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Discusses enhanced performance beyond standard operational parameters.
Explains the unit's automatic setpoint adjustment for efficiency and range.
Details how the unit maintains efficiency under partial load and varying temperatures.
Describes the optional system for ice detection and process time minimization.
Focuses on the design and benefits of axial fans for quiet and efficient operation.
Details the materials, design, and insulation of the unit's casing.
Describes components like pumps, expansion tanks, and safety valves for the water circuit.
Explains the components of the refrigeration system, including compressors and heat exchangers.
Details the fan type, motor, and insulation for optimal airflow and noise reduction.
Highlights the design and benefits of the heat exchangers for efficient heat transfer.
Covers the unit's control system, features, and connectivity options.
Describes the construction and compliance of the unit's electrical control board.
Lists available optional features and accessories for enhanced functionality.
Lists optional accessories for the unit, such as remote controls and base supports.
Describes the intended use of MPED units in residential and commercial buildings.
Details the range of MPED models, capacities, and configuration options.
Presents detailed performance specifications for water chiller models.
Provides detailed performance specifications for heat pump models.
Explains how to set and calibrate the fan's air flow rate for optimal performance.
Details how to adjust heating capacities based on defrosting cycles using corrective coefficients.
Illustrates the operational range for chiller mode based on water and air temperatures.
Shows the operational limits for heat pump mode concerning humidity and temperature.
Specifies the allowable mixtures of water and ethylene glycol for the thermal fluid.
Provides corrective coefficients to adjust performance for different water temperature differentials.
Details corrective factors for water flow rate and pressure drop based on glycol concentration.
Presents diagrams showing evaporator pressure drops as a function of water flow rate.
Shows diagrams illustrating Y filter pressure drops versus water flow rate.
Advises on maintaining water content and adjusting expansion tank pressure for system height.
Explains the partial heat recovery option using a de-superheater exchanger for energy saving.
Provides guidance on the placement and number of vibration damping supports for different models.
General| Refrigerant | R410A |
|---|---|
| Compressor Type | Scroll |
| Control System | Microprocessor |
| Heating Capacity | Not Available |
| Power Supply | 400V/3Ph/50Hz |
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