Categories:

Keithley DMM6500 6.5 Digit Bench/System Digital Multimeter with scanning

$1,190.00

A high-precision 6.5-digit digital multimeter with scanning capabilities, ideal for bench or system applications in laboratory, R&D, and production environments.

The Keithley DMM6500 is a 6.5-digit digital multimeter designed for engineers, technicians, and researchers who require accurate, reliable measurements with versatile scanning capabilities. It is ideal for bench-top measurements, system integration, and automated testing, providing high-resolution readings across a wide range of DC, AC, current, voltage, and resistance applications.

With its built-in scanning feature, the DMM6500 allows users to measure multiple channels or devices automatically, improving test efficiency and workflow productivity. Its high accuracy, low noise, and stable readings make it suitable for sensitive and low-level signal measurements. The DMM6500 integrates seamlessly with automated test systems, laboratory instruments, and data acquisition setups, supporting both bench and system-level applications.

Key Features:

  • 6.5-digit high-resolution measurements for DC, AC, current, voltage, and resistance

  • Built-in scanning for automated multi-channel measurements

  • Bench-top or system integration for flexible applications

  • Low-noise, stable readings suitable for sensitive signals

  • Compatible with Keithley source-measure units (SMUs) and automated test systems

Compatible Equipment:

  • Laboratory and production test systems

  • Automated data acquisition setups

  • Source-measure units (SMUs), multimeters, and sensors

Included Accessories:
DMM6500 unit, user manual, connection cables

Compliance:

  • ISO 9001 quality manufacturing

  • Complies with Keithley high-precision measurement standards

Benefits for Lab & Field Users:

  • Provides high-accuracy measurements with repeatability

  • Automates multi-channel testing for improved productivity

  • Integrates easily into bench or system test setups

  • Supports precise measurement of low-level signals

  • Ideal for R&D, laboratory, calibration, and production testing