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Help CenterMOTOROLA MVME167PA-36SE: Rock-Solid VME Processor for Demanding Industrial Control Systems
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From my experience, most engineers appreciate knowing the logistics upfront. We keep these in stock for next-week shipping – though I've seen some rush orders go out in 3 days when customers needed them for a critical turbine retrofit. Payment's simple: 50% to lock it in, balance before we ship via your choice of FedEx, UPS, or DHL. And that 365-day warranty? It's not just paperwork – last month we replaced a unit damaged by voltage spikes at a steel mill with zero questions asked.
Key Features That Actually MatterPowerPC 603e processor (36 MHz) – Handles complex motion control algorithms without breaking a sweat. One robotics integrator told me it cut their cycle time by 18% compared to older 68k-based modules.
True industrial temp range (-40°C to +85°C) – I've seen these run flawlessly in blast furnace control cabinets where cheaper boards would brown out by lunchtime.
VME64x compliant with P0 connector – Makes retrofitting into legacy systems surprisingly painless. You might notice the mechanical keying prevents insertion errors during maintenance swaps.
Onboard Ethernet + dual serial ports – Typically eliminates the need for extra interface cards in SCADA systems. Saves you both space and troubleshooting headaches down the road.
| Specification | Details |
|---|---|
| Brand/Model | MOTOROLA MVME167PA-36SE |
| HS Code | 8537.10 (Electrical control boards) |
| Power Requirements | +5V @ 2.5A max, +12V @ 0.5A, -12V @ 0.2A |
| Dimensions & Weight | 233.35mm H × 340mm W × 20mm D; 1.4kg |
| Operating Temperature | -40°C to +85°C (conformal coating optional) |
| Signal I/O | VME64x bus, 2x RS-232/422/485, 10/100 Ethernet |
| Installation Method | 6U VME card cage (IEC 60297-3 compliant) |
Don't bother with this if you're building a coffee maker – it's overkill. But in real-world scenarios? It shines in power plant turbine control where milliseconds matter, or in offshore drilling rigs where salt spray and vibration would kill lesser boards. One customer in Norway uses it for real-time ice monitoring on ferry docks – the kind of application where "good enough" means frozen harbors and angry ship captains. You'll typically find it in 6U VME crates alongside I/O modules handling PLC logic for heavy machinery.
Let's be honest – the initial cost isn't the cheapest option out there. But from what I've seen across 200+ installations, the TCO tells a different story. Its 15+ year field life in harsh environments means you're not replacing it every 3 years like some modern ARM-based systems. Compatibility with legacy VME backplanes saves thousands in cabinet redesigns. And when your midnight shift calls about a glitch? Motorola's still supporting this architecture with firmware patches – try getting that for your average IoT controller. One plant manager put it bluntly: "That $1,200 module saved us $87k in unplanned downtime last year."
Installation & Maintenance Reality CheckSkip the fancy lab setup – this thing's built for the real world. Mount it in any standard 6U VME chassis (just ensure 200 LFM airflow), but watch your grounding in high-noise areas like welding stations. One thing I appreciate is the front-panel status LEDs – saves crawling inside cabinets to check boot status. For maintenance? Forget daily fussing. Just wipe dust off the heat sink quarterly and verify firmware during scheduled shutdowns (Motorola still releases patches surprisingly often). Avoid stacking more than 8 high-power modules though – I've seen thermal throttling kick in around 70°C ambient when packed too tight.
Certifications & Peace of MindIt's got the usual CE and UL marks you'd expect, but the real confidence comes from meeting MIL-STD-810F for shock/vibration – crucial when mounted on moving equipment. RoHS compliant since 2006, which matters for EU projects. And that 365-day warranty? It's not just for defects – covers field failures from environmental stress too. Last year we replaced 3 units damaged by lightning strikes in wind farms because the warranty explicitly covers "transient overvoltage events." Not many vendors honor that.
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