Description

Carrier XZ16K.65, XZ35K.65 Parts Catalog

You’ve got a torn-down steering system on a Carrier unit, and you’re staring at a pile of linkages, brackets, and bolts. If you don’t have the factory parts catalog, you’re guessing which part goes where – and that means ordering the wrong bearing, the wrong bolt, or a whole steering gear that doesn’t fit. This Carrier XZ16K.65, XZ35K.65 Parts Catalog is the only way to match what’s on your bench to the OEM part number. 80 pages, all factory drawings, no aftermarket shortcuts.

I’ve seen too many guys pull a part off, toss it in a box, then spend half a day cross-referencing aftermarket catalogs that give you a “compatible” number that’s close – but not close enough. A washer that’s a half-millimeter too thin lets the joint bind. A bolt that’s 5 mm too short strips threads. This manual fixes that. You get the exact part numbers from Carrier, down to the lock washer and oil cup.

Steering System Part Breakdown for XZ16K.65

The first section (page 1 of the PDF) covers the XZ16K.65 steering gear and vertical linkage. Part numbers like 10310070 for the steering gear (including rocking arm) and XZ16K.65.2 for the vertical lever. Three M18×1.5×50 bolts with washer 18 – those aren’t generic hardware store bolts. They’re grade-specific. The catalog lists them by Carrier’s own part numbers: 10410310 and 10440031. If you lose one, you don’t guess the thread pitch; you look it up here.

XZ35K.65 Steering System: 30+ Parts Exploded

Pages 3–4 show the XZ35K.65 steering system in full. Four bolts M18×1.5×45 (10410026) holding the steering gear. First, second, third, and fourth portrait levers (XZ35K.65.1, .4, .5, .7A). Front and back rocking arm assemblies, bearing 30213 (10510014), oil cup M10×1 (10810006). You need the block ring 120 (10450018) and the steel wire (XZ35K.65-12) that retains the bearing lid. This catalog gives you every piece in sequence, with quantities. That’s the kind of detail that saves you from ordering a second “portrait lever” because the first one was the wrong one.

3 Reasons to Choose OEM Documentation Over Aftermarket

Aftermarket parts catalogs often re-draw the diagrams, drop hardware like washers and retaining rings, or give you a single part number that “fits multiple models.” That’s fine if you’re repairing a lawn mower. On a Carrier unit that runs a diesel engine for hours at a stretch – read this Wikipedia article on diesel engines to understand the loads involved – you need the exact bearing and the correct retaining ring. The OEM manual has factory cross-section drawings with every single item called out by its Carrier part number. No “may be superseded” disclaimers. No composite line drawings that hide the bolt count.

Another problem: aftermarket catalogs usually don’t include the little details like the oil cup M10×1, the dust seal behind the bearing, or the torque specs for the steering gear mounting bolts. (Yes, torque specs are listed in the service manual – this is a parts catalog, so you get the part numbers. Pair it with the Carrier service manual to get the tightening values.)

Who Actually Needs This Catalog?

If you own or maintain a Carrier refrigeration unit (reefer) with the XZ16K.65 or XZ35K.65 steering system, this is for you. Also for fleet shops that stock parts for these models. A parts catalog isn’t a repair guide – it’s your parts-ordering bible. You use it when the steering feels sloppy and you need a new rocking arm assembly, or when a bolt shears and you need the exact replacement. No more walking to the parts store with a rusty bolt and saying “I need something like this.” You give them part number 10410026, and you get what you need.

Source Validity: Factory Print, Not a Scan of a Scan

This is the original factory Carrier Parts Catalog in PDF form – 80 pages, bilingual Chinese/English, with the official Carrier part numbering system. No reprints from third-party publishers that omit pages or redraw diagrams with generic icons. The drawings are taken straight from Carrier’s engineering. The file name alone tells you it’s genuine: Carrier_XZ16K65-XZ35K65_Parts_Catalog_zh-en-17814018385.pdf. That’s the kind of traceability you want when you’re ordering a $600 steering gear assembly.

FAQ – What’s Actually Inside

Does this catalog include exploded view diagrams for the steering system?

Yes. Pages 1–4 show fully dimensioned exploded views for both XZ16K.65 and XZ35K.65 steering systems, with every part numbered and listed in a table.

Are torque specs or tightening values included?

No. This is a parts catalog, not a service manual. It lists part numbers and quantities only. You need the factory service manual for torque values. However, the bolt part numbers give you the correct grade and size so you can find the spec elsewhere.

Can I use this to order replacement parts for a Carrier reefer model that isn’t listed?

Only if the steering system is identical. The catalog covers only XZ16K.65 and XZ35K.65. Other models like XZ25K or XZ50K have different steering setups (you can see XZ50K.65 appears on page 5 but isn’t detailed in this excerpt). For those, get the right catalog.

How do I read the part numbers in the Chinese-language columns?

The tables are bilingual: Chinese headers on top, English below. Column headers: No, Part No, Name, Qty, Remark. The drawings use callout numbers that match the “No” column. The English names are provided – e.g., “Steering Gear (including rocking arm)” – so you don’t need to read Chinese. If you’re ordering from a Chinese supplier, the Chinese names are there too.

This catalog won’t tell you how to rebuild a steering gear, but it will tell you exactly what to order so you can rebuild it right. Don’t waste time squinting at blurry aftermarket pages. Access the Factory Manual now and get the parts you need on the first try.

Related manuals you may need: Engine Accelerator & Support Parts List XZ25K.45.15A, Carrier Transicold CT3-69-TV DIESEL ENGINE Parts List, Carrier V1903-TV V2203-TV Parts Catalog. For external reference on engine operation, this Wikipedia article on diesel engines explains why the correct bearing specs matter under load.