Need article length 900-1300 words body copy. Need semantic HTML: p, ul/li, h2/h3 only. No h1. No inline styles. H2/H3 max 6 words each. Need style direct. Purpose: Maps condensate lines through bay window joists to avoid ceiling stains, problem generic installers miss in heritage suburbs. Need angle: split system placement for Melbourne double-fronted terraces with bay windows. Need highlight condensate drainage through bay window joists. Need technical practical. Avoid fake prices, stats. Focus on correct placement, joist routing, ceiling stains, heritage suburbs. Mention licensed refrigeration mechanic? Probably not self-promotion but factual. Must not quote brief. Need maybe include Melbourne suburbs? Could mention but not necessary. Need no fluff.
Need parse: The article should demonstrate why this wins business: Maps condensate lines through bay window joists to avoid ceiling stains, a problem generic installers miss in heritage suburbs. So main value is placement and condensate management. Need explain common mistake: installers mount indoor unit on external wall away from bay, but if unit is on internal partition near bay? Wait double-fronted terrace with bay window: often front room has bay window, external wall is bay. Condensate line from indoor unit must drain outside. If unit placed on the wall opposite or side? Need route through ceiling/floor? Let’s think. Double-fronted terrace: two front rooms, central hallway. Bay windows at front. Split system indoor units usually mounted on an external wall to keep pipe run short. But if the preferred cooling position is on a party wall or internal wall near bay due to layout, condensate may need run through joists. Actually bay window itself maybe external wall; mounting on the flat section between bays? But condensate line can go directly outside if mounted on external wall. The issue is if placing the indoor unit on the bay window wall? The bay has window glazing, not enough wall above? Many double-fronted terraces have bay windows with narrow brick piers, no room for head unit. Installers may instead put head on internal wall (hallway wall) facing bay, requiring refrigerant and condensate lines through ceiling/floor joists to reach outside. Generic installers might route condensate incorrectly through joists, causing sagging, leaks, stains on ceiling below? Need map through bay window joists. Hmm.
Let’s interpret: “Maps condensate lines through bay window joists to avoid ceiling stains” means install indoor unit on internal wall near bay but pipe run passes through floor/ceiling joists above bay? The bay window structure has joists supporting bay roof? Or joists in floor? Need detail. Double-fronted terrace often has front room with bay window projecting from front wall. The floor above? If single-storey, ceiling joists over bay window? The bay window has its own roof or is under main roof? Need route a gravity condensate drain from a high-wall indoor unit to outside. If indoor unit is mounted on the front wall between bays? Hmm.
Maybe specific: The bay window area has structural joists/beams that can be notched? “through bay window joists” might mean run the condensate line through the floor joists of the bay window? If indoor unit installed above bay window? Actually high-wall split indoor unit typically mounted high on wall. If mounted on external wall above bay window? Could be on the wall above the bay window head? Existing opening maybe below, there’s a section of wall above. But if no space, need set back.
Could discuss: In double-fronted terraces, the obvious spot for an indoor unit is the front external wall because pipe run short. But bay windows dominate the front wall; the narrow piers between window sashes often cannot support a 7–10kg head unit. The wall above the bay window may be structural timber framing with joists supporting the bay roof or upper floor. If you mount the indoor unit on the side wall or an internal partition, the condensate drain has to travel through or alongside the joists that frame the bay window. Bad installers notch joists in the wrong place or let the drain sag, causing blockages and overflow. Ceiling stains below.
Need maybe outline:
– Why placement matters in terraces
– Condensate basics: gravity drain, fall, no low spots
– Bay window constraints: narrow piers, structural lintels, joist directions
– Safe routing through joists: drill holes in centre, maintain fall, use correct size, avoid notching bottom, protect pipe
– External discharge point options: downpipe, drain, paved area
– Refrigerant line routing same void? Insulation, separation
– Common mistakes: low spots, punctured drain, wrong fall, insulation issues
– Placement options: external wall vs internal wall and pipe path
– Commissioning and testing drain
– Maybe Melbourne heritage considerations: permit? not necessarily but mention not penetrating decorative render, avoid visible pipe on front façade? Need maybe not overdo.
Need keep H2 max 6 words. Possible H2 sections:
1. Why Bay Window Placement Is Tricky (6? Why Bay Window Placement Is Tricky = 5 words? Why(1) Bay2 Window3 Placement4 Is5 Tricky6) ok.
2. Condensate Lines Need Constant Fall (5)
3. Read the Joist Direction First (5)
4. Drill Holes, Do Not Notch (5)
5. Keep Drain Runs Short and Visible? “Keep Drain Runs Short and Accessible” 5
6. Place Unit Before Pipe Runs (5)
7. Common Stains Start in Ceilings (5)
8. Test Drain Before Closing Walls (5)
Need include keyword in heading at least one. The title has H1. Heading could be “Split System Placement in Terrace” 5? Use in H2 maybe “Planning Split System Placement Around Bays” 6? Need include keyword “split system placement Melbourne” perhaps not all. Use “Split System Placement Near Bay Windows” 6? Keyword with Melbourne? Maybe “Melbourne Terrace Split System Placement” 5? Use heading exactly “Split system placement in Melbourne terraces” 6? Let’s count: Split1 system2 placement3 in4 Melbourne5 terraces6. Good H2. Use that. Must no more than 4 keyword-bearing headings? We only one or two.
Need article content 900-1300 words. We can write maybe 1000-1100. Need count? We can approximate. Use concise paragraphs. Need no fabricated stats. Mention costs? no specific.
Need do first paragraph with keyword. “Split system placement in Melbourne double-fronted terraces with bay windows is not just about picking a wall.” That uses close variant “Split system placement in Melbourne”. Good.
Need make direct, practical. Avoid “premium”, “unbeatable”. Use “licensed refrigeration mechanic” maybe okay. Mention “we” maybe? The site content can use “Melbourne Split Systems” but not overly self-promotional. Could write in third person, advice. Maybe avoid “we” to be safe? It can speak to reader. But service business article maybe “you”. The brief says practical no-nonsense. We’ll use “you” / “your”. Can mention “a licensed installer should” etc.
Need no inline styles. Use only
,
- /
- ,
/
. Need maybe use
and
only. Section headings max 6 words. Ensure all headings 6 words max. h3 maybe “Never Notch the Bottom Edge” (5). etc.
Need ensure keyword used 4-12 body paragraphs. I can use variant “split system placement” maybe counts? They said focus keyword or very close variant. Use “split system placement in Melbourne” maybe 5 words. But KEYWORD can be “split system placement Melbourne” 3? Actually 4? Split(1) system(2) placement(3) Melbourne(4). That’s 4 words? “Split system placement Melbourne” = 4 words? Split=1 system=2 placement=3 Melbourne=4. Yes 4 words but grammatically missing “in”. Use close variants “split system placement in Melbourne” 5? Need not exact maybe. I’ll set KEYWORD: split system placement Melbourne (4 words). Use variations like “split system placement in Melbourne” maybe contains? It contains split system placement but has in before Melbourne. Close enough. Need at least 4 times. We’ll incorporate naturally.
Need ensure no . The page title H1. We output TITLE, KEYWORD, BODY.
Need maybe not include code fence. Start exact with TITLE:.
Let’s draft.
Outline:
Intro paragraph:
“Split system placement in Melbourne double-fronted terraces with bay windows is less about aesthetics and more about drainage. The front room of a double-fronted terrace usually has a bay window that occupies the obvious external wall, leaving little solid wall area above or beside the glass. When an indoor unit is set on an internal partition or the hallway wall to avoid the bay, condensate and refrigerant lines must travel through the joists that frame the bay window structure. If that run is not mapped properly, the drain sags or gets kinked, water backs up, and the first sign is a brown stain spreading across the ceiling below. This is the fault generic installers miss in Melbourne’s heritage suburbs, and it is avoidable.”Maybe too long? It uses keyword variant. Good.
Then H2: Why Bay Windows Change the Job (6? Why1 Bay2 Windows3 Change4 the5 Job6). Need maybe use keyword heading later. Could first H2 “Split System Placement in Melbourne Terraces” maybe this heading maybe fine at top? But we need h2 after intro. Could have H2 “Split System Placement in Melbourne Terraces” and content about evaluating. But better first H2 “Why Bay Windows Change the Job” maybe. Need keyword heading at least one. We’ll include later.
Let’s create structure:
H2: Why Bay Windows Change the Job
p: double-fronted terrace front rooms, bay projection, etc.H2: Read the Condensate Path First (5)
p: gravity drain, fall, no pump? Need explain high-wall indoor unit condensate drain uses gravity; minimum fall, continuous, cannot have low points. If pump used maybe less? But avoid because pump noise/failure. Maybe mention: Most split systems drain by gravity; some have pump. But gravity is better if fall available.H2: Split System Placement in Melbourne Terraces
This heading has keyword. Content: placement choices. Internal wall vs external wall, where to mount. Need mention if external wall above bay is not feasible, internal wall becomes practical; pipe route must be planned before bracket.H3: Use the Real Wall, Not the Window (6? Use1 the2 Real3 Wall4 Not5 the6 Window6)
Content.H3: Plan the Pipe Run in Reverse (6)
Maybe.H2: Joist Direction Dictates the Route (5)
Need explain floor/ceiling joists run front-to-back or side-to-side. Need inspect. If joists run parallel to drain path, can run along them with fall. If perpendicular, you have to cross each joist. Bay window joists can be shorter, double, or angled. Need drilling locations.H2: Drill Holes, Do Not Notch (5)
p and ul. Need technical: holes in centre third of joist, maximum diameter, no notches in bottom third, no notches in middle third? Building codes: holes in centre, notches top/bottom? Need avoid specific code sizes? We can say keep holes small, centred, spaced, no notches. Use 20mm condensate drain maybe maybe 16mm? Need not specific? Could say typical 16mm or 20mm flexible drain? Need generic. Use “standard 16mm or 20mm condensate hose” maybe okay. Not fake.Need mention “bay window joists” specifically: the joists over a bay window are often doubled or on a different spacing; drilling through them without checking can hit structural members. The correct route through the joists avoids ceiling stains because the drain never dips.
H2: Keep the Drain Line Smooth (5)
Need no low points, use brackets, no cable ties too tight, maintain fall 1:50 maybe. “At least 1 in 50 fall” factual. Need maybe “a 20mm drop per metre” but 1:50 is 20mm per metre. It’s standard. Could mention.H3: Watch the Insulation Gap (4)
Refrigerant lines and condensate line must not be bundled tight? Condensate can sweat if uninsulated in ceiling? Need maybe insulate suction line. Not required but important. Could mention avoiding condensation on pipe causing secondary stains. Keep drain pipe insulated? maybe not.H2: Where the Drain Exits Matters (5)
Need discharge to external downpipe/drain not onto path/neighbor. In double-fronted terraces, front facades are often rendered or detailed; avoid visible pipe across front brickwork. Use downpipe or side path. Need not mention regulations? Could.H2: Common Mistakes That Cause Stains (5)
List generic installer errors: routing with no fall, using zip ties causing crush, not checking joist direction, running drain uphill at bay, mixing condensate with electrical? no.Need purpose: “Maps condensate lines through bay window joists to avoid ceiling stains”. We must heavily focus. Use phrase “ceiling stains” multiple times. Good.
Need maybe final H2: “Test the Drain Before Closing” (5)
Include commissioning: pour water, check outlet, no backflow.Need maybe mention “heritage suburbs” and double-fronted terraces. Use Melbourne context.
Need ensure total body copy 900-1300 words. Need maybe about 1100. We’ll write.
Need no H1. Need start BODY: with
. Use no code fence.
Need not include chain-of-thought. We’ll output only.
But need track keyword count. Keyword “split system placement Melbourne” maybe exact not with “in”. Use variants:
1 first paragraph: “Split system placement in Melbourne double-fronted terraces with bay windows is…” Contains close variant “Split system placement in Melbourne”.
2 maybe heading “Split System Placement in Melbourne Terraces” (uses keyword with in Melbourne Terraces)
3 maybe paragraph: “For split system placement in Melbourne’s double-fronted terraces, the first decision…”
4 later “Good split system placement in Melbourne starts with the drain route, not the wall.”
Need at least 4. We’ll use maybe 5 or 6.Need maybe not overuse. Use not more than 12. Count likely 6.
Need maybe output KEYWORD: split system placement Melbourne. Fine.
Let’s draft fully.
Title: Split system placement for Melbourne double-fronted terraces with bay windows
Keyword: split system placement Melbourne
Body content:
Split system placement in Melbourne double-fronted terraces with bay windows is rarely about finding the prettiest wall. It is about finding a drain path that will not leak into the ceiling cavity. In these older terrace homes, the front room is often framed by a projecting bay window, leaving very little solid wall above the glass for a high-wall indoor unit. When the indoor unit is moved to an internal wall or a side partition to avoid the bay, the condensate and refrigerant lines must travel through the joists that frame the bay window. If that run is not mapped correctly, the drain sags or gets crushed, water backs up, and the first visible sign is a stain spreading across the ceiling below. That is the problem a generic install can easily miss, and it is exactly what proper split system placement in Melbourne heritage terraces should prevent.
H2 “Why Bay Windows Change the Job”
Double-fronted terraces have two rooms at the front, normally separated by a central corridor. The front external wall is not a simple flat surface: it steps out with the bay window, often with narrow brick piers between double-hung sashes and a timber or steel lintel above. A split system indoor unit needs a solid section of wall, usually at least 900mm wide and clear of window openings, to mount securely. On many bay windows, that solid section simply does not exist. The nearest practical wall may be the hallway partition or the rear wall of the front room. That immediately increases the pipe run and pushes the condensate line into the ceiling or floor structure above the bay.
This is not a problem if the route is planned before the bracket goes on the wall. It becomes a problem when an installer treats the job like a standard external-wall installation and runs the drain in whatever direction is easiest.
H2 “Split System Placement in Melbourne Terraces”
For split system placement in Melbourne’s double-fronted terraces, the first step is not choosing a wall. The first step is tracing where the condensate water will go. A high-wall split system produces condensate on the indoor coil. That water must leave the unit by gravity, flow continuously downhill, and exit outdoors without pooling, dripping into the wall cavity, or sitting in a low point. If the unit is mounted on an external wall, this is straightforward. If it is mounted on an internal wall because of a bay window, the drain line becomes part of the framing and must be treated as a structural detail.
The indoor unit should be positioned so the pipe outlet points along the most direct route to an external discharge point. On a front room where the bay window faces the street, that may mean running the drain through the side wall rather than the front facade. In many terraces, the side wall is a party wall, so the better discharge point is often at the hallway side, through the roof space, or down to a ground-level drain. The route must be chosen before the unit height is fixed because a drain line can only fall so far over a given distance.
H3 “Use the Real Wall, Not the Window”
Never attempt to mount a high
