Yodify Product Library
Instantly add the Fluke 715 Volt/mA Loop Calibrator and 50,000+ more product series to your store or catalog
Book Your Demo and See How
or create your store
Fluke 715 Volt/mA Loop Calibrator
Brand: Fluke CorporationThe Fluke 715 Volt mA Calibrator delivers outstanding performance, durability, and reliability in a compact, lightweight tool.
Offered in the rugged Fluke 80 Series digital multimeter package, the calibrator measures loop current as well as voltage output.
It sources voltage to 200 mV or 20 V, measures loop current (0-20 mA, 4-20 mA) signals with 0 .01 % accuracy, and 1 µA resolution, and measures voltage output process signals from PLCs and transmitters.
It can source or simulate 4-20 mA loop current and provides a 24 V loop supply with simultaneous current measurement.
The 715 is also extremely easy to use with a simple push button interface.
It features the rugged construction that Fluke tools are known for and is EMI tolerant as well as dust and splash resistant.
It also features a removable battery door for quick battery changes after the 18 hours of battery life the 9 V battery provides.
And the tool also comes with a protective yellow holster with test lead storage.
For added convenience the Fluke 715 is also compatible with the ToolPak magnetic meter hanging system.
Features- Compact mA calibrator for measuring 0-20 mA or 4-20 mA signals
- High accuracy—0.01% and 1 µA resolution
- Measures voltage output process signals from PLCs and transmitters
- Sources or simulates 4-20 mA loop current
- Sources voltage to 100 mV or 10 V
Specifications
Brand
Source mV Measurements
- Range: 0 to 200 mV
- Resolution: 0.01 mV
- Accuracy: 0.015 % + 2 counts
Source V Measurements
- Range: 0 to 20 V
- Resolution: 0.001 V
- Accuracy: 0.01 % + 2 counts
Loop Power
- Range: 24 Vdc
- Accuracy: ± 10 %
Operating Temperature
- -10° C to 55° C
Humidity
- 95 % (10° C to 30° C)
- 75 % (30° C to 40° C)
- 45 % (40° C to 50° C)
- 35 % (50° C to 55° C)
Operating Altitude
- 3,000 m max
Safety
- CSA C22.2 No. 1010.1:1992