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General| Model | InnoClean PLUS EW 4 |
|---|---|
| Brand | Kessel |
| Power Consumption | 700 W |
| Product Type | Vacuum Cleaner |
| Filter Type | HEPA Filter |
Lists key benefits of the septic system, such as low energy costs and long service life.
Warns about suffocation hazards when entering the plant and emphasizes proper qualification.
Highlights risks of non-compliance, electrical hazards, and need for qualified personnel.
Defines the intended use of the septic system for domestic wastewater according to DIN standards.
Provides a visual and textual overview of the InnoClean PLUS system components and their arrangement.
Illustrates the physical layout of single and multi-tank systems for different model sizes.
Presents a detailed table with technical specifications, dimensions, and volumes for various system sizes.
Details volumes and dimensions for InnoClean PLUS systems EW 4 to EW 10.
Explains the automatic purification process, including phases like normal, economy, and holiday.
Notes on packaging requirements to prevent impurity ingress during construction.
Outlines requirements for safe and proper transportation of the tanks by experienced companies.
Provides guidance for temporary storage of tanks, emphasizing level ground and protection.
Details the necessary qualifications, soil assessment, and groundwater level checks for installation.
Specifies checks required by the technician before placing the tank in the excavation pit.
Covers requirements for the excavation pit, including soil conditions, slope, and frost-free depth.
Describes the materials and specifications for the subbase, tank bed, and backfilling.
Instructs on the safe placement of the tank into the excavation pit, noting flow direction arrows.
Explains the process of filling tanks with water to ensure stability before backfilling.
Details the parallel process of filling with water and backfilling, including layer thickness and compaction.
Provides guidance on pipe layout, frost-free installation, connecting pipes, and stilling sections.
Discusses ventilation options, including connecting an additional line and using an activated carbon filter.
Describes routing the control line and ventilation hose through a cable conduit to the control unit.
Details the process of assembling attachment pieces, including gasket placement and fine adjustment.
Instructs on final checks of lines and alignment of attachment pieces, and adjusting fluid levels.
Covers the installation of the control unit and compressor, including room requirements and electrical connections.
Outlines the handover process, including required personnel and recommended participation.
Details the initial steps before commissioning, such as cleaning and filling the plant with water.
Lists the operator's responsibilities, including checks for damage, defects, and component function.
Covers the explanation of operations, duties, and maintenance to the customer.
Explains the automatic operation phases (normal, economy, holiday) and maintenance interval adherence.
Defines the operator's obligation to monitor plant function and keep an operations diary for self-inspections.
Lists substances that should not be discharged into the system and explains the damage they cause.
Provides instructions for evacuating sludge, cleaning the tank, and refilling with water.
Details routine maintenance tasks for the sedimentation and aeration chambers, including checks and cleaning.
Outlines procedures for cleaning the compressor filter and replacing membranes and valve blocks.
Guides users on troubleshooting, contacting service technicians, and using original spare parts.
Explains how to navigate the control unit's menu system using the keys and indicators.
Describes the system information display, showing time, floaters, phase, and alarm status.
Details how to access information on incidents, faults, control type, maintenance deadlines, water level, and parameters.
Explains options within the maintenance menu, including manual and test operations and maintenance dates.
Specifies how to input the next maintenance deadline, typically done by a service partner.
Provides access to various system settings such as parameters, date/time, language, and reset options.
Allows changing factory-stored parameters, with immediate acceptance upon OK key press.
Resets the control unit to factory settings, excluding operating hours.
Addresses faults related to high water levels, sensor issues, and potential plant overflow.
Covers issues with low water levels in the aeration chamber and potential causes like leaks.
Details faults related to excess or negative pressure in the system and their causes.
Explains issues with overcurrent or undercurrent consumption by the compressor and their remedies.
Addresses faults related to battery voltage being too high or too low, and relay errors.
Covers issues where the control unit display shows no information or specific error messages like "Extraction".
Discusses other potential faults such as high water levels or plant undersizing.
Addresses faults with solenoid valves, backup occurrences, and disappointing clearing capacity.
Outlines the procedure for notifying KESSEL about product defects and the options for repair or replacement.
Mentions an extended warranty on polymer bodies of specific product classes, subject to proper installation.
Details the on-site piping for connecting tanks, including pipe types and routing.
Describes the connections for inlet, outlet, cable conduits, and ventilation pipes.
