OH2 pumps

OH2 pumps are a series of single-stage horizontal pumps used for industrial applications. These pumps are designed and manufactured according to the API 610 standard, which is an international standard for centrifugal pumps. OH2 pumps are used in various industries such as oil and gas, petrochemical, refineries and chemical industries.

OH2 pumps

Features and specifications of OH2 pumps

Structure and design

Single-stage horizontal: OH2 pumps are horizontal and single-stage, that is, they have an impeller to move the fluid.

Detachable motor: The pump motor is seprate and connected to the pump using a coupling, which facilitates maintenance.

Installation type: The pumps have an integrated base and are installed from the middle support of the pump on the chassis bases. This installation method reduces vibration and increases the stability of the pump during operation. (Centerline – Mounted)

  • Construction materials

Different materials: Depending on the type of fluid and working conditions, OH2 pumps can be made of different materials such as stainless steel, special alloys and corrosion resistant materials.

Performance and capabilities

High efficiency: optimal hydraulic design that increases efficiency and reduces energy consumption.

Pressure and flow rate: the ability of the pump to transfer fluids with different pressure and flow rates depending on industrial needs.

Operating temperature: Ability to work in high temperatures and harsh environments.

  • Maintenance

Easy access: the possibility of easy disassembly of parts for repairs and maintenance.

Spare parts: the ability to access spare parts that reduces pump downtime.

Applications

  1. Oil and gas: movement of crude oil, oil products and chemicals.
  2. Petrochemical: transfer of different chemicals in production processes.
  3. Refineries: transportation of oil products in different processing units.
  4. Chemical industry: use in various processes of chemical production.

 

Advantages

  1. Advantage Durability and stability: due to the use of high quality materials and standard design.
  2. Reducing operating costs: due to high efficiency and reducing the need for frequent repairs.
  3. Flexibility: the ability to adapt to different operating conditions and diverse industrial needs.

 

OH2 pumps are one of the main choices of various industries for moving and transferring fluids due to their optimal design and performance.

OH2 pumps

Performance range

Capacity (Q): up to 750 m3/h
Head: (H): up to 150 m
Speed (N): 980/1500/1180/3000 rpm
Working temperature (T): -50 to 350 °C
Working pressure (P): up to 25 Bar

No. Pump name Maximum flow
in 3000 RPM		 Maximum head
in 3000 RPM		 Maximum flow
in 1500 RPM		 Maximum head in
1500 RPM
1 OH2 25-200 13 67 7 16
2 OH2 25-250 17 110 9 27
3 OH2 25-315 21 160 10 40
4 OH2 40-160 32 41 17 11
5 OH2 40-200 40 67 20 16
6 OH2 40-250 42 110 22 26
7 OH2 40-315 48 155 25 39
8 OH2 40-400 —- —- 29 61
9 OH2 50-160 63 41 31 11
10 OH2 50-200 70 67 34 16
11 OH2 50-250 80 105 40 27
2 OH2 50-315 90 150 44 36
13 OH2 50-400 —- —- 51 61
14 OH2 50-450 —- —- 56 76
15 OH2 80-250 125 108 65 27
16 OH2 80-315 150 150 75 35
17 OH2 80-400 —- —- 90 60
18 OH2 80-450 —- —- 100 75
19 OH2 100-250 250 108 120 25
20 OH2 100-315 285 155 150 40
21 OH2 100-400 —- —- 160 60
22 OH2 100-450 —- —- 174 75
23 OH2 100-500 —- —- 200 100
24 OH2 150-200 340 61 185 16
25 OH2 150-250 410 106 210 25
26 OH2 150-315 502 155 250 40
27 OH2 150-400 —- —- 300 60
28 OH2 150-450 —- —- 326 75
29 OH2 150-500 —- —- 345 100
30 OH2 150-560 —- —- 385 120
31 OH2 150-630 —- —- 400 150
32 OH2 200-250 710 105 340 25
33 OH2 200-315 805 155 405 40
34 OH2 200-400 —- —- 500 60
35 OH2 200-560 —- —- 600 120
36 OH2 200-630 —- —- 700 150
37 OH2 250-315 —- —- 635 40
38 OH2 250-500 —- —- 930 100
39 OH2 250-560 —- —- 1000 120
40 OH2 250-630 —- —- 1100 150
41 OH2 300-630 —- —- 1700 150