Water can run from the edge of a split-system fascia after the unit has cooled for a long period. The source may be a restricted condensate outlet, a displaced tray, pipe insulation that is sweating, or ice forming and melting inside the case.
Visible dripping is a symptom, not a safe diagnosis. We need to know whether the unit leaks at startup, during long cooling periods or only after it switches off.
We inspect the accessible drain path, condition of the pan, any condensate pump and signs of coil icing. Where a ceiling or wall surface is damp, the outlet location and nearby electrical fittings affect how the visit should be handled.
Water collected during cooling should move through a drain path to its designed outlet. A blockage or incorrect fall can cause overflow at the indoor head. We check where the water is collecting before deciding whether clearance or rerouting is necessary.
A cold suction line with damaged or missing insulation can form condensation outside the intended drain tray. That moisture may resemble a blocked drain. We examine where droplets originate rather than sealing the plastic case over the problem.
A coil can freeze when airflow is restricted or refrigeration conditions are abnormal. When the ice melts it may overwhelm drainage. We examine the underlying freezing cause so that clearing the tray does not leave the original failure untouched.
A wet wall may persist after a short drain-cleaning attempt because the drip could be forming on uninsulated cold pipework or from an ice-covered evaporator. A useful inspection traces the water back to its source, checks the drip tray, then observes normal cooling and drainage rather than declaring the problem solved because the floor has dried.
Clearing a drain helps if the restriction is verified. Where the source is sweating pipework or freeze-thaw behaviour, a drain-only repair is unlikely to last, so we test the appropriate operating conditions before closing the unit.
Please tell us where the drain discharges and whether water is reaching plugs, switches, furniture or plaster. Switch the unit off if it risks electrical contact.
Observe the drain outlet during normal use after repair; a fresh indoor drip is a reason to contact us rather than adding sealant to the fascia.
Water near switches or sockets requires the unit to be switched off safely. Never use sealant on the indoor case as a substitute for a correctly draining condensate system.
Yes. Describe the sequence, error indications and system type when booking. The inspection determines whether the trouble is with settings, airflow, electrical controls or cooling equipment before a repair is recommended.
Appointment availability depends on the address, technician schedule and access to the equipment. We confirm the visit after reviewing your enquiry; the site does not promise a specific arrival time.
Not automatically. Poor cooling has several causes, and a sealed circuit should not need routine refrigerant topping up. A suspected loss needs appropriate leak investigation by qualified personnel.
The indoor unit brand or model, approximate age, symptoms, displayed fault code and safe access arrangements are useful. Describe what happens first rather than guessing which part has failed.
Please tell us where the drain discharges and whether water is reaching plugs, switches, furniture or plaster. Switch the unit off if it risks electrical contact. You can use the online request or message the same details on WhatsApp.
