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Ecoer 2436 User Manual

Ecoer 2436
14 pages
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05.2018 Manufacturer reserves the right to change at any time for specifications or designs without notice and incurring obligations.
ESI Outdoor Unit Function and control
Function and Control for Ecoer Smart Inverter
(ESI) Unitary System with IoT Technology

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Ecoer 2436 Specifications

General IconGeneral
BrandEcoer
Model2436
CategoryHeat Pump
LanguageEnglish

Summary

Major Components and Refrigerant Flow

Refrigerant Circuit

Diagram illustrating the refrigerant flow and key components in the system.

Cooling Operation

Details the refrigerant flow and operation during cooling mode, including oil return.

Heating Operation

Details the refrigerant flow and operation during heating mode, including oil return.

Control Logic Description

Operation Mode

Outlines the operational sequence and transitions between different modes like standby and running.

Mode List

Lists various operating modes with corresponding state codes displayed on the unit.

Basic Control

Cooling Control

Explains the control logic for the compressor and other actuators during cooling operation.

Heating Control

Explains the control logic for the compressor and other actuators during heating operation.

Defrost Operation

Describes the conditions and process for automatic and manual defrosting to remove frost from the outdoor unit.

Test Mode Control

Details the operation of the system in test modes for refrigerate charge or pump down.

Compressor Control

Fan Control

Electronic Expansion Valve (EEV) Control

Protection Functions

High Pressure Protection Control

Details the control logic to prevent extremely high pressures and protect the compressor.

Low Pressure Protection Control

Explains how the system protects the compressor from transient decreases in low pressure during cooling.

Discharge Temperature Protection Control

Describes the system's protection against malfunctions or increases in discharge pipe temperature.

INV Module Temperature Protection Control

Details the protection control for the inverter module temperature to prevent tripping due to overheating.

Over-current Protection Control

Explains the control mechanism to prevent tripping caused by abnormal transient currents.

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