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Services in Houston
Services in Dallas

HOUSTON: (281) 758-9978

DALLAS: (214) 761-8300

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ICE MAKER SUPPORT FOR HOUSTON

Ice Maker Maintenance
& Repair in Houston

Expert ice maker maintenance and repair services in Houston, Texas.

Unmatched Ice Maker Repair Services for Houston, Texas

Schedule Your Ice Maker Repair in Houston

Don’t suffer through another party with lukewarm drinks. Uptown Appliance Repair offers prompt and reliable ice maker repair services in Houston. We’ll diagnose the problem quickly and have your ice maker working perfectly again.

About Uptown's
Ice Maker Repair Services in Houston

As Houston’s leading ice maker repair experts, our certified technicians have the experience and expertise to handle any ice maker problem.

We’re committed to providing unmatched service and exceeding customer expectations, ensuring you always have ice on hand.

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Ice Maker 5

Ice Maker on the Blink? Houston Residents,
We Can Help!

From minor fixes to major repairs, Uptown Appliance Repair offers comprehensive ice maker services in Houston. 

Whether your ice maker is not producing ice, leaking, or making strange noises, we have the solution. Contact us today for fast, reliable service.

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Call Our Houston Office

Common Ice Maker Problems
We Repair in Houston

Our Houston ice maker repair experts handle a wide range of common ice maker problems, including:

Ice Maker
1
Not Dispensing Ice
2
Overproducing Ice
3
Small or Misshapen Ice
4
Clogged Water Filter
5
Electrical Malfunctions

Houston Ice Maker Repair FAQs

Have questions about ice maker repair in Houston?

We’ve compiled answers to some Frequently Asked Questions.

What is an ice maker and how does it work?
An ice maker is a device, either standalone or integrated into a refrigerator, designed to automatically produce ice cubes.
 
Here’s how it operates:
  1. Water Fill: A solenoid water valve opens briefly to allow water to fill the ice cube molds.
  2. Freezing: The refrigerator’s cooling system freezes the water in the molds. An internal thermostat monitors this process, initiating the next step when the water reaches a low enough temperature, typically around 9°F (-13°C).
  3. Ice Release: Once frozen, a heating element warms the bottom of the mold, loosening the ice cubes.
  4. Ejection:
    • A motor drives a gear system connected to a shaft with ejector blades. These blades push the now-loose ice cubes out of the mold.
    • The cubes move as a connected unit due to small notches in the mold walls.
  5. Collection and Control:
    • The ice falls into a collection bin.
    • A shut-off arm is lifted by the mechanism during ejection. When it returns to its lowest position, it signals to start another cycle unless ice already present prevents it from fully lowering, thus preventing overproduction.
This automated process allows for continuous ice production without manual intervention, controlled by basic electrical circuits and switches, making ice a readily available resource in modern households.
Your ice maker can become slow or stuck due to:

 

  1. Water Supply Issues:
    • Clogged Water Filter: Accumulated sediment restricts water flow.
    • Low Water Pressure: Leads to smaller ice cubes and slower production.
    • Water Supply Valve: If not fully open, it limits water to the ice maker.
    • Faulty Water Inlet Valve: Might not open adequately to fill the molds.
  2. Temperature and Environment:
    • Freezer Temperature: Set too high, slowing down the freezing process. Optimal is 0°F to 5°F.
    • Frequent Door Opening: Increases internal temperature, slowing ice production.
  3. Mechanical and Operational:
    • Ice Jam: Ice can clump in the bin, blocking new ice.
    • Control Arm: If mispositioned, it can halt ice production.

 

Possible Solutions:

 

  • Adjust Freezer Temperature: Lower if not cold enough.
  • Reduce Door Openings: Limit how often you open the freezer.
  • Check Water Line: Ensure no kinks, blockages, or damage.
  • Clean or Replace Water Filter: Regular maintenance can prevent slowdowns.
  • Clear the Ice Bin: Remove any ice jams.
 
By addressing these common issues, you can enhance your ice maker’s efficiency, ensuring a steady supply of ice.
 
However, if none of these work and the problem persists, professional diagnosis from Uptown Appliance Repair might be necessary to pinpoint and resolve more complex issues.

Costs associated with ice makers vary depending on whether you’re purchasing a new unit or replacing a residential one:

 

  • Purchase Price: Ranges from $5,000 to $10,000, with bins sold separately.
  • Installation: Free installation might lead to future costs if not done correctly.
  • Operational Costs:
    • Maintenance: Professional cleaning twice a year.
    • Repairs: Average repair cost in 2021 was $708.41, with some repairs reaching $2,000.
    • Utilities: High water and electricity usage.
    • Backup Ice: Costs during machine downtime.
  • Lifespan: 7-8 years with average maintenance, potentially 20 years with excellent care.

 

On the other hand… This is hiw much an Ice Maker Replacement cost:
 
  • Unit and Labor: Typically costs between $260 to $450 to replace an ice maker in a refrigerator.
    • Part-Specific Repair:
      • Drive Blade: $75 to $150 including parts and labor.
      • Fill Tube: $75 to $125.
      • Filter: $10 to $200, depending on the type.
      • Motor: $200 to $400 total.
      • Solenoid Valve: $100 to $175.
      • Water Valve: $75 to $175.

 

Remember, while the initial purchase might be a significant investment, the true cost of ownership includes maintenance, repairs, and utility bills, which can be substantial over time.
 
For businesses, this underscores the importance of considering leasing options or maintenance plans to manage costs effectively.
Moving an ice maker requires careful handling to prevent damage:

 

  1. Assess the Setup:
    • Measure the ice maker and its current position.
    • Identify water and electrical connections.
  2. Gather Tools:
    • Adjustable wrench, screwdriver, pliers, towels, moving straps or dolly, packing tape, and protective padding.
  3. Disconnect the Ice Maker:
    • Water Supply: Locate and turn off the valve, typically behind the fridge or under the sink. Turn it clockwise and check for water flow cessation.
    • Electrical: Unplug the ice maker from the outlet after moving the fridge slightly.
  4. Remove the Ice Maker:
    • Empty Ice Bin: Remove all ice from the bin.
    • Detach Unit: Remove screws or unclip brackets holding the ice maker. Gently pull it out, being mindful of any attached wires or tubes. Disconnect these carefully if necessary.
  5. Secure Loose Parts:
    • Bundle cables and hoses, secure trays or shelves with bubble wrap, and ensure nothing rattles loose during transport.
  6. Lifting and Transport:
    • Use correct lifting techniques: bend at the knees, lift with legs, keep the unit close to your body, and use a firm grip. Always get help for heavy lifting.

 

Remember to consult your specific appliance manual for any model-specific instructions before moving.
 
Protect water lines from leakage, and during transport, ensure the ice maker is well-secured to avoid shifting or damage.

Method 1: Installing a Dedicated Cold Water Line

 

  1. Locate Cold Water Source: Find the nearest cold water pipe, often under a sink or in a wall.
  2. Prepare Water Supply:
    • Shut off water. Open a faucet to drain the line.
    • Install Saddle Valve: Attach to the pipe to create a water outlet.
  3. Run Copper Tubing:
    • Connect 1/4 inch copper tubing to the valve with a compression fitting.
    • Run the tubing to the ice maker location, adding extra length for maintenance.
  4. Test for Leaks:
    • Turn water back on, open the saddle valve, and flush the line.

 

Method 2: Hooking Up a Refrigerator Ice Maker

 

  1. Locate Ice Maker: Find its position on your refrigerator, typically in the freezer or door.
  2. Connect Tubing:
    • Pull out the fridge, run copper tubing to it, and secure with nylon cable clamps.
  3. Attach to Ice Maker:
    • Use compression fitting to connect tubing to the refrigerator’s water inlet.

 

Method 3: Installing an Under-Counter Ice Maker

 

  1. Space Measurement: Ensure proper ventilation clearance.
  2. Select Ice Maker: Choose based on size, capacity, and budget, preferably with a built-in drain pump.
  3. Connect Water Line:
    • Use compression fitting to connect to the water supply, threading through the cabinet if necessary.
  4. Position Ice Maker: Place into its spot, carefully managing the tubing.

 

Remember, careful installation prevents future issues like leaks or poor ice production.
 
Consider hiring a pro for drilling through walls or floors.
 
 

HOUSTON: (281) 758-9978

DALLAS: (214) 761-8300

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Houston office

9225 Katy Freeway Suite 311
Houston, Texas 77024
Phone: (281) 758.9978

Dallas office

6621 Snider Plaza, Suite 275
Dallas, Texas 75205
Phone: (214) 761.8300

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