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IRG Heat Water Pump with Ambient Temperature <40°c and Relative Humidity <95%

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IRG Heat Water Pump with Ambient Temperature &lt;40°c and Relative Humidity &lt;95%
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Features
Specifications
Theory: Centrifugal Pump
Structure: Single-stage Pump
Application: Water Supply, Drainage, Fire Protection, Etc.
Brand: OEM
Design Pressure: ≤2.5MPa
Design Temperature: ≤200℃
Flow Rate: 0.6-400m3/h
Head: 3-125m
Impeller Type: Open Impeller, Semi-open Impeller, Closed Impeller
Inlet Diameter: 25-200mm
Installation Type: Horizontal, Vertical
Material: Cast Iron, Stainless Steel, Duplex Stainless Steel, Etc.
Outlet Diameter: 25-200mm
Power: 0.75-400KW
Sealing Type: Packing Seal, Mechanical Seal, Etc.
Speed: 1450-2900r/min
Highlight:

IRG High Temperature Submersible Water Pump

,

IRG Hot Water Submersible Pump

,

Blue Hot Water Submersible Pump

Basic Infomation
Place of Origin: CHINA
Brand Name: ZY
Certification: ISO9001
Model Number: IRG
Payment & Shipping Terms
Packaging Details: plywood
Delivery Time: 7
Payment Terms: L/C, T/T, Western Union
Supply Ability: 10pcs/week
Product Description

IRG vertical heat water centrifugal pump

Packaging Details: packed in standard export wooden cases or as required
Delivery Detail: witihin 30 days

 

Specifications:

 

1. Excellent performance

2. Good reliability, long operation life, reasonable construction

3. Nice appearance.

Main Features:

1. The floor space needed is small. If the protection cover is added, it can be put in the open air.

 

2. The pump operating steadily, installing and maintaining conveniently, and low noise.

 

3. The axle seal adopts machinery seal or machinery seal sets.

 

4. It is convenient to install and overhaul.

 

5. Can choose series or parallel operation according to your requirements for flow and lift.

 

6. Can be installed vertically or horizontally according to the pipeline in system requirement.

 

 

 

 

Working Conditions:

1. Suction pressure≤1.0Mpa

 

2. Ambient Temperature<40°c, relative humidity <95%.operation temperature is below 99°c.

 

3. No high than 1000m.

 

No. Model Flow(m3/h) Head(m) Power(KW)
218 50-160 6.3 8 0.75
219 50-200 6.3 12.5 0.75
220 50-200A 5.5 9.5 0.75
221 50-250 6.3 20 1.5
222 50-250A 5.6 16 1.1
223 50-125(I) 12.5 5 0.75
224 50-160(I) 12.5 8 0.75
225 50-160(I)A 10.8 6 0.75
226 50-200(I) 12.5 12.5 1.1
227 50-200(I)A 11.3 10.1 0.75
228 50-250(I) 12.5 20 2.2
229 50-250(I)A 11.7 17.6 1.5
230 50-250(I)B 10.2 13.4 1.1
231 50-315(I) 12.5 32 4
232 50-315(I)A 11.7 28 3
233 50-315(I)B 10.2 21 3
234 65-125 12.5 5 0.75
235 65-160 12.5 8 0.75
236 65-160A 10.8 6 0.75
237 65-200 12.5 12.5 1.1
238 65-200A 11.3 10.1 0.75
239 65-250 12.5 20 2.2
240 65-250A 11.7 17.6 1.5
241 65-250B 10.2 13.4 1.1
242 65-315 12.5 32 4
243 65-315A 11.7 28 3
244 65-315B 10.1 21 3
245 65-125(I) 25 5 0.75
246 65-160(I) 25 8 1.1
247 65-160(I)A 21.6 6 0.75
248 65-200(I) 25 12.5 2.2
249 65-200(I)A 23.3 10.9 1.5
250 65-250(I) 25 20 3
251 65-250(I)A 22.2 15.8 2.2
252 65-250(I)B 19.8 12.6 1.5
253 65-315(I) 25 32 5.5
254 65-315(I)A 23 27.9 4
255 65-315(I)B 20.2 21 3
256 80-125 25 5 0.75
257 80-160 25 8 1.1
258 80-160A 21.6 6 0.75
259 80-200 25 12.5 2.2
260 80-200A 23.3 10.9 1.5
261 80-250 25 20 3
262 80-250A 22.2 15.8 2.2
263 80-250B 19.8 12.6 1.5
264 80-315 25 32 5.5
265 80-315A 23 27.9 4
266 80-315B 20.2 21 3
267 80-125(I) 50 5 1.1
268 80-160(I) 50 8 2.2
269 80-160(I)A 44.5 6.3 1.5
270 80-160(I)B 44.5 6.3 1.5
271 80-200(I) 50 12.5 3
272 80-200(I)A 44.6 9.9 2.2
273 80-250(I) 50 20 5.5
274 80-250(I)A 46.7 17.4 4
275 80-250(I)B 40.4 13.1 3
276 80-315(I) 50 32 11
277 80-315(I)A 46.7 27.9 7.5
278 80-315(I)B 40.5 21 5.5
279 100-125 50 5 1.1
280 100-160 50 8 2.2
281 100-160A 44.5 6.3 1.5
282 100-200 50 12.5 3
283 100-200A 44.6 9.9 2.2
284 100-250 50 20 5.5
285 100-250A 46.7 17.6 4
286 100-250B 40.4 13.1 3
287 100-315 50 32 11
288 100-315A 46.7 27.9 7.5

 

Model explanation:

IRG 50 - 160 (I) A (B)

 

IRG — Heat water pump

 

50 — nominal diameter of pump inlet and outlet (mm)

 

160 — impeller nominal outside diameter (mm)

 

I — Flow classification

A — impeller through first-cutting

 

B — impeller through second-cutting

 

IRG Heat Water Pump with Ambient Temperature <40°c and Relative Humidity <95% 0

IRG Heat Water Pump with Ambient Temperature <40°c and Relative Humidity <95% 1

 

 

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