Wry Series High Temperature Facebook Groups Circulating Hot Oil Pump

Model NO.: WRY series
Position of Pump Shaft: Horizontal Pump
Pump Casing Combined: Horizontal Split Pumps
Mounting Height: Suction Centrifugal
Impeller: Closed
Usage: Circulating Pump
Seal: Mechanical Seal
Trademark: Wulin
Transport Package: Wooden Case
Specification: 0.55-220 kw
Origin: Changzhou, China
HS Code: 8413110000
Model NO.: WRY series
Position of Pump Shaft: Horizontal Pump
Pump Casing Combined: Horizontal Split Pumps
Mounting Height: Suction Centrifugal
Impeller: Closed
Usage: Circulating Pump
Seal: Mechanical Seal
Trademark: Wulin
Transport Package: Wooden Case
Specification: 0.55-220 kw
Origin: Changzhou, China
HS Code: 8413110000
1. Summarize
WRY series hot oil pumps are designed on base of advanced oil pumps home and abroad. They have reasonable and compact structure, small size, high efficiency and no oil leakage.

2. Characteristic
Single grade, single suction, cantilever type and foot support are the main sturcture features. The inlet is horizontal and the outlet is vertical. It is installed together with a motor on the base.
2.1 The pump adopts PTEE as the seal. It has good heat adaptablity, seal relibility and no leakage.
2.2 The structure is compact and simple. It requires low maintenance cost and no need cooling equipment.
2.3 Excellent working performance, high efficiency, low energy consumption, low noise, long workin time.
Item. Model Quantity ( m3/h) Head (m) Round (r/min) Power (kw) Efficiency ( %) NPSH (m)
Shaft Power Motor power
1 WRY25-20-120 2 20 2840 0.36 0.55 30 1.2
2 WRY25-20-125 3 20 2840 0.55 0.75 30 1.4
3 WRY50-32-150A 5 25 2840 1.0 1.5 34 1.6
4 WRY50-32-150 8 22 2840 1.1 1.5 43.5 1.8
5 WRY50-32-160 10 25 2840 1.5 2.2 45.2 2.0
6 WRY50-32-170 12.5 32 2900 2.4 3.0 45.7 2.4
7 WRY65-50-170 29 32 2900 3.4 4.0 64.0 2.6
8 WRY65-50-170A 40 25 2900 4.5 5.5 60 2.7
9 WRY65-50-180 20 38 2900 4.0 5.5 52 2.7
10 WRY80-50-170 60 25 2900 6.7 7.5 61 2.9
11 WRY80-50-180 40 40 2900 7.0 7.5 62.1 2.9
12 WRY80-50-190 55 40 2900 9.2 11 65.0 3.0
13 WRY100-65-190 60 38 2900 9.1 11 67.9 3.1
14 WRY80-50-200 50 50 2900 10.8 15 63 3.3
15 WRY100-65-200 80 40 2900 12.4 15 70.7 3.9
16 WRY100-65-220 60 50 2900 12.6 15 65.6 3.0
17 WRY100-65-210 90 45 2900 15.7 18.5 70 3.6
18 WRY100-65-230 100 55 2900 19.5 22 70.7 3.9
19 WRY125-100-170 155 30 2900 17.3 22 75.1 5.5
20 WRY100-65-250 100 70 2900 27.8 30 68.6 4.1
21 WRY100-65-270 100 80 2900 32.4 37 67.2 3.6
22 WRY125-100-220 160 45 2900 25.5 37 75 3.6
23 WRY125-80-240 160 60 2900 35.1 45 74.5 5.5
24 WRY125-100-240 200 60 2900 42.9 55 72.2 6.7
25 WRY125-100-250 250 75 2900 66.5 75 76.8 7.5
26 WRY150-125-260 300 80 2900 83.9 90 77.9 8.3
27 WRY150-125-270A 360 80 2900 96.7 110 81 8.5
28 WRY150-125-270 400 80 2900 110 132 79 9.8
29 WRY200-150-500 500 80 1480 136 160 76 9.5
30 WRY250-200-500 600 80 1480 163 200 80 11
Wry Series High Temperature Facebook Groups Circulating Hot Oil Pump
  1. Summarize
WRY series hot oil pumps are designed on base of advanced oil pumps home and abroad. They have reasonable and compact structure, small size, high efficiency and no oil leakage.

2. Characteristic
Single grade, single suction, cantilever type and foot support are the main sturcture features. The inlet is horizontal and the outlet is vertical. It is installed together with a motor on the base.
2.1 The pump adopts PTEE as the seal. It has good heat adaptablity, seal relibility and no leakage.
2.2 The structure is compact and simple. It requires low maintenance cost and no need cooling equipment.
2.3 Excellent working performance, high efficiency, low energy consumption, low noise, long workin time.
Item. Model Quantity ( m3/h) Head (m) Round (r/min) Power (kw) Efficiency ( %) NPSH (m)
Shaft Power Motor power
1 WRY25-20-120 2 20 2840 0.36 0.55 30 1.2
2 WRY25-20-125 3 20 2840 0.55 0.75 30 1.4
3 WRY50-32-150A 5 25 2840 1.0 1.5 34 1.6
4 WRY50-32-150 8 22 2840 1.1 1.5 43.5 1.8
5 WRY50-32-160 10 25 2840 1.5 2.2 45.2 2.0
6 WRY50-32-170 12.5 32 2900 2.4 3.0 45.7 2.4
7 WRY65-50-170 29 32 2900 3.4 4.0 64.0 2.6
8 WRY65-50-170A 40 25 2900 4.5 5.5 60 2.7
9 WRY65-50-180 20 38 2900 4.0 5.5 52 2.7
10 WRY80-50-170 60 25 2900 6.7 7.5 61 2.9
11 WRY80-50-180 40 40 2900 7.0 7.5 62.1 2.9
12 WRY80-50-190 55 40 2900 9.2 11 65.0 3.0
13 WRY100-65-190 60 38 2900 9.1 11 67.9 3.1
14 WRY80-50-200 50 50 2900 10.8 15 63 3.3
15 WRY100-65-200 80 40 2900 12.4 15 70.7 3.9
16 WRY100-65-220 60 50 2900 12.6 15 65.6 3.0
17 WRY100-65-210 90 45 2900 15.7 18.5 70 3.6
18 WRY100-65-230 100 55 2900 19.5 22 70.7 3.9
19 WRY125-100-170 155 30 2900 17.3 22 75.1 5.5
20 WRY100-65-250 100 70 2900 27.8 30 68.6 4.1
21 WRY100-65-270 100 80 2900 32.4 37 67.2 3.6
22 WRY125-100-220 160 45 2900 25.5 37 75 3.6
23 WRY125-80-240 160 60 2900 35.1 45 74.5 5.5
24 WRY125-100-240 200 60 2900 42.9 55 72.2 6.7
25 WRY125-100-250 250 75 2900 66.5 75 76.8 7.5
26 WRY150-125-260 300 80 2900 83.9 90 77.9 8.3
27 WRY150-125-270A 360 80 2900 96.7 110 81 8.5
28 WRY150-125-270 400 80 2900 110 132 79 9.8
29 WRY200-150-500 500 80 1480 136 160 76 9.5
30 WRY250-200-500 600 80 1480 163 200 80 11
Wry Series High Temperature Facebook Groups Circulating Hot Oil Pump
 

Iron Based Alloy Powder

Iron-based alloy powder is commonly used in plasma transfer arc welding (PTAW) due to its excellent mechanical properties and high resistance to corrosion and heat. This type of powder is typically composed of iron as the base metal, along with various alloying elements such as nickel, chromium, molybdenum, and tungsten.

The specific composition of the iron-based alloy powder may vary depending on the desired properties and application requirements. For example, adding nickel can increase the strength and toughness of the weld, while chromium enhances the corrosion resistance. Molybdenum and tungsten are often added to improve the high-temperature strength and creep resistance of the weld.

Iron-based alloy powders for PTAW are available in various particle sizes, typically ranging from a few micrometers to several hundred micrometers. The powder is usually fed into the plasma arc through a powder feeder, which ensures a controlled and consistent supply of powder during the welding process.

During PTAW, the powder is melted and deposited onto the workpiece, forming a weld bead. The high energy plasma arc provides the heat necessary to melt the powder and the base metal, creating a strong and durable weld joint.

Overall, iron-based alloy powder for plasma transfer arc welding offers excellent weldability, high mechanical properties, and resistance to corrosion and heat, making it suitable for a wide range of applications in industries such as aerospace, automotive, and power generation.

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