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Describes the H-shape condenser and 360° air suction for enhanced heat exchange.
Explains the unit's modularity for connecting up to 16 modules, offering flexibility.
Details the operational behavior when master or slave units fail, ensuring system continuity.
Ensures equal running time for all slave units, improving stability and lifespan.
Focuses on Midea Fast Defrosting for reduced water temperature fluctuation.
Highlights the use of grooved copper tubes and hydrophilic aluminum foil for better efficiency.
Discusses patented liquid distribution and 500-step EXV for accurate gas flow control.
Lists various protection mechanisms ensuring safe chiller operation.
Covers compact structure, light weight, and simplified installation process.
Details the ambient and water outlet temperature ranges for cooling and heating modes.
Describes the SS series heat exchanger with a focus on helical baffle design.
Explains the SP series plate heat exchanger for reduced energy consumption.
Describes integrated modules like expansion tank and pump, saving space and cost.
Depicts the refrigeration circuit for 35kW modules, including compressor, condenser, and evaporator.
Shows the refrigeration circuit for 65/80kW modules, featuring key components like compressor and condenser.
Illustrates the refrigeration circuit for 130kW modules with two compressors and shell-tube evaporator.
Offers detailed electrical wiring diagrams for SS series chiller units, showing component connections.
Illustrates the communication schematic for main and auxiliary units in networking configuration.
Presents cooling capacity and power data across various ambient and water outlet temperatures.
Provides heating capacity and power data across different ambient and water outlet temperatures.
Lists error and protection codes with brief descriptions for troubleshooting.
Details common troubles with their possible reasons and suggested solutions.
Provides flowcharts for diagnosing and resolving common system malfunctions.
Covers transportation, installation space, and foundation requirements for the unit.
Details connection requirements, water quality, performance factors, and pipeline installation.
Explains precautions, power supply specifications, and wiring connection steps for safe installation.
Outlines necessary steps before starting the unit, including system flushing and pre-heating.
Describes procedures for initial startup, trial run, and final checks for normal operation.
Covers essential checks for discharge/suction pressure, electrical connections, and component reliability.
Details procedures for cleaning scale from the water-side heat exchanger using appropriate agents.
Provides instructions for preparing the unit for winter shutdown, including cleaning and draining.
Emphasizes using only company-provided parts for replacements.
Lists preparations for restarting the unit after a long period of inactivity.
Guides on checking refrigerant levels, leakage, and injection procedures.
Details the physical layout and component descriptions of the control system PCB.
Explains the operation and functions of the standard wired controller model.
Describes the Modbus gateway for intelligent network control and unit connectivity.
Details the operation and functions of the optional wired controller model.
Provides temperature-resistance data for various sensors used in the system.
Offers temperature-resistance data specifically for the digital compressor discharge sensor.
General| Cooling Capacity | 35 kW |
|---|---|
| Refrigerant | R410A |
| Power Supply | 380-415V/3Ph/50Hz |
| Noise Level | 65 dB(A) |
| Operating Ambient Temperature | 5°C to 43°C |
