Sporlan Y1001-FBR-1/4-Z Refrigerator 1/4 Ton Expansion Valve

Special Price $260.30 Regular Price $264.00
In stock
SKU
Y1001-FBR-1/4-Z
Manufacturer:
The Sporlan Y1001-FBR-1/4-Z 1/4 Ton Expansion Valve is a precise flow control valve for refrigeration systems. That controls the flow of refrigerant into the evaporator, maintaining the most efficient operation of the system. It has a compact design suitable for easy installation and is designed to keep high efficiency to reduce energy consumption and improve cooling performance. Its robust construction and reliability is favorable for use in different refrigerating applications with excellent service in terms of long life with minimum maintenance. Operational benefits in refrigeration systems are provided by its efficiency, ease of installation and durable performance.

Dimensions

  • Length: 5 In
  • Width: 5 In
  • Height: 3 In
  • Weight: 0.95 lbs
https://partsfe.com/media/catalog/product/s/p/sporlan-y1001-fbr-1-4-z-refrigerator-1-4-ton-expansion-valve-93394.jpg

Product Notes

  • 1/4 Ton, Delfield 18648-Pdl, 18648-Ptl, 18672-Pdl,
  • 18672-Ptl, 18699-Ptl, 8100-Ef, 8100-Efn, 8118-Ef, 8132-Ef,
  • 8145-Ef, 8148-Efn, 8159-Ef, 8169-Efn, 8172-Ef, 8186-Ef,
  • 8191-Efn, Cm-2, Cmb-2, Cp-2, Cp-4, Cpb-2, Cpb-4, Dc-Ft2,
  • Dc-Ft3, Dc-Ft4, Dc-Ft5, Dc-Ft6, Dc-L2, Dc-L3, Dc-L4, Dc-L5,
  • Dc-L6, Dc-Mc2, Dc-Mc3, Dc-Mc4, Dc-Mc5, Dc-Mc6, Dch-Bs-27L,
  • Dch-Bs-27R, Dch-Bs-58L, Dch-Bsn-32L, Dch-Bsn-32R,
  • Dch-Dc-27L, Dch-Dc-27R, Dch-Ec-68R, Dch-Fs-48L, Dch-Fsn-33L,
  • Dch-Fsn-33R, Dch-Fsn-Drw, Dch-Rb-45-38, Dch-Rb-45-40,
  • Dch-Sc-55R, Dch-Scs-33L, Dch-Scs-33R, Dch-Sn-55R,
  • Dch-Tf-55L, Dch-Tf-55R, Dch-Ucr-27R, Dch-Ucr-75L,
  • Dch-Ucr-75R, F13Bc44, F13Bc56, F13Bc72, F13Br36, F13Br48,
  • F13Br60, F13Wc32, F13Wc44, F13Wc56, F13Wc68, F13Wr24,
  • F13Wr36, F13Wr48, F13Wr60, F18Dc52, F18Dc60, F18Dc68,
  • F18Dc82, F18Dc91, F18Dc99, F18Dr44, F18Dr52, F18Dr60,
DELFIELD:
Write Your Own Review
You're reviewing:Sporlan Y1001-FBR-1/4-Z Refrigerator 1/4 Ton Expansion Valve
Your Rating
Customer Questions
What maintenance is required for the Sporlan Y1001-FBR-1/4-Z Expansion Valve?

Inspect the expansion valve periodically for refrigerant leaks, corrosion, or damaged sensing components. Verify that connections remain secure and that the valve responds properly to system load changes. Keep the refrigeration system clean and free of contaminants that could restrict refrigerant flow. Always recover refrigerant and disconnect power before servicing refrigeration components.

What are common issues with the Sporlan Y1001-FBR-1/4-Z Expansion Valve?

  • Clogging in valve or orifice causing restricted refrigerant flow.
  • Refrigerant leakage at joints or seals.
  • Valve sticking leading to improper superheat control.
  • Erratic cooling performance or fluctuating evaporator pressure.
  • Sensor misreading causing unstable regulation.

We strive to provide our customers with a hassle-free and efficient shopping experience. Our shipping policy ensures the timely delivery of your orders and complete customer satisfaction. View More

We are committed to ensuring your complete satisfaction with every purchase. We understand that circumstances may arise where you must return a product or request a refund. If for any reason you are not satisfied, you may return the item(s) according to the terms outlined below. View More

This Payment Policy outlines the terms and conditions governing all payments made for products purchased through our website. By making a purchase, you agree to be bound by this Payment Policy. View More

Installation Steps

Step1: Isolate power, recover refrigerant, and depressurize system safely before starting.

Step2: Remove old expansion valve, noting orientation and capillary connections.

Step3: Install new valve ensuring correct inlet and outlet alignment.

Step4: Braze joints using purge to prevent oxidation and overheating.

Step5: Vacuum system thoroughly and perform leak test before charging refrigerant.

Step6: Set superheat, restore refrigerant charge, and monitor system operation for stability.