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Adherence to regulations, protective gear, clean workspace, and proper waste disposal.
Disconnect air supply, check fittings, ensure tank capacity, avoid accidental starts, and store safely.
Use only specified fluids, do not store fluids in the tank, avoid tampering, and adhere to storage conditions.
Ensures the vehicle is level, engine warmed, and oil temperature is within limits before operating the air extractor.
Guides on removing the dipstick and inserting the correct suction probe into the engine sump for fluid extraction.
Describes starting suction via button or pump and the auto shut-off mechanism when the tank is full.
Guides setup from previous sections, probe insertion, tube connection, and initiating suction with the pump.
Addresses issues where the unit fails to start, suggesting checks for audible clicks, inversion, or shaking.
Diagnoses why no fluid is being extracted, checking for full tank, probe immersion, or if the tank is already full.
Adherence to regulations, protective gear, clean workspace, and proper waste disposal.
Disconnect air supply, check fittings, ensure tank capacity, avoid accidental starts, and store safely.
Use only specified fluids, do not store fluids in the tank, avoid tampering, and adhere to storage conditions.
Ensures the vehicle is level, engine warmed, and oil temperature is within limits before operating the air extractor.
Guides on removing the dipstick and inserting the correct suction probe into the engine sump for fluid extraction.
Describes starting suction via button or pump and the auto shut-off mechanism when the tank is full.
Guides setup from previous sections, probe insertion, tube connection, and initiating suction with the pump.
Addresses issues where the unit fails to start, suggesting checks for audible clicks, inversion, or shaking.
Diagnoses why no fluid is being extracted, checking for full tank, probe immersion, or if the tank is already full.
The Sealey Vacuum Oil/Fluid Extractors, models TP6901, TP6903, and TP6904, are 9-liter capacity devices designed for the extraction of various fluids from vehicles and machinery. These extractors are constructed from composite materials, ensuring durability and a lightweight design.
The primary function of these devices is to extract engine oil, transmission oil, and other lubricating oils from cars, motorcycles, marine engines, stationary engines, and industrial machinery. They are also suitable for extracting low-viscosity fluids such as water. The TP6901 model operates solely via a manual pump, requiring the user to physically pump a handle to create a vacuum. The TP6903 model operates exclusively using a compressed air supply, generating a vacuum automatically when connected to an air line. The TP6904 model offers dual functionality, allowing for both manual pumping and air-powered operation, providing flexibility depending on the user's preference or available resources. All models are supplied with Ø6 and Ø10mm suction probes, which are inserted into the dipstick tube to extract engine oil, and an Ø8 x 1100mm brake/clutch bleeding hose, enabling brake bleeding operations.
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