Description
⚙️ Product Overview
The Kollmorgen MAG02-25021-001 is a two-channel magnet driver used in precision industrial equipment and semiconductor manufacturing systems. The part is also associated with Applied Materials P/N 0190-16633, and equipment-part references identify it specifically as a “2 Channel Magnet Driver.”
A magnet driver is responsible for regulating electrical current to electromagnetic loads such as coils, magnets, or other magnetic positioning/control devices. In a semiconductor tool, stable current control is important because changes in coil current can directly affect the magnetic field and therefore the behavior of the controlled mechanism or process.
The MAG02-25021-001 is therefore more accurately treated as an equipment-specific current-control component rather than a conventional servo amplifier. Its two-channel configuration allows two magnetic loads or control circuits to be managed from one driver assembly.
🔧 Key Features
- Kollmorgen industrial magnet driver
- Two independent output channels
- Model: MAG02-25021-001
- Associated Applied Materials P/N: 0190-16633
- Designed for controlled electromagnetic loads
- Suitable for equipment-level magnetic control
- Used in semiconductor manufacturing equipment applications
- Industrial enclosure with dedicated cooling and connection interfaces reported for this model family
- Useful as a replacement spare for legacy equipment
The exact current range, command interface, feedback method, and channel configuration should be confirmed from the unit’s nameplate and the equipment service documentation before installation. Public sources do not provide enough reliable information to assign these parameters to every MAG02-25021-001 unit.
📋 Product Datasheet
| Parameter | Specification |
|---|---|
| Brand | Kollmorgen |
| Model | MAG02-25021-001 |
| Product Type | 2-Channel Magnet Driver |
| Channels | 2 |
| Application | Electromagnetic / magnetic load control |
| Associated OEM | Applied Materials |
| Applied Materials P/N | 0190-16633 |
| Series / Family | MAG02 |
| Input Voltage | Configuration-dependent; verify nameplate |
| Output Current | Configuration-dependent; verify nameplate/manual |
| Control Interface | Verify actual unit |
| Feedback | Verify actual unit |
| Cooling | Forced-air cooling reported for this model |
| Enclosure | Industrial metal housing |
| Dimensions | Verify actual unit |
| Weight | Verify actual unit |
| Operating Temperature | Verify actual unit |
| Condition | Verify the specific listing/unit |
A third-party technical listing reports a 220–240 VAC input, 10 A current rating, IP54 enclosure, 300 × 200 × 150 mm dimensions, approximately 5.6 kg weight, and an operating range of -10 to 55°C. Because these figures are not confirmed against an original Kollmorgen datasheet for this exact part number, they should be treated as reference values rather than guaranteed specifications.
⚡ Operating Function
The basic operating principle is straightforward:
Control Command → Magnet Driver → Regulated Current → Electromagnetic Coil → Magnetic Field
The driver receives a control command from the host equipment and regulates current through the connected magnetic load. The resulting magnetic field changes according to the commanded current.
With two channels, the system can independently control two magnetic circuits. Depending on the equipment design, the channels may be used for separate coils, paired magnetic actuators, or other electromagnetic functions.
In semiconductor equipment, this type of controlled current source can be particularly important where repeatable positioning, beam control, magnetic actuation, or other precision functions depend on a stable electromagnetic field.
🔩 Installation & Configuration
Before installing the MAG02-25021-001, verify the complete part-number and equipment configuration. The Applied Materials association is particularly useful when identifying a replacement, since the same-looking driver should not automatically be assumed to be interchangeable with another magnet driver.
Recommended procedure:
- Shut down the host equipment and isolate electrical power.
- Allow the driver and connected circuits to discharge completely.
- Record the existing wiring and connector positions.
- Verify the Kollmorgen model and Applied Materials part number.
- Inspect the connectors for bent pins, contamination, oxidation, or loose contacts.
- Check the cooling fans and ventilation openings.
- Install the replacement unit using the original mounting arrangement.
- Reconnect the two magnet channels exactly as documented.
- Confirm grounding and protective-earth connections.
- Power the system and check for driver faults.
- Test each channel independently at a controlled operating level.
- Confirm stable equipment operation before returning the tool to production.
Do not connect an unknown electromagnetic load simply to determine whether the driver works. The load resistance, inductance, current requirements, and equipment control scheme should be confirmed first.
🧰 Maintenance Recommendations
Magnet drivers can be sensitive to both electrical loading and thermal conditions. Preventive maintenance should therefore focus on cooling, connections, and output stability.
Cooling: Keep ventilation paths clean. Dust accumulation around fans or vents can increase internal temperature.
Connections: Inspect power, control, and magnet-load connectors for discoloration, looseness, or corrosion.
Channel balance: Where the application uses two similar magnetic loads, compare channel behavior during scheduled testing. A significant difference between channels can indicate a wiring, load, or driver problem.
Electrical inspection: Check for abnormal smell, discoloration, damaged insulation, or evidence of overheating before energizing an older unit.
Replacement planning: Since this part is associated with legacy Applied Materials equipment, maintaining a verified spare can reduce downtime when an existing driver fails.
For used equipment spares, functional testing should ideally include both channels rather than confirming only that the unit powers on.
❓ FAQ
Q: What is the Kollmorgen MAG02-25021-001?
It is a two-channel magnet driver manufactured by Kollmorgen. Multiple equipment-part references identify it as a 2-channel magnet driver.
Q: Is MAG02-25021-001 related to Applied Materials equipment?
Yes. Applied Materials P/N 0190-16633 is associated with the Kollmorgen MAG02-25021-001 in equipment-part references.
Q: Is this the same as a normal servo drive?
No. Although both devices regulate electrical power, this unit is identified specifically as a magnet driver. Its intended load and control architecture should be checked before treating it as a servo amplifier replacement.
Q: How many channels does it have?
The MAG02-25021-001 is identified as a two-channel magnet driver.
Q: Can another Kollmorgen magnet driver replace it?
Not automatically. Input power, channel configuration, current range, control interface, load characteristics, mounting, and the host equipment’s software must all be compatible.
Q: What should be checked before purchasing a replacement?
Confirm the complete MAG02-25021-001 part number, Applied Materials P/N 0190-16633 where applicable, connector arrangement, nameplate information, revision, and the exact equipment application.
🔄 Related Kollmorgen Models & Components
- Kollmorgen MAG02-25021-001
- Kollmorgen MAG02 Series Magnet Driver
- Kollmorgen MC030-0512-001 Magnet Way
- Kollmorgen MC0300128001 Linear Actuator Direct Drive
- Kollmorgen MC1 Motor Control
- Kollmorgen BDS4A Servo Drive Series
- Kollmorgen SERVOSTAR 600 Series
- Kollmorgen S600 Servo Drive
- Kollmorgen AKD Servo Drive
- Kollmorgen Goldline Servo Drive Series
These are related Kollmorgen motion-control or electromagnetic-control products, but they should not be considered direct replacements for MAG02-25021-001 without an application-specific compatibility check. Kollmorgen product listings also identify the MAG02-25021-001 separately from its conventional servo-drive products.
🏭 Application Summary
The Kollmorgen MAG02-25021-001 is best suited to industrial equipment where controlled electromagnetic current is required through two channels. Its documented association with Applied Materials P/N 0190-16633 makes exact part-number matching especially important for semiconductor equipment maintenance.
For replacement work, do not judge compatibility from physical appearance alone. Match the complete part number, electrical configuration, connectors, host equipment, and magnetic load requirements. For a legacy semiconductor tool, keeping a correctly identified spare MAG02-25021-001 can be a practical way to shorten recovery time after a driver fault.
