Structural characteristics and application of BRY type heat transfer oil pump

BRY guide structure and the use of heat pump

First, BRY heat transfer oil circulation pump performance range (according to design point)

1 , flow 1 - 500m3 / h;

2 , the head is 10-125m;

3 , temperature -20oC-350oC; BRY type hot oil pump model means: BRY50-32-200A as an example BRY 50-32-200 ABRY means: hot oil pump 50 means: pump inlet diameter (mm) 32 means: heat transfer oil circulation Oil pump pump outlet diameter (mm) 200 means: impeller nominal outer diameter (mm) A means: impeller outer diameter * secondary cutting description: the order of the impeller diameter is represented by A, B, C, and the large diameter of zui is not shown.

Second, the structure of BRY heat transfer oil circulating oil pump

The BRY type hot oil pump is divided into a foot support and a central support for a single-stage cantilever structure, the inlet of the pump is axially inhaled, and the outlet is centered vertically upward. The pump and drive motor are mounted on the same base via a flexible coupling. There is no need to add a cooling system to the entire unit.

Mainly composed of shell, rotor, bearing, seal and other parts , it adopts packing seal structure, additional temperature-resistant oil seal, and plays the role of auxiliary sealing. The pump and motor are connected by a three-jaw type flexible coupling.

The pump changes the structure of the traditional hot oil pump from the design, adopts the natural heat dissipation cooling mode, reduces the volume of the pump, makes the structure simple, saves operating costs, and is safe and reliable.

Third, BRY heat transfer oil circulation pump application range

BRY heat transfer oil circulating oil pump is an energy-saving new product designed and manufactured according to GB5662. The pump has excellent performance, reasonable structure and reliable use. The BRY centrifugal hot oil pump is suitable for conveying high temperature liquids without solid particles.

1. Petroleum and chemical industries: polymerization, condensation, distillation, rectification, melting, etc.;

2 , oil industry: fatty acid distillation, oil decomposition, lipidation, etc.;

3 , synthetic fiber industry: polymerization melting, spinning, extension, etc.;

4 , textile printing and dyeing industry: heat setting, drying, hot melt dyeing, etc.;

5, thermally conductive plastics and rubber industry pumps: hot pressing, calendering, extrusion, vulcanization molding and the like;

6 , paper industry: drying, corrugated paper processing, etc.;

7. Wood industry: plywood, fiber thermoforming, wood drying, etc.;

8. Construction industry: asphalt heating; in addition, it is widely used in machinery industry and pharmaceutical production.