Flow Control Experts Larox Flowsys' LPP-D peristaltic pumps are now available in the water and wastewater markets in 1â„2, 3â„4" and 1" sizes. The flow rate of the 1/2 inch pump is 2.6 gpm, the flow rate of the 3/4 inch collapse is 4.4 gpm, and the flow rate of the 1 inch pump is 8.8 gpm.
Larox says the LPP and LPP-D pumps with a rotating design are very different from any other peristaltic pump on the market. It is reported that in all peristaltic pumps, this pump has the highest flow rate per unit of compression cycle. The low friction performance of the drum design only compresses the hose once in each turn. Compared with the traditional hose pump, this design can Increases the service life of the hose by a factor of four. According to the company, it has the lowest glycerin consumption (96%) in all peristaltic pumps. It has a very low energy consumption compared to other peristaltic pumps and has a relatively high flow rate with a relatively small pump body. And, even if it works at the highest speed, there is no need to worry about the hose being damaged.
This peristaltic pump is suitable for the special needs of most beverage, municipal and industrial abolitions. These special requirements mainly include lime mud, alum, ferric chloride, ammonia, sludge and so on.
New sizes for Larox peristaltic pump
Flow control specialist Larox Flowsys's LPP-D peristaltic pump is now available in 1â„2, 3â„4 inch and 1 inch sizes for the water and wastewater market. The 1â„2 inch pump has a flow rate of 2.6 gpm, while the 3â„4 inch has a flow rate of 4.4 gpm and the 1 inch a flow rate of 8.8gpm.
The pump reportedly has the highest flow per compression of any peristaltic pump and the low-friction roller design compresses hose only Once per revolution, which can give up to five times the hose life when compared to conventional hosepumps. It also maintains the lowest glycerin consumption of any peristaltic pump (96% less), the company says. It has ultra-low energy consumption when To other peristaltic pumps and maintains higher flow rates from a smaller pump size. It can also pump at the higher end of its speed range without fear of damaging the hose.
The pump are suitable for most potable, municipal and industrial wastewater applications with applications including: lime slurry; alum; ferric chloride; sodium bisulfite; aqueous ammonia, fluoride potassium permanganate; sludge; under flow thickeners; lime slurry and sodium hypochlorite and metering.
Larox says the LPP and LPP-D pumps with a rotating design are very different from any other peristaltic pump on the market. It is reported that in all peristaltic pumps, this pump has the highest flow rate per unit of compression cycle. The low friction performance of the drum design only compresses the hose once in each turn. Compared with the traditional hose pump, this design can Increases the service life of the hose by a factor of four. According to the company, it has the lowest glycerin consumption (96%) in all peristaltic pumps. It has a very low energy consumption compared to other peristaltic pumps and has a relatively high flow rate with a relatively small pump body. And, even if it works at the highest speed, there is no need to worry about the hose being damaged.
This peristaltic pump is suitable for the special needs of most beverage, municipal and industrial abolitions. These special requirements mainly include lime mud, alum, ferric chloride, ammonia, sludge and so on.
New sizes for Larox peristaltic pump
Flow control specialist Larox Flowsys's LPP-D peristaltic pump is now available in 1â„2, 3â„4 inch and 1 inch sizes for the water and wastewater market. The 1â„2 inch pump has a flow rate of 2.6 gpm, while the 3â„4 inch has a flow rate of 4.4 gpm and the 1 inch a flow rate of 8.8gpm.
The pump reportedly has the highest flow per compression of any peristaltic pump and the low-friction roller design compresses hose only Once per revolution, which can give up to five times the hose life when compared to conventional hosepumps. It also maintains the lowest glycerin consumption of any peristaltic pump (96% less), the company says. It has ultra-low energy consumption when To other peristaltic pumps and maintains higher flow rates from a smaller pump size. It can also pump at the higher end of its speed range without fear of damaging the hose.
The pump are suitable for most potable, municipal and industrial wastewater applications with applications including: lime slurry; alum; ferric chloride; sodium bisulfite; aqueous ammonia, fluoride potassium permanganate; sludge; under flow thickeners; lime slurry and sodium hypochlorite and metering.
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