V17152-310 Industrial DIN Rail Power Supply

Description

V17152-310

The V17152-310 is a high-performance industrial power supply module designed as a key component within ABB’s automation infrastructure, specifically engineered for seamless integration with AC800M controller systems and System 800xA architectures. More than a simple power converter, it functions as an intelligent energy management unit, conditioning incoming electrical power and delivering stable output to connected automation components.

V17152-310

This compact module fits into standard control cabinet configurations, serving as the critical power source for I/O modules, communication interfaces, and auxiliary control devices. What makes the V17152-310 particularly valuable for system integrators is its ability to handle wide input voltage ranges while maintaining precise output regulation, ensuring compatibility across global industrial installations.

V17152-310

Main features and advantages:

A defining strength of the V17152-310 lies in its exceptional power conversion efficiency, reaching up to 92% to minimize energy waste and reduce heat generation in control cabinets. The module incorporates advanced surge protection mechanisms that shield connected equipment from voltage spikes and transients common in industrial electrical systems, withstanding up to 2kV surge immunity for enhanced system resilience. Its wide input voltage range (100-240V AC) makes it suitable for global deployment, eliminating the need for regional power supply variants and simplifying inventory management for multinational operations.

The hardware design of the V17152-310 reflects industrial-grade durability, featuring a ruggedized metal housing that provides superior protection against mechanical stress, vibration, and electromagnetic interference. The module’s compact form factor maximizes space utilization in densely packed control cabinets, while its fanless design reduces maintenance requirements and eliminates potential points of failure. Overload and short-circuit protection mechanisms automatically safeguard both the power supply and connected equipment, with self-recovery functionality that restores normal operation once fault conditions are resolved.

Application areas:

In industrial automation systems, from manufacturing plants to utility substations, a stable and uninterrupted power supply forms the backbone of reliable operation. Engineers face constant challenges ensuring consistent power delivery to critical control components, even amid voltage fluctuations, electrical noise, and harsh environmental conditions. This is where the V17152-310 excels, serving as a robust power supply module in industrial automation setups where reliable energy distribution directly impacts system uptime and performance. Whether deployed in automotive production lines powering I/O modules, in chemical plants supplying controllers, or in water treatment facilities supporting sensor networks, the V17152-310 ensures clean, regulated power delivery, protecting sensitive electronics from damage and preventing costly system failures.

Related products:

V17152-305 – Lower power (5A) variant of the V17152-310 for smaller automation systems.

AC800M PM864 – Controller module powered by the V17152-310 in mid-sized automation setups.

UUD148AE01 – Analog input module that receives stable power from the V17152-310.

CI854A – Communication module dependent on the V17152-310 for reliable operation.

TU831 – Terminal unit that distributes power from the V17152-310 to field devices.

SD822 – Safety module requiring the stable power output provided by the V17152-310.

DO810 – Digital output module that relies on the V17152-310 for consistent performance.

BC810M01 – Bus controller module optimally powered by the V17152-310 in distributed systems.

Installation and maintenance:

When installing the V17152-310, ensure the mounting location provides at least 50mm of clearance above and below the module to facilitate proper heat dissipation, especially in high-temperature industrial environments. Verify that the input power circuit includes appropriate overcurrent protection (16A fuse or circuit breaker) to safeguard against electrical faults. For wiring, use appropriately sized conductors (minimum 1.5mm² for input, 2.5mm² for output) and ensure proper grounding by connecting the module’s protective earth terminal to the cabinet ground bus. Always power down the entire system before making connections to prevent electrical hazards during installation.

Maintenance practices for the V17152-310 include quarterly visual inspections to check for dust accumulation on heatsinks, which can impede cooling efficiency—clean with compressed air if necessary. Monitor output voltage regularly using a calibrated multimeter to ensure it remains within the specified 24V ±0.5V range, as deviations can affect connected equipment performance. Check input and output connections annually for tightness and signs of corrosion, particularly in humid environments. The module’s status LED provides at-a-glance operational feedback: steady green indicates normal operation, while red signals a fault condition requiring investigation. Avoid exposing the module to excessive vibration or temperature extremes beyond specified limits to maintain rated MTBF.

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