Craftsman 11329402 10" accra-arm radial saw Parts

Yes. A Craftsman radial arm saw like model 11329402 can be worth money and worth keeping if it is complete, runs smoothly, and can be tuned for accurate crosscuts and dadoes. Most value comes from condition, included accessories, and local demand, not from age alone.

What affects the value most

• Motor health: starts quickly, reaches speed, no burning smell, minimal sparking at brushes
• Arm and carriage condition: slides smoothly with no binding, excessive play, or damaged bearings
• Table and fence: flat, not water-damaged, fence straight and secure
• Completeness: blade guard, anti-kickback parts, yoke and bevel locks, hardware, original accessories
• Rust and storage history: light surface rust is common; heavy pitting lowers value
• Electrical condition: intact cord, switch works reliably, no cracked insulation

Typical used-price ranges (what we see most often)

Condition	What it usually means	Typical range (USD)
Parts-only	missing guard, rough bearings, motor issues	$0 to $50
Working, needs tune-up	runs but needs alignment, worn table	$50 to $150
Clean and complete	smooth travel, good table/fence, safe guarding	$150 to $300+

When a radial arm saw is “worth it” to use

Radial arm saws still shine for wide crosscuts, repeatable cut setups with stops, and dadoes/rabbets when the saw is properly aligned and guarded. They are less forgiving for ripping than a table saw, so setup and technique matter.

Quick checks before you buy or sell

1. Unplug the saw; verify the carriage rolls freely and locks hold firmly.
2. Inspect the guard and return spring action; missing safety hardware reduces value.
3. Check for arm twist or obvious misalignment from impact.
4. Test the switch and cord; replace damaged wiring before use.
5. Plan on a tune-up: cleaning, lubrication, and alignment are normal for older saws.

Why it matters

A tuned radial arm saw can be a very capable shop tool, but condition and safety components determine whether it is a bargain, a restoration project, or a parts donor. If you are evaluating electrical issues during a tune-up, use a safe testing approach like our how to use a multimeter to test electrical parts video.

Last updated: February 2026

Common problems with the Craftsman 11329402 10-inch accra-arm radial saw include inaccurate cuts, rough or binding travel on the arm, excessive vibration, and electrical issues like a saw that will not start. Most problems trace back to alignment, worn mechanical parts, or a power and switch fault.

Most common symptoms and likely causes

• Inaccurate cuts (out of square, inconsistent length): fence not straight, table not flat, arm or yoke alignment off, blade not true
• Blade drifts or burns wood: dull blade, wrong blade type for the material, feed rate too slow, blade installed incorrectly
• Carriage does not slide smoothly: dirty or dry tracks, pitch buildup, worn bearings/rollers, bent arm components
• Excessive vibration or noise: damaged blade, loose arbor hardware, worn bearings, saw not bolted down securely
• Motor hums but blade does not spin: seized bearings, binding blade, weak start circuit (on some motors), low voltage
• Will not start or cuts out: bad switch, damaged cord/plug, loose wiring connection, tripped breaker

Quick checks we recommend (safe, high impact)

1. Unplug the saw before any inspection or adjustment.
2. Confirm the blade is sharp, clean, and correct for crosscutting or ripping.
3. Check that the fence is straight and firmly secured; replace sacrificial fence faces if chewed up.
4. Clean sawdust and pitch from the arm and carriage path; then apply a light dry lubricant where appropriate.
5. Verify the saw is mounted solidly to a stable bench or stand.
6. If it will not start, inspect the cord and switch area; test power safely with a meter.

Troubleshooting guide (symptom to next step)

Symptom	What to check first	Next step
Cuts not square	Fence and table flatness	Realign arm/yoke, then recalibrate stops
Carriage binds	Debris on tracks	Inspect rollers/bearings for wear
Vibration	Blade condition and tightness	Check arbor and motor bearings
Will not start	Outlet and breaker	Test switch and cord continuity

Why it matters

A radial arm saw that is out of alignment or has worn bearings can pull the work, kick back, and ruin cut accuracy. Keeping the fence, table, carriage travel, and electrical connections in good shape improves both safety and repeatable cuts.

For electrical testing steps and safe meter use, we recommend our how to use a multimeter to test electrical parts video.

Last updated: February 2026

Craftsman radial arm saws like model 11329402 were largely discontinued in the early 1990s; most were no longer sold new through Sears by about 1992, with some smaller versions continuing a bit longer. The market shifted toward miter saws as safety expectations and guarding designs evolved.

What you can use as a practical cutoff date

For parts research and “how old is it” questions, we treat Craftsman radial arm saw production as falling into these common eras:

Era	What it usually means for Craftsman radial arm saws	What to do next
1950s to 1992	Most Craftsman radial arm saws were sold in this window	Use the exact model number to match parts and diagrams
1993 to mid-1990s	Some limited models continued briefly	Confirm the exact size and guard style before ordering
Late 1990s to today	Craftsman-branded radial arm saws are uncommon	Consider refurbishing wear items and verifying electrical condition

Why radial arm saws faded out

Several factors pushed radial arm saws out of the mainstream:

• More emphasis on modern blade guarding and safer work practices
• Miter saws became the go-to tool for crosscuts and trim work
• Radial arm saws require careful alignment (arm, yoke, fence) to cut accurately
• Many owners used them for ripping, which increases kickback risk if setup is off

If you are restoring or maintaining a Craftsman 11329402

Even without a manual listed for this model, these checks help you decide what to repair first:

• Power and wiring: inspect cord, switch, and any brittle insulation
• Motor health: listen for bearing noise, check for burning smell, verify smooth spin by hand (unplugged)
• Carriage travel: confirm the carriage rolls smoothly and locks securely
• Arm and yoke locks: verify they clamp firmly without slipping
• Blade and arbor: confirm correct blade size and that the arbor nut tightens properly

Why it matters

Knowing the likely production era helps you set expectations for parts availability and safety upgrades. With older power tools, condition and correct setup (alignment, locks, guarding, wiring) matter as much as the brand or model.

For help locating the correct model identification details before shopping, use how to find your appliance model number (and what it means for parts).

Last updated: February 2026