBJZD200	UBJKD200
Duplex-rudus	Flange	UBFZS40	UBFKS40	40	110 (P-1.5)	1595	0.00193	13	17	24	30	36	43	49	60	70	81	120
	Pes	UBJZS40	UBJKS40
	Flange	UBFZS50	UBFKS50	50	196 (P-1.5)	2842	0.00343	7.5	9.5	14	17	20	24	23	34	40	49	68
	Pes	UBJZS50	UBJKS50
	Flange	UBFZS63	UBFKS63	63	342 (P-1.5)	4959	0.00598	4	5.5	8	10	12	14	16	19	23	28	39
	Pes	UBJZS63	UBJKS63
	Flange	UBFZS80	UBFKS80	80	604 (P-1.4)	8818	0.01053	2.4	3	4.5	5.5	6.5	8	9	11	13	16	22
	Pes	UBJZS80	UBJKS80
	Flange	UBFZS100	UBFKS100	100	1132 (P-1.3)	16640	0.01974	1.3	1.6	2.3	3	3.5	4.2	4.8	5.9	7	8.4	12
	Pes	UBJZS100	UBJKS100
	Flange	UBFZS125	UBFKS125	125	1988 (P-1.3)	29224	0.03470	0.7	1	1.3	1.7	2	2.4	2.7	3.8	3.9	4.8	6.7
	Pes	UBJZS125	UBJKS125
	Flange	UBFZS140	UBFKS140	140	2770 (P-1.2)	40996	0.04836	0.5	0.7	1	1.2	1.4	1.7	2	2.4	2.8	3.4	4.8
	Pes	UBJZS140	UBJKS140
	Flange	UBFZS160	UBFKS160	160	4020 (P-1.2)	59496	0.07018	0.3	0.5	0.7	0.8	1	1.2	1.3	1.6	1.9	2.3	3.3
	Pes	UBJZS160	UBJKS160
	Flange	UBFZS180	UBFKS180	180	5496 (P-1.1)	81890	0.09593	0.2	0.3	0.5	0.6	0.7	0.8	1	1.2	1.4	1.7	2.4
	Pes	UBJZS180	UBJKS180
	Flange	UBFZS200	UBFKS200	200	7916 (P-1.0)	118740	0.13817	0.1	0.2	0.3	0.4	0.5	0.6	0.7	0.8	1	1.2	1.6
	Pes	UBJZS200	UBJKS200
Motoris potentia unitatis hydraulicae (kW) (380V 50Hz)								0.55	0.75	1.1	1.5	1.5	2	2	2.2	3	4	4

UBFZD Actuator Hidraulicus Rotativus Seriae Singularis Cum Patella, Cum Axis Exsertus

α: Angulus oscillationis, secundum petitiones clientis determinatus (in intervallo 0° ad 720°, cum tolerantia anguli ±1°). Pro maioris praecisionis vel adjustmenti finae anguli, quaeso specifica cum ordinatio.

Model	φ1	φ2	φ3	L1	L2	L3	L4	L5	L6	L7	L8	L9	L10	L11	L12	M1	M2 × Profunditas Foraminis
UBFZD40	70	95	75	105	140	160	164	184	55	197	154	6	20	233+1.54α	79	M22×1.5	M12×20
UBFZD50	80	105	85	125	146	185	170	210	66	231	163	6	22	254+1.75α	90	M22×1.5	M12×20
UBFZD63	90	115	95	140	164	200	194	232	72	253	190	6	25	275+1.92α	100	M27×2	M16×25
UBFZD80	95	125	100	150	175	225	205	257	86	292	212	8	25	328+2.09α	105	M27×2	M16×25
UBFZD100	115	145	120	165	194	265	234	306	100	343	244	8	32	370+2.51α	129	M33×2	M20×30
UBFZD125	125	155	130	170	230	285	274	334	116	390	284	8	32	417+2.83α	139	M42×2	M24×35
UBFZD140	145	180	150	200	240	305	286	354	125	418	290	10	36	423+3.14α	161	M42×2	M24×35
UBFZD160	165	200	170	220	255	330	315	390	140	464	314	10	40	484+3.49α	183	M48×2	M30×45
UBFZD180	175	220	180	240	330	380	390	440	152	518	380	12	45	578+3.77α	195	M48×2	M30×45
UBFZD200	195	240	200	260	365	440	425	500	170	578	438	12	45	610+4.40α	215	M48×2	M30×45

Schema Perimetrale Actuatoris Rotatorii Hydraulici Seriae Singularis Cunei, ad Flange, cum Arboris Evolutum et Unitate Potestatis Hydraulica

UBFZS Actuator Rotatorius Hydraulicus Series Biplicis Cunei, Ad Flange, Cum Evolutione Arbores

Model	φ1	φ2	φ3	L1	L2	L3	L4	L5	L6	L7	L8	L9	L10	L11	L12	M1	M2 × Profunditas Foraminis
UBFZS40	70	95	75	105	140	160	164	184	110	210	154	6	20	233+1.54α	79	M22×1.5	M12×20
UBFZS50	80	105	85	125	146	185	170	210	132	252	163	6	22	254+1.75α	90	M22×1.5	M12×20
UBFZS63	90	115	95	140	164	200	194	232	144	274	190	6	25	275+1.92α	100	M27×2	M16×25
UBFZS80	95	125	100	150	175	225	205	257	172	327	212	8	25	328+2.09α	105	M27×2	M16×25
UBFZS100	115	145	120	165	194	265	234	306	200	380	244	8	32	370+2.51α	129	M33×2	M20×30
UBFZS125	125	155	130	170	230	285	274	334	232	446	284	8	32	417+2.83α	139	M42×2	M24×35
UBFZS140	145	180	150	200	240	305	286	354	250	482	290	10	36	423+3.14α	161	M42×2	M24×35
UBFZS160	165	200	170	220	255	330	315	390	280	538	314	10	40	484+3.49α	183	M48×2	M30×45
UBFZS180	175	220	180	240	330	380	390	440	304	596	380	12	45	578+3.77α	195	M48×2	M30×45
UBFZS200	195	240	200	260	365	440	425	500	340	656	438	12	45	610+4.40α	215	M48×2	M30×45

Schema Perimetrale Actuatoris Rotatorii Hydraulici Seriae Biplicis Cunei, ad Flange, cum Arboris Evolutum et Unitate Potestatis Hydraulica

UBFKD Actuator Rotatorius Hydraulicus Series Singularis Cunei, Ad Flange, Cum Evacuatione Foraminis

Model	φ1	φ2	φ3	L1	L2	L3	L4	L5	L6	L7	L8	L9	L10	L11	L12	M1	M2 × Profunditas Foraminis
UBFKD40	50	95	75	105	140	160	164	184	55	197	154	6	14	233+1.54α	57.6	M22×1.5	M12×20
UBFKD50	60	105	85	125	146	185	170	210	66	231	163	6	18	254+1.75α	68.8	M22×1.5	M12×20
UBFKD63	65	115	95	140	164	200	194	232	72	253	190	6	18	275+1.92α	73.8	M27×2	M16×25
UBFKD80	70	125	100	150	175	225	205	257	86	292	212	8	20	328+2.09α	79.8	M27×2	M16×25
UBFKD100	85	145	120	165	194	265	234	306	100	343	244	8	22	370+2.51α	95.8	M33×2	M20×30
UBFKD125	90	155	130	170	230	285	274	334	116	390	284	8	25	417+2.83α	100.8	M42×2	M24×35
UBFKD140	105	180	150	200	240	305	286	354	125	418	290	10	28	423+3.14α	117.8	M42×2	M24×35
UBFKD160	120	200	170	220	255	330	315	390	140	464	314	10	32	484+3.49α	134.8	M48×2	M30×45
UBFKD180	125	220	180	240	330	380	390	440	152	518	380	12	32	578+3.77α	139.8	M48×2	M30×45
UBFKD200	140	240	200	260	365	440	425	500	170	578	438	12	36	610+4.40α	156.8	M48×2	M30×45

Schema Perimetrale Actuatoris Rotatorii Hydraulici Seriae Singularis Cunei, ad Flange, cum Evacuatione Foraminis et Unitate Potestatis Hydraulica

UBFKS Actuator Rotatorius Hydraulicus Series Biplicis Cunei, Ad Flange, Cum Evacuatione Foraminis

α: Oscillationis angulus, secundum clientis postulationes determinatus (in intervallo 0° ad 720°, cum tolerantia anguli ±1°). Ad altiorem praecisionem vel anguli fine regulatio, specificanda est ordinatione.

Model	φ1	φ2	φ3	L1	L2	L3	L4	L5	L6	L7	L8	L9	L10	L11	L12	M1	M2 × Profunditas Foraminis
UBFKS40	50	95	75	105	140	160	164	184	110	210	154	6	14	233+1.54α	57.6	M22×1.5	M12×20
UBFKS50	60	105	85	125	146	185	170	210	132	252	163	6	18	254+1.75α	68.8	M22×1.5	M12×20
UBFKS63	65	115	95	140	164	200	194	232	144	274	190	6	18	275+1.92α	73.8	M27×2	M16×25
UBFKS80	70	125	100	150	175	225	205	257	172	327	212	8	20	328+2.09α	79.8	M27×2	M16×25
UBFKS100	85	145	120	165	194	265	234	306	200	380	244	8	22	370+2.51α	95.8	M33×2	M20×30
UBFKS125	90	155	130	170	230	285	274	334	232	446	284	8	25	417+2.83α	100.8	M42×2	M24×35
UBFKS140	105	180	150	200	240	305	286	354	250	482	290	10	28	423+3.14α	117.8	M42×2	M24×35
UBFKS160	120	200	170	220	255	330	315	390	280	538	314	10	32	484+3.49α	134.8	M48×2	M30×45
UBFKS180	125	220	180	240	330	380	390	440	304	596	380	12	32	578+3.77α	139.8	M48×2	M30×45
UBFKS200	140	240	200	260	365	440	425	500	340	656	438	12	36	610+4.40α	156.8	M48×2	M30×45

Schema Perimetrale Rotatorii Hydraulicus Actuatoris Serie Duplex-Dentatorum, Cum Orificio in Flange, Una Cum Unitate Potestatis Hydraulicus

UBJZD Impositus Pedale, Cum Axis Transmissorius, Serie Simplex-Dentatorum Rotatorius Hydraulice Motor

Model	φ1	φ2	φ3	L1	L2	L3	L4	L5	L6	L7	L8	L9	L10	L11	L12	M1
UBJZD40	70	13.5	75	105	140	160	110	25	55	188	154	6	20	233+1.54α	79	M22×1.5
UBJZD50	80	13.5	85	125	146	185	131	25	66	215	163	6	22	254+1.75α	90	M22×1.5
UBJZD63	90	17.5	95	140	164	200	142	35	72	236	190	6	25	275+1.92α	100	M27×2
UBJZD80	95	17.5	100	150	175	225	168	35	86	267	212	8	25	328+2.09α	105	M27×2
UBJZD100	115	22	120	165	194	265	195	35	100	306	244	8	32	370+2.51α	129	M33×2
UBJZD125	125	26	130	170	230	285	228	40	116	354	284	8	32	417+2.83α	139	M42×2
UBJZD140	145	26	150	200	240	305	246	40	125	377	290	10	36	423+3.14α	161	M42×2
UBJZD160	165	33	170	220	255	330	274	45	140	415	314	10	40	484+3.49α	183	M48×2
UBJZD180	175	33	180	240	330	380	303	45	152	475	380	12	45	578+3.77α	195	M48×2
UBJZD200	195	33	200	260	365	440	333	45	170	520	438	12	45	610+4.40α	215	M48×2

Schema Perimetrale Rotatorii Hydraulicus Actuatoris Serie Simplex-Dentatorum, Impositi Pedale, Cum Axis Transmissorius, Una Cum Unitate Potestatis Hydraulicus

UBJZS Impositus Pedale, Cum Axis Transmissorius, Serie Duplex-Dentatorum Rotatorius Hydraulice Motor

Model	φ1	φ2	φ3	L1	L2	L3	L4	L5	L6	L7	L8	L9	L10	L11	L12	M1
UBJZS40	70	13.5	75	105	140	160	110	25	110	215	154	6	20	233+1.54α	79	M22×1.5
UBJZS50	80	13.5	85	125	146	185	131	25	132	257	163	6	22	254+1.75α	90	M22×1.5
UBJZS63	90	17.5	95	140	164	200	142	35	144	279	190	6	25	275+1.92α	100	M27×2
UBJZS80	95	17.5	100	150	175	225	168	35	172	332	212	8	25	328+2.09α	105	M27×2
UBJZS100	115	22	120	165	194	265	195	35	200	385	244	8	32	370+2.51α	129	M33×2
UBJZS125	125	26	130	170	230	285	228	40	232	451	284	8	32	417+2.83α	139	M42×2
UBJZS140	145	26	150	200	240	305	246	40	250	487	290	10	36	423+3.14α	161	M42×2
UBJZS160	165	33	170	220	255	330	274	45	280	543	314	10	40	484+3.49α	183	M48×2
UBJZS180	175	33	180	240	330	380	303	45	304	601	380	12	45	578+3.77α	195	M48×2
UBJZS200	195	33	200	260	365	440	333	45	340	661	438	12	45	610+4.40α	215	M48×2

Schema Perimetrale Rotatorii Hydraulicus Actuatoris Serie Duplex-Dentatorum, Impositi Pedale, Cum Axis Transmissorius, Una Cum Unitate Potestatis Hydraulicus

UBJKD Impositus Pedale, Cum Axis Transmissorius, Serie Duplex-Dentatorum Rotatorius Hydraulice Motor

Model	φ1	φ2	φ3	L1	L2	L3	L4	L5	L6	L7	L8	L9	L10	L11	L12	M1
UBJKD40	50	13.5	75	105	140	160	110	25	55	188	154	6	14	233+1.54α	57.6	M22×1.5
UBJKD50	60	13.5	85	125	146	185	131	25	65	215	163	6	18	254+1.75α	68.8	M22×1.5
UBJKD63	65	17.5	95	140	164	200	142	35	72	236	190	6	18	275+1.92α	73.8	M27×2
UBJKD80	70	17.5	100	150	175	225	168	35	86	267	212	8	20	328+2.09α	79.8	M27×2
UBJKD100	85	22	120	165	194	265	195	35	100	306	244	8	22	370+2.51α	95.8	M33×2
UBJKD125	90	26	130	170	230	285	228	40	116	354	284	8	25	417+2.83α	100.8	M42×2
UBJKD140	105	26	150	200	240	305	246	40	125	377	290	10	28	423+3.14α	117.8	M42×2
UBJKD160	120	33	170	220	255	330	274	45	140	415	314	10	32	484+3.49α	134.8	M48×2
UBJKD180	125	33	180	240	330	380	303	45	152	475	380	12	32	578+3.77α	139.8	M48×2
UBJKD200	140	33	200	260	365	440	333	45	170	520	438	12	36	610+4.40α	156.8	M48×2

Schema Perimetrale Rotatorii Hydraulicus Actuatoris Serie Simplex-Dentatorum, Impositi Pedale, Cum Foramine Incluso, Una Cum Unitate Potestatis Hydraulicus

UBJKS Impositus Pedale, Cum Foramine Incluso, Serie Duplex-Dentatorum Rotatorius Hydraulice Motor

Model	φ1	φ2	φ3	L1	L2	L3	L4	L5	L6	L7	L8	L9	L10	L11	L12	M1
UBJKS40	50	13.5	75	105	140	160	110	25	110	215	154	6	14	233+1.54α	57.6	M22×1.5
UBJKS50	60	13.5	85	125	146	185	131	25	132	257	163	6	18	254+1.75α	68.8	M22×1.5
UBJKS63	65	17.5	95	140	164	200	142	35	144	279	190	6	18	275+1.92α	73.8	M27×2
UBJKS80	70	17.5	100	150	175	225	168	35	172	332	212	8	20	328+2.09α	79.8	M27×2
UBJKS100	85	22	120	165	194	265	195	35	200	385	244	8	22	370+2.51α	95.8	M33×2
UBJKS125	90	26	130	170	230	285	228	40	232	451	284	8	25	417+2.83α	100.8	M42×2
UBJKS140	105	26	150	200	240	305	246	40	250	487	290	10	28	423+3.14α	117.8	M42×2
UBJKS160	120	33	170	220	255	330	274	45	280	543	314	10	32	484+3.49α	134.8	M48×2
UBJKS180	125	33	180	240	330	380	303	45	304	601	380	12	32	578+3.77α	139.8	M48×2
UBJKS200	140	33	200	260	365	440	333	45	340	661	438	12	36	610+4.40α	156.8	M48×2

Schema Lineamentorum Actuatoris Rotatorii Hydraulici Seriei Cunei Bipedalis, cum Orificio et Cuneis Gemellis, una cum Unitate Potestatis Hydraulicae

Unitas Potestatis Hydraulicae Actuatoris Rotatorii Seriei Cunei et Pini Uncinati UB

I. Schema Lineamentorum

Imago cylindri hydraulici rotatorii dentati et cremalis

Actuator Hydraulicus Rotatorius Dentati-Cremalis

・Backlash ≤ 10 minuta arcus

・Repetibilitas positionis ≤ 0,05°

Ecce exemplaria productorum seriei UB et seriei UBZ

Actuator Hidraulicus Rotativus Ensignii et Pinnulae Series UB (JB/ZQ4713-2006)

Exemplum Selectionis: Actuator rotatorius cum connectione flangii, axes output, duplici dente recto, 8818 Nm
torquens, angulus oscillationis 368°, cuneus finalis, et unitas hydraulica P05

Tabula Specificarum Fundamentalium pro Actuatore Rotatorio Hydraulico Serie UB a Dente Recto (JB/ZQ4713-2006)

Structura	Modus connexionis	Model		Diameter Cylindri (mm)	Torque Output (Nm) (P: Pressio Operandi Mpa)	Torque Output ad P=16 MPa (Nm)	Volumen Olei per Gradum Rotationis (L/°)	Velocitas Oscillationis cum Unitate Hydraulica (°/s) (Sine cuneo)
		Axes Output	Foramen Output					P01	P02	P03	P04	P05	P06	P07	P08	P09	P10	P11
Singuli rastri	Flange	UBFZD40	UBFKD40	40	55 (P-1.5)	798	0.00097	26	34	48	60	72	86	98	120	140	172	240
	Pes	UBJZD40	UBJKD40
	Flange	UBFZD50	UBFKD50	50	98 (P-1.5)	1421	0.00171	15	19	27	34	41	49	55	68	80	97	136
	Pes	UBJZD50	UBJKD50
	Flange	UBFZD63	UBFKD63	63	171 (P-1.5)	2480	0.00299	B	11	16	20	23	28	32	39	46	56	78
	Pes	UBJZD63	UBJKD63
	Flange	UBFZD80	UBFKD80	80	302 (P-1.4)	4409	0.00526	4.8	6	9	11	13	16	18	22	26	31	44
	Pes	UBJZD80	UBJKD80
	Flange	UBFZD100	UBFKD100	100	566 (P-1.3)	8320	0.00987	2.5	3	4.7	5.9	7	8.4	9.6	11	14	17	23
	Pes	UBJZD100	UBJKD100
	Flange	UBFZD125	UBFKD125	125	994 (P-1.3)	14612	0.01735	1.4	2	2.7	3.3	4	4.8	5.5	6.7	7.9	9.6	13
	Pes	UBJZD125	UBJKD125
	Flange	UBFZD140	UBFKD140	140	1385 (P-1.2)	20498	0.02418	1	1.4	1.9	2.4	2.9	3.4	3.9	4.8	5.6	6.9	9.6
	Pes	UBJZD140	UBJKD140
	Flange	UBFZD160	UBFKD160	160	2010 (P-1.2)	29748	0.03509	0.7	0.9	1.3	1.7	2	2.4	2.7	3.3	3.9	4.7	6.6
	Pes	UBJZD160	UBJKD160
	Flange	UBFZD180	UBFKD180	180	2748 (P-1.1)	40945	0.04797	0.5	0.7	1	1.2	1.5	1.7	2	2.4	2.8	3.5	4.9
	Pes	UBJZD180	UBJKD180
	Flange	UBFZD200	UBFKD200	200	3958 (P-1.0)	59370	0.06909	0.3	0.5	0.6	0.8	1	1.2	1.4	1.6	2	2.4	3.2
	Pes	UBJZD200	UBJKD200
Duplex-rudus	Flange	UBFZS40	UBFKS40	40	110 (P-1.5)	1595	0.00193	13	17	24	30	36	43	49	60	70	81	120
	Pes	UBJZS40	UBJKS40
	Flange	UBFZS50	UBFKS50	50	196 (P-1.5)	2842	0.00343	7.5	9.5	14	17	20	24	23	34	40	49	68
	Pes	UBJZS50	UBJKS50
	Flange	UBFZS63	UBFKS63	63	342 (P-1.5)	4959	0.00598	4	5.5	8	10	12	14	16	19	23	28	39
	Pes	UBJZS63	UBJKS63
	Flange	UBFZS80	UBFKS80	80	604 (P-1.4)	8818	0.01053	2.4	3	4.5	5.5	6.5	8	9	11	13	16	22
	Pes	UBJZS80	UBJKS80
	Flange	UBFZS100	UBFKS100	100	1132 (P-1.3)	16640	0.01974	1.3	1.6	2.3	3	3.5	4.2	4.8	5.9	7	8.4	12
	Pes	UBJZS100	UBJKS100
	Flange	UBFZS125	UBFKS125	125	1988 (P-1.3)	29224	0.03470	0.7	1	1.3	1.7	2	2.4	2.7	3.8	3.9	4.8	6.7
	Pes	UBJZS125	UBJKS125
	Flange	UBFZS140	UBFKS140	140	2770 (P-1.2)	40996	0.04836	0.5	0.7	1	1.2	1.4	1.7	2	2.4	2.8	3.4	4.8
	Pes	UBJZS140	UBJKS140
	Flange	UBFZS160	UBFKS160	160	4020 (P-1.2)	59496	0.07018	0.3	0.5	0.7	0.8	1	1.2	1.3	1.6	1.9	2.3	3.3
	Pes	UBJZS160	UBJKS160
	Flange	UBFZS180	UBFKS180	180	5496 (P-1.1)	81890	0.09593	0.2	0.3	0.5	0.6	0.7	0.8	1	1.2	1.4	1.7	2.4
	Pes	UBJZS180	UBJKS180
	Flange	UBFZS200	UBFKS200	200	7916 (P-1.0)	118740	0.13817	0.1	0.2	0.3	0.4	0.5	0.6	0.7	0.8	1	1.2	1.6
	Pes	UBJZS200	UBJKS200
Motoris potentia unitatis hydraulicae (kW) (380V 50Hz)								0.55	0.75	1.1	1.5	1.5	2	2	2.2	3	4	4

UBFZD Actuator Hidraulicus Rotativus Seriae Singularis Cum Patella, Cum Axis Exsertus

Model	φ1	φ2	φ3	L1	L2	L3	L4	L5	L6	L7	L8	L9	L10	L11	L12	M1	M2 × Profunditas Foraminis
UBFZD40	70	95	75	105	140	160	164	184	55	197	154	6	20	233+1.54α	79	M22×1.5	M12×20
UBFZD50	80	105	85	125	146	185	170	210	66	231	163	6	22	254+1.75α	90	M22×1.5	M12×20
UBFZD63	90	115	95	140	164	200	194	232	72	253	190	6	25	275+1.92α	100	M27×2	M16×25
UBFZD80	95	125	100	150	175	225	205	257	86	292	212	8	25	328+2.09α	105	M27×2	M16×25
UBFZD100	115	145	120	165	194	265	234	306	100	343	244	8	32	370+2.51α	129	M33×2	M20×30
UBFZD125	125	155	130	170	230	285	274	334	116	390	284	8	32	417+2.83α	139	M42×2	M24×35
UBFZD140	145	180	150	200	240	305	286	354	125	418	290	10	36	423+3.14α	161	M42×2	M24×35
UBFZD160	165	200	170	220	255	330	315	390	140	464	314	10	40	484+3.49α	183	M48×2	M30×45
UBFZD180	175	220	180	240	330	380	390	440	152	518	380	12	45	578+3.77α	195	M48×2	M30×45
UBFZD200	195	240	200	260	365	440	425	500	170	578	438	12	45	610+4.40α	215	M48×2	M30×45

Schema Perimetrale Actuatoris Rotatorii Hydraulici Seriae Singularis Cunei, ad Flange, cum Arboris Evolutum et Unitate Potestatis Hydraulica

UBFZS Actuator Rotatorius Hydraulicus Series Biplicis Cunei, Ad Flange, Cum Evolutione Arbores

Model	φ1	φ2	φ3	L1	L2	L3	L4	L5	L6	L7	L8	L9	L10	L11	L12	M1	M2 × Profunditas Foraminis
UBFZS40	70	95	75	105	140	160	164	184	110	210	154	6	20	233+1.54α	79	M22×1.5	M12×20
UBFZS50	80	105	85	125	146	185	170	210	132	252	163	6	22	254+1.75α	90	M22×1.5	M12×20
UBFZS63	90	115	95	140	164	200	194	232	144	274	190	6	25	275+1.92α	100	M27×2	M16×25
UBFZS80	95	125	100	150	175	225	205	257	172	327	212	8	25	328+2.09α	105	M27×2	M16×25
UBFZS100	115	145	120	165	194	265	234	306	200	380	244	8	32	370+2.51α	129	M33×2	M20×30
UBFZS125	125	155	130	170	230	285	274	334	232	446	284	8	32	417+2.83α	139	M42×2	M24×35
UBFZS140	145	180	150	200	240	305	286	354	250	482	290	10	36	423+3.14α	161	M42×2	M24×35
UBFZS160	165	200	170	220	255	330	315	390	280	538	314	10	40	484+3.49α	183	M48×2	M30×45
UBFZS180	175	220	180	240	330	380	390	440	304	596	380	12	45	578+3.77α	195	M48×2	M30×45
UBFZS200	195	240	200	260	365	440	425	500	340	656	438	12	45	610+4.40α	215	M48×2	M30×45

Model	φ1	φ2	φ3	L1	L2	L3	L4	L5	L6	L7	L8	L9	L10	L11	L12	M1	M2 × Profunditas Foraminis
UBFKD40	50	95	75	105	140	160	164	184	55	197	154	6	14	233+1.54α	57.6	M22×1.5	M12×20
UBFKD50	60	105	85	125	146	185	170	210	66	231	163	6	18	254+1.75α	68.8	M22×1.5	M12×20
UBFKD63	65	115	95	140	164	200	194	232	72	253	190	6	18	275+1.92α	73.8	M27×2	M16×25
UBFKD80	70	125	100	150	175	225	205	257	86	292	212	8	20	328+2.09α	79.8	M27×2	M16×25
UBFKD100	85	145	120	165	194	265	234	306	100	343	244	8	22	370+2.51α	95.8	M33×2	M20×30
UBFKD125	90	155	130	170	230	285	274	334	116	390	284	8	25	417+2.83α	100.8	M42×2	M24×35
UBFKD140	105	180	150	200	240	305	286	354	125	418	290	10	28	423+3.14α	117.8	M42×2	M24×35
UBFKD160	120	200	170	220	255	330	315	390	140	464	314	10	32	484+3.49α	134.8	M48×2	M30×45
UBFKD180	125	220	180	240	330	380	390	440	152	518	380	12	32	578+3.77α	139.8	M48×2	M30×45
UBFKD200	140	240	200	260	365	440	425	500	170	578	438	12	36	610+4.40α	156.8	M48×2	M30×45

Schema Perimetrale Actuatoris Rotatorii Hydraulici Seriae Singularis Cunei, ad Flange, cum Evacuatione Foraminis et Unitate Potestatis Hydraulica

UBFKS Actuator Rotatorius Hydraulicus Series Biplicis Cunei, Ad Flange, Cum Evacuatione Foraminis

Model	φ1	φ2	φ3	L1	L2	L3	L4	L5	L6	L7	L8	L9	L10	L11	L12	M1	M2 × Profunditas Foraminis
UBFKS40	50	95	75	105	140	160	164	184	110	210	154	6	14	233+1.54α	57.6	M22×1.5	M12×20
UBFKS50	60	105	85	125	146	185	170	210	132	252	163	6	18	254+1.75α	68.8	M22×1.5	M12×20
UBFKS63	65	115	95	140	164	200	194	232	144	274	190	6	18	275+1.92α	73.8	M27×2	M16×25
UBFKS80	70	125	100	150	175	225	205	257	172	327	212	8	20	328+2.09α	79.8	M27×2	M16×25
UBFKS100	85	145	120	165	194	265	234	306	200	380	244	8	22	370+2.51α	95.8	M33×2	M20×30
UBFKS125	90	155	130	170	230	285	274	334	232	446	284	8	25	417+2.83α	100.8	M42×2	M24×35
UBFKS140	105	180	150	200	240	305	286	354	250	482	290	10	28	423+3.14α	117.8	M42×2	M24×35
UBFKS160	120	200	170	220	255	330	315	390	280	538	314	10	32	484+3.49α	134.8	M48×2	M30×45
UBFKS180	125	220	180	240	330	380	390	440	304	596	380	12	32	578+3.77α	139.8	M48×2	M30×45
UBFKS200	140	240	200	260	365	440	425	500	340	656	438	12	36	610+4.40α	156.8	M48×2	M30×45

Schema Perimetrale Rotatorii Hydraulicus Actuatoris Serie Duplex-Dentatorum, Cum Orificio in Flange, Una Cum Unitate Potestatis Hydraulicus

UBJZD Impositus Pedale, Cum Axis Transmissorius, Serie Simplex-Dentatorum Rotatorius Hydraulice Motor

Model	φ1	φ2	φ3	L1	L2	L3	L4	L5	L6	L7	L8	L9	L10	L11	L12	M1
UBJZD40	70	13.5	75	105	140	160	110	25	55	188	154	6	20	233+1.54α	79	M22×1.5
UBJZD50	80	13.5	85	125	146	185	131	25	66	215	163	6	22	254+1.75α	90	M22×1.5
UBJZD63	90	17.5	95	140	164	200	142	35	72	236	190	6	25	275+1.92α	100	M27×2
UBJZD80	95	17.5	100	150	175	225	168	35	86	267	212	8	25	328+2.09α	105	M27×2
UBJZD100	115	22	120	165	194	265	195	35	100	306	244	8	32	370+2.51α	129	M33×2
UBJZD125	125	26	130	170	230	285	228	40	116	354	284	8	32	417+2.83α	139	M42×2
UBJZD140	145	26	150	200	240	305	246	40	125	377	290	10	36	423+3.14α	161	M42×2
UBJZD160	165	33	170	220	255	330	274	45	140	415	314	10	40	484+3.49α	183	M48×2
UBJZD180	175	33	180	240	330	380	303	45	152	475	380	12	45	578+3.77α	195	M48×2
UBJZD200	195	33	200	260	365	440	333	45	170	520	438	12	45	610+4.40α	215	M48×2

Model	φ1	φ2	φ3	L1	L2	L3	L4	L5	L6	L7	L8	L9	L10	L11	L12	M1
UBJZS40	70	13.5	75	105	140	160	110	25	110	215	154	6	20	233+1.54α	79	M22×1.5
UBJZS50	80	13.5	85	125	146	185	131	25	132	257	163	6	22	254+1.75α	90	M22×1.5
UBJZS63	90	17.5	95	140	164	200	142	35	144	279	190	6	25	275+1.92α	100	M27×2
UBJZS80	95	17.5	100	150	175	225	168	35	172	332	212	8	25	328+2.09α	105	M27×2
UBJZS100	115	22	120	165	194	265	195	35	200	385	244	8	32	370+2.51α	129	M33×2
UBJZS125	125	26	130	170	230	285	228	40	232	451	284	8	32	417+2.83α	139	M42×2
UBJZS140	145	26	150	200	240	305	246	40	250	487	290	10	36	423+3.14α	161	M42×2
UBJZS160	165	33	170	220	255	330	274	45	280	543	314	10	40	484+3.49α	183	M48×2
UBJZS180	175	33	180	240	330	380	303	45	304	601	380	12	45	578+3.77α	195	M48×2
UBJZS200	195	33	200	260	365	440	333	45	340	661	438	12	45	610+4.40α	215	M48×2

Schema Perimetrale Rotatorii Hydraulicus Actuatoris Serie Duplex-Dentatorum, Impositi Pedale, Cum Axis Transmissorius, Una Cum Unitate Potestatis Hydraulicus

UBJKD Impositus Pedale, Cum Axis Transmissorius, Serie Duplex-Dentatorum Rotatorius Hydraulice Motor

Model	φ1	φ2	φ3	L1	L2	L3	L4	L5	L6	L7	L8	L9	L10	L11	L12	M1
UBJKD40	50	13.5	75	105	140	160	110	25	55	188	154	6	14	233+1.54α	57.6	M22×1.5
UBJKD50	60	13.5	85	125	146	185	131	25	65	215	163	6	18	254+1.75α	68.8	M22×1.5
UBJKD63	65	17.5	95	140	164	200	142	35	72	236	190	6	18	275+1.92α	73.8	M27×2
UBJKD80	70	17.5	100	150	175	225	168	35	86	267	212	8	20	328+2.09α	79.8	M27×2
UBJKD100	85	22	120	165	194	265	195	35	100	306	244	8	22	370+2.51α	95.8	M33×2
UBJKD125	90	26	130	170	230	285	228	40	116	354	284	8	25	417+2.83α	100.8	M42×2
UBJKD140	105	26	150	200	240	305	246	40	125	377	290	10	28	423+3.14α	117.8	M42×2
UBJKD160	120	33	170	220	255	330	274	45	140	415	314	10	32	484+3.49α	134.8	M48×2
UBJKD180	125	33	180	240	330	380	303	45	152	475	380	12	32	578+3.77α	139.8	M48×2
UBJKD200	140	33	200	260	365	440	333	45	170	520	438	12	36	610+4.40α	156.8	M48×2

Schema Perimetrale Rotatorii Hydraulicus Actuatoris Serie Simplex-Dentatorum, Impositi Pedale, Cum Foramine Incluso, Una Cum Unitate Potestatis Hydraulicus

UBJKS Impositus Pedale, Cum Foramine Incluso, Serie Duplex-Dentatorum Rotatorius Hydraulice Motor

Model	φ1	φ2	φ3	L1	L2	L3	L4	L5	L6	L7	L8	L9	L10	L11	L12	M1
UBJKS40	50	13.5	75	105	140	160	110	25	110	215	154	6	14	233+1.54α	57.6	M22×1.5
UBJKS50	60	13.5	85	125	146	185	131	25	132	257	163	6	18	254+1.75α	68.8	M22×1.5
UBJKS63	65	17.5	95	140	164	200	142	35	144	279	190	6	18	275+1.92α	73.8	M27×2
UBJKS80	70	17.5	100	150	175	225	168	35	172	332	212	8	20	328+2.09α	79.8	M27×2
UBJKS100	85	22	120	165	194	265	195	35	200	385	244	8	22	370+2.51α	95.8	M33×2
UBJKS125	90	26	130	170	230	285	228	40	232	451	284	8	25	417+2.83α	100.8	M42×2
UBJKS140	105	26	150	200	240	305	246	40	250	487	290	10	28	423+3.14α	117.8	M42×2
UBJKS160	120	33	170	220	255	330	274	45	280	543	314	10	32	484+3.49α	134.8	M48×2
UBJKS180	125	33	180	240	330	380	303	45	304	601	380	12	32	578+3.77α	139.8	M48×2
UBJKS200	140	33	200	260	365	440	333	45	340	661	438	12	36	610+4.40α	156.8	M48×2

Schema Lineamentorum Actuatoris Rotatorii Hydraulici Seriei Cunei Bipedalis, cum Orificio et Cuneis Gemellis, una cum Unitate Potestatis Hydraulicae

Unitas Potestatis Hydraulicae Actuatoris Rotatorii Seriei Cunei et Pini Uncinati UB

I. Schema Lineamentorum

1. Motor (380V 50Hz), 2. Scatula Iunctionum, 3. Portus Hydraulicus, 4. Valva de Relatu, 5. Valva Riteantecedens, 6. Pons Hydraulicus, 7. Portus Immissionis Olei, 8. Reservoir Olei, 9. Taps Exoneratorius Olei

II. Schema Connexionum Motoris

III. Praescriptiones Technicae

Model		P01	P02	P03	P04	P05	P06	P07	P08	P09	P10	P11
Celeritas Fluminis (1/min)		1.5	2	2.8	3.5	4.2	5	5.7	7	8.2	10	14
motor AC Trifasius	Potestas (kw)	0.55	0.75	1.1	1.5		2.0		2.2	3.0	4.0
	RPM r/min	1400							1420		1440
	φ mm	165	165	180	180		180		220	220	240
	H mm	120	120	130	130		130		180	180	190
	L mm	275	275	280	305		310		370	370	380
Pondus (kg)		27	28	32	35		40		48	52	83