CARRIER 04C110220004 Pcb Board CEBD430427-09A CESR131226-01 CEPL130427-01 30HX501316

( Brand: Carrier ), ( Manufacturer Part Number: 04C110220004 ), ( Model: CEBD430427-09A ), ( Part Type: Board ), ( Power Source: Corded Electric ), ( Compatible Brand: For Carrier ), ( Item Length: 6 In ), ( Voltage: 115 V ), ( Item Weight: 6.2 Oz ), ( Compatible Product: Central Furnace ), ( Item Width: 5 In ), ( Compatible Model: Hk50aa032 Cepl130427-01 ), ( Item Thickness: 1 In ), ( Material: Fiberboard ), ( Power Phase: 1 Phase ), ( Custom-bundle: No ), ( Product-type: Furnace Control Board )

Review CARRIER Chiller Pcb Board

This product is a high-performance, precision-engineered **PCB (Printed Circuit Board)** designed for robust and reliable integration into advanced electronic systems, specifically tailored for applications requiring compact yet durable construction. The board, identified by its unique reference codes **Carrier 04C110220004, CESR131226-01, CEPL130427-01, CEBD430427-09A, and 30HX501316** is meticulously crafted to meet stringent industry standards, ensuring compatibility with demanding operational environments. Its dimensions and structural design suggest a **30mm x 50mm** footprint, optimized for space-efficient installations where minimal real estate is critical, such as in automotive, industrial control systems, or high-density consumer electronics.

The PCB features a **multi-layer construction**, likely incorporating copper-clad laminates with high thermal conductivity to dissipate heat efficiently, preventing overheating in prolonged or high-load scenarios. The substrate material is engineered for stability, offering excellent dimensional accuracy and resistance to warping, which is essential for maintaining consistent electrical performance across varying temperature fluctuations. Surface finishes such as **ENIG (Electroless Nickel Immersion Gold)** or **HASL (Hot Air Solder Leveling)** are applied to ensure solderability and corrosion resistance, prolonging the board s lifespan in harsh conditions.

Functionally, this PCB is equipped with a **high-density interconnect (HDI)** layout, allowing for intricate routing of signals and power traces while minimizing electromagnetic interference (EMI). The board s design includes **through-hole and surface-mount technology (SMT) compatible pads**, accommodating a variety of component types, from discrete semiconductors to integrated circuits (ICs), thereby enhancing its versatility for diverse assembly processes. Additionally, the inclusion of **ground planes and controlled impedance traces** ensures signal integrity and reduces noise, making it suitable for applications requiring precise timing and data transmission, such as in communication modules or sensor interfaces.

For reliability, the PCB undergoes rigorous **quality assurance processes**, including automated optical inspection (AOI), X-ray inspection, and functional testing to verify electrical continuity, solder joint integrity, and mechanical robustness. The board s **lead-free compliance** aligns with global environmental regulations, such as RoHS (Restriction of Hazardous Substances), ensuring it is both eco-friendly and safe for mass production. Whether deployed in automotive ECUs, industrial automation, or portable electronic devices, this PCB board exemplifies a blend of precision engineering, durability, and adaptability, serving as a critical backbone for modern electronic systems.

### **Analysis of buying a Specified PCB Board (04C110220004, CESR131226-01, CEPL130427-01, CEBD430427-09A, 30HX501316)**

#### **Overview**

The PCB in question appears to be a **custom or legacy industrial/automotive control board**, likely used in machinery, motor control, or power electronics. The reference numbers suggest it may be part of a **Siemens or similar industrial automation system**, possibly for a **drive, inverter, or motor controller**. Below is a detailed evaluation of its pros and cons.

---

### **Pros of Purchasing This PCB**

1. **Potential Functionality and Compatibility**

- If the board is **functionally identical** to an original Siemens or equivalent unit, it could restore operation to a critical piece of equipment (e.g., a motor, conveyor, or CNC machine).

- May support **legacy industrial protocols** (e.g., Profibus, CAN, Modbus) that newer controllers lack.

- Could be **backward-compatible** with older machinery, reducing the need for full system replacement.

2. **Cost-Effective Repair Option**

- Replacing a **failed PCB** is often cheaper than purchasing a **new entire unit** (e.g., a motor drive or PLC).

- Avoids the **lead time and logistics** of sourcing a full replacement from the original manufacturer.

- May extend the **lifespan of existing equipment**, delaying costly upgrades.

3. **Availability of Parts (If New or Authentic)**

- Some industrial PCBs are **still manufactured** by third-party suppliers (e.g., eBay, Alibaba, or specialized distributors).

- If the board is **new but identical**, it avoids reliance on **obsolete or unsupported** original parts.

4. **Technical Flexibility**

- If the board is **modular**, replacing just the PCB may allow for **software or firmware updates** without full hardware replacement.

- Some industrial boards support **reprogramming or parameter adjustments**, improving performance.

5. **Potential for Resale or Redistribution**

- If the equipment is **no longer in use**, the PCB may have **resale value** to collectors or other industries needing similar components.

---

### **Cons of Purchasing This PCB**

1. **Authenticity and Quality Concerns**

- **Counterfeit or cloned PCBs** may lack proper **certifications (CE, UL, ISO)** or **long-term reliability**.

- **Cheap replicas** may have **poor soldering, incorrect component tolerances, or missing passives**, leading to **early failure**.

- **No warranty or support** from the seller, making troubleshooting difficult if issues arise.

2. **Compatibility Risks**

- Even if the **reference numbers match**, the **exact revision or firmware** may differ, causing **software conflicts** or **hardware incompatibility**.

- **Mechanical fit** (mounting holes, connectors) may not align perfectly with the original chassis.

- **Power or signal requirements** might not match if the board was modified in a previous repair.

3. **Lack of Documentation and Support**

- **No schematics, datasheets, or service manuals** may make **diagnosis and repair** extremely difficult.

- **No technical support** from the seller or manufacturer, leaving the buyer to **reverse-engineer** the board.

- **Firmware or calibration data** may be lost, requiring **trial-and-error adjustments**.

4. **Potential for Obsolescence**

- If the board is **very old (2013 )**, **components may be hard to replace** if it fails later.

- **Industrial protocols or communication standards** may no longer be supported by modern systems.

- **No future updates** unlike new equipment, which may receive firmware patches.

5. **Hidden Costs and Risks**

- **Shipping and handling** for heavy/bulky PCBs can be expensive.

- **Testing and validation** required before installation (e.g., checking for **shorts, open circuits, or incorrect component values**).

- **Liability risk** if the board fails and damages the host equipment, the buyer may be responsible for repairs.

- **Legal issues** if the board is **stolen, gray-market, or illegally exported** (some industrial parts have export restrictions).

6. **Alternative Solutions May Be Better**

- **Remanufacturing the original PCB** (if available) may be more reliable than buying a used/replica.

- **Upgrading to a newer model** could offer **better performance, diagnostics, and support**.

- **Renting or leasing** the equipment with a **service contract** might be more cost-effective than a one-time PCB replacement.

---

### **Key Considerations Before Purchase**

1. **Verify the Board s Origin and Condition**

- Ask for **proof of authenticity** (e.g., original packaging, invoices, or manufacturer markings).

- Check for **physical damage** (burn marks, swollen capacitors, corrosion).

- Request **functional testing** (if possible) to confirm it powers on and communicates correctly.

2. **Check for Full Documentation**

- Ensure **schematics, BOM (Bill of Materials), and firmware versions** are available.

- Confirm if **calibration or programming** is required for proper operation.

3. **Assess Compatibility with the Host System**

- Verify **power supply requirements** (voltage, current, connectors).

- Check **signal interfaces** (RS-485, Ethernet, etc.) and **protocol versions**.

- Confirm **mechanical fit** (mounting, cooling, cable connectors).

4. **Evaluate Long-Term Viability**

- Are **spare components** available for future repairs?

- Does the **manufacturer (if known) still support this model**?

- Is there a **community or forum** where users discuss this board?

5. **Compare with Alternatives**

- **Original manufacturer replacement** (if available).

- **Third-party remanufactured boards** (e.g., Siemens-certified refurbished units).

- **Newer equivalent models** with better support.

- **Software-based alternatives** (e.g., PLC replacements with open-source firmware).

---

### **Final Conclusion**

The board is **authentic and fully functional**.

**Full documentation and support** are available.

**Compatibility with the host system** is confirmed.

**No better alternatives** (e.g., remanufactured or newer models) exist.

The **risk of failure is acceptable** for the intended application.

However, **significant risks** (counterfeit parts, lack of support, compatibility issues) make this purchase **highly speculative**. If the equipment is **critical to operations**, a **safer approach** would be to:

- **Contact the original manufacturer** for a replacement or remanufactured unit.

- **Consult an industrial electronics specialist** to assess alternatives.

- **Test the board thoroughly** before full integration to avoid downtime.

### **Recommendation**

1. **Source from a reputable seller** (e.g., authorized distributors, industrial surplus specialists).

2. **Request full documentation and testing** before purchase.

3. **Compare with remanufactured or newer alternatives** if available.

4. **Budget for potential additional costs** (testing, calibration, spare parts).

5. **Consider a trial installation** in a non-critical system first if possible.

**Best-case scenario:** A reliable replacement that restores equipment functionality at a fraction of the cost of a new unit.

**Worst-case scenario:** A faulty or incompatible board that causes **additional downtime and repair costs**.

If the equipment is **not mission-critical**, a **long-term solution (upgrade or remanufacture)** may be worth the higher initial cost for **peace of mind**.

Details:

Great Condition Quick safe shipping.

part #: 04c110220004 prices

• $350.00-$431.00

specifications hvaapa:

• brand: Carrier
• mpn: 04c110220004
• model: Cebd430427-09a
• part type: Board
• power source: Corded Electric
• compatible brand: For Carrier
• item length: 6 In
• voltage: 115 V
• item weight: 6.2 Oz
• compatible product: Central Furnace
• item width: 5 In
• compatible model: Hk50aa032 Cepl130427-01
• item thickness: 1 In
• material: Fiberboard
• power phase: 1 Phase
• custom-bundle: No
• product-type: Furnace Control Board

payments hvaapa:

• credit card: Diners-club
• wallet: Paypal
• other

shipping hvaapa:

• Carrier: USPS
• cost: $0.00
• type: Fixed
• class: Expedited
• service: USPS Priority Mail, USPS Priority Mail Express
• transit: 2-6 Days

returns hvaapa:

• paid by: Buyer
• method: Money back
• policy: Returns Accepted
• time: 30 Days

general hvaapa:

• HVAC Refrigeration > HVAC Refrigeration: Parts Accessories > HVAC Refrigeration: Controls Circuit Boards
• condition: Used

offer hvaapa:

• availability: In Stock
• started: May 28, 2026
• sold: 0
• quantity: 4
• options: Ship-to-home

seller hvaapa:

• rating: 100.0%
• city: US
• # reviews: 21

Carrier 04C110220004 Is Similar To:

• 09xb55009101 Carrier Chiller Gasket Genuine Parts (27% similar) 09EX Carrier chiller water box gaskets new in bag...(September 2nd, 2018)
• 1012-940 Carrier Bryant Control Board Jw (27.3% similar) May 6 am 2:30 pm MDT. Input - 24VAC 465MA 60HZANSI Z21. 5 am - 1:30 pm MDT regular hours Oct. Free priority shipping. 30 day warranty. This item: Carrier Bryant control board model HK42FZ011 rev. Don't see the one you are looking for...(November 8th, 2018)
• 1012-940-l Hk42fz009 1012-83-9413e Carrier Bryant Furnace Control Board (23.3% similar) As pictured...(November 25th, 2018)
• 1171734 Carrier Oem Bryant Furnace Control Board With Transformer And Mount (22.8% similar) Condition is used. Oem Carrier Bryant furnace control board HK61EA006 with transformer and mount. Shipped with USPS priority mail...(January 23rd, 2019)
• 1cd-022979000151855 Icm Furnace Control Board For Carrier Bryant (12.8% similar) New in box, box's does have some shelve wear but board is guaranteed to work...(December 9th, 2018)
• 23xl04010901 Carrier New Oem Chiller (29.7% similar) ...(March 29th, 2017)
• 30138000656 Carrier Control Board (27.2% similar) ...(October 14th, 2018)
• 32gb402544 Mueller Carrier Chiller Electric Expansion Valve Exv (23.2% similar) 1 inches in width 9. 3 inches in height 2 country of origins UPC or bar code 3048 hazardous material no EPA cert required no parts ISO codes. Specifications WEIGHT4. 65 pounds lbs length 8...(November 21st, 2018)
• 32xr680001 Carrier New Oem Chiller (30.2% similar) ...(March 29th, 2017)
• 02xb05001001 Carrier Sediment Strainer Genuine Chiller Parts 00662441187490 (27.5% similar) Factory boxed. Factory perfect. Factory new. Carrier 02XB0500 1001SEDIMENT strainer genuine Carrier USA manufactured part...(September 1st, 2016)