Homepage | Set Home | Add to Favorites
Member

GRECHEM


Products
  • No Category
Search
 

Friends links

Self Priming Magnetic Drive Pump
Click image to view full size image
Product: Views:492Self Priming Magnetic Drive Pump 
Unit price: Negotiable
MOQ:
Quantity:
Delivery date: Since the payment date Days delivery
Valid until: Long-term effective
Last updated: 2024-06-23 15:11
  Inquiry
Details
ZCQ_self priming pump

 

Feature

 

ZCQ series self priming magnetic pump is a new type of pump that uses the magnetic drive of permanent magnets to achieve contactless transmission of torque. The magnetic drive principle adopts a hybrid structure, and compared with ordinary centrifugal pumps, it has the function of self-priming, which makes it easy to be controlled remotely and centrally to achieve automated operation, and is therefore widely used, especially for those occasions when the pump installation position is higher than the surface, and the ZCQ self-priming pump is the best choice.

 

ZCQ series magnetic drive self priming pump full seal, no leakage and corrosion resistance. And set up self-priming, bottom valve and lead-free irrigation, self-priming height of 4 metres, Self Priming Magnetic Drive Pump can be widely used in petroleum, chemical, pharmaceutical, electroplating, printing and dyeing, food, scientific research and other units pumping acid, alkali, oil and rare precious liquid.
 

Applications

 

  • Pharmaceutical Industry
  • Chemical and Petrochemical Industries
  • Painting Industry
  • Plastic and Rubber related Industries
  • Textile Industry
  • Food and Beverage Industries
  • Paper and cellulose industries
  • Ferrous and Non-Ferrous Metal Industries

 

Design Specification

 

  • Max Flow Rate: Up to 300m³/h
  • Max Head: Up to 50m
  • Max Inlet Diameter: Up to 100 mm
  • Max Outlet Diameter: Up to 80 mm
  • Maximum Rotation Speed: 2900 r/min

 

Model Significance

 

 

Malfunctions And Methods

 

Failure

Reasons

Methods

No liquid out

1. Pump reverses

2. Air infiltrates from intake pipe

3. Pump contains little water

4. Trigger voltage is so high that the clutch slips

5. The suction lift is too high

1. Change the line of electromotor

2. Stop air infiltration

3. Increase the cavity of water

4. Adjust the voltage

5. Place the pump down

Lack of Flow

Intake pipe is too little

Impeller blocks

The lift is too high

Rotation speed is low

Change the pipe

Clear the impeller

Turn up the discharge valve

Turn to normal speed

The lift is too low

The quantity of flow is too big

The speed is low

Turn down the discharge valve

Turn to normal speed

Too High Noise

Pump with debris inside

The axle box wears badly

The driving alnico contacts the distance sleeve

Change the shaft

Change the axle box

Reassemble the head of pump

Leakage

O-ring wears

Change the O-ring

 

Structural Diagram

 

 

Performance Date

 

Model

Size(mm)

Capacity

Head

(NPSH)r

Motor

power

Rotary

speed

Voltage

Outlet

Inlet

(m³/h)

(m)

(m)

(kW)

(r/min)

(V)

ZCQ20-12-110

20

12

3

12

6.0

0.37

2900

220/380

ZCQ25-20-115

25

20

5.4

15

6.0

1.1

2900

380

ZCQ32-25-115

32

25

4.8

15

6.0

1.1

2900

380

ZCQ32-25-145

32

25

4.8

25

5.5

1.1

2900

380

ZCQ40-32-132

40

32

10.8

20

4.0

2.2

2900

380

ZCQ40-32-160

40

32

12

32

4.0

4

2900

380

ZCQ50-40-145

50

40

14.4

25

4.0

4

2900

380

ZCQ50-40-160

50

40

13.2

32

4.0

4

2900

380

ZCQ50-32-200

50

32

7.8

50

4.0

5.5

2900

380

ZCQ65-50-145

65

50

16.8

25

4.0

5.5

2900

380

ZCQ65-50-160

65

50

27

32

4.0

7.5

2900

380

ZCQ80-65-125

80

65

50

20

4.0

7.5

2900

380

ZCQ80-65-160

80

65

50

32

4.0

15

2900

380

ZCQ80-50-200

80

50

50

50

4.0

18.5

2900

380

ZCQ100-80-160

100

80

100

32

4.0

22

2900

380

ZCQ100-65-200

100

65

100

50

4.0

30

2900

380

 

Production Process

 

 

http://www.grechempump.com/

Inquiry