Amana 36795-P1152603W refrigerator Parts

For your Amana side-by-side refrigerator model 36795-P1152603W, we replace the water filter about every 6 months, or sooner if water flow slows down or ice production drops. A fresh filter helps protect water taste and keeps the dispenser and ice maker flowing normally.

When to replace it sooner

Replace the filter before 6 months if you notice any of these common symptoms:

• Water dispenser flow is weak or sputters
• Ice cubes are smaller than normal
• Ice maker is slow or stops making ice
• Water tastes or smells off
• Filter indicator light turns on (if your model has one)

Quick checklist before you install the new filter

A few simple steps prevent leaks and low flow after a filter change:

• Dispense several glasses of water to purge air and carbon fines
• Check that the filter is fully seated and locked in place
• Inspect the filter housing area for drips after the first few dispenses
• If you have an inline filter setup, confirm the tubing connections are fully inserted

If the dispenser still has low flow after a new filter, the issue is often upstream (house supply, kinked line, or a restricted valve). Our guide how to diagnose a faulty refrigerator water inlet valve walks through the most common checks.

Typical replacement timing (at a glance)

Usage and water quality	Typical filter change interval
Average household use	Every 6 months
Heavy use (large family)	Every 3 to 6 months
Noticeable taste/odor or slow flow	Replace immediately

Why it matters

A clogged water filter can restrict water to the dispenser and ice maker, which leads to slow dispensing, reduced ice production, and smaller cubes. Replacing on schedule is one of the easiest ways to keep your Amana refrigerator performing consistently.

Last updated: February 2026

On your Amana side-by-side refrigerator model 36795-P1152603W, the model number is printed on the appliance’s rating label (a sticker or metal tag). You’ll usually find it inside the fresh food compartment on a side wall, near the ceiling, or around the door frame.

Common places to check

• Inside the refrigerator section on the left or right interior wall
• On the ceiling of the fresh food compartment (near the light housing)
• Along the door frame (open the refrigerator door and look around the perimeter)
• Behind the crisper drawers (check the side wall just above the drawer rails)
• On the back exterior panel near the bottom (less common, but worth checking)

What the label looks like

The rating label typically includes:

• Model number (for example, 36795-P1152603W)
• Serial number
• Electrical ratings (volts/amps)
• Sometimes a bar code

Quick tips so you get the right number

• Write the model number exactly as shown, including dashes and letters.
• Take a clear photo of the label before ordering parts.
• If the label is worn, use a flashlight and look at an angle to make faint print easier to read.

Why it matters

We use the model number to match the correct parts and diagrams for your exact refrigerator configuration. That prevents ordering issues with items like switches, water line fittings, and ice maker components.

Examples of parts that can vary by model

Part type	What it affects	Example for this model
Door switch	Interior light and fan operation	Switch W11384469
Water line connector	Leak-free dispenser/ice maker supply	Refrigerator union WP4373559
Ice maker drive parts	Ice harvest and ejection	Refrigerator ejector WP627843

Last updated: February 2026

A side-by-side refrigerator like Amana model 36795-P1152603W usually stops cooling because airflow is blocked, the temperature control is set incorrectly, the condenser area is dirty, or a fan or sealed-system component is failing. Start with the simple checks before replacing parts.

Quick checks we recommend first

• Confirm the unit has power (interior lights on, controls lit) and the breaker is not tripped.
• Make sure both temperature controls are set to normal cooling (not “off” or “warm”).
• Check that food packages are not blocking return vents in the fresh food or freezer sections.
• Verify the doors close fully and the gasket seals all the way around.
• Clean dust from the condenser area (unplug first) and make sure there is space for ventilation.

Most common causes (and what you’ll notice)

Likely cause	Typical symptoms	What to do next
Blocked airflow or heavy frost	Warm fridge, freezer struggling, weak air movement	Clear vents; if frost is heavy, suspect defrost issue
Dirty condenser or poor ventilation	Gradual warming, longer run times	Clean condenser area; improve clearance
Evaporator fan problem	Freezer cold but fridge warm, little air from vents	Inspect fan area for ice or obstruction; follow how to fix your evaporator cooling fan
Compressor start issue (capacitor)	Clicking, humming then stopping, no steady run	Test/replace the run capacitor such as refrigerator capacitor WPW10662129 if it matches your unit

Why it matters

Cooling depends on steady airflow across the evaporator and heat release at the condenser. When either side is restricted (ice buildup, blocked vents, dirty condenser) temperatures rise quickly and food safety can be affected.

When to stop and schedule service

• You hear repeated clicking every few minutes and the compressor will not stay running.
• The refrigerator is warm and you do not hear any fan running.
• You see oily residue near tubing or the unit never cools even after cleaning and airflow checks.

Last updated: February 2026

Water on the floor around your Amana 36795-P1152603W side-by-side refrigerator is typically caused by a clogged or frozen defrost drain, a leak in the dispenser or ice maker water line, or warm-air infiltration that creates excess frost that later melts and overflows.

Quick checks we recommend first

• Look for water under the freezer side first; this often points to a defrost drain issue.
• Check the water supply line behind the refrigerator for drips at the valve and fittings.
• Inspect the dispenser tubing and joints for cracks, kinks, or loose connections.
• Confirm both doors close fully and the gasket seals all the way around.
• Dry the dispenser area and watch for fresh drips after dispensing water or ice.

Most common causes and what to do

Likely cause	What you’ll notice	What to do next
Clogged or iced defrost drain	Puddle appears after defrost cycles; water seems to start inside freezer	Melt ice in the drain trough, then flush the drain with hot water until it runs freely to the drain pan
Leaking dispenser line connection	Water near the front, often by the dispenser	Reseat the line and replace a leaking connector such as the refrigerator union WP4373559
Misrouted or damaged drain path	Water tracks inside then exits to the floor	Verify the drain funnel and tube are seated; replace the drain funnel W10815413 if cracked or warped
Door seal letting in warm air	Heavy frost, sweating, then water after thawing	Clean and reshape the gasket; follow how to fix a fridge door seal for sealing tips

Step-by-step: clear a clogged defrost drain

• Unplug the refrigerator.
• Remove the freezer floor panel (if equipped) to access the drain trough.
• Melt ice with warm water; remove slush.
• Flush the drain until water flows to the drain pan.
• Reassemble and monitor for 24 hours.

Why it matters

Stopping leaks quickly prevents floor damage, reduces ice buildup under the cabinet, and helps maintain steady airflow and cooling performance.

Last updated: February 2026