The Fluke 287 and Fluke 289 are high-performance digital multimeters designed for professionals in electronics, power distribution, and automation.
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Both models offer advanced logging and graphing capabilities with Fluke’s TrendCapture technology. Below is a comprehensive comparison, including a comparison table, pros and cons, and a summary of their differences.
Quick Summary
The main differences lie in their target applications. The Fluke 287 is tailored for electronics professionals and design work, offering excellent accuracy and connectivity. On the other hand, the Fluke 289 is designed for industrial troubleshooting, with enhanced features like LoZ voltage measurement, a Low Pass Filter, and greater logging memory.
Comparison Table
| Feature | Fluke 287 | Fluke 289 |
|---|---|---|
| Primary Use | Electronics | Industrial systems |
| Logging Memory | Up to 10,000 readings | Up to 15,000 readings |
| TrendCapture | Yes | Yes |
| Zoom on Trend Data | 14x zoom | 14x zoom |
| AC Bandwidth | 100 kHz | 100 kHz |
| Real-Time Clock | Yes | Yes |
| Voltage Measurement | Up to 1000V (DC and AC) | Up to 1000V (DC and AC) |
| Temperature Measurement | Yes | Yes |
| Battery Life | 200 hours in logging mode | 200 hours in logging mode |
| Low Impedance Voltage (LoZ) | No | Yes |
| Peak Capture | 250 µs | 250 µs |
| Display | 50,000 counts with backlight | 50,000 counts with backlight |
| Interface | Compatible with FlukeView Forms software | Compatible with FlukeView Forms software |
| Weight | 870.9 g | 870.9 g |
| Pricing | Check Price | Check Price |
Pros and Cons
Fluke 287
Pros:
- Excellent for electronics and design applications.
- High accuracy (0.025% basic DC accuracy).
- Compatible with Fluke Connect for wireless data sharing.
- Multi-lingual interface and intuitive on-screen help.
Cons:
- Lacks LoZ (low impedance) voltage measurement.
- Slightly less robust for industrial settings.
Fluke 289
Pros:
- Better suited for industrial applications due to features like LoZ for eliminating ghost voltages.
- Increased memory capacity for logging.
- Improved functionality for troubleshooting noisy systems (e.g., Low Pass Filter).
- Onboard help screens make advanced features accessible.
Cons:
- Higher cost compared to the 287.
- Overlap in functionality may not justify the additional cost for electronics-only users.
Summary of Differences
The Fluke 287 and Fluke 289 share many core features, such as high accuracy, TrendCapture, and robust logging capabilities.
The main differences lie in their target applications. The 287 is tailored for electronics professionals and design work, offering excellent accuracy and connectivity. On the other hand, the 289 is designed for industrial troubleshooting, with enhanced features like LoZ voltage measurement, a Low Pass Filter, and greater logging memory.
In summary, the Fluke 287 is ideal for electronics and laboratory work, while the Fluke 289 is the better choice for industrial environments where noise suppression and ghost voltage detection are critical.