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Philips Brilliance CT 16 Voltage Stabilizer Solution | 100kVA and 150kVA Voltage Stabilizer Application Case

Aug 06, 2026

The Philips Brilliance CT 16 nameplate states 100kVA — what capacity voltage stabilizer should it use? Equipment nameplate capacity and stabilizer rated capacity are two different concepts: the device-side input requirement of the Philips Brilliance CT 16 is 100kVA, while the publicly recommended reference for the same model is a 150kVA voltage stabilizer . This case demonstrates the application of Winzele stabilization equipment in this CT power circuit; the project is located at a medical imaging facility in China (Medical Imaging Facility, China).

Winzele specializes in power stabilization solutions for medical imaging equipment, providing customized voltage stabilization solutions for CT, MRI, DR and other equipment, i.e. medical equipment voltage stabilization solutions. Based on on-site equipment photos and nameplate photos, this case explains the power supply requirements and stabilizer configuration of the Philips Brilliance CT 16 (Philips CT voltage stabilizer).

Why the Philips Brilliance CT 16 Needs a Dedicated Voltage Stabilizer

The Philips Brilliance CT 16 is precision medical imaging equipment (a 16-slice CT), with a system comprising electronic control, scanning and data processing units. Unlike ordinary electrical loads, a CT has explicit requirements for the power environment during scanning and imaging; the supply voltage, phase configuration and frequency must match the equipment nameplate and on-site distribution conditions.

Common power supply issues at actual hospital sites include: grid voltage fluctuation, long-distance line voltage drop, load changes within the medical facility and regional grid condition differences. Once these factors exceed the equipment’s allowable range, they may affect CT system operational stability and increase the risk of abnormal equipment shutdown.

The role of a voltage stabilizer is to regulate the fluctuating input voltage to within the equipment’s allowable range, providing a stable power environment for the CT.

Case: Philips Brilliance CT 16 with Winzele Voltage Stabilizer

Case Overview

Winzele configured stabilization equipment for the Philips Brilliance CT 16 system at a medical imaging facility in China. The stabilizer is installed in the CT equipment power circuit as the voltage regulation stage, providing regulated, stable power to the equipment.

Equipment Nameplate Information

The equipment model in this case is the Philips Brilliance CT 16 (a 16-slice CT), rather than identifying the selection only as “16-slice CT”. The nameplate information also specifies:

Equipment input requirement: 100kVA
Rated supply requirement: 380V three-phase, 50Hz

Here, 100kVA is the device-side input requirement of the CT, and 380V three-phase and 50Hz are the rated supply requirements of this equipment version.

Philips Brilliance CT 16 with Winzele voltage stabilizer application environment

Philips Brilliance CT 16 with Winzele voltage stabilizer application environment

Philips Brilliance CT 16 equipment nameplate with 100kVA device input requirement

Nameplate photo: Philips Brilliance CT 16 equipment nameplate — 100kVA device input requirement, 380V three-phase, 50H

Stabilizer Configuration

The Winzele stabilizer is connected to the power circuit of the Philips Brilliance CT 16, acting as the voltage regulation stage to provide regulated power to the equipment. This reflects the specific role of a CT stabilizer (CT scanner voltage stabilizer) in this project.

Configuration evaluation requires verifying the equipment nameplate, on-site grid conditions and distribution circuits, so that the stabilizer’s input, output and capacity design match the device-side supply requirements. The specific input range, output settings and additional functions are determined by the project power supply conditions.

Capacity Interpretation: Equipment Nameplate Capacity vs. Stabilizer Capacity

Device-side input, stabilizer rated capacity and on-site distribution capacity are different parameters. For a Philips CT stabilizer solution (Philips CT voltage stabilizer), the 100kVA on the equipment nameplate cannot be written directly as the stabilizer capacity.

For this Philips Brilliance CT 16 application, a 150KVA Winzele voltage stabilizer was recommended based on the equipment power requirements and project configuration.

This reference shows that equipment nameplate capacity and stabilizer rated capacity are not simply equivalent: stabilizer selection must also verify on-site power supply conditions, load characteristics and engineering margin.

The 150KVA configuration applies to this specific project. Similar Philips Brilliance CT 16 applications should be evaluated according to actual equipment requirements, site power conditions and installation environment.

Project Configuration Summary

Item	Details
Equipment Brand	Philips
Equipment Model	Brilliance CT 16 CT Scanner
Equipment Type	CT
Device-side Input Requirement	100kVA, 380V three-phase, 50Hz
Installed Equipment	*150KVA Winzele Voltage Stabilizer*
Application Site	Medical Imaging Facility, China
Supporting Evidence	On-site equipment photos + equipment nameplate photos
Capacity Selection Basis	Selected based on equipment requirements and site power conditions

Project Status

Based on on-site photos and nameplate documentation, this article presents the power supply requirements of the Philips Brilliance CT 16 and the application of the Winzele voltage stabilizer in this CT power circuit.

Frequently Asked Questions

The nameplate says 100kVA — should I directly install a 100kVA stabilizer?

No. The 100kVA on the equipment nameplate is the CT device-side input requirement; the stabilizer rated capacity must be evaluated together with load characteristics, on-site power supply conditions and engineering margin. For the Philips Brilliance CT 16, the publicly recommended reference for the same model is a 150kVA voltage stabilizer ; the capacity for a specific project is subject to the on-site electrical design confirmation.

Related Medical Equipment Cases

Voltage Differences in Overseas Projects

The equipment nameplate in this case corresponds to 380V three-phase, 50Hz. Overseas projects may use 400V, 415V, 440V, 480V or 60Hz. The medical imaging power solution (medical imaging power solution) must re-verify the stabilization, transformation and capacity configuration against the equipment version and site voltage; China project parameters cannot be copied directly.

Consult Winzele for a Medical Equipment Voltage Stabilization Solution

To configure a medical equipment voltage stabilizer (medical equipment voltage stabilizer) for a Philips CT or other medical imaging equipment, Winzele can help evaluate a matched stabilizer configuration based on the equipment model and on-site electrical conditions. Please provide the following information: