Home Precision Environment Aerosol Generation & Conditioning ATM 243 Heatable Oil Aerosol Generator
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Topas GmbH Special Liquid Aerosol Generators for Filter Testing

ATM 243 Heatable Oil Aerosol Generator

Heatable motor-oil aerosol generator with one to three selectable nozzles and regulated aerosol temperature for oil-mist separator and filtration testing.

Aerosol flow
800–18,000 L/h
Temperature
20–130 °C
Mass flow
Up to 100 g/h
Nozzles
1–3 selectable
Heated motor-oil aerosol 20–130 °C Oil-mist separators Selectable nozzles
VDI 3491-2

Model Overview

Model Group Positioning Core fit
ATM 243 Heatable motor-oil aerosol generator Temperature-controlled oil aerosol generator with one to three selectable nozzles Oil-mist separator testing, crankcase aerosol simulation and heated filtration research

Key Features

Regulated aerosol temperature

Conditions the oil and aerosol between 20 and 130 °C for representative separator testing.

Selectable nozzle output

One to three active nozzles provide a broad aerosol flow and mass-output range.

Motor-oil compatibility

Designed for test oils such as 15W40 and 0W30 within the specified operating range.

High-output heated aerosol

Supports large separator and filtration systems with up to 18,000 L/h aerosol flow.

Technical Specifications

Parameter Unit Value / Description
AEROSOL GENERATION
Aerosol volumetric flow rate L/h 800–18,000
Aerosol temperature °C 20–130
Mass flow, 15W40 at 80–130 °C g/h 1–75
Mass flow, 0W30 g/h 5–100
Nozzle configuration 1–3 selectable nozzles
Liquid filling volume mL 1,500–3,000
OPERATING CONDITIONS
Compressed-air supply bar Max. 6
Power supply 240 V AC
Power consumption W Max. 650
Maximum counter-pressure kPa 30
Outlet connector mm OD 28 / ID 24

Values shown are manufacturer specifications for model selection. Confirm the final configuration, accessories, utilities and calibration scope before ordering.

Applications

Temperature-controlled separator testing

Generates heated motor-oil aerosol for efficiency and loading measurements.

Representative oil aerosol challenge

Supports development of blow-by and crankcase ventilation separation systems.

High-mass heated aerosol

Provides controlled oil loading for filter media and component lifetime studies.

Adjustable temperature and output

Enables parameter studies across nozzle count, oil type and aerosol temperature.

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