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General| Liquid Temperature Range | -10°C to +110°C |
|---|---|
| Max Operating Pressure | 16 bar |
| Type | Circulator Pump |
| Series | MAGNA3 |
| Operating Temperature Range | -10°C to +110°C |
| Ambient Temperature Range | 0°C to +40°C |
| Protection Class | IPX4D |
| Power Supply | 1 x 230 V, 3 x 230 V, 3 x 400 V |
| Control Mode | Constant pressure, Proportional pressure |
| Communication | Modbus RTU |
| Pump Housing | Cast Iron |
| Impeller | Composite |
| Enclosure Class | X4D |
| Approvals | CE, EAC |
| Connection | Flange |
| Weight | Varies depending on model |
| Power Consumption | Varies depending on model |
Overview of pump performance ranges including flow rate, head, and pressure limits.
Highlights key features like AUTO ADAPT, FLOW LIMIT, and user interface.
Lists advantages such as low energy consumption, simple installation, and long life.
Details system applications like heating, cooling, and solar heating systems.
Explains the coding system for MAGNA3 pump models and their specifications.
Describes how to identify the pump model from the nameplate.
Details the function of the flap valve in twin-head pumps and hydraulic differences.
Displays performance curves for MAGNA3 single-head pumps.
Shows performance curves for MAGNA3 D single-head pumps.
Illustrates performance curves for MAGNA3 D twin-head pumps.
Lists single-head MAGNA3 pump models with part numbers and page references.
Lists twin-head MAGNA3 D pump models with part numbers and page references.
Guides on selecting the correct pump size based on system characteristics.
Lists conditions to check for proper operation: liquid quality, temperature, and ambient conditions.
Explains safe operation against a closed valve and minimum flow requirements.
Lists various control modes available for MAGNA3 pumps.
Explains how to set the setpoint based on the duty point.
Details connecting MAGNA3 to fieldbus networks via CIM modules for process control.
Provides a functional diagram of a heating system with component descriptions.
Advises on using speed-controlled MAGNA3 pumps for heating systems and control modes.
Recommends constant-temperature control for domestic hot-water circulation.
Explains the use of speed-controlled pumps in mixing loops for better hydraulic balance.
Discusses controlling heating surfaces with variable-flow mixing loops.
Presents a functional diagram of a cooling system with component descriptions.
Recommends MAGNA3 pumps for cooling systems, including parallel and twin-head configurations.
Advises on using variable-flow mixing loops for cooling surfaces.
Highlights the importance of variable-speed pumps in heat recovery systems.
Explains adapting cooling tower pumps to changing conditions for energy saving.
Discusses controlling cooling ceilings and floors with speed-controlled mixing-loop pumps.
Details MAGNA3 optimization for solar-heating systems using FLOW ADAPT/FLOW LIMIT.
Describes MAGNA3's suitability for large ground source heat pump systems.
Notes that no external pressure sensor or motor protection is needed for MAGNA3 installation.
Lists operating modes: Normal, Stop, Minimum curve, Maximum curve.
Details control modes: AUTO ADAPT, FLOW ADAPT, Proportional pressure, Constant pressure, etc.
Covers features like FLOW LIMIT and Automatic Night Setback.
Explains functions like Alternating operation, Backup operation, and Cascade operation.
Covers operating panel, display, startup guide, and setting the pump.
Lists communication methods: Wireless Grundfos GO, fieldbus, digital inputs, relay outputs, analog input.
Provides a visual overview of AUTO ADAPT, FLOW ADAPT, Proportional pressure, and Constant temperature control modes.
Explains maintaining constant differential temperature using pump and external sensors.
Describes operating according to a constant curve, similar to an uncontrolled pump.
Details Normal, Stop, Min., and Max. operating modes and their use.
Focuses on AUTO ADAPT control mode, its benefits, and technical specifications.
Explains the FLOW ADAPT control mode combining AUTO ADAPT and FLOW LIMIT for precise flow control.
Details suitability of proportional pressure control for systems with large pressure losses.
Explains constant pressure control for systems with small pressure losses.
Describes constant temperature control for domestic hot-water systems.
Explains controlling pump performance based on differential temperature.
Guides on installing temperature sensors for differential temperature measurement.
Details constant curve operation for systems requiring constant flow and head.
Introduces FLOW LIMIT as a feature to ensure rated maximum flow is never exceeded.
Explains the automatic night setback feature for reducing heating costs.
Details multipump functions like Alternating, Backup, and Cascade operation.
Discusses the accuracy of flow estimation using internal sensors.
Covers the operating panel, display, startup guide, and setting the pump.
Explains the performance overview, status, and pump performance monitoring.
Describes how to view and interpret pump warnings and alarms.
Explains the function of the heat energy monitor for tracking and optimizing energy consumption.
Lists assistance provided by the Assist menu for setup and fault correction.
Describes the Grundfos Eye as a pump status indicator light.
Explains using Grundfos GO for pump monitoring, data collection, and reporting.
Describes CIM modules for data transmission to external systems like BMS.
Lists available CIM modules (GENIbus, LonWorks, Modbus RTU, BACnet MS/TP, Ethernet) and their functions.
Explains using digital inputs for external control of start/stop or forced curves.
Describes forcing pump operation using digital inputs.
Details controlling pump start/stop via digital inputs.
Explains the functions of the two signal relays for external fault indication.
Describes using analog input for external sensors to optimize pump performance.
Explains using analog input for control from a BMS or PLC system.
Details influencing the setpoint externally using analog input.
Provides recommendations for water quality in heating and domestic hot water systems.
Lists temperature ranges for general and domestic hot-water applications.
Advises on indoor installation and environments to avoid.
Lists acceptable ambient temperatures and relative humidity for operation and storage.
States the maximum operating pressure for MAGNA3 pumps.
Details minimum inlet pressure requirements to avoid cavitation and bearing damage.
Describes suitable liquids, water quality, and glycol mixtures for MAGNA3 pumps.
Lists electrical specifications including supply voltage, inputs, outputs, leakage current, EMC, and power factor.
Provides sound pressure levels for different pump sizes.
Explains the electrocoating process for pump housings and surface treatment for stainless steel versions.
Describes the PM motor, variable frequency drive, and integrated controller.
Details the specifications and accuracy of the built-in sensors.
Shows sectional views of terminal-connected and wire-to-wire versions with component specifications.
Lists materials and grades for various pump components.
Illustrates the components of the sensor assembly.
Covers pump installation positions, control box orientation, and pipe stress considerations.
Details electrical connection requirements, grounding, and thermal protection.
Specifies requirements for screened, heat-resistant cables for signals.
Discusses the use of Ground Fault Circuit Interrupters (GFCI).
Shows electrical connection diagrams for terminal-connected motors.
Illustrates electrical connection diagrams for wire-to-wire models.
Depicts connection examples for analog input, digital input, and relays on terminal-connected units.
Shows connection examples for analog input, digital input, and relays on wire-to-wire units.
Provides guidelines for interpreting performance curves, including test liquid and voltage specifications.
Explains the energy efficiency index and MAGNA3's compliance with EuP directive.
Lists the safety and regulatory marks for MAGNA3 pumps.
Provides conversion tables for head, pressure, and flow rate units.
Presents performance curves, technical data, and dimensions for MAGNA3 32-60 F (N).
Shows performance curves, technical data, and dimensions for MAGNA3 32-100 F (N).
Displays performance curves, technical data, and dimensions for MAGNA3 40-80 F (N).
Provides performance curves, technical data, and dimensions for MAGNA3 40-120 F (N).
Shows performance curves, technical data, and dimensions for MAGNA3 40-180 F (N).
Presents performance curves, technical data, and dimensions for MAGNA3 50-80 F (N).
Displays performance curves, technical data, and dimensions for MAGNA3 50-150 F (N).
Provides performance curves, technical data, and dimensions for MAGNA3 65-120 F (N).
Shows performance curves, technical data, and dimensions for MAGNA3 65-150 F (N).
Presents performance curves, technical data, and dimensions for MAGNA3 D 65-150 F.
Displays performance curves, technical data, and dimensions for MAGNA3 80-100 F (N).
Provides performance curves, technical data, and dimensions for MAGNA3 D 80-100 F.
Shows performance curves, technical data, and dimensions for MAGNA3 100-120 F (N).
Presents performance curves, technical data, and dimensions for MAGNA3 D 100-120 F.
Describes insulating shells for MAGNA3 pumps used in AC/cooling systems.
Explains CIM modules for data transmission and lists available modules.
Guides on reusing CIM modules in different units after re-configuration.
Details Grundfos GO for wireless communication and pump management.
Describes the MI 204 add-on module for connecting to Apple devices.
Explains the MI 301 module for communication with smart devices via Bluetooth.
Lists combined pressure/temperature sensors and pressure sensors with specifications.
Details the DPI V.2 transmitter for combined differential-pressure and temperature measurement.
Lists available screened cables for sensors with lengths and product numbers.
Explains the use of a blanking flange for twin-head pump service.
Lists flange fitting sets and gaskets for connecting MAGNA3 pumps to pipes.
Lists product numbers for single-head MAGNA3 pumps by type, material, and voltage.
Lists product numbers for twin-head MAGNA3 D pumps by type, material, and voltage.
Introduces the Grundfos Product Center for pump selection and information.
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