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Lists specifications for single frame 208-230V outdoor units.
Lists specifications for single frame 460V outdoor units.
Details electrical characteristics for 208-230V outdoor units.
Details electrical characteristics for 460V outdoor units.
Provides crucial guidelines on choosing an optimal and safe location, including "Don'ts" and planning for snow.
Covers strength requirements, protection against wind/earthquakes, and support options for outdoor units.
Describes the LATS software used for designing VRF systems, its formats, and key features.
Outlines ASHRAE standards for refrigerant safety and maximum indoor unit connections for Multi V 5.
Details how to account for thermal expansion and contraction in copper piping to prevent failures.
Details the steps for cutting pipes, removing burrs, sliding flare nuts, and inspecting flared ends.
Guides on properly tightening flare nuts using torque wrenches and checking for leaks.
Outlines the brazing process, including safety, material, and nitrogen purging requirements.
Lists specifications and electrical data for various heat recovery unit models.
Explains the procedure for removing protective caps from HRU pipe connections before brazing.
Provides steps for opening and closing Schrader ports on HRUs for system procedures.
Explains how to open service ports on HRUs after installation and system readiness.
Explains pipe connections and routing options for heat recovery systems.
Outlines capacity limits, port usage, and connection requirements for heat recovery units.
Explains the importance of correct insulation for safety, efficiency, and preventing condensation.
Guides on accessing terminal blocks and connecting communication cables between units.
Illustrates communication cable connections between master ODU and indoor units for heat pump systems.
Advises on maintaining separation between power and communication cables to prevent interference.
Illustrates communication cable connections for heat recovery systems.
Shows the physical locations of main boards, terminal blocks, and other electrical components within outdoor units.
Illustrates how to route and terminate power and communication cables within large frame outdoor units.
Details the best practices for terminating power and communication wires using solderless terminals.
Illustrates the typical wiring schematic for power and communication cables in heat pump systems.
Outlines the power supply requirements and specifications for outdoor and indoor units.
Details specifications for communication cables, including grounding and routing for daisy-chain configuration.
Provides detailed views of wiring connections in large frame outdoor units.
Explains the types of terminals used and proper connection procedures for wiring.
Illustrates the typical wiring schematic for power and communication cables in heat recovery systems.
Details the steps for performing a triple leak and pressure test on the refrigerant piping system.
Describes the multi-stage evacuation process using vacuum pumps and micron gauges.
Details the procedure for checking the outdoor unit's configuration and performing self-diagnostics.
Lists required documents for commissioning, including shop drawings, as-built files, and checklists.
Guides on how to request a system commissioning from LG, including contractor responsibilities.
Explains the purpose of error codes, their classification into levels, and where they are displayed.
Details error codes specific to indoor units, their causes, and troubleshooting steps.
Details error codes related to outdoor unit inverter PCBs, voltage issues, and compressor performance.
Details error codes related to heat recovery units, including capacity, sensor, and communication errors.
Checklist items for preparing the refrigerant circuit before commissioning.
Section for recording pressure measurements taken during pre-commissioning.
Section for recording evacuation data, including micron levels and dates.
Checklist items for compiling all necessary documentation for commissioning.
Steps for submitting the checklist and documents to request commissioning.
Lists specifications for single frame 208-230V outdoor units.
Lists specifications for single frame 460V outdoor units.
Details electrical characteristics for 208-230V outdoor units.
Details electrical characteristics for 460V outdoor units.
Provides crucial guidelines on choosing an optimal and safe location, including "Don'ts" and planning for snow.
Covers strength requirements, protection against wind/earthquakes, and support options for outdoor units.
Describes the LATS software used for designing VRF systems, its formats, and key features.
Outlines ASHRAE standards for refrigerant safety and maximum indoor unit connections for Multi V 5.
Details how to account for thermal expansion and contraction in copper piping to prevent failures.
Details the steps for cutting pipes, removing burrs, sliding flare nuts, and inspecting flared ends.
Guides on properly tightening flare nuts using torque wrenches and checking for leaks.
Outlines the brazing process, including safety, material, and nitrogen purging requirements.
Lists specifications and electrical data for various heat recovery unit models.
Explains the procedure for removing protective caps from HRU pipe connections before brazing.
Provides steps for opening and closing Schrader ports on HRUs for system procedures.
Explains how to open service ports on HRUs after installation and system readiness.
Explains pipe connections and routing options for heat recovery systems.
Outlines capacity limits, port usage, and connection requirements for heat recovery units.
Explains the importance of correct insulation for safety, efficiency, and preventing condensation.
Guides on accessing terminal blocks and connecting communication cables between units.
Illustrates communication cable connections between master ODU and indoor units for heat pump systems.
Advises on maintaining separation between power and communication cables to prevent interference.
Illustrates communication cable connections for heat recovery systems.
Shows the physical locations of main boards, terminal blocks, and other electrical components within outdoor units.
Illustrates how to route and terminate power and communication cables within large frame outdoor units.
Details the best practices for terminating power and communication wires using solderless terminals.
Illustrates the typical wiring schematic for power and communication cables in heat pump systems.
Outlines the power supply requirements and specifications for outdoor and indoor units.
Details specifications for communication cables, including grounding and routing for daisy-chain configuration.
Provides detailed views of wiring connections in large frame outdoor units.
Explains the types of terminals used and proper connection procedures for wiring.
Illustrates the typical wiring schematic for power and communication cables in heat recovery systems.
Details the steps for performing a triple leak and pressure test on the refrigerant piping system.
Describes the multi-stage evacuation process using vacuum pumps and micron gauges.
Details the procedure for checking the outdoor unit's configuration and performing self-diagnostics.
Lists required documents for commissioning, including shop drawings, as-built files, and checklists.
Guides on how to request a system commissioning from LG, including contractor responsibilities.
Explains the purpose of error codes, their classification into levels, and where they are displayed.
Details error codes specific to indoor units, their causes, and troubleshooting steps.
Details error codes related to outdoor unit inverter PCBs, voltage issues, and compressor performance.
Details error codes related to heat recovery units, including capacity, sensor, and communication errors.
Checklist items for preparing the refrigerant circuit before commissioning.
Section for recording pressure measurements taken during pre-commissioning.
Section for recording evacuation data, including micron levels and dates.
Checklist items for compiling all necessary documentation for commissioning.
Steps for submitting the checklist and documents to request commissioning.
General| Brand | LG |
|---|---|
| Model | ARUM192BTE5 |
| Category | Air Conditioner |
| Language | English |
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