Description
Product Introduction
The MTS Temposonics MK292-1001 REV6 is a dedicated controller interface card designed to process high-precision feedback signals from Temposonics linear position transducers. Engineered by MTS Sensors, this card converts raw magnetostrictive interrogation pulses into clean, proportional analog signals for direct integration into host PLCs, motion controllers, or dedicated display units.
Unlike software-configurable digital interface modules that introduce latency through bus scanning, the MK292-1001 REV6 utilizes high-speed analog and discrete processing circuitry. It features front-panel rotary calibration switches and trim adjustments, allowing field technicians to set zero point, span, and operating modes without connecting a laptop. This makes it an ideal direct-replacement module for legacy hydraulic positioning loops and heavy machinery feedback systems.
Key Technical Specifications
| Parameter | Value |
| Part Number | MK292-1001 REV6 |
| Manufacturer | MTS Sensors / Temposonics |
| Input Power | 24 VDC (±10%) auxiliary control supply |
| Transducer Interface | Compatible with MTS LDT/Temposonics sensor probes |
| Output Signal Options | 0-10 VDC / 4-20 mA proportional analog |
| Form Factor | Single-slot Eurocard plug-in module |
| Mounting Type | 19-inch rack frame or Eurocard carrier shell |
| Adjustment Interface | Front-panel multi-turn potentiometers and rotary switches |
| Signal Resolution | Up to 16-bit equivalent continuous analog tracking |
| Operating Temperature | 0°C to +65°C |
Application Scenarios & The “Trench” Experience
Picture this: It’s 1:00 AM on a high-tonnage injection molding line. The hydraulic clamp cylinder starts slamming into its mechanical stops because position feedback drops out mid-stroke. Troubleshooting reveals that the signal conditioning card inside the control rack suffered a component failure due to thermal stress. The machine cannot establish zero position, halting production entirely. Sourcing a modernized digital feedback system would mean replacing the transducer probe, running new shielded cabling, and re-parameterizing the main PLC motion block—costing days of downtime. A direct swap with a pre-tested MK292-1001 REV6 card restores cylinder position tracking and gets the press running before the morning shift.
- Hydraulic Press Systems: Sits in controller racks to provide real-time position feedback for ram positioning and pressure-stroke synchronization.
- Plastic Injection Molding: Processes position data from cylinder transducers to manage precise mold closure and ejector pin travel.
- Heavy Steel Rolling Mills: Handles position tracking for hydraulic roll-gap actuators operating under severe vibration and thermal stress.
MK292-1001 REV6
MK292-1001 REV6
Transparency SOP: Quality Assurance & Testing
We don’t just ship boxes; we test them on actual MTS test racks.
- Inbound Inspection: Physical check for damaged card edge gold fingers, cracked solder joints, bulging capacitors, or damaged front-panel rotary switches.
- Power Rail Verification: Cold bench measurement of internal voltage regulators and isolation barrier resistance.
- Live Rig Interface Test: Mounting the card into an active Eurocard rack frame connected to an MTS Temposonics transducer test probe.
- Dynamic Sweep & Calibration: Moving the sensor magnet across the full stroke length while recording analog output voltage/current to verify linearity and zero/span responsiveness.
- Final QC & Anti-Static Packaging: Applying serial-tracked QC labels and sealing the card in heavy-gauge ESD shielding with custom protective foam packaging.
The Veteran’s Tech Trap Guide (Crucial Value-Add)
⚠️ Never insert or pull this card while rack power is active. Live-swapping Eurocard modules can cause edge connectors to bridge power pins to signal lines, instantly destroying internal operational amplifiers and the connected transducer probe.
❗ Document your front-panel switch settings BEFORE removal. The MK292-1001 REV6 uses rotary switches (S1-S6) and trim pots for gain, offset, and operational mode configuration. Record every dial position on the dead card before pulling it so you can match the configuration on the replacement unit.
⚠️ Inspect the backplane connector socket. Corroded or bent pins on the rack backplane lead to intermittent signal dropouts. Spray the card edge connector and socket with non-residue electronic cleaner before seating the card.
❗ Verify transducer cable shielding and grounding. Magnetostrictive position signals are susceptible to high-frequency noise from nearby VFD motor leads. Ensure the cable shield terminates properly at the rack ground lug, not through the card frame itself.
Frequently Asked Questions (FAQ for Conversion)
Q: Does replacing the MK292-1001 REV6 require software programming?
A: No. The MK292-1001 REV6 is a purely hardware-based interface card. Calibration is performed using the front-panel rotary switches and potentiometers, requiring no external software or programming cables.
Q: Are revision numbers (e.g., REV5 vs. REV6) inter-changeable?
A: In most applications, REV6 is backward compatible with earlier hardware revisions like REV5 or REV4. However, you must verify front-panel adjustment ranges and jumper block configurations to ensure proper drop-in functional alignment.
Q: Can I use this card with non-MTS linear transducers?
A: No. The card’s front-end timing circuits are tailored specifically to the excitation and return pulse characteristics of MTS Temposonics magnetostrictive sensors.
Q: Is this unit an OEM original or an aftermarket rebuild?
A: This is genuine MTS original hardware, fully inspected, reconditioned, and bench-tested to original factory operational parameters.
Q: What warranty is included with this replacement card?
A: Every MK292-1001 REV6 card is backed by our full 12-month operational replacement warranty.
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