Open Hopper Screw Pump with ISO Standard

Basic Info

Model NO.	NT
Application	Sewerage Treatment, Food, Chemical
Certification	ISO
Capacity	0.1m3/H to 100m3/H
Pressure	4.8MPa or Higher
Model1	Direct Connection Design
Model2	Bearing Frame Design
Model3	Bridge Breaking Device
Transport Package	Export Wooden Cases
Specification	wooden
Trademark	Z. NANCHI
Origin	Hangzhou, China
HS Code	8413604090
Production Capacity	5000pieces/Year

Product Description

Z.NANCHI Hopper pump

 

It is designed and developed for harsh media transportation conditions. This series of pumps specializes in delivering low flow, even non flow, high viscosity, and high solid content media. Such as dehydrated sludge, concentrated sludge, concentrated pulp, etc.
The hopper size can be designed according to customer requirements
NT hopper pump
Direct connection design(optional with bearing frame design)
Performance
Capacity: 100m3/h
Pressure: 2.4MPa or 4.8MPa
Application scope
Used for transporting all kinds of Newtonian fluid and non-Newtonian fluid with different viscosity and solid content in sewage, food, chemical industry and other industries, as well as non bridged semi-solid media such as concentrated sludge, dewatered sludge, concentrated pulp and so on.
Characteristic
The feeding and feeding spiral design with large rectangular hopper can be optimized and customized, and the hopper and feeding spiral can be optimized according to specific process requirements. Direct connection design, pump and drive directly flange connected, compact design with simple structure, reduced length, reduced weight, small footprint, low usage and maintenance costs, simple and easy operation and maintenance.

NT hopper pump
Bridge breaking device
Performance
Capacity: 100m3/h
Pressure: 4.8MPa
Application scope
Used for conveying various media with different viscosity, solid content, and bridging phenomena (such as dehydrated sludge) in industries such as sewage, food, and chemical.
Characteristic
Design different bridge breaking devices to prevent the occurrence of different bridging phenomena.
Bridging phenomenon: Media with poor flowability can easily block or clump at the pump suction and cannot enter the pump chamber. This phenomenon is called bridging. After bridging occurs, the inability of the medium to enter the suction can easily cause dry running of the stator and damage to the pump.

Components list

101.Stator	0017 Spring washer	0068 Hexagon nut
105.Rotor	0018 Hexagon nut	1211 Suction chamber
1111 Bearing housing	0043 Flat washer	1221 Discharge body
1112 Connecting shaft	0061 O-ring	1301 Intermediate shaft
0011 Hexagon bolt	0062 PTFE gasket	1311 Bar
0012 Flat washer	0063 Screw plug	1312 Leg
0013 Spring washer	0064 PTFE gasket	1410 Seal components
0014 Hexagon nut	0065 Screw plug	1510 Universal joint parts
0015 Hexagon bolt	0066 Flat washer	1610 Reducer
0016 Flat washer	0067 Spring washer	1710 Motor