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Grundig GHP-MM08 User Manual

Grundig GHP-MM08
83 pages
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01M-8508043600-2422-01
01M-8508053600-2422-01
01M-8508063600-2422-01
01M-8503073600-2422-01
01M-8503083600-2422-01
GHP-MM08
GHP-MM10
GHP-MM12
GHP-MM14
GHP-MM16
EN
Service Manual
Heat Pump Monobloc Inverter
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Grundig GHP-MM08 Specifications

General IconGeneral
BrandGrundig
ModelGHP-MM08
CategoryInverter
LanguageEnglish

Summary

Part 1 General Features

Unit Capacities and Appearance

Details unit models, capacities, and visual features.

Unit Capacities

Lists different factory models and their corresponding unit capacities and specifications.

Unit Appearance

Shows images of the unit appearance for different capacity ranges.

Part 2 Component Layout and Refrigerant Circuit

Functional Component Layout

Illustrates internal component placement for various models.

Piping Diagram

Visual representation of the refrigerant and water piping system.

Refrigerant Flow Diagram

Depicts refrigerant flow during heating, cooling, and defrosting operations.

Part 3 Control

Stop and Standby Control

Explains shutdown, standby operations, and crankcase heater control.

Startup Control Procedures

Describes the process and delays for compressor startup.

Normal Operation Control

Outlines component control during heating, cooling, and DHW modes.

Protection Control Functions

Covers safety features like pressure, temperature, and current protection.

Special Control Operations

Explains oil return and defrosting operations.

Temperature Sensors in Control

Details the function and location of various temperature sensors.

EEPROM Parameter Settings

Provides a table of adjustable parameters for system configuration.

Electric Wiring Diagram

Shows the electrical connections for the unit's components.

Part 4 Troubleshooting

Unit Electric Control Box Layout

Identifies main components within the electric control box.

Unit PCBs

Describes the types and locations of printed circuit boards (PCBs).

Error Code Table

Lists error codes, their descriptions, and remarks for troubleshooting.

Troubleshooting Warnings

Crucial safety warnings before performing any troubleshooting procedures.

P01 Water Flow Failure Analysis

Analyzes and provides solutions for error code P01.

P02 High Pressure Protection Analysis

Analyzes and provides solutions for error code P02.

P03 Low Pressure Protection Analysis

Analyzes and provides solutions for error code P03.

P04 Coil Overheating Analysis

Analyzes and provides solutions for error code P04.

P05 High Discharge Temp. Analysis

Analyzes and provides solutions for error code P05.

P06 Low Outlet Water Temp. Analysis

Analyzes and provides solutions for error code P06.

P07 Low EEV Outlet Temp. Analysis

Analyzes and provides solutions for error code P07.

P08 Middle Pressure Switch Analysis

Analyzes and provides solutions for error code P08.

P10 Low Pressure LPS Analysis

Analyzes and provides solutions for error code P10.

P11 DC Fan Error Analysis

Analyzes and provides solutions for error code P11.

P13 Inlet/Outlet Water Temp. Analysis

Analyzes and provides solutions for error code P13.

P21 DC Water Pump Abnormal Analysis

Analyzes and provides solutions for error code P21.

P25 Outlet Water Pressure Sensor Analysis

Analyzes and provides solutions for error code P25.

E01 Communication Error Analysis

Analyzes and provides solutions for error code E01.

E02-E09 Temp Sensor Errors Analysis

Analyzes and provides solutions for temperature sensor errors E02 to E09.

E10 Communication Error Analysis

Analyzes and provides solutions for error code E10.

E14 Low Pressure Sensor Error Analysis

Analyzes and provides solutions for error code E14.

Inverter Module Troubleshooting

Troubleshooting for inverter module errors for single-phase models.

E19, E24, E27 PFC Module Errors Analysis

Analyzes and provides solutions for PFC module errors E19, E24, E27.

E20, E21 Compressor Startup Errors Analysis

Analyzes and provides solutions for compressor startup errors E20, E21.

E25 IPM Current Circuit Analysis

Analyzes and provides solutions for error code E25.

E26 Compressor Speed Deviation Analysis

Analyzes and provides solutions for error code E26.

E28 Communication Cable Error Analysis

Analyzes and provides solutions for error code E28.

E34 Main Circuit Voltage Error Analysis

Analyzes and provides solutions for error code E34.

E22, E32-E38 Inverter Module Actions

Explains non-error codes related to inverter module specific actions.

Part 4.5 Appendixes

Temperature Sensor Resistance Data

Provides resistance values for various temperature sensors at different temperatures.

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