RY High-Temperature Hot Oil Pump

RY High-Temperature Hot Oil Pump

RY High-Temperature Hot Oil Pump

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Short Description

The RY high-temperature hot oil pump is designed for thermal oil circulation and heat carrier transfer in industrial heating systems. Key features include:

  • Thermal Oil Circulation: Suitable for use as a hot oil circulation pump or heat carrier transfer pump.
  • Self-Cooling Structure: Uses a simplified heat dissipation design instead of a traditional water-cooling structure.
  • Stable Support Design: Double-end ball bearing support helps maintain reliable operation.
  • High-Temperature Capability: Designed for weakly corrosive high-temperature liquids without solid particles.
  • Broad Applications: Used in petroleum, chemical, rubber, plastic, pharmaceutical, textile, printing, road construction, and food processing industries.

The RY high-temperature hot oil pump is designed for thermal oil circulation and heat carrier transfer systems. It is an ideal supporting pump for heat exchange equipment and industrial heating systems that require stable circulation of high-temperature liquid media.

This pump is suitable for conveying weakly corrosive high-temperature liquids without solid particles. It is widely used in heat carrier heating systems across industries such as petroleum, chemical processing, rubber, plastics, pharmaceuticals, textiles, printing and dyeing, road construction, and food processing.

The RY hot oil pump adopts a self-cooling structure, replacing the traditional water-cooling design. This helps simplify the pump structure, reduce overall size, and lower operating costs. Its basic structure is a single-stage, single-suction cantilever pump with foot-mounted support. The pump inlet is axial, the outlet is vertically upward from the center, and the pump and motor are installed together on a common base.

The pump support system uses a double-end ball bearing structure. The front end is lubricated with lubricating oil, while the rear end is lubricated with grease. An oil guide pipe is installed in the middle to help operators observe sealing conditions and recover heat transfer oil.

Mechanical seal selection is especially important for RY high-temperature hot oil pumps. In addition to standard selection factors, the mechanical seal must be evaluated according to the medium temperature, pressure, physical state, and operating characteristics. The material selection of each seal component directly affects sealing performance and service life. Because the sealing environment operates at elevated temperature, the design, manufacturing, and selection of the mechanical seal should treat medium temperature as a key factor.

Features & Advantages

  • Designed for Hot Oil Service: Suitable for thermal oil circulation and heat carrier transfer systems.
  • Self-Cooling Design: Eliminates the need for an additional water-cooling structure in supported applications.
  • Compact Structure: Single-stage, single-suction cantilever design with foot-mounted support.
  • Stable Bearing Support: Double-end ball bearing structure supports smooth and reliable operation.
  • Seal Observation & Oil Recovery: The built-in oil guide pipe helps monitor sealing conditions and recover heat transfer oil.
  • Wide Industrial Use: Applied in industrial heating systems that require high-temperature liquid circulation.

Typical Applications

The RY high-temperature hot oil pump is used in a wide range of heat carrier heating systems, including:

  • Petroleum and chemical processing
  • Rubber and plastic processing
  • Pharmaceutical production
  • Textile manufacturing
  • Printing and dyeing
  • Road construction and asphalt heating
  • Food processing
  • Heat exchange equipment and thermal oil circulation systems

Performance Range

The following performance range is based on the design point provided in the source material:

  • Flow Rate: 1–500 m³/h
  • Head: 10–125 m
  • Temperature Range: -20°C to 350°C

Model Explanation

Example model: BRY50-32-200A

  • BRY: Hot oil pump
  • 50: Pump inlet diameter, in mm
  • 32: Pump outlet diameter, in mm
  • 200: Nominal impeller outside diameter, in mm
  • A: First impeller trimming

Impeller trimming is indicated in sequence by A, B, and C. The largest impeller diameter is normally shown without a trimming code.

Technical Parameters

Model Flow Rate m³/h Head m Speed r/min Shaft Power kW Motor Power kW Efficiency % Motor Frame
15-15-100 10 10 2800 0.45 0.75 20 801-2
20-20-100 1.5 10 2800 0.09 0.75 26 801-2
20-20-125 1.5 22 2800 0.22 0.75 30 801-2
25-25-160 3 27 2900 0.53 1.5 30 90S-2
32-32-160 6 28 2900 0.85 1.5 50 90S-2
40-25-160 10 28 2900 1.72 2.2 45 90L-2
50-32-160 12.5 30 2900 1.90 3.0 57 100L-2
50-32-200 18 40 2900 3.92 5.5 50 132S-2
50-32-200A 16 32 2900 3.35 4.0 42 112M-2
50-32-250 12.5 80 2900 6.2 11 44 160M-2
65-50-160 20 32 2900 3.17 5.5 55 132S-2
65-40-200 30 48 2900 6.3 7.5 62 132S-2
65-40-200A 25 35 2900 4.0 5.5 59 132S-2
65-40-250 25 80 2900 10.3 15 53 160M-2
65-40-250A 20 51 2900 5.67 7.5 49 132S-2
65-40-315 25 125 2900 18.9 30 45 200L-2
65-40-31 22.5 100 2900 15.3 22 40 180M-2
80-50-200 50 50 2900 9.7 15 70 160M-2
80-50-200A 45 40 2900 7.8 11 63 160M-2
80-50-200B 40 32 2900 6.37 7.5 55 132S-2
80-50-250 50 80 2900 17.1 22 58 180M-2
80-50-250A 43 60 2900 12.8 15 55 160M-2
80-50-315 50 125 2900 30.4 45 56 225M-2
80-50-31 45 100 2900 23.6 30 52 200L-2
100-65-200 100 50 2900 18.4 22 74 180M-2
100-65-200A 94 44 2900 16.00 22 70 180M-2
100-65-200B 87 38 2900 13.8 15 65 160M-2
100-65-200C 80 32 2900 11.8 15 59 160M-2
100-65-250 100 80 2900 32.06 37 68 200L-2
100-65-250A 95 72 2900 29.00 37 64 200L-2
100-65-250B 90 65 2900 26.2 30 61 200L-2
100-65-250C 85 50 2900 20.3 30 57 200L-2
100-65-315 100 125 2900 50.06 75 68 280S-2
100-65-31 95 113 2900 45.23 55 64.63 250M-2
100-65-315B 90 100 2900 40.5 55 60.5 250M-2
100-65-315C 82 84 2900 34.76 45 54 225M-2
125-100-200 200 50 2900 35.40 45 77 225M-2
125-100-200A 178 40 2900 26.60 37 73 200L-2
125-100-250 200 70 2900 47.00 55 80 250M-2
125-100-250A 190 63 2900 41.60 55 78 250M-2
125-100-250B 180 57 2900 37.9 45 74 225M-2
125-100-250C 170 51 2900 32.15 45 72 225M-2
125-100-250D 150 70 2900 40 45 70 225M-2
150-150-200 350 50 2900 60 75 80 280S-2
150-150-200A 313 40 2900 45 55 76 250M-2
200-150-400 350 50 1450 61.8 75 78 280S-2
200-150-400A 330 45 1450 52.8 75 77 280S-2
250-200-400 500 50 1480 86.2 110 79 315S-2
250-200-500 500 80 1480 136 160 76.5 315M-2
250-200-500A 400 50 1480 75 90 73 280M-2
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