Applied Materials 0010-28715 | Semiconductor Ceramic Heater Assy In Stock

Description

📖 Product Deep Introduction

If your semiconductor processing chamber is throwing temperature uniformity errors or the E-Chuck isn’t holding thermal stability, the AMAT 0010-28715 heater assembly is likely the culprit. This component is the heart of the thermal control system for 300mm TxZ MCA E-Chucks, ensuring the wafer stays at the exact temperature required during critical etching or deposition processes. Without it, you risk massive yield loss and scrapped wafers.To be honest, sourcing reliable heater assemblies for AMAT tools can be a headache due to the high number of refurbished or pulled parts on the market. The 0010-28715 units we stock are handled with extreme care, ensuring the ceramic substrate is free from micro-cracks and the heating elements show no signs of burnout. For equipment engineers, swapping in a verified, high-quality heater assembly means you can get the chamber back to production without constantly fighting temperature drift alarms.

⚙️ Key Technical Specifications

• Part Number: 0010-28715
• Brand: Applied Materials (AMAT)
• Description: Heater Assy, 300mm TxZ MCA E-Chuck
• Application: 300mm Semiconductor Wafer Processing
• Component Type: Electrostatic Chuck (E-Chuck) Heater
• Material: Advanced Ceramic Substrate (AlN/SiC based)
• Function: Precision thermal regulation and heat distribution
• Compatibility: AMAT Endura / PVD / TxZ Platforms
• Condition: Original / High-Quality Replacement
• Lead Time: In Stock / Ready to Ship

🔧 Installation & Handling Guide

Phase 1: Preparation (Est. 15 mins)

1. Chamber Vent: Ensure the process chamber is fully vented to atmosphere and safely isolated.
2. Cool Down: Verify the E-Chuck and heater assembly have cooled down to room temperature to prevent thermal shock or burns.
3. Tools Ready: Have your torque wrench, cleanroom gloves, and ceramic-safe handling tools prepared.

Phase 2: Removing the Old Assembly (Est. 30 mins)

1. Disconnect Power: Unplug the heater power leads and thermocouple (TC) wires from the feedthroughs.
2. Label Wires: Take clear photos and label the positive/negative leads and TC wires to avoid polarity issues later.
3. Unfasten: Carefully remove the retaining bolts or clamps holding the heater assembly to the chuck base.

Phase 3: Installing the New Module (Est. 30 mins)

1. Inspect Surface: Before installation, visually inspect the mating surface for any debris or old thermal paste residue.
2. Position Assembly: Gently lower the new 0010-28715 heater assembly into place, ensuring perfect alignment with the pin holes.
3. Secure & Reconnect: Tighten the fasteners to the manufacturer’s specified torque (do not overtighten ceramic parts!) and reconnect all power and TC wires.

Phase 4: Power-Up Testing (Est. 45 mins)

1. Leak Check: Perform a standard helium leak check to ensure the chamber seal wasn’t compromised during installation.
2. Resistance Check: Use a multimeter to verify the heater resistance matches the expected spec before applying full power.
3. Thermal Cycle: Run a low-power thermal cycle and monitor the thermocouple feedback. Ensure the temperature ramps up smoothly without overshoot or error codes.