Nasosy plus BPS 25-4ESA-130 5.1 m
130 mm

Outdated Product

Main function: central heating; Pump type: centrifugal; Rotor type: wet; Max. flow (L/h): 2700; Max. head (m): 5.1; Min. fluid temperature (°С): 2; Max. fluid temperature (°C): 110; number of speeds: stepless adjustment; automatic operating mode; display; control panel; Max. power consumption (W): 22

Find prices on Amazon.com

Find prices on eBay.com

Nasosy plus BPS 25-4ESA-130 5.1 m

130 mm

5.1 m

130 mm

auto mode control panel

Suitable for:central heating

Performance:2700 L/h

Max. head:5.1 m

Power consumption:22 W

Speeds:stepless adjustment

Connection type:thread

All specifications

Specifications BPS 25-4ESA-130

Main
Main function	central heating
Design	single head
Pump type	centrifugal
Rotor type	wet


Specs
Max. flow	2700 L/h / 2100/650 л/ч /
Max. head	5.1 m / 2.6/1.6 м /
Max. operating pressure	10 bar
Minimum fluid temperature	2 °С
Max. fluid temperature	110 °С
Features	stepless adjustment / + 3 fixed speeds / automatic operating mode display control panel


Motor
Max. power consumption	22 W / 13/6 Вт /
Mains voltage	230 V
Motor type	synchronous
Shaft arrangement	horizontal
Shaft material	cermet

Connection
Connection type	thread
Inlet/outlet arrangement	coaxially
Inlet	1 1/2"
Outlet	1 1/2"


More specs
Pump housing material	cast iron
Impeller material	plastic
Country of brand origin	Ukraine
Protection class	IP44
Insulation class	H
Port-to-port length	130 mm
Dimensions (HxWxD)	120x130x130 mm
Weight	2.6 kg
Added to E-Catalog	november 2014

Information in model description is for reference purposes.
Before buying always check characteristics and configuration of product with online store manager
Catalog Nasosy plus 2024 - new products, best sales and most actual models Nasosy plus.

We recommend

Grundfos UPS 32-40-180

from $3,837.17

central heating, 2900 L/h, 45 W, max. head: 3.8 m, connection: thread

compare

Filters

Models

on sale all

Brands

Grundfos

(main function)

central heating

Out of stock

BPS 25-4ESA-130

Questions and suggestions for model selection →