What Are You Looking For?
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Motor protection |
No external protection required |
|
IP class |
IP44 |
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Insulation class |
H |
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Humidity(RH) |
Max. 95% |
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System pressure |
1.0 MPa |
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Compliance |
CE/ GS/ EMC/ LVD/RoHS/REACH |
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Environment temperature |
0～+40℃ |
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Temperature class |
TF110 |
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Liquid temperature |
-30～+110℃ (Glycol up to 50%) |
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Voltage/ Frequency |
110/230V, 60Hz |
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Pump housing |
Cast iron/Stainless steel |
|
Energy(EEI) |
≤0.23-Part2 |
Item NO.:
Mega 40-8F1.Heating pump dual supply system
2.Underfloor heating mixed water system
3.Heating pump hot water system
4.PWM signal controlled system
5.HVAC system
6.Boiler system
7.Other heating and cooling occasions, Suitable for refrigerants such as R290
Advantages
1.Efficient & Energy-saving
2.Low noise & No leakage
3.PWM signal & 0-10V control
4.Multi gear operation
5.Multiple protections and standardized interfaces
Construction
Mega pumps are wet rotor pumps, i.e. the pump and the motor are a single-piece unit without shaft end seal. The bearings are lubricated with pumped liquid.
The pumps feature:
• controller built in a control unit;
• operating panel at the front of the pump;
• external protection of the motor is not required.
Motor and frequency converter
Mega pumps are equipped with permanent-magnet motor. This motor type is characterized by an increased efficiency in comparison with traditionally used asynchronous squirrel-cage motors. Motor speed is set up by a built-in frequency converter.
Pump connections
Threaded pipe and flange connections.
Surface finish quality
A pump housing and its head part have cataphoretic coating for better corrosion resistance.
Cataphoretic coating application includes the following steps:
• alkali cleaning;
• zinc phosphate pre-treatment;
• cathodic electrodeposition (cataphoresis);
• varnish-and-paint film drying at 200~250 °C.
Easy installation and operation
Equipped with Self Adapting Mode(Auto Mode, Factory Setting), pump runs once the power is connected and adapts its performance according to actual system needs.
Control is effected by digital pulse-width modulation (PWM) low-voltage signal, enabling pump to be used to meet different flow requirement in various systems.
Low noise and high comfort
Noise index: ≤42dB(A)
Low energy consumption
A class energy efficiency, Power consumption lowest to 6W
Multiple protection
With over-voltage and over-current protection
Eco-Design Benchmark
EEI≤0.23-Part 2
Quick release power plug
Start-up and stop the pump quickly.
|
Setting |
Explanation |
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PP |
Proportional pressure curves |
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CP |
Constant pressure curves |
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CS |
Constant curves |
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AUTO |
Auto performance range |
Operating conditions
General instructions
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Water in heating systems |
Water quality according to local standards |
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Water with glycol |
Maximum viscosity:10–50 cSt ~ solution of water 50 % / glycol 50 % at -10 °C |
Operation range
Maximum operating pressure
PN 10: 10 bar / 1.0 MPa.
Minimum inlet pressure
In order to avoid cavitation noise and bearings damage during pump operation, the following minimum relative pressure should be maintained at its inlet port.
|
Inlet pressure |
Liquid temperature |
Inlet pressure of the pump |
|
≤ + 85 °C |
0.005 MPa |
|
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≤ + 90 °C |
0.028 MPa |
|
|
≤ +110 °C |
0.100 MPa |
Pumped liquids
The pump is designed to pump pure and nonaggressive liquids without solids or fibers that can have a mechanical or chemical impact on the pump.
Water used in heating systems should meet the quality requirements of system water for heating units.
The pumps must not be used for inflammable or explosive liquids such as diesel fuel or petrol.
The pumps must not be used for aggressive liquids such as acids or sea water. If the pump is not operated during a cold season, take the necessary measures to avoid low temperature damages.
Using additives in a heat transfer medium with the density and/or kinetic viscosity higher than the water ones decreases the performance of the pump.
Never use the additives that can negatively affect the pump operation. In order to learn whether the pump can be used with a certain liquid, take into account several factors.
The most important are lime content, pH, temperature, and the content of solvents and oils.
The pump can be used for glycol and water mixtures at the level up to 50 %. See section «General instructions». Pumping of glycol mixtures decreases hydraulic properties of the pump.
Installation Drawing
Tags :
Motor protection No external protection required IP class IP44 Insulation class H Humidity(RH) Max. 95% System pressure 1.0 MPa Compliance CE/ GS/ EMC/ LVD/RoHS/REACH Environment temperature 0～+40℃ Temperature class TF110 Liquid temperature -30～+110℃ (Glycol up to 50%) Voltage/ Frequency 110/230V, 60HZ Pump housing Cast iron/Stainless steel Energy(EEI) ≤0.23-Part2
Motor protection No external protection required IP class IP44 Insulation class H Humidity(RH) Max. 95% System pressure 1.0 MPa Compliance CE/ GS/ EMC/ LVD/RoHS/REACH Environment temperature 0～+40℃ Temperature class TF110 Liquid temperature -30～+110℃ (Glycol up to 50%) Voltage/ Frequency 110/230V, 60HZ Pump housing Cast iron/Stainless steel Energy(EEI) ≤0.23-Part2
Motor protection No external protection required IP class IP44 Insulation class H Humidity(RH) Max. 95% System pressure 1.0 MPa Compliance CE/ GS/ EMC/ LVD/RoHS/REACH Environment temperature 0～+40℃ Temperature class TF110 Liquid temperature -30～+110℃ (Glycol up to 50%) Voltage/ Frequency 110/230V，60HZ Pump housing Cast iron/Stainless steel Energy(EEI) ≤0.23-Part2
Motor protection No external protection required IP class IP44 Insulation class H Humidity(RH) Max. 95% System pressure 1.0 MPa Compliance CE/ GS/ EMC/ LVD/RoHS/REACH Environment temperature 0～+40℃ Temperature class TF110 Liquid temperature -30～+110℃ (Glycol up to 50%) Voltage/ Frequency 110/230V, 60Hz Pump housing Cast iron/Stainless steel Energy(EEI) ≤0.23-Part2
Motor protection No external protection required IP class IP44 Insulation class H Humidity(RH) Max. 95% System pressure 1.0 MPa Compliance CE/ GS/ EMC/ LVD/RoHS/REACH Environment temperature 0～+40℃ Temperature class TF110 Liquid temperature -30～+110℃ (Glycol up to 50%) Voltage/ Frequency 110/230V，60HZ Pump housing Cast iron/Stainless steel Energy(EEI) ≤0.23-Part2
Model Basic 65-5SF Power 700/450/400W Max.flow 32/28/25.5m³/h Max head 6.2/6/4.5m Voltage/ Frequency 220/380V 3pH 50HZ Pump housing Cast iron Pumped liquid Water Insulation class H Degree of Protection IP42 Liquid temperature range 2-110℃ Max System Pressure 1.0Mpa
Model U(V)/f(Hz) Head Q（m³/h） P（W） I(A) GPA15-7.5 III Z027 pro 230/50 7.5 2.6 60 0.50 7 2.4 52 0.45 6 2.2 39 0.35 5 2.1 33 0.30
Pump Body Length 8 1/2 Feet Power 245W Max.flow 44 gpm Max head 26 Feet Current 2.2A Voltage/ Frequency 110V 60HZ Pump housing Cast iron Pumped liquid Water Insulation class H Degree of Protection IP44 Liquid temperature range 2-110℃ Max System Pressure 1.0MPA
Power supply 220~240V, 50Hz AC Maximum system pressure ≤0.3MPa Insulation class B Protection level IPX5 Ambient temperature during work within the range of 0°C to 50°C The temperature of the conveying liquid within the range of 5°C to 50°C Delivery liquid clear water
Power supply voltage 220-240V 50/60Hz, PE Motor protection No external protection required IP class IP44 Insulation class H Humidity(RH) Max. 95% System pressure 1.0 MPa Compliance CE/ GS/ EMC/ LVD/RoHS/REACH Environment temperature 0～+40℃ Temperature class TF110 Liquid temperature -30～+110℃ (Glycol up to 50%) Voltage/ Frequency 230V/50HZ Pump housing Cast iron/Stainless steel Energy(EEI) ≤0.23-Part2
Model Basic 25-16 Power 700W Max.flow 10.5m³/h Max head 16m Current 3.4A Voltage/ Frequency 230V 50HZ Pump housing Cast iron Pumped liquid Water Insulation class H Degree of Protection IP44 Liquid temperature range 2-110℃ Max System Pressure 1.0Mpa
Model Basic 40-6F Power 500W Max.flow 14.5m³/h Max head 6m Current 1.5A Voltage/ Frequency 230V 50HZ Pump housing Cast iron Pumped liquid Water Insulation class H Degree of Protection IP44 Liquid temperature range 2~110℃ Max System Pressure 1.0Mpa
No.780,Ming Chuan Road,High-Tech Zone, Hefei, Anhui, P.R China
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