Product name TVR-40PV sump pump Type TVR pump size 40PV Capacity 17-43.2m3/h Head 4-28.5m Allowable Max. Power 15kw Speed 1000-2200r/min NPSH m

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Introduction：

Model Explanation：

TVM(R)-40PV

T: Our company 

V: Vertical type

M: Metal lined   

R: Rubber lined

40: Discharge size (mm)

PV: Frame Type with maximum power

 

Introduction of  sump pump —— TVM(R) Series

 

The TVM(R) series pumps are centrifugal, vertical slurry pumps submerged in sump during operation. They are designed for delivering highly abrasive, large particles and high density slurries. The sump pumps are suited for handling abrasive or corrosive, dense slurry with large particle size.

 

The features of this kind of sump pump

 

This sump pump casing of type TVM pumps are made of wear-resistant metal. The wear parts are made of high chromium for the TVM series and are rubber lined for the TVR series. According to liquid surface of the slurry pool, the vertical slurry pump transmission shaft and suction pipe could be chosen. The sump pump could operate under the best condition with different speed.

 

Main application of this kind of sump pump

 

The vertical slurry pumps are designed for delivering abrasive, large particle and high-density slurries and applied over the fields such as metallurgy, mining, coal, power, building materials, and environmental protection

                                 

TVM(R) Series Slurry Smump Pump Performance Chart

 

 

Pump Model	Allowable Max. Power(kw)	Clear Water Performance
		capacity Q		Head    H(m)	speed n(r/min)	Max.eff. η%	Impeller Dia(mm)
		m3/h	l/s
TVM(R)-40PV	15	17-43.2	4.7-12	4-28.5	1000-2200	40	188
TVM(R)-65QV	30	18-114	5-32	5-31.5	750-1500	60	280
TVM(R)-100RV	75	54-289	15-80	5-36	500-1200	62	370
TVM(R)-150SV	110	108-479	30-133	8.5-40	500-1000	52	450
TVM(R)-200SV	100	189-891	52.5-247.5	6.5-37	400-850	64	520
TVM(R)-250TV	200	360-1152	100-320	7-33	400-750	60	575
TVM(R)-300TV	200	540-1548	150-430	5.5-26	350-700	60	580

 

Note:

1. Quantity range recommended: 50%Q’≤Q≤110%Q' (Q' Appropriate to capacity at

highest efficiency point).

2. NPSH: appropriate to point Q recommended at highest speed.

 

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