Product Details
| Catalog Page | N/A | Brand | FLUKE |
| Manufacturer Part Number | Fluke-725 | Calibration Certificate Type | NIST |
| Basic DC Accuracy | 0.02% + 2 Counts; 0.02% + 2 Counts (Lower Display); 0.02% + 2 Counts (Upper Display); 0.025% + 1 Count (via Tc Connector) | Digital Display Screen Type | LCD with Backlight |
| Battery Chemistry | Alkaline | Battery Size | AA |
| Includes | AC72 Alligator Clips; Stackable Test Leads; Test Leads | Includes Batteries | Batteries Included |
| Current Measurement – Maximum | 24 mA | Current Measurement – Minimum | 0 mA |
| Frequency Measurement – Maximum | 10 kHz | Frequency Measurement – Minimum | 1 kHz |
| Loop Current – Maximum | 22 mA | Loop Supply Voltage | 24 V |
| Source Current | 0 mA – 24 mA | Source Current – Maximum | 24 mA |
| Source Current – Minimum | 0 mA | Source Frequency | 1 kHz – 10 kHz |
| Source Resistance | 1,500 ohm – 3,200 ohm | Source Resistance – Maximum | 3,200 ohm |
| Source Resistance – Minimum | 1,500 ohm | Source Voltage | -10 mV – 100 mV |
| Source Voltage – Maximum | 100 mV | Source Voltage – Minimum | -10 mV |
| Parameters Measured | DC Voltage; Frequency; Resistance; RTD; TC | Parameters Sourced | AC Voltage; DC Voltage; Frequency; Resistance |
| RTD Type | Ni120; Pt100 (385); Pt100 (393); Pt100 (JIS); Pt1000 (385); Pt200 (385); Pt500 (385) | Thermocouple Type | E; J; K; L; N; R; S; T; U |
| RTD Temperature – Minimum | -328 °F | Thermocouple Temperature – Maximum | 2,498 °F |
| Thermocouple Temperature – Minimum | -328 °F | Resistance Measurement – Maximum | 3,200 ohm |
| Resistance Measurement – Minimum | 1,500 ohm | Voltage Measurement – Minimum | -10 mV |
| Intrinsic Safety | Not Specified Intrinsically Safe | Number of Batteries Required | 4 |
| Manufacturers Warranty Length | 3 yr | Standards | ASNI/ISA S82.01-1994; CAN/CSA C22.2 No 1010.1:1992; EN 61010-1:1993 |
| UNSPSC | 41113630 | Country of Origin | Malaysia (subject to change) |
Product Description
Multifunction calibrators verify that industrial manufacturing systems can measure, respond to, or operate within desired parameters. These calibrators perform a loop test to assess the health of a control system, monitor electrical quantities like voltage, current, and resistance, or check temperature and pressure. They can also act as a power source when a power supply is not present, has insufficient voltage to handle the loop test, or needs to be switched off during testing.
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