Qinquan GY type pipeline oil pump electric/pneumatic glycerol lubrication pump

The accuracy of pump installation has a significant impact on the operation and service life of the pump. Before installation, the pump should be inspected and all parts should be intact and undamaged.

5.2 Pre embed the anchor bolts in the concrete according to the size of the pump base.

5.3 Install the pump on the foundation and tighten all bolts.

5.4 Install the suction and discharge pipelines, aligning the center of the pipelines with the center of the pump inlet and outlet. Valves, flanges, etc. in pipelines should be strictly prevented from leaking air or liquid.

5.5 The suction and discharge pipelines should have their own supports, and the pump body itself is not allowed to bear the load of the pipelines.

5.6 It is necessary to strictly prevent solid debris and silk fabrics from being sucked into the pump body. Therefore, a filter should be installed on the suction pipeline; The effective filtering area of the filter should not be less than twice the cross-sectional area of the suction port. Filters should be regularly inspected and cleaned.

When the outlet pipeline is long, a one-way exhaust valve should be installed to remove the gas in the pipeline. From the motor end, the pump rotates counterclockwise.

The 1.1GY fully detachable pipeline pump is the latest 21st century new product developed by Xinquan Pump Valve Group. Petroleum light, slightly corrosive liquid products that can transport gasoline, diesel, kerosene, aviation oil, crude oil, or small amounts of solid matter. The temperature of the conveying medium ranges from -35 ° C to 108 ° C, making it particularly suitable for oil depots, docks, pipeline transportation, filling tank trucks, transfer of oil products for oil drums, pressurization, and filling and unloading of oil tankers.

The 1.2GY fully detachable pipeline pump is designed and manufactured in accordance with the relevant provisions of the American Petroleum Institute standards API610 "Centrifugal Pumps for Petroleum, Heavy Chemical, and Natural Gas Industries", "Centrifugal Pumps for General Refineries", and GB3215 "General Technical Conditions for Centrifugal Pumps for Refineries, Chemical, and Petrochemical Processes".

The centerline of the outlet and inlet of the 1.3GY fully detachable pipeline pump is on the same horizontal plane. Performance range (by design point): Flow rate of 12 5m °~1500m */h, with a lift of 18-220m

2.1 It can simplify the pipeline device of the pump, reduce pipeline accessories such as bends, make installation more convenient, occupy a smaller area, and have higher device efficiency.

2.2 It can be recognized that the pump room will not be built and will work normally outdoors. The use of dIIBT4 explosion-proof motor with excellent explosion-proof performance.

2.3 The shaft and bearing are equipped with bearing sleeves, lubricated with grease, and the shaft is not worn, resulting in a longer service life.

The 2.4 unit adopts imported high-tech bearings, and the whole unit does not need to add any lubricating oil. The shaft end adopts high-quality alloy mechanical seals, which have a longer service life and zero leakage.

2.5 Convenient, safe, and time-saving maintenance. All parts inside the pump can be quickly inspected and replaced in situ without disassembling the motor, electrical circuits, motor seat, pump body, and pipelines.

The pump itself has minimal vibration, operates smoothly, and produces very little noise.

2.7 can save a lot of infrastructure investment and reduce operating costs, making it a pipeline oil pump with significant economic benefits, cleanliness, and reliability.

Model: 150GY75A

Caliber: 150mm

GY: Petrochemical Pipeline Oil Pump

Lift: 75 (m)

A: Number of blade cutting cycles

3.1 The pump is a vertical single-stage single suction pipeline centrifugal pump, with the suction and discharge ports on the same horizontal plane and perpendicular to the centerline of the pump shaft.

3.2 The pump mainly consists of explosion-proof motor, motor seat, split rigid coupling, pump cover, shaft, shaft seal body, mechanical seal, impeller, pump body and other parts (as shown in Figure 1)

3.3 The explosion-proof motor is directly connected to the pump through a split coupling.

3.4 There is a sufficiently large through-hole on the motor base, through which components such as couplings, shaft seals, pump covers, rotors, etc. can be removed.