Kiloview 35W power supply module for 1RU rackmount device
Kiloview 35W power supply module for 1RU rackmount device is backordered and will ship as soon as it is back in stock.
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The Kiloview PU01-35W (often cataloged as KIL-PU01-35W) is a compact, hot-swappable 35-Watt power supply module designed specifically for the Kiloview Cradle Series RU01 1RU rackmount mainframe.
This module serves as the primary power engine inside the RU01 chassis. Because the RU01 frame comes standard with dual power slots, the PU01-35W is typically deployed in matching pairs to establish a true dual-redundant power configuration for mobile flypacks, satellite trucks, and compact control rooms.
Core Engineering and Structural Features
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Hot-Swappable Slide-In Architecture: The module is engineered with a specialized micro-blade rear connector and alignment guide tracks. This allows broadcast technicians to slide the power supply straight into the rear of an active RU01 chassis and secure it using the integrated thumb screw without turning off the frame or interrupting active video streams.
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Active Load-Sharing Design: When two PU01-35W modules are docked together in an RU01 mainframe, they share the chassis's electrical load evenly (each handling roughly 50%). This minimizes thermal stress on the internal capacitors of both units, extending the overall operational lifespan of the hardware.
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Zero-Latency Failure Handover: If one power grid drops voltage or a module suffers an internal fault, the secondary PU01-35W instantly takes over 100% of the electrical load. This switchover happens in less than a millisecond, preventing voltage sags that could cause docked encoder/decoder cards to drop frames or reboot.
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Compact, Passive Thermal Dissipation: Unlike its larger 300W siblings, the 35W module is highly efficient and operates with minimal heat generation. It relies on a heavy-duty, heat-conducting metal enclosure that works in tandem with the RU01 chassis's built-in smart exhaust fans to pull heat away from critical internal components.
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Enterprise Hardware Protection: To safeguard expensive multi-channel processing cards sharing the backplane, the PU01-35W includes built-in hardware protection circuits: Over-Voltage Protection (OVP), Over-Current Protection (OCP), Short-Circuit Protection (SCP), and Over-Temperature Protection (OTP).
Hardware Technical Specifications Matrix
| Parameter | Kiloview PU01-35W Module Specifications |
| Form Factor Compatibility | Dedicated Module for Kiloview RU01 (1RU) Mainframes |
| Total Rated Power Output | 35 Watts Continuous |
| Input Voltage Range | 100 V to 240 V AC (Universal Self-Switching) |
| Input Frequency Range | 50 Hz to 60 Hz |
| Output Rails | Multi-phase DC distributed via backplane blade link |
| Cooling Architecture | Passive thermal chassis design (utilizes RU01 frame fans) |
| Chassis Main Material | Structural galvanized steel enclosure with thumb locking screw |
| Safety Certifications | CE, FCC, RoHS, and industrial power component ratings |
💡 Operational System Tips for the PU01-35W
The True Redundancy Grid Rule: Installing a secondary PU01-35W module into your RU01 rack frame only protects you from a venue-wide blackout if it is wired correctly. Never plug both power modules into the same power strip or the same localized circuit breaker loop. To achieve true broadcast-grade redundancy, connect the first power module to your primary building grid (or a local Uninterruptible Power Supply) and route the second AC cord to an entirely independent backup circuit breaker or generator line.
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Calculating Your 1RU Power Budget: The RU01 chassis holds up to four Kiloview codec cards. While standard HD encoding/decoding cards typically draw between 6 to 8 Watts each (meaning four cards will comfortably pull around 24 to 32 Watts, safely under the 35W threshold), always double-check the power specs if you are mixing in specialized high-draw modules. Keeping your total card power consumption under 85% of the 35W limit ensures optimal efficiency and prevents power supply overloading during sudden processing spikes.
