Fluke 303 Clamp Meter
Key Features
- 600 A ac current measurement
- Cat IV 300V / CAT III 600V safety rated
- 30 mm jaw size for numerous applications
- Resistance range of 40 kΩ
- Slim, ergonomic design is easy to carry and simple to use
- Easy to read backlight display
Fluke 303 Clamp Meter
Compact. Easy to use. Fluke tested.
The Fluke 303 comes with all the rugged, reliable and accurate features you have come to trust, in a small, ergonomic design. The innovative body design offers a more compact tool to meet your needs. With features of AC current measurements up to 600 A, a large 30 mm jaw opening and CAT IV 300 V/CAT III 600 V safety rating, you get an easy-to-use tool that handles your everyday electrical maintenance needs.
Technical Specifications | ||
AC current | Range | 600.0A |
Accuracy | 1.8% ±5 | |
AC voltage | Range | 400/600 |
Accuracy | 1.5% ±5 | |
DC voltage | Range | 400/600 |
Accuracy | 1.5% ±5 | |
DC mV range | - | |
Resistance | Range | 4000 Ω |
Accuracy | 1% ±5 | |
Continuity | ≤ 70 Ω | |
Backlight display | Yes | |
Data hold | Yes | |
Size | H x W x D (mm) | 208 x 58.5 x 28 |
Jaw size | 30 mm | |
Safety rating | CAT III 600 V | |
Temperature | 0 ~ 40 °C | |
Screen refresh rate | > 2 times / sec. | |
Test leads | TL75 | |
Battery | 2 AA batteries | |
Warranty | 2 years |
Fluke 303 Clamp Meter
Fluke 303
Compact. Easy to use. Fluke tested.
The Fluke 303 comes with all the rugged, reliable and accurate features you have come to trust, in a small, ergonomic design. The innovative body design offers a more compact tool to meet your needs. With features of AC current measurements up to 600 A, a large 30 mm jaw opening and CAT IV 300 V/CAT III 600 V safety rating, you get an easy-to-use tool that handles your everyday electrical maintenance needs.
Includes:
- Clamp Meter
- Two AA Batteries
- User’s Manual
- Test Leads
- Two-year Warranty
Manuals (4)
- 302+/303 | Users manual
- 302+/303/305 | Calibration manual
- 302+/303/305 | Calibration manual supplement
- 302+/303/305/323/324/325 | Statement of memory volatility