Descrição detalhada

This axial piston variable pump adopts a swashplate rotary group structure, professionally designed for open-circuit hydrostatic drive systems and suitable for various industrial hydraulic operation scenarios. It supports a high permissible drive speed, enabling efficient and high-speed operation of the whole equipment to meet high-frequency working demands. Featuring an optimized power-to-weight ratio, the pump boasts compact overall dimensions and lightweight construction, which facilitates flexible installation and equipment integration while saving layout space. It delivers excellent suction performance with low suction resistance and stable oil filling capacity, effectively preventing cavitation and air suction issues to ensure continuous and reliable hydraulic system operation. Equipped with electro-hydraulic pressure control and independent power control functions, the pump can precisely adjust system pressure and output power according to actual load changes, realizing stable operation, reasonable power matching and effective energy consumption reduction.

Seleção e Consulta (RFQ)

Esta série de produtos deve ser selecionada em função do circuito hidráulico aprovado. Confirme o caudal ou a cilindrada necessários, a pressão contínua e de pico, a velocidade de acionamento, o tipo de controlo, o fluido e a interface de instalação antes da seleção final.

Informação a incluir no seu pedido de cotação

Cilindrada ou caudal necessários à velocidade de funcionamento
Pressão do sistema contínua e de pico
Velocidade do acionamento, requisito de controlo e tipo de circuito
Flange de fixação, veio, pórticos, requisitos de fluido e filtração

Recursos relacionados

Pedir um orçamento · Centro de transferências · OEM / ODM

Dados técnicos

Tamanho		NG		10	18	28	45	60	63	72	85	100
Cilindrada, geométrica, por rotação		V_g_máx	cm³	10.5	18	28	45	60	63	72	85	100
Velocidade de rotação máximo¹⁾	à V_{G Max}	n_nome	rpm	3600	3300	3000	2600⁴⁾	2700	2600	2600	2500	2300
Velocidade de rotação máximo¹⁾	à V_g <V_g máx ²⁾	n_{máx. adm.}	rpm	4320	3960	3600	3120	3140	3140	3140	3000	2500
Fluxo	no_nome e V_{G Max}	q_v	L/min	37	59	84	117	162	163	187	212	230
Fluxo	no_E = 1500 rpm	q_v_E	L/min	15	27	42	68	90	95	108	128	150
Energia	With N_nome, V_{G Max} and Δp = 250 bar	P	kW	16	25	35	49	65	68	77	89	96
Energia	no_E= 1500 rpm	P_E	kW	7	11	18	28	37	39	45	53	62
Torque	à V_{G Max} and Δp = 250 bar	M	Nm	42	71	111	179	238	250	286	338	398
Torque	à V_{G Max} and Δp = 100 bar	M	Nm	17	29	45	72	95	100	114	135	159
Rotary stiffness Drive shaft	S	c	Nm/rad	9200	11000	22300	37500	65500	65500	65500	143000	143000
	R	c	Nm/rad	-	14800	26300	41000	69400	69400	69400	152900	152900
	U	c	Nm/rad	6800	8000	16700	30000	49200	49200	49200	102900	102900
	W	c	Nm/rad	-	-	19900	34400	54000	54000	54000	117900	117900
	P	c	Nm/rad	10700	-	-	-	-	-	-	-	-
Moment of inertia of the rotary group		J_TW	Kgm²	0.0006	0.0009	0.0017	0.003	0.0056	0.0056	0.0056	0.012	0.012
Maximum angular acceleration³⁾		α	rad/s²	8000	6800	5500	4000	3300	3300	3300	2700	2700
Case volume		V	L	0.2	0.25	0.3	0.5	0.8	0.8	0.8	1	1
Weight without through drive (approx.) Weight with through drive (approx.)		m	kg	8	11.5	15	18	22	22	22	36	36
		m	kg	-	13	18	24	28	28	28	45	45

Determining the operating characteristics

Fluxo	q_v=(V_g∙ n ∙ η_v) / 1000	L/min
Torque	M=(V_g ∙ Δp) /(20 ∙ π ∙ η_h_m)	Nm
Energia	P=(2π ∙ M ∙ n)/60000=(q_v∙ Δp)/(600 ∙ η_t)	kW

Key

V_g Displacement per revolution in [cm³]

Δp Differential pressure [bar]

n Rotational speed [rpm]

η_v Volumetric efficiency

η_h_m Hydraulic-mechanical efficiency

η_t Total efficiency (η_t= η_v*η_hm)

¹⁾ The values are applicable:

- At an abs. pressure p_abs = 1 bar at the suction port S

- for the optimum viscosity range from V_opt = 36 to 16 mm²/s

- with hydraulic fluid on the basis of mineral oils

²⁾See diagram on page 9 at speed increase up to n_{max adm}.

³⁾The data are valid for values between the minimum required and maximum permissible rotational speed. It applies for external stimuli (e.g. diesel engine 2 to 8 times rotary frequency, cardan shaft twice the rotary frequency). The limit value is only valid fora single pump. The load capacity of the connection parts must be considered.

Permissible radial and axial forces on the drive shaft

Tamanho

60/63

100

Maximum radial force at a/2

radial force

F_{q max}

250

350

1200

1500

1700

1500

2000

Maximum axial force

axial force

±F_{ax max}

400

700

1000

1500

2000

1500

3000

Permissible input and through-drive torques

Tamanho				10	18	28	45	60/63	72	85	100
Torque at V_{G Max} and Δp = 250 bar¹⁾		M_máx	Nm	42	71	111	179	250	321	338	398
Maximum input torque on drive shaft²⁾
	S	M_{E max}	Nm	126	124	198	319	630	630	1157	1157
	S	∅	in	3/4	3/4	7/8	1	1 1/4	1 1/4	1 1/2	1 1/2
	R	M_{E max}	Nm	-	160	250	400	650	650	1215	1215
	R	∅	in	-	3/4	7/8	1	1 1/4	1 1/4	1 1/2	1 1/2
	U	M_{E max}	Nm	60	59	105	188	306	306	628	628
	U	∅	in	5/8	5/8	3/4	7/8	1	1	1 1/4	1 1/4
	W	M_{E max}	Nm	-	-	140	220	396	383	650	650
	W	∅	in	-	-	3/4	7/8	1	1	1 1/4	1 1/4
	P	M_{E max}	Nm	90	-	-	-	-	-	-	-
	P	∅	mm	18	-	-	-	-	-	-	-
Maximum through-drive torque
	S	M_{D max}	Nm	-	108	160	319	484	484	698	698
	R	M_{D max}	Nm	-	120	176	365	484	484	698	-
	U	M_{D max}	Nm	-	59	105	188	306	306	628	628
	W	M_{D max}	Nm	-	-	140	220	396	383	650	650

Distribution of torques

Torque at 1st pump	M₁
Torque at 2nd pump	M₂
Torque at 3rd pump	M₃
Input torque	M_E=M₁₊M₂₊M₃
Input torque	M_E< M_{E max}
Through∙drive torque	M_D=M₂₊M₃
Through∙drive torque	M_D< M_{D max}

¹⁾Efficiency not considered

²⁾ For drive shafts with no radial force

Custom Hydraulic Variable Displacement Pump A10VO 53 Series

Descrição detalhada

Seleção e Consulta (RFQ)

Informação a incluir no seu pedido de cotação

Recursos relacionados

Dados técnicos

Determining the operating characteristics

Permissible radial and axial forces on the drive shaft

Permissible input and through-drive torques

Distribution of torques

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