Need help?Do you have a question about the Kärcher HDC Series and is the answer not in the manual?
General| Brand | Kärcher |
|---|---|
| Model | HDC Series |
| Category | Pressure Washer |
| Language | English |
Defines impact pressure and factors influencing it.
Shows the influence of spray distance on impact pressure using a graph.
Illustrates the impact of spray angle on impact pressure via a graph.
Depicts the relationship between nozzle pressure and impact pressure with graphs.
Provides limits for impact pressure based on cleaning application.
Describes how water volume affects cleaning performance and dirt transport.
Details minimum and maximum recommended water volumes for optimal cleaning.
Presents technical specifications for different HDC Classic models.
Explains the operational flow and components of the HDC Classic.
Illustrates the water flow diagram for the HDC Classic system.
Describes the overflow valve and its interaction with the pressure switch.
Explains how the pressure sensor restarts the pump.
Lists common faults, error codes, and their meanings.
Details technical specifications for HDC standard models.
Explains the operational flow and components of the HDC standard.
Describes methods for detecting and responding to leakages.
Explains water temperature monitoring and shutdown conditions.
Explains how water shortage is detected and handled.
Describes monitoring of engine temperature and general faults.
Lists fault codes, their descriptions, and error types.
Presents technical specifications for HDC Advanced models.
Covers safety against lack of water, temperature, winding protection, and safety valve.
Provides essential safety checks before starting the appliance.
Lists critical safety warnings and precautions during operation.
How to gather essential data for selecting the right HDC unit.
Determines the number of simultaneous users and required water flow rate.
Defines the necessary pressure range for the system.
How to determine pipe sizes based on flow rate and velocity.
How to calculate pressure loss in pipes based on length and flow.
Demonstrates a step-by-step calculation for a pipe network.
To Next Page
