Vacuum Process Control Solution — Applied Materials E37001013 | Varian Micro-Ion Series
Where This Product Is Used
The Applied Materials E37001013 Varian Micro-Ion Gauge is a high-vacuum measurement sensor engineered for demanding semiconductor fabrication environments. It is specified in the following process applications:
- CVD / PECVD Chambers — Monitors base pressure and process pressure in chemical vapor deposition reactors to ensure film uniformity and deposition rate control.
- PVD / Sputter Systems — Provides real-time vacuum feedback in physical vapor deposition chambers where process pressures range from 10⁻⁴ to 10⁻⁸ Torr.
- Ion Implant Equipment — Maintains beam-line vacuum integrity in ion implantation systems, protecting ion sources and wafer surfaces from contamination.
- Etch Process Modules — Supports pressure set-point verification in plasma etch chambers on Applied Materials Centura and Endura platforms.
- Load Lock & Transfer Chambers — Monitors rough-to-high-vacuum transitions to protect wafer handling robotics and prevent cross-contamination.
- Research & Analytical Vacuum Systems — Used in university labs, R&D facilities, and analytical instruments requiring stable, calibrated high-vacuum measurement.
Technical Specifications
| Attribute | Value |
|---|---|
| Primary Part Number | E37001013 |
| Cross-Reference SKUs | E33000207 / E33001060 / 4022.436.7162 / MTR 118RCX-300 / E11076831 |
| Product Series | Varian Micro-Ion |
| Manufacturer | Applied Materials (Varian OEM) |
| Instrument Type | Hot Cathode Ionization Gauge (Bayard-Alpert Type) |
| Measurement Range | 10⁻³ to 10⁻¹⁰ Torr (typical) |
| Compatible Controllers | Varian Micro-Ion Controller, Applied Materials OEM Vacuum Controllers |
| Connector Type | Per OEM specification (verify with BOM) |
| Weight | 2,600 g |
| HS Code | 9026.80.20 |
| Country of Origin | USA |
Why Engineers Specify This Model
- OEM-Matched Performance — Designed to Applied Materials’ exact electrical and mechanical interface specifications; drop-in replacement with no recalibration required on qualified platforms.
- Bayard-Alpert Geometry — Minimizes X-ray limit errors at ultra-high vacuum, delivering accurate readings down to 10⁻¹⁰ Torr where competing gauges lose linearity.
- Multi-SKU Cross-Reference — A single physical part covers six Applied Materials part numbers (E37001013, E33000207, E33001060, 4022.436.7162, MTR 118RCX-300, E11076831), simplifying procurement and BOM consolidation.
- Reduced Downtime Risk — Stocking this gauge as a critical spare eliminates unplanned chamber vents caused by gauge failure, protecting wafer throughput and OEE.
- Broad Platform Compatibility — Validated for use across Centura, Endura, Producer, and legacy Applied Materials tool families.
Complete System Bill of Materials
When sourcing this gauge, engineers typically also require the following complementary components:
- Varian Micro-Ion Controller / Vacuum Gauge Controller
- Conflat (CF) or KF Flange Adapter (per chamber port specification)
- Gauge cable / signal cable assembly (OEM matched)
- Replacement filament assembly (consumable spare)
- Ion gauge tube (spare tube for extended maintenance intervals)
Contact support@konmask.com to source complete vacuum sub-system kits.
Compliance & Industry Standards
- SEMI S2 — Environmental, Health & Safety guidelines for semiconductor manufacturing equipment.
- RoHS Compliant — Meets EU Directive 2011/65/EU restrictions on hazardous substances (verify certificate on request).
- HS Code 9026.80.20 — Classified as instruments for measuring or checking variables of liquids or gases (other), facilitating smooth customs clearance.
- ISO 9001 Supply Chain — Sourced through quality-managed channels with full traceability documentation available.
Quality Assurance & Sourcing
Konmask.com specializes in the procurement of genuine and certified-equivalent semiconductor process components. Every unit of the Applied Materials E37001013 Varian Micro-Ion Gauge is:
- Inspected for physical integrity and connector condition prior to dispatch.
- Stored in ESD-safe, climate-controlled warehousing to preserve gauge filament integrity.
- Shipped with full part number documentation and cross-reference verification sheet.
- Traceable to original manufacturer lot records where available.
How to Source This Part
- Add to Cart — Place your order directly on this page for standard lead times.
- Request a Quote — For volume orders (>3 units), OEM spares kits, or expedited delivery, email support@konmask.com.
- Cross-Reference Verification — Provide your tool model and chamber configuration; our engineers will confirm compatibility before shipment.
- Global Shipping — We ship worldwide with DHL Express, FedEx International Priority, and sea freight options. Export documentation provided for all international orders.
Application-Specific FAQ
Q: Is E37001013 a direct replacement for E33000207 and E33001060?
A: Yes. All six part numbers (E37001013, E33000207, E33001060, 4022.436.7162, MTR 118RCX-300, E11076831) refer to the same Varian Micro-Ion Gauge assembly used across Applied Materials platforms. They are interchangeable in qualified tool configurations.
Q: What controller is required to operate this gauge?
A: This gauge is designed for use with the Varian Micro-Ion Controller or the equivalent Applied Materials OEM vacuum controller integrated into your tool’s vacuum system. Contact us if you need the controller sourced as well.
Q: Can this gauge be used outside of Applied Materials tools?
A: Yes. The Varian Micro-Ion gauge is a standard Bayard-Alpert ionization gauge compatible with any controller that accepts the Varian Micro-Ion signal interface. It is widely used in research vacuum systems, analytical instruments, and OEM vacuum equipment beyond the semiconductor industry.
Q: What is the typical lead time?
A: In-stock units ship within 1–3 business days. For out-of-stock inquiries, contact us for current availability and expedite options.
Q: Do you provide a warranty or return policy?
A: Yes. All parts are covered by Konmask’s standard quality guarantee. Contact support@konmask.com within 30 days of receipt for any quality concerns.
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