Fluke VPS410-II-R Voltage Probe Set Red 500MHz 10:1 Accessory

Description

Product Overview

The Fluke VPS410‑II‑R Voltage Probe Set is engineered for precision voltage measurement in the most demanding electrical environments. Featuring a 500 MHz bandwidth and a 10:1 attenuation ratio, this probe captures fast transient events with exceptional clarity. The probe tip is crafted from high‑conductivity copper, providing a stable, low‑resistance connection that minimizes signal distortion. Its compact, fold‑able design, finished in a vivid red housing, protects the delicate tip during transport and storage, while the robust copper construction ensures long‑term durability. The set includes a single probe unit and a comprehensive instruction guide, making it ready for immediate deployment in field or laboratory settings. Certified to UL, IEC, and CE standards, the VPS410‑II‑R meets rigorous safety and performance criteria, giving professionals confidence in every measurement.

Usage

Designed for professional electricians, maintenance technicians, and test engineers, this probe excels in a variety of real‑world applications. Whether you are troubleshooting high‑speed digital circuits, calibrating power supplies, or performing routine inspections on industrial equipment, the VPS410‑II‑R delivers reliable data. Its lightweight 142‑gram construction and ergonomic shape reduce user fatigue during extended use, while the 7.5 × 4.6 × 1.5 inch form factor fits comfortably into standard tool kits. The probe’s 10:1 attenuation allows safe measurement of high‑voltage signals without compromising accuracy, making it ideal for power distribution testing, motor control verification, and high‑frequency signal analysis on oscilloscopes up to 500 MHz. The red color provides high visibility on busy work sites, ensuring quick identification among other tools.

Why Choose Us

Fluke is a globally recognized leader in test and measurement technology, and the VPS410‑II‑R reflects the brand’s commitment to quality, reliability, and innovation. Each probe undergoes rigorous factory testing and is backed by a comprehensive warranty, providing peace of mind for demanding professionals. The copper probe tip is engineered to resist wear and corrosion, extending service life even in harsh industrial environments. Fluke’s dedication to customer support includes access to technical resources, calibration services, and responsive after‑sales assistance, ensuring that users can maintain peak performance throughout the product’s lifecycle. By choosing the VPS410‑II‑R, you benefit from a tool that combines cutting‑edge engineering with proven durability, delivering consistent results day after day.

Key Features

• 500 MHz bandwidth captures fast transients with crystal‑clear accuracy.
• 10:1 attenuation enables safe measurement of high‑voltage signals.
• Durable copper probe tip provides low‑resistance contact and long‑term reliability.
• Compact, fold‑able red housing offers high visibility and easy transport.
• Fluke’s worldwide support and warranty ensure confidence and after‑sales service.

FAQ

What type of oscilloscope can I use with this probe?

The VPS410‑II‑R is compatible with any oscilloscope that accepts standard 10:1 passive probes and supports bandwidths up to 500 MHz, making it suitable for both benchtop and portable models.

Is the probe suitable for measuring DC voltage?

Yes, the probe accurately measures both AC and DC voltage, providing reliable readings across a wide range of signal types.

How do I maintain the copper tip for optimal performance?

Keep the tip clean and free of contaminants, store the probe in its protective case when not in use, and avoid exposing it to extreme temperatures or corrosive chemicals.

Does the probe come with a calibration certificate?

Fluke provides a calibration certificate upon request, and the probe can be recalibrated at authorized service centers to maintain its accuracy over time.

Can I use this probe for high‑frequency signal analysis?

Absolutely. With a 500 MHz bandwidth, the VPS410‑II‑R is ideal for high‑frequency applications such as digital communication testing, fast switching power supplies, and RF signal diagnostics.