GE Multilin | UR RHH | Power Supply Module | Brand New
The GE UR RHH is a power supply module for GE platforms. Location: Markham, Ontario, Canada | Weight: Approximately 2 lb, 2 oz | Dimensions: Approximately 6.5” L x 6.5” W x 1.75” H. Factory-sealed, live-rack tested, 48-hour burn-in. 12-month warranty. Ships within 24h.
Technical Specifications
| General Electric Multilin UR-RHH | is a power supply module designed for installation in the Universal Relays series. Below are the key technical specifications: |
|---|---|
| Name | GE Multilin |
| Location | Markham, Ontario, Canada |
| Weight | Approximately 2 lb, 2 oz |
| Dimensions | Approximately 6.5” L x 6.5” W x 1.75” H |
| Platform | EnerVista UR |
| Low Range (LO) | Functions at 24 to 48 V nominal (DC only) |
| High Range (HI) | Functions at 125 to 250 V nominal (DC and AC) |
| Rating | 4A / 250 V |
| Manufacturer | GE |
| Model / SKU | UR RHH |
Ships within 24 hours | 12-Month Warranty | Worldwide Delivery
The GE UR RHH is the power supply module that converts incoming AC or DC power to the regulated voltages your GE rack needs. Every module in that rack — processors, I/O modules, communication interfaces — depends on clean, stable power from this single component. When it works, nobody thinks about it. When it fails, the entire rack goes dark.
Power supply failures are rarely sudden. The most common failure mechanism is electrolytic capacitor degradation, which accelerates with temperature. A power supply operating at 50°C ambient will fail years before the same model at 25°C. Warning signs include: the module runs hotter than it used to, output voltage drifts toward the low end of spec, or the system log shows occasional power-quality events. Name: GE Multilin. Location: Markham, Ontario, Canada. Weight: Approximately 2 lb, 2 oz.
We test every GE UR RHH on a live chassis under load: all output rails verified at nominal and peak current, ripple and noise within specification, protection circuits checked for overvoltage and overcurrent response. 48-hour burn-in at 55°C to catch early-life failures. Printed test report included. Genuine GE. 12-month warranty. Ships within 24 hours.
Should I keep a spare power supply on hand?
Yes. If your rack supports dual power supply redundancy (common in {vendor} systems), install both — a single failure is then a non-event. If your rack accepts only one supply, keep a tested spare on your shelf. The cost of a spare power supply is typically under $2,000. The cost of one unplanned rack outage in a continuous process facility can exceed $10,000 per hour. The math strongly favors having the spare.
What testing is performed before shipping?
Every power supply undergoes: visual inspection for physical damage or capacitor bulging, power-up on a live {vendor} chassis under nominal and peak load, output voltage regulation measurement across all rails, ripple and noise measurement, overvoltage and overcurrent protection verification, and 48 hours of continuous operation at 55°C ambient. A printed test report documents all measured values.
How do I know if my power supply is failing?
Look for: the module running noticeably hotter than before, output voltage reading below nominal (check in system diagnostics), increased ripple visible as noise on analog signals, intermittent resets or communication dropouts that correlate with temperature, or visible bulging of electrolytic capacitors on the PCB. If you observe any of these signs, order a replacement before the unit fails completely — a proactive swap during a maintenance window saves an emergency shutdown.
Compatible Parts — Same System
These modules share the same system family as the multilin-UR-RHH. Commonly ordered together for complete rack builds or spare parts kits.
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