Q63BCY14-1B

1. Brief introduction of performance:

CY14-1B series pump (motor) is an axial plunger pump whose cylinder body rotates and depends on the variable head (swash plate). Because between the sliding shoe on the plunger head and the variable head, between the oil distribution plate and the cylinder block , The optimal oil film thickness design for hydrostatic balance is adopted, so that the above two pairs of motion pairs operate under pure liquid friction, and the heavy thrust bearing is omitted. Therefore, compared with other types of pumps, it has a simple structure and a small volume. , Light weight, low noise, high efficiency, long life, and a certain self-priming ability. It is suitable for hydraulic systems such as forging presses, machine tools, metallurgical machinery, engineering machinery, mining machinery and marine machinery.

The CY14-1BG series axial piston pump (motor) is based on the CY14-1B series, using the principle of hydrostatic bearing design, and after hundreds of trial production tests, it is the first domestic breakthrough CY large-size pump The speed increase problem reaches 1500r/min. And it is widely used in various hydraulic transmission machinery. After decades of use and evaluation, it is proved that the product quality is reliable, the movement is stable, and it is well received by customers.

2. Model description:

3. Technical parameters:

Model BCY14-1B	Continuous working pressure Mpa	Nominal displacement ml/r	Rated speed r/min	Theoretical flow l/min		Rated driving power Kw
				1000r/min	1500r/min	1500r/min
Q25*BCY14-1B	31.5	25	2200	26.9	40	24.6
Q32*BCY14-1B	31.5	32	2200	32	48	31.5
Q40*BCY14-1B	31.5	40	2200	40	60	36.9
Q63*BCY14-1B	31.5	67	2200	67	100	60
Q80*BCY14-1B	31.5	80	2200	80	120	64
Q100*BCY14-1B	31.5	100	2200	100	150	80
Q125*BCY14-1B	31.5	125	2200	125	188	110
Q160*BCY14-1B	31.5	160	2200	160	240	145
The actual working power of the pump N=PQ/60η[p～the actual working pressure of the pump (MPa); Q～the actual working flow of the pump (l/min); η～the total efficiency of the pump, which can be approximately 0.85～0.9]