Ycb80 Marine Bilge Explosion Pfoof Gear Oil Pump

Posted on August 11, 2023

Model NO.: YCB80

Noise: Low

Service Life: Long

Trademark: HENGNUO

Transport Package: Marine Wooden Case

Specification: ISO: 9001-2000; CE

Origin: Cangzhou

HS Code: 8413602990

Applacation:

It applies to delivering non-corrosive lubricating-oil or equivalent liquid without solid particles and fibres at temperature below 80 deg C and with the viscosity of 5-1500cSt. It applies to hydraulicSystem, too.

Applacation Scope:

It can give performance as transferpump or booster pump in oil delivery system, and a fuel pump for delivery, pressurization and injectiion in fuel supply system. It can be also applied as hydraulic pump suplying hydraulic power in hydraulic system and in all industy fields as lubricating pump.

Structure Features:

YCB series gear pumps are mainly composed of gears, axles, pump body, pump cap, bearing sleeves and axle-end seals, etc. The gears are adoped double circular teech shape, which makes the gears less wear on gear surface, stable revolution, low noise, long service life and high efficiency, due to on sliding on the teeth during gear falling-in. This kind of pump has got rid of traditonal design and come into a new decade in designing and application.
The pump is designed with safety valve for protection against overload. The full return flow pressure is 1.5times higher than the rated exhaust pressure of the pump. It can be adjusted within the allowance of exhaust pressure range according to Circumstance. But please note the safety valve can't be applied as presusure-reducing valve for long time. You may install pressure-reducing valve separately on pipe-line if needed.
There are two kinds of axle-end seals, mechanical seal and packing seal, which can be chosen according to the clients' requirement or application circumstance.

Technical parameter:

Flow: 0.6m3/h~80m3/h
Pressure: 0.6Mpa~2.5Mpa
Speed: 970rpm~2900rpm
Dia of inlet & outlet: 25mm~150mm

Model Capacity Speed
r/min Exhaust
Pressure
Mpa (NPSH)r
m Efficiency
Î· % Motor

m 3 /h Hz Power
kw Model

YCB0.6-0.6 0.6 910 0.6 5.5 32 50 0.75 Y90S-6

1.0 1390 50 0.75 Y80L2-4

0.7 1130 60 0.75 Y90S-6

1.2 1710 60 0.75 Y80L2-4

YCB0.6-2.5 0.6 910 2.5 7.0 70 50 1.1 Y90L-6

1.0 1400 50 1.5 Y90L-4

0.7 1130 60 1.1 Y90L-6

1.2 1710 60 1.1 Y90S-4

YCB1.6-0.6 1.6 910 0.6 5.5 42 50 0.75 Y90S-6

2.5 1400 50 1.1 Y90S-4

1.9 1130 60 1.1 Y90L-6

3.0 1710 60 1.5 Y90L-4

YCB1.6-2.5 1.6 940 2.5 7.0 71 50 2.2 Y112M-6

2.5 1440 50 4 Y112M-4

1.9 1150 60 2.2 Y112M-6

3.0 1750 60 4 Y112M-4

YCB3.3-0.6 3.3 940 0.6 5.0 60 50 1.5 Y100L-6

5.0 1420 50 2.2 Y100L1-4

4.0 1150 60 1.5 Y100L-6

6.0 1730 60 2.2 Y100L1-4

YCB3.3-2.5 3.3 960 2.5 7.0 72 50 5.5 Y132M2-6

5.0 1440 50 7.5 Y132M-4

4.0 1170 60 4 Y132M1-6

6.0 1750 60 7.5 Y132M-4

YCB4-0.6 4.0 940 0.6 5.0 60 50 1.5 Y100L-6

6.0 1420 50 2.2 Y100L1-4

4.8 1150 60 2.2 Y112M-6

7.2 1730 60 3 Y100L2-4

YCB4-2.5 4.0 960 2.5 7.0 72 50 5.5 Y132M2-6

6.0 1440 50 7.5 Y132M-4

4.8 1170 60 5.5 Y132M-6

7.2 1750 60 7.5 Y132M-4

YCB8-0.6 8.0 960 0.6 5.0 61 50 3 Y132S-6

12.0 1440 50 5.5 Y132S-4

9.6 1170 60 4 Y132M1-6

14.4 1750 60 5.5 Y132S-4

YCB8-2.5 8.0 970 2.5 7.0 75 50 11 Y160L-6

12.0 1460 50 15 Y160L-4

9.6 1170 60 11 Y160L-6

14.4 1760 60 15 Y160L-4

YCB10-0.6 10.0 960 0.6 5.0 62 50 4 Y132M1-6

15.0 1440 50 5.5 Y132S-4

12.0 1170 60 5.5 Y132M2-6

18.0 1750 60 7.5 Y132M-4

YCB10-2.5 10.0 970 2.5 7.0 76 50 11 Y160L-6

15.0 1470 50 15 Y160L-4

12.0 1170 60 11 Y160L-6

18.0 1770 60 18.5 Y180M-4

YCB20-0.6 20.0 970 0.6 5.0 68 50 7.5 Y160M-6

24.0 1170 60 7.5 Y160M-6

YCB25-0.6 25.0 970 0.6 5.5 69 50 11 Y160L-6

30.0 1170 60 11 Y160L-6

YCB30-0.6 30.0 970 0.6 5.5 70 50 11 Y160L-6

36.0 1170 60 11 Y160L-6

YCB40-0.6 40.0 970 0.6 5.5 72 50 15 Y180L-6

48.0 1180 60 15 Y180L-6

YCB50-0.6 50.0 970 0.6 5.5 72 50 22 Y200L2-6

60.0 1180 60 22 Y200L2-6

YCB60-0.6 60.0 1470 0.6 5.5 72 50 22 Y180L-4

YCB80-0.6 80.0 980 0.6 5.5 72 50 30 Y205M-6

Polymer Concrete Cells For ER/EW Processing Of Nonferrous

Vinyl ester resin monolithic casting electrolytic cells

Electrolytic cells are designed, built and installed to satisfy the most stringent requirements requested by tankhouse operators worldwide. In most cases their main request is to guarantee full operating availability throughout the plant's lifespan, maximizing production of high-purity metal (copper, zinc, nickel, cobalt, lead or other nonferrous metals) with absolute safety for people and the environment. Additionally, cells must accommodate changes for continuous improvement of the electrolytic process, integrating efficiently with upgrades of complementary equipment such as anodes, cathodes, cap, boards, overhead crane electrolyte agitation systems, acid mist control devices, thermal insulation among many others.
2. Structure
Electrolytic cells are cast monolithically based on a patented, three-layer composite material system:
The Internal layer is a monolithic tank made with multiple layers of fiber-reinforced vinyl ester resin (FRP) complying with chemical barrier international norms that assure long-term impermeability and corrosion resistance.
The Intermediate layer is the structural core made with polymer Concrete, with a patented formulation to achieve a low coefficient of thermal expansion, providing long-term structural integrity with low thermally-induced stresses
The External layer is a standard seal layer of FRP that further protects the structural core from electrolyte splashes and spills. Optionally,this external seal may be specified with multi-layered oriented fiber reinforcements to guarantee trouble-free operation in unusually extreme operating environments.
Benefits of electrolytic cells
Long-term impermeability, free of corrosion, 20+ years warranty
Our monolithic internal tank manufactured with multiple layers of fiber-reinforced premium vinyl ester resin. It has continuous service without leakage, free of corrosion and structural flaws which operating under normal conditions as specified for each project.
Swift, accurate and less costly installation
Electrolytic cells include features that allow reduction of 25% or more in time needed for cell erection, alignment and leveling compared to time required with conventional polymer concrete cells. Dimension tolerances for electrolytic cells are consistently tight, simplifying installation in the most demanding applications,including plants with automated crane systems.
Minimum cleaning time and water consumption
The rounded internal shape,optional sloped cell floors,and smooth,flat finish of the internal tank,facilitate water sweeping and drainage of heavy sludge,with reduced water usage and accelerating return to service after each cleaning.
Minimum maintenance cost
The robust, virtually impervious internal tank that is chemically bound to the polymer concrete structural core during molding is tolerant to operating abuse its smooth,non-stick surfaces minimize adhesion of contaminants.
Maximum operational safety

The structural core of electrolytic cells is bolstered with sturdy external seismic reinforcement blocks confining its floor supports, and includes a robust, internal bidirectional, pultruded FRP bar mesh reinforcement which positively maintains integrity should the cell fail due to catastrophic events. Electrolytic cell installation protocols call for lateral wall collaboration between cells,thus reducing stress levels of cell around 40% under normal operating conditions.

Polymer Concrete Electrolytic Cell,Electrolytic Cell Nickle,Electrolytic Cell Nickle Refining Tanks,Electrolytic Cells of Electroplating Equipment
Hebei aoliande Chemical Equipment Co., Ltd , https://www.aoliandechemical.com