Electronic Specialties 695 Low Current Probe for DMMs, Graphing Meters & Lab Scopes

Electronic Specialties 695 Low Current Probe for DMMs, Graphing Meters & Lab Scopes

• The Electronic Specialties 695 Low Current Probe is a precision diagnostic tool designed to measure and analyze low current signals in automotive and electrical systems. Ideal for use with graphing meters, lab scopes, and digital multimeters, it allows technicians to view current waveforms and diagnose electrical components with accuracy.
• Features:
  • Accurate low current measurement for detailed diagnostics
  • Displays current waveforms when used with graphing meters or lab scopes
  • Ideal for testing fuel injectors, fuel pumps, and ignition coils
  • 10 mA resolution suitable for parasitic drain testing
  • 1/2" clamp opening fits most negative battery cables
  • Compatible with digital multimeters and graphing meters
  • Low battery indicator and auto power-off for convenience
• Applications:
  • Automotive electrical diagnostics
  • Parasitic battery drain testing
  • Fuel injector and fuel pump waveform analysis
  • Primary ignition coil testing
  • General low current measurement tasks
• Description:
  • Product Type: Low Current Probe
  • Tool Type: Graphing Meter / Scope Probe
  • Compatibility: Digital Multimeter (DMM), Graphing Meter, Lab Scope
• Specifications:
  • Manufacturer: Electronic Specialties, Inc.
  • Part Number: 695
  • Order Part Number: ES695
  • Clamp Opening: 1/2 Inch
  • Resolution: 10 mA
  • Country of Origin: China
  • Harmonization Code: 90303100
  • Default Selling Unit: EA
• The probe can also be referred to as current clamp probe, low amp probe, automotive current tester, parasitic draw tester, and electrical diagnostic probe.

Q: What is this probe used for?
A: It is used to measure and analyze low electrical current in automotive systems, including components like fuel injectors and ignition coils.

Q: Can this tool help diagnose parasitic battery drain?
A: Yes, its 10 mA resolution and clamp design make it ideal for detecting parasitic current draw on vehicle batteries.

Q: What tools is this probe compatible with?
A: It works with digital multimeters, graphing meters, and lab scopes for both measurement and waveform analysis.