Μετρητής Uni-T Laboratory Meter UT802

Installment plan | Amount / month |
---|---|
2 | 71,77 € |
4 | 36,08 € |
6 | 24,18 € |
8 | 18,23 € |
10 | 14,66 € |
12 | 12,28 € |
18 | 8,32 € |
24 | 6,34 € |
36 | 4,36 € |

Συμπλήρωσε τα στοιχεία σου για να σε καλέσουμε άμεσα.
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Pickup from the store:El. Ave. Venizelou 73 (formerly Theseos), Kallithea
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Pick up from a BoxNow machine:With BoxNow you can pick up your parcel from an Automatic Pickup Machine that is near you at all hours of the day 24/7. Possibility of cash on delivery with an additional fee of €1
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Shipping to your location (Calculate shipping):
Detailed Description
The Uni-T Laboratory Meter UT802 is a high-performance benchtop multimeter designed for precise and reliable measurements in various laboratory settings. Its robust design and advanced features make it a vital tool for researchers.
General Features:
- Model Number: UT802
- Dimensions: 300 x 245 x 105 mm
- Weight: 1.5 kg
- Power Supply: 220 V AC
- Additional Power Supplies: 2x R14 1.5 V DC
- Display: LCD
Measurement Capabilities:
- Resolution: 4½ digits
- Fastest Test Rate: 2~3 readings per second
- Frequency Response: Up to 1 kHz
- Frequency Measuring Range: 2 kHz/200 kHz
- Frequency Measuring Accuracy: ±(1.2%+10 digits)
- Temperature Measuring Range: -40°C to 1000°C
- Temperature Measurement Accuracy: ±(1% + 5 digits)
Additional Specifications: The multimeter is equipped with illumination for clear visibility in various lighting conditions.
In summary, the Uni-T Laboratory Meter UT802 is a versatile and accurate multimeter, ensuring high performance in laboratory environments.
Specifications
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Model Number
- UT802
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Dimensions
- 300 x 245 x 105 mm
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Weight
- 1.5 kg
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Power Supply
- 220 V AC
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Additional Power Supplies
- 2x R14 1.5 V DC
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Display
- LCD
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Resolution
- 4½ digits
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Fastest Test Rate
- 2~3 readings per second
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Frequency Response
- Up to 1 kHz
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Frequency Measuring Range
- 2 kHz/200 kHz
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Frequency Measuring Accuracy
- ±(1.2%+10 digits)
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Temperature Measuring Range
- -40°C to 1000°C
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Temperature Measurement Accuracy
- ±(1% + 5 digits)