Motorola MVME-050

Description

Detailed Parameter Table

Motorola MVME-050

Product Introduction

The Motorola MVME-050 is a high-efficiency industrial power supply module developed by Motorola—a pioneer in legacy industrial automation hardware—and now part of Emerson’s trusted product ecosystem. As a core power solution in the MVME series, it is engineered to deliver stable, isolated power to VMEbus-based control systems, ensuring reliable operation of critical components like single-board computers (SBCs), I/O modules, and communication modules.

Designed for industrial environments with fluctuating input power and harsh operating conditions, the Motorola MVME-050 features a wide input voltage range (85-264 VAC) and four isolated output channels (+5V, -5V, +12V, -12V) that meet strict VMEbus power standards. In automation architectures, the Motorola MVME-050 acts as the “power backbone”—it supplies consistent power to modules like the MVME-147-023 SBC, MVME-121 digital I/O module, and MVME-110-1 memory module, preventing voltage fluctuations from disrupting data processing or control functions. Its comprehensive protection features (overvoltage, overcurrent, short-circuit) also safeguard expensive equipment from damage, making it indispensable for safety-critical industries such as power generation and oil and gas.

Core Advantages and Technical Highlights

Wide Input Range and Flexible Power Adaptability: The Motorola MVME-050 supports an 85-264 VAC input range, enabling seamless operation in regions with unstable grid power (e.g., remote manufacturing plants or offshore facilities) and eliminating the need for additional voltage regulators. It also offers optional DC input support (120-370 VDC) for applications relying on battery or solar power, such as mobile industrial units or off-grid oil well sites. This flexibility ensures the Motorola MVME-050 can adapt to diverse power sources, reducing deployment complexity and costs for global users.

Stable Output and Low Ripple for Precision Control: A key strength of the Motorola MVME-050 is its exceptional output stability—with ±0.5% load regulation for the critical +5V channel (used by most MVME SBCs) and low ripple/noise (≤50 mVpp). This stability prevents voltage fluctuations from corrupting data in memory modules like the MVME-110-1 or disrupting signal processing in I/O modules like the MVME-121. For example, in a robotic control system, the Motorola MVME-050’s stable +5V output ensures the MVME-147-023 SBC maintains precise timing for robotic arm movements, avoiding positioning errors caused by power inconsistencies.

Comprehensive Protection and Industrial-Grade Durability: The Motorola MVME-050 integrates multi-layer protection mechanisms to withstand harsh industrial conditions. Overvoltage protection (OVP) prevents damage from power surges (e.g., lightning-induced spikes), while overcurrent protection (OCP) and short-circuit protection (SCP) shield modules from electrical faults (e.g., a shorted I/O connector). Its over-temperature protection (OTP) activates at 85°C, preventing component degradation in high-heat environments (e.g., factory control cabinets without active cooling). With a wide operating temperature range (-10°C to 65°C) and high altitude tolerance (up to 3048 meters), the Motorola MVME-050 ensures reliable power delivery even in extreme locations.

Typical Application Scenarios

The Motorola MVME-050 excels in industrial settings where VMEbus systems require stable, protected power—including manufacturing, power generation, and oil and gas midstream operations. In automotive assembly plants, it serves as the primary power supply for VMEbus control cabinets managing robotic welding stations. The Motorola MVME-050 supplies +5V power to the MVME-147-023 SBC (running welding control logic), ±12V power to the MVME-121 digital I/O module (controlling weld gun actuation), and stable voltage to the MVME-110-1 memory module (storing welding parameters). Its wide AC input range handles fluctuations in factory grid power, while overcurrent protection prevents damage if a weld gun short-circuits—ensuring uninterrupted production of vehicle frames.

In coal-fired power plants, the Motorola MVME-050 is deployed in turbine control systems, powering a VMEbus setup that includes the MVME-162-001 high-performance SBC and MVME-1331 communication module. The module’s -10°C to 65°C operating range withstands temperature variations in turbine halls, and its low ripple output ensures the MVME-162-001 accurately processes data from turbine speed encoders and pressure sensors. Overvoltage protection also guards against power surges from the plant’s electrical system, preventing costly downtime for turbine maintenance. For plant operators, the Motorola MVME-050’s reliability is critical to maintaining consistent power generation and avoiding grid supply disruptions.

In oil and gas midstream operations (e.g., pipeline pumping stations), the Motorola MVME-050 powers VMEbus-based remote monitoring systems. Installed in outdoor control enclosures, it supplies power to the MVME-147-023 SBC (logging pipeline flow data) and MVME-1331 module (transmitting data to central SCADA systems). Its optional DC input support allows it to run on battery power during grid outages, ensuring continuous monitoring of pipeline pressure and leak detection. Short-circuit protection also safeguards against damage from moisture-induced electrical faults (common in outdoor enclosures), making the Motorola MVME-050 a durable choice for harsh field environments.

Motorola MVME-050

Related Model Recommendations

Motorola MVME-051: A sibling model in the MVME-050 series, with higher +5V output current (30 A) and added +3.3V channel (10 A). It is an upgraded alternative to the Motorola MVME-050 for power-hungry systems (e.g., multiple SBCs and I/O modules).

Motorola MVME-147-023: A complementary MVME series SBC that relies on the Motorola MVME-050 for power. The MVME-147-023 uses the module’s +5V and ±12V outputs to run control logic and interface with other modules.

Motorola MVME-121: A digital I/O module powered by the Motorola MVME-050. The MVME-121’s I/O circuits depend on the module’s stable ±5V/±12V outputs to ensure accurate signal detection and control.

Motorola MVME-110-1: An industrial memory module that pairs with the Motorola MVME-050. The MVME-110-1’s DRAM chips require the module’s low-ripple +5V output to prevent data corruption during read/write operations.

Motorola MVME-060: A compact 3U VME power supply module (vs. 6U for MVME-050) with lower output current (+5V: 10 A, ±12V: 2 A). It is a space-saving alternative for small-scale VMEbus systems (e.g., standalone machines).

Motorola MVME-1331: A communication module that uses the Motorola MVME-050’s power. The MVME-1331’s RS-485/RS-232 ports rely on the module’s stable voltage to maintain reliable serial communication.

Motorola MVME-177-001: An analog I/O module compatible with the Motorola MVME-050. The MVME-177-001’s analog circuits require the module’s precise voltage regulation to ensure accurate sensor data conversion.

Motorola MVME-052: A redundant power supply module designed to work with the Motorola MVME-050. It provides N+1 redundancy, automatically taking over if the MVME-050 fails—ideal for safety-critical applications (e.g., nuclear power control systems).

Installation, Commissioning and Maintenance Instructions

Installation preparation: Before installing the Motorola MVME-050, verify the VMEbus chassis has a vacant 6U slot and sufficient clearance for airflow (maintain 50 mm space above/below the module to prevent overheating). Gather tools: insulated screwdrivers (for input wiring), torque wrench (for terminal screws), multimeter (to test input/output voltage), and wire strippers (for AC/DC input cables). Ensure the main power is disconnected, then connect the input cable to the module’s screw terminals—use 14 AWG wire for AC input (85-264 VAC) and secure terminals to 0.5 N·m torque to avoid loose connections. Align the Motorola MVME-050 with the chassis’ guide rails, slide it into the slot, and fasten with screws (torque to 0.4 N·m).

Maintenance suggestions: For daily upkeep of the Motorola MVME-050, inspect the LED indicators weekly—illuminated input power LED and “power good” LEDs for all output channels indicate normal operation; a blinking or unlit LED signals a fault (e.g., overvoltage or over-temperature). Clean the module’s air vents monthly with compressed air (low pressure, 30 PSI max) to remove dust buildup, which can block airflow and trigger over-temperature protection. Every 6 months, use a multimeter to verify output voltage accuracy (ensure +5V is within 4.975-5.025V, ±12V within 11.88-12.12V). If a fault occurs, first disconnect input power, check for short-circuited output devices (e.g., a faulty MVME-121), and reset the module by power-cycling. Store spare Motorola MVME-050 modules in a dry, climate-controlled environment (15°C to 25°C, 40% to 60% humidity) to preserve capacitor life and electrical performance.

Service and Guarantee Commitment

The Motorola MVME-050 is backed by a 24-month factory warranty (extendable to 48 months via premium service contracts), covering defects in materials and workmanship—including faulty voltage regulators, failed protection circuits, and LED malfunctions. If a defect is identified during the warranty period, we provide free replacement or repair (with a 72-hour turnaround for in-stock modules) to minimize operational downtime, as power supply failures can disable entire VMEbus systems.

Our technical support team offers 24/7 assistance via email and online portals, staffed by engineers specialized in MVME series power modules. They can help with Motorola MVME-050 installation (e.g., input wiring configuration), troubleshooting faults (e.g., overcurrent triggers), and verifying compatibility with other MVME modules. For legacy users, we maintain a stock of critical components (e.g., voltage regulators, capacitors) to support long-term maintenance, even for older units. We also offer on-site service—our technicians can visit your facility to commission the Motorola MVME-050, test output stability, and train your team on maintenance best practices. Our commitment to the Motorola MVME-050 extends beyond the sale—we strive to ensure your VMEbus systems have reliable power, so you can focus on optimizing industrial operations.