Shanghai Molote Pump Industry Group Co., Ltd
Home>Products>CDL lightweight vertical multi-stage centrifugal pump
Firm Information
  • Transaction Level
    VIP member
  • Contact
  • Phone
    13020182299021-31006223
  • Address
    No. 255 Xiaotanglu, Fengxian District, Shanghai
Contact Now
CDL lightweight vertical multi-stage centrifugal pump
The CDL series lightweight vertical multi-stage centrifugal pump (hereinafter referred to as the pump) is a non self-priming vertical multi-stage cent
Product details

Overview of CDL Lightweight Vertical Multistage Centrifugal Pump Products

The CDL series lightweight vertical multi-stage centrifugal pump (hereinafter referred to as the pump) is a non self-priming vertical multi-stage centrifugal pump designed and manufactured by absorbing advanced technologies at home and abroad. It adopts standard vertical motors and quick installation mechanical seals, making replacement very convenient.

The overcurrent part of the pump is made of stainless steel (304 \ \ 316) material, which is suitable for mildly corrosive media. This product can replace similar foreign products such as CR and CRN. After the product was launched on the market, it was deeply loved by a large number of users due to its high efficiency, energy saving, reliable quality, and wide range of applications.

The significance of CDL lightweight vertical multi-stage centrifugal pump model

CDL F 4-120

|| ||

|| | | ____ series x 10

|| ||

|| | __________ rated flow m3/h

||

|The flowing component is made of stainless steel (304 or 316)

|

|_________________Lightweight stainless steel vertical multi-stage centrifugal pump

Product features of CDL lightweight vertical multi-stage centrifugal pump

1. By adopting excellent hydraulic models and advanced manufacturing processes, the performance and service life of the pump are greatly improved.

2. Due to the use of mechanical seals made of hard alloy and fluororubber, the reliability of pump operation and the temperature of the conveying medium can be improved.

3. The overcurrent part of the pump is made of stainless steel plate stamped and welded, making the pump suitable for mildly corrosive media.

4. The overall structure is compact, the volume is small, the weight is light, the noise is low, the energy-saving effect is significant, and the maintenance is convenient.

5. The inlet and outlet of the pump are located on the same horizontal line as the pump seat and can be directly used in the pipeline.

6. Using standard motors, users can easily equip motors according to their needs.

7. Intelligent protectors can be equipped according to user needs to effectively protect pumps from dry running, phase loss, overload, etc.

Application of CDL lightweight vertical multi-stage centrifugal pump product

Water supply: filtration and transportation of water plants, water supply to different zones of water plants, main pipeline pressurization, and pressurization of high-rise buildings.

Industrial pressurization: process water system, cleaning system, high-pressure flushing system, fire protection system.

Industrial liquid transportation: cooling and air conditioning systems, boiler feedwater and condensing systems, machine tool matching, and transportation of acidic and alkaline media.

Water treatment: ultrafiltration system, reverse osmosis system, distillation system, separator, and water treatment system for swimming pools.

Irrigation: farmland irrigation, sprinkler irrigation, drip irrigation.

CDL lightweight vertical multi-stage centrifugal pump for conveying medium

1. A non flammable and explosive medium that is thin, clean, and free of solid particles or fibers.

2. Such as mineral water, softened water, pure water, clear oil, and other light chemical media.

3. The main material of the pump is stainless steel, which can be used to pump mildly corrosive media.

Technical parameters of CDL lightweight vertical multi-stage centrifugal pump

Flow rate: 4.2-504m3/h;

Lift: 24-240m;

Power: 1.5-450kw;

Speed: 1480r/min;

Caliber: φ 40- φ 250;

Temperature range: 0-+90 ℃;

Work pressure: ≤ 2.4Mpa.


model lift internet traffic Motor Power rotational speed
(m) (m3/h) (KW) (r/min)
CDL1-2 11.5 1 0.37 2900
CDL1-3 17 1 0.37 2900
CDL1-4 22.5 1 0.37 2900
CDL1-5 28 1 0.37 2900
CDL1-6 33.5 1 0.37 2900
CDL1-7 39 1 0.37 2900
CDL1-8 45 1 0.55 2900
CDL1-9 51 1 0.55 2900
CDL1-10 57 1 0.55 2900
CDL1-17 95 1 1.1 2900
CDL1-19 106 1 1.1 2900
CDL1-21 117 1 1.1 2900
CDL1-23 128 1 1.1 2900
CDL1-25 139 1 1.5 2900
CDL1-27 150 1 1.5 2900
CDL1-30 166 1 1.5 2900
CDL1-33 183 1 2.2 2900
CDL1-36 200 1 2.2 2900
CDL2-2 15 2 0.37 2900
CDL2-3 22 2 0.37 2900
CDL2-4 30 2 0.55 2900
CDL2-5 37 2 0.55 2900
CDL2-6 45 2 0.75 2900
CDL2-7 52 2 0.75 2900
CDL2-9 67 2 1.1 2900
CDL2-11 82 2 1.1 2900
CDL2-13 98 2 1.5 2900
CDL2-15 112 2 1.5 2900
CDL2-18 136 2 2.2 2900
CDL2-22 165 2 2.2 2900
CDL2-26 198 2 3.0 2900
CDL3-2 9 3 0.37 2900
CDL3-3 14 3 0.37 2900
CDL3-4 19 3 0.37 2900
CDL3-5 23 3 0.37 2900
CDL3-6 28 3 0.55 2900
CDL3-7 32 3 0.55 2900
CDL3-8 37 3 0.75 2900
CDL3-9 42 3 0.75 2900
CDL3-10 47 3 0.75 2900
CDL3-11 51 3 1.1 2900
CDL3-12 55 3 1.1 2900
CDL3-13 60 3 1.1 2900
CDL3-15 69 3 1.1 2900
CDL3-17 79 3 1.5 2900
CDL3-19 88 3 1.5 2900
CDL3-21 98 3 2.2 2900
CDL3-23 107 3 2.2 2900
CDL3-25 116 3 2.2 2900
CDL3-27 124 3 2.2 2900
CDL3-29 133 3 2.2 2900
CDL3-31 142 3 3 2900
CDL3-33 151 3 3 2900
CDL3-36 168 3 3 2900
CDL4-2 15 4 0.37 2900
CDL4-3 24 4 0.55 2900
CDL4-4 32 4 0.75 2900
CDL4-5 40 4 1.1 2900
CDL4-6 48 4 1.1 2900
CDL4-7 56 4 1.5 2900
CDL4-8 64 4 1.5 2900
CDL4-10 81 4 2.2 2900
CDL4-12 95 4 2.2 2900
CDL4-14 112 4 3 2900
CDL4-16 129 4 3 2900
CDL4-19 153 4 4 2900
CDL4-22 178 4 4 2900
CDL8-2/1 9 8 0.75 2900
CDL8-2 18 8 0.75 2900
CDL8-3 27 8 1.1 2900
CDL8-4 36 8 1.5 2900
CDL8-5 45 8 2.2 2900
CDL8-6 54 8 2.2 2900
CDL8-8 73 8 3.0 2900
CDL8-10 92 8 4.0 2900
CDL8-12 111 8 4.0 2900
CDL8-14 130 8 5.5 2900
CDL8-16 148 8 5.5 2900
CDL8-18 167 8 7.5 2900
CDL8-20 186 8 7.5 2900
CDL12-2 20 12 1.5 2900
CDL12-3 30 12 2.2 2900
CDL12-4 40 12 3 2900
CDL12-5 50 12 3 2900
CDL12-6 60 12 4 2900
CDL12-7 70 12 5.5 2900
CDL12-8 80 12 5.5 2900
CDL12-9 91 12 5.5 2900
CDL12-10 101 12 7.5 2900
CDL12-12 121 12 7.5 2900
CDL12-14 141 12 11 2900
CDL12-16 162 12 11 2900
CDL12-18 183 12 11 2900
CDL16-2 22 16 2.2 2900
CDL16-3 34 16 3.0 2900
CDL16-4 46 16 4.0 2900
CDL16-5 58 16 5.5 2900
CDL16-6 70 16 5.5 2900
CDL16-7 82 16 7.5 2900
CDL16-8 94 16 7.5 2900
CDL16-10 118 16 11 2900
CDL16-12 141 16 11 2900
CDL16-14 166 16 15 2900
CDL16-16 189 16 15 2900
CDL20-1 10 20 1.1 2900
CDL20-2 23 20 2.2 2900
CDL20-3 35 20 4.0 2900
CDL20-4 47 20 5.5 2900
CDL20-5 58 20 5.5 2900
CDL20-6 70 20 7.5 2900
CDL20-7 82 20 7.5 2900
CDL20-8 94 20 11 2900
CDL20-10 118 20 11 2900
CDL20-12 142 20 15 2900
CDL20-14 166 20 15 2900
CDL20-17 202 20 18.5 2900
CDL32-10-1 9 32 1.5 2900
CDL32-10 13 32 2.2 2900
CDL32-20-2 20 32 3.0 2900
CDL32-20 27 32 4.0 2900
CDL32-30-2 33 32 5.5 2900
CDL32-30 40 32 5.5 2900
CDL32-40-2 46 32 7.5 2900
CDL32-40 53 32 7.5 2900
CDL32-50-2 60 32 11 2900
CDL32-50 67 32 11 2900
CDL32-60-2 74 32 11 2900
CDL32-60 81 32 11 2900
CDL32-70-2 88 32 15 2900
CDL32-70 95 32 15 2900
CDL32-80-2 102 32 15 2900
CDL32-80 109 32 15 2900
CDL32-90-2 117 32 18.5 2900
CDL32-90 124 32 18.5 2900
CDL32-100-2 131 32 18.5 2900
CDL32-100 138 32 18.5 2900
CDL32-110-2 146 32 22 2900
CDL32-110 153 32 22 2900
CDL32-120-2 160 32 22 2900
CDL32-120 167 32 22 2900
CDL32-130-2 174 32 30 2900
CDL32-130 181 32 30 2900
CDL32-140-2 189 32 30 2900
CDL32-140 196 32 30 2900
CDL42-10-1 16 42 3.0 2900
CDL42-10 20 42 4.0 2900
CDL42-20-2 32 42 5.5 2900
CDL42-20 41 42 7.5 2900
CDL42-30-2 52 42 11 2900
CDL42-30 61 42 11 2900
CDL42-40-2 73 42 15 2900
CDL42-40 81 42 15 2900
CDL42-50-2 93 42 18.5 2900
CDL42-50 101 42 18.5 2900
CDL42-60-2 113 42 22 2900
CDL42-60 122 42 22 2900
CDL42-70-2 134 42 30 2900
CDL42-70 142 42 30 2900
CDL42-80-2 154 42 30 2900
CDL42-80 162 42 30 2900
CDL42-90-2 174 42 30 2900
CDL42-90 183 42 37 2900
CDL42-100-2 194 42 37 2900
CDL42-100 203

Installation condition requirements

1. Before installation, carefully check whether there are any hard objects inside the pump body to avoid damaging the impeller and pump body during operation.

2. During installation, pipeline management should not be added to the pump to prevent deformation and affect normal operation.

3. Tighten the anchor bolts to prevent vibration during start-up from affecting the performance of the pump.

4. Install regulating valves on the inlet and outlet pipelines of the pump, and install pressure gauges near the pump outlet to control the pump's operation within rated conditions and ensure its normal use.

Online inquiry
  • Contacts
  • Company
  • Telephone
  • Email
  • WeChat
  • Verification Code
  • Message Content

Successful operation!

Successful operation!

Successful operation!