Control Concepts 3096-1000 SCR Power Controller

Description

Product Introduction & Engineering Value

The 3096-1000 is a specialized SCR-based power-control component used in equipment where electrical power must be regulated for a process load. Its presence in the Applied Materials spare-parts ecosystem makes accurate part-number identification particularly important when maintaining semiconductor manufacturing equipment.

This is a legacy component rather than a generic PLC module. Replacement decisions should therefore be based on the complete assembly number, electrical configuration, connector arrangement, and equipment compatibility—not simply on the fact that another SCR controller has a similar current or voltage rating.

Technical Specifications

Important: Publicly indexed sources do not provide enough reliable evidence to state the exact input voltage, controlled-output voltage/current, phase configuration, firing mode, or control-signal specification for this particular 3096-1000. Those values should not be inferred from generic SCR-controller specifications.

One current surplus listing identifies the unit as a Control Concepts 3096-1000 SCR Power Controller, while another explicitly cross-references it to AMAT 0190-14926.

Field Application & “Trench” Experience

A likely maintenance scenario is replacement of an SCR controller inside an older Applied Materials process tool. The controller may regulate power delivered to a resistive or thermal process load, making the part relevant to equipment where temperature or energy delivery directly affects process repeatability.

Typical Maintenance Applications

Semiconductor process equipment
The 0190-14926 cross-reference strongly associates this component with Applied Materials equipment.

Thermal process control
SCR controllers are commonly used where AC electrical power must be modulated to a process heater or similar resistive load. The exact application for this P/N should be confirmed from the equipment documentation.

Legacy equipment restoration
For discontinued semiconductor tools, maintaining the original controller can be preferable to redesigning the power-control architecture, particularly when qualification requirements make functional substitutions expensive.

3096-1000

3096-1000

Transparency SOP: QA & Testing

For a 3096-1000 offered as New Surplus, Refurbished, or Working Surplus, the receiving inspection should be more rigorous than a simple visual check.

Recommended Incoming Inspection

1. Part-number verification — Confirm 3096-1000 on the controller label.
2. AMAT cross-reference — Where applicable, verify 0190-14926.
3. Connector inspection — Check pins, sockets, terminals, and locking hardware for damage or oxidation.
4. PCB inspection — Look for cracked components, discoloration, contamination, or previous repair work.
5. Power-stage inspection — Examine SCR/thyristor connections and associated heat-management hardware.
6. Insulation check — Perform only with test limits appropriate to the controller and the equipment manufacturer.
7. Functional test — Test the controller using an approved fixture or compatible Applied Materials system.
8. Control-input verification — Confirm that the control signal produces the expected SCR response.
9. Load test — Validate controlled output under an appropriate resistive or qualified test load.
10. Burn-in — For refurbished units, a controlled load test can help identify thermal or intermittent failures.

A current surplus listing describes the 3096-1000 as working surplus and associates it with AMAT 0190-14926.

Veteran’s Tech Trap Guide

Trap 1 — Treating 3096-1000 as a generic SCR controller

This is the biggest procurement mistake.

The 3096-1000 is associated with a specific Applied Materials spare-parts number, 0190-14926.

PRO TIP: Search and order by both numbers:

Control Concepts 3096-1000 / Applied Materials 0190-14926

Do not substitute a generic SCR power controller based only on electrical appearance.

Trap 2 — Assuming another 3096-series unit is automatically compatible

Related-looking Control Concepts or Applied Materials assemblies may have different electrical configurations, mounting arrangements, or control interfaces.

PRO TIP: Match the complete label, connector layout, revision, and equipment configuration before approving a replacement.

Trap 3 — Buying “tested” without knowing what was tested

A seller may describe a unit as tested or working without specifying whether the SCR firing stage, control input, and loaded output were actually evaluated.

PRO TIP: For critical semiconductor equipment, request the actual test procedure and measured results rather than accepting “powers on” as a functional test.

Dynamic FAQ

What is Control Concepts 3096-1000?

It is a Control Concepts SCR power controller used as a specialized industrial power-control component. Public listings associate it with Applied Materials semiconductor equipment.

What is the Applied Materials part number?

The commonly documented Applied Materials cross-reference is 0190-14926.

Is 3096-1000 a PLC module?

No. It should be treated as an SCR power-control assembly, not a conventional PLC I/O or processor module.

Can I replace it with another SCR controller?

Not without engineering verification. The controller’s electrical ratings, control interface, firing configuration, load characteristics, connectors, and equipment-specific integration all need to match.

Is New Surplus 3096-1000 available?

The part appears in current industrial surplus channels, including listings specifically identifying 3096-1000 / 0190-14926. Condition varies between New, Refurbished, and Working Surplus, so the exact unit condition should be documented at quotation.

What should be verified before ordering?

At minimum:

• Control Concepts: 3096-1000
• Applied Materials: 0190-14926, where applicable
• Nameplate/revision
• Connector configuration
• Physical mounting arrangement
• Electrical ratings
• Control-input specification
• Actual functional-test evidence
• Warranty terms
• New Surplus authenticity

For semiconductor equipment, exact part-number matching should take priority over generic electrical similarity.