Browse products and technical information for Power distribution units (PDU).
Vertiv Liebert LTS 32A 1U rackmount static transfer switch providing ultra-fast transfer time under 6ms to ensure dual-source redundancy for single-corded mission-critical loads.
Engineered with high-conductivity oxygen-free copper busbars and a fanless passive cooling architecture, the DCDU-12B achieves greater than 99.8% electrical transmission efficiency while eliminating rotating component failures. It pairs full front-facing service accessibility with integrated dry-contact alarm circuitry, offering robust surge withstand and carrier-class electromagnetic shielding for zero-downtime mission-critical telecom deployments.
Engineered for carrier-grade applications, the cabinet incorporates AC power distribution, modular rectifier subracks, multi-circuit DC distribution, and an advanced DPC Central Power Controller with LCD. It features high conversion efficiency exceeding 95%, active Power Factor Correction (PFC), intelligent forced-air thermal management, and comprehensive two-stage low-voltage disconnection (LLVD/BLVD) to ensure 99.999% uptime.
Engineered with a 60°C continuous operational temperature rating and bi-stable latching relays, this intelligent PDU integrates a hot-swappable Interchangeable Monitoring Device (IMD) to provide ultra-low power consumption, zero-downtime maintenance, and carrier-grade reliability with microsecond-level telemetry.
Built around an industrial low-power embedded processor with natural convection cooling, the M500D delivers operational resilience from -20°C to +65°C. It controls parallel rectifiers via an isolated internal RS485 multidrop bus to perform autonomous load-sharing and dynamic energy-saving sleep cycling, while north-bound Fast Ethernet (FE), RS232, and RS485 ports support SNMP, Modbus, and proprietary protocols for remote network integration.
Engineered for harsh industrial deployments, the M500F features a fanless, natural-convection thermal topology operating seamlessly across -20°C to +70°C. Utilizing dual high-speed CAN bus channels for millisecond-level load sharing and dynamic rectifier cycling, alongside dual-stack Fast Ethernet with secure SNMPv3/HTTPS, it delivers carrier-grade availability for critical telecommunications and mission-critical data networks.
Powered by a high-performance 32-bit embedded processor and a dot-matrix graphical LCD, the M821D orchestrates parallel rectifier management and battery lifecycle protection via CAN, RS485, and Ethernet connectivity. Engineered to carrier-class EMC and environmental standards, it operates reliably across -20°C to +65°C, ensuring sub-second fault detection and remote Network Management System (NMS) alignment.
Engineered for optimal operational efficiency and continuous uptime, the NetSure M830B utilizes advanced digital control algorithms for intelligent rectifier sleep management (ECO mode) and comprehensive battery lifecycle optimization. With robust industrial-grade EMC protection, multi-bus architecture, and redundant IP network connectivity, it enables reliable autonomous DC power management and unified remote DCIM integration.
Operating with ultra-low power consumption and natural convection passive cooling, the PMU11A features industrial-grade EMC immunity and redundant isolated communication buses. Designed for wide temperature operation from -20°C to +65°C, it delivers uninterrupted mission-critical telemetry with live hot-pluggable serviceability.
Featuring a robust fanless natural-convection thermal design and industrial-hardened electronics, the PSM-D21 operates reliably across an extended temperature range of -20°C to +60°C. It utilizes advanced battery charge-discharge management algorithms and redundant rectifier orchestration, polling field parameters over isolated RS485 and RS232 interfaces with carrier-grade EMC Class IV immunity.
Featuring a fanless, natural convection cooling architecture, the SCC800-B1 integrates an industrial-grade ARM processor with a real-time OS. It delivers comprehensive protocol interworking across RS485, CAN, Ethernet, and digital inputs, seamlessly interfacing with Huawei NetEco and third-party SNMP/Modbus management platforms with carrier-grade 99.999% availability.
Engineered with a robust microprocessor control topology, live hot-pluggability, and an industrial operating range of -20°C to +70°C, the SMU01B coordinates rectifier autonomous load sharing, controls intelligent battery charge/discharge cycles, and interfaces with remote network management systems via CAN, RS232, and RS485.
Our engineers will determine the right system configuration for free.
