To Next PageTo Next PageHow to check the voltage at secondary side of transformer in Hisense Air Conditioner?
To check the voltage at the secondary side of the transformer of your Hisense Air Conditioner, disconnect the connection at the secondary side of the transformer and measure the voltage using a tester.
How to check wiring connections in Hisense Air Conditioner?
To ensure the wiring is firmly fixed and correctly connected in your Hisense Air Conditioner, check the following wiring connections on the O.U./I.U. PCBs for looseness: thermistor connections, remote control switch cable connections, transformer connections, and each power line connection. Also, verify that the wiring connections on the O.U./I.U. PCBs are not loosened or mis-connected.
General| Type | Split System |
|---|---|
| Refrigerant | R32 |
| Power Supply | 220-240V, 50Hz |
| Cooling Capacity | 12000 BTU/h |
| Noise Level (Outdoor) | 50 dB |
| Air Flow (Indoor) | 500 m3/h |
Provides essential information and warnings for the safe and proper use of the air conditioner.
Details safety guidelines for installation, operation, and environmental considerations.
Specifies the allowable temperature ranges for cooling and heating operations for various components.
Highlights hazardous situations that could result in death or serious injury if not avoided.
Details hazardous situations that could result in death or serious injury if not avoided.
Provides safety information to avoid minor or moderate injury.
Lists specific cautions regarding product handling, installation, and operation to prevent hazards.
Procedure for inspecting the product upon receipt for damage and verifying specifications.
Overview of the system and identification of various outdoor unit models available.
Illustrates typical system configurations for heat recovery and heat pump applications.
Details on combining indoor units with outdoor units for various capacities and configurations.
Provides comprehensive specifications for cooling, heating, electrical parameters, and dimensions.
Detailed specifications for outdoor heat exchangers, fan motors, and compressors.
Information on compressor protection devices and their settings.
Presents sound pressure levels and detailed physical dimensions for outdoor units.
Illustrates connections for 3-pipe heat recovery and 2-pipe heat pump systems.
Provides pipe diameter details for various models and system types.
Methodology for calculating and charging additional refrigerant based on system configuration.
Diagrams showing dimensions for optional piping connection kits.
Explains how to select the most suitable outdoor unit considering various factors.
Details on how piping length and defrosting affect system capacity.
Key checks for system installation, including refrigerant concentration and unit capacity.
A practical example illustrating the process of selecting units for a multi-room installation.
Illustrates the refrigerant flow for cooling, heating, and heat recovery operations.
Explains the control logic for various components during different operating modes.
Step-by-step flowcharts for cooling, dry, and heating operations.
Details the control logic and conditions for the defrosting operation.
Overview of the unit's structure and refrigeration cycle, including necessary tools.
Guidelines for safely transporting and lifting the outdoor unit.
Instructions for determining service space, installing the unit, and foundation requirements.
Details on piping materials, flaring, connection, and installation cautions.
Guidance on electrical wiring, including general checks and specific data.
Essential checks and preparations before commencing the test run.
Procedure for performing a test run using the outdoor unit's dip switches.
Steps for verifying unit operation, pressure, and voltage during the test run.
A checklist for evaluating the refrigerant cycle's quality and performance.
Basic checks for electrical wiring, power supply, and switch settings.
Interpreting 7-segment display codes for identifying operational status and alarms.
Detailed list of alarm codes, their causes, and troubleshooting actions.
Diagnosing issues related to various components like fans, motors, and sensors.
Details on inverter specifications, protective functions, and circuit arrangements.
Specifications and wiring diagrams for electronic expansion valves.
Information on high and low pressure sensors and their control characteristics.
Specifications for noise filters and reactors used in the system.
Procedure for accessing and setting optional functions via the outdoor unit PCB.
Configuration of external signals for input and output functions.
Details on setting various optional functions like low noise, demand control, and defrost.
Step-by-step instructions for removing and attaching service, front, and electrical box covers.
Procedures for removing components like fan motors, electrical boxes, and PCBs.
Steps for replacing refrigerant oil, coils, reversing valves, and compressors.
Procedures for removing and replacing high/low pressure switches, sensors, and expansion valves.
