Call +1 ‪(484) 841-9341‬

NIST TRACEABILITY 

NIST-traceable calibration certificate available with data

Service Support

Service plans available for the products’ durability

FAST REPAIRS

1–3 day turnaround, 15-day return on repair policy

Software Updates 

Staying up-to-date with latest software updates.

Teledyne LeCroy T3RC0600-HF Rogowski AC Current Probe, 600 A, 12 Hz to 30 MHz

SKU: T3RC0600-HFCategories: Sensors & Transducers
30 Days Warranty30 Days Free Returns >

+1 ‪(484) 841-9341‬

  • Repair Support & OEM Spare Parts
  • University and Research Discounts
  • Rental Units Available

The Teledyne LeCroy T3RC0600-HF is a Rogowski AC current probe designed for accurate measurement of AC currents up to 600 A. It features a wide bandwidth from 12 Hz to 30 MHz, making it suitable for a variety of applications including power electronics, motor drives, and inverters. The probe is easy to use, simply clamp around the conductor and connect to an oscilloscope.

Request CalibrationRequest Repair
Product Starting From:

$2,229.00

In stock

In stock

Credit cards Accepted, Visa, ,mastercard, discover, PAypal, amex
Precision RF and optical test equipment sales, calibration, and repair by Aumictech. Email: sales@aumictech.com

Fastest Shipping. Estimated 2 days

Shipping Expedited across US-Canada:
FedEx, UPS, USPS
Shipping world-wide available:
DHS, FedEx International
Request Quick Quote T3RC0600-HF
Equipment info

The Teledyne LeCroy T3RC0600-HF is a Rogowski AC current probe engineered for non-invasive measurement of AC currents up to 600 A peak. Operating across 12 Hz to 30 MHz, it delivers 10 mV/A sensitivity with ±0.05% linearity and maximum noise of 1.7 mV rms, making it suited for power electronics, motor drive, and inverter characterization. The flexible coil design (100 mm circumference, 4.5 mm thickness) wraps around conductors without circuit modification, enabling measurements in confined spaces including around TO220 MOSFETs. Output reaches ±6 V peak at rated current, with very low insertion impedance of only a few pH. The probe operates from -40 °C to +125 °C at the coil and includes a 1 m cable to integrator electronics. Power via batteries or included adapter supports both benchtop and field deployment. Peak voltage insulation rated at 5 kV. Output connects via BNC plug to oscilloscopes with ≥1 MΩ input impedance, with ±2% positional accuracy variation and 100:1 attenuation ratio.

Technical Specifications

• Current measurement range: up to 600 A peak
• Bandwidth: 12 Hz to 30 MHz
• Sensitivity: 10 mV/A
• Maximum noise: 1.7 mV rms
• Linearity: ±0.05% of reading
• Peak output voltage: ±6 V
• Attenuation ratio: 100
• Insertion impedance: few pH
• Peak voltage insulation: 5 kV
• Output load: ≥100 kΩ (rated accuracy); 1 MΩ recommended on scope
• Positional accuracy variation: ±2% with conductor position
• Coil circumference: 100 mm
• Coil thickness: 4.5 mm
• Coil-to-electronics cable: 1 m
• Output cable: 0.5 m BNC to BNC 50 Ω
• Coil operating temperature: -40 °C to +125 °C
• Electronics operating temperature: 0 °C to +40 °C
• Package dimensions: 355 × 295 × 70 mm
• Package weight: 1.4 kg
• RoHS3 compliant

– Key Features

• Non-invasive clamp-on design for live circuit testing
• Flexible coil enables probing in tight spaces
• Dual power options: battery or line adapter
• 50 Ω BNC output for direct oscilloscope connection
• Low noise performance suitable for precision measurements

– Typical Applications

• Power converter and inverter testing
• Motor drive current profiling
• Harmonic content measurement in switching circuits
• Transient current analysis in high-frequency switching

– Compatibility & Integration

Connects to oscilloscopes with BNC input and ≥1 MΩ input impedance. Compatible with all Teledyne Test Tools and Teledyne LeCroy oscilloscope families. Supplied with batteries, power adapter, BNC cable, and storage box.

MPN

T3RC0600-HF

Frequency Range

12 Hz to 30 MHz

Voltage / Current Range

0-600 A peak; ±6 V output

Brand Name

Teledyne LeCroy

You May Also Like

Can't Find The Right Product? Contact Us.