Description

Fluke 393FC OffersWork efficiently with this true-rms clamp meter which features DC power measurement, audio polarity, and visual continuity. Additionally, this meter features wireless transmission and saves test results to a smartphone or the cloud to save time and eliminate data-entry errors.FeaturesIP54 rated, ideal for work outdoors in dusty or damp conditions on solar arrays and wind power systemsDC power measurement, showing readings in kVAAudio polarity indicator helps prevent accidental miswiresVisual continuity turns provide a bright green light in the display, ideal when working in dark and noisy environmentsLogging and reporting of test results via softwareMeasure safely with CAT III 1500 V rated clamp meterThin jaw for access to cables in crowded combiner boxes, able to clamp around multiple cablesMC4 test lead sets are designed for use with solar clamp meters that accept 0.15″ (4 mm) banana plugs, rated to CAT III 1000 V / CAT IV 600 VView voltage and current simultaneously with the meter’s dual displayApplicationsSolar arraysWind powerElectric railwaysData centersBattery Banks for uninterruptible power suppliesFluke 393FC OffersWork efficiently with this true-rms clamp meter which features DC power measurement, audio polarity, and visual continuity. Additionally, this meter features wireless transmission and saves test results to a smartphone or the cloud to save time and eliminate data-entry errors.FeaturesIP54 rated, ideal for work outdoors in dusty or damp conditions on solar arrays and wind power systemsDC power measurement, showing readings in kVAAudio polarity indicator helps prevent accidental miswiresVisual continuity turns provide a bright green light in the display, ideal when working in dark and noisy environmentsLogging and reporting of test results via softwareMeasure safely with CAT III 1500 V rated clamp meterThin jaw for access to cables in crowded combiner boxes, able to clamp around multiple cablesMC4 test lead sets are designed for use with solar clamp meters that accept 0.15″ (4 mm) banana plugs, rated to CAT III 1000 V / CAT IV 600 VView voltage and current simultaneously with the meter’s dual displayApplicationsSolar arraysWind powerElectric railwaysData centersBattery Banks for uninterruptible power supplies

Fluke 393FC Specifications

Maximum Voltage Between Any Terminal and Earth Ground
1000 V AC
1500 V DC

Electrical Specifications
Accuracy: Accuracy is specified for 1 year after calibration, at operating temperatures of 64.4 to 82.4°F (18 to 28°C), relative humidity at 0 to 75%. Accuracy specifications take the form of: ±([% of Reading] + [Number of Least Significant Digits])
Temperature coefficients: Add 0.1 x specified accuracy for each °C > 64.4°F (28°C) or <82.4°F (18°C) AC Current: Jaw Range: 999.9 A Resolution: 0.1 A Accuracy: 2% + 5 digits (10 to 100 Hz); 2.5% + 5 digits (100 to 500 Hz) Crest factor (50/60 Hz): 2.5 at 600 A 3 at 500 A 1.42 at 999.9 A Add 2% for C.F. >2

AC Current: Flexible Current Probe
Range: 999.9 A; 2500 A
Resolution: 0.1 A (≤999.9 A); 1 A (≤2500 A)
Accuracy: 3 % RD + 5 digits (10 to 500 Hz)Crest factor (50/60Hz):
2.5 at 1400 A
3 at 1100 A
1.42 at 2500 A
Add 2% for C.F. >2

Position Sensitivity
Distance from optimum:
A
B
C

i2500-18 Flex:
1.4″ (35.6 mm)
2″ (50.8 mm)
2.5″ (63.5 mm)

Error:
±0.5%
±1%
±2%

DC Current
Range: 999.9 A
Resolution: 0.1 A
Accuracy: 2% RD + 5 digits, When using the ZERO function to compensate for offsets

AC Voltage
Range: 600 V; 1000 V
Resolution: 0.1 V (≤600 V); 1 V (≤1000 V)
Accuracy: 1% RD + 5 digits (20 to 500 Hz)

DC Voltage
Range: 600 V; 1500
Resolution: 0.1 V (≤600 V), 1 V (≤1500 V)
Accuracy: 1% RD + 5 digits

mV DC
Range: 500 mV
Resolution: 0.1 mV
Accuracy: 1% RD + 5 digits

Amps Frequency: Jaw
Range: 5 to 500 Hz
Resolution: 0.1 Hz
Accuracy: 0.5% RD + 5 digits

Trigger level:
5 to 10 Hz ≥10 A
10 to 100 Hz, ≥5 A
100 to 500 Hz, ≥10 A

Amps Frequency: Flexible Current Probe
Range: 5 to 500 Hz
Resolution: 0.1 Hz
Accuracy: 0.5% RD + 5 digits

Trigger level:
5 to 10 Hz ≥10 A
10 to 100 Hz, ≥5 A
100 to 500 Hz, ≥10 A

Voltage Frequency
Range: 5 to 500 Hz
Resolution: 0.1 Hz
Accuracy: 0.5% RD + 5 digits

Trigger level:
5 to 20 Hz, ≥5 V
20 to 100 Hz, ≥5 V
100 to 500 Hz, ≥10 V

DC Power
Range: 600 kVA (600 V DC range), 1500 kVA (1500 V DC range)
Resolution: 0.1 kVA, 1 kVA
Accuracy: 2% RD + 2 kVA, 2% RD + 20 kVA

Resistance
Range: 600 Ω, 6000 Ω, 60 kΩ
Resolution: 0.1 Ω (≤600 Ω), 1 Ω (≤6000 Ω), 0.01 kΩ (≤60 kΩ)
Accuracy: 1% RD + 5 digits

Capacitance
Range: 100 μF, 1000 μF
Resolution: 0.1 μF (≤100 μF), 1 μF (≤1000 μF)
Accuracy: 1% RD + 5 digits
Inrush trigger level: 5 A

Temperature
Operating: 14 to 122°F (-10 to 50°C)
Storage: -40 to 140°F (-40 to 60°C)

Operating Humidity
Non-condensing <50°F (10°C) ≤90% RH at 50 to 86°F (10 to 30°C) ≤75% RH at 86 to 104°F (30 to 40°C) ≤45% RH at 104 to 122°F (40 to 50°C) Altitude Operating: 6561.68' (2000 m) Storage: 39,370.07' (12,000 m) Electromagnetic Compatibility (EMC) International: IEC 61326-1: Portable, Electromagnetic Environment, IEC 61326-2-2 CISPR 11: Group 1, Class A Group 1: Equipment has intentionally generated and/or uses conductively-coupled radio frequency energy that is necessary for the internal function of the equipment itself. Class A: Equipment is suitable for use in all establishments other than domestic and those directly connected to a low-voltage power supply network that supplies buildings used for domestic purposes. There may be potential difficulties in ensuring electromagnetic compatibility in other environments due to conducted and radiated disturbances. Caution: This equipment is not intended for use in residential environments and may not provide adequate protection to radio reception in such environments. Korea (KCC): Class A equipment (Industrial Broadcast and Communications Equipment) Class A: Equipment meets requirements for industrial electromagnetic wave equipment and the seller or user should take notice of it. This equipment is intended for use in business environments and not to be used in homes. USA (FCC): 47 CFR 15 subpart B. This product is considered an exempt device per clause 15.103. Safety General: IEC 61010-1, Pollution Degree 2 Measurement: IEC 61010-2-032: CAT III 1500 V / CAT IV 600 V IEC 61010-2-033: CAT III 1500 V / CAT IV 600 V Wireless Radio Radio frequency certification: FCC ID: T68-FBLE, IC: 6627A-FBLE Wireless radio frequency range: 2400 to 2483.5 MHz Output power: <100 mW SIMPLIFIED EU DECLARATION OF CONFORMITY Hereby, Fluke declares that the radio equipment contained in this Product is in compliance with Directive 2014/53/EU. Automatic Power Off 20 minutes Display Dual display with backlight Batteries Two AA IEC LR6 alkaline Dimensions Size: 11.06 x 3.3 x 1.92" (281 x 84 x 49 mm) Jaw opening: 1.33" (34 mm) Flexible current probe diameter: 0.29" (7.5 mm) Flexible current probe cable length (head to electronics connector): 0.07" (1.8 m) Weight (With Batteries) 1.14 lbs (520 g) Click here for complete specifications on the Fluke 393FC What's included with the Fluke 393FC Clamp Meter Test Leads, Right Angle Plugs with Safety Caps Flexible Current Probe Magnetic Hanging Strap Carrying Case Three-Year Warranty Webinar: EVSE Safety Maintenance with Fluke In recent years, more people are opting for greener solutions to minimize environmental damage, which has led to an increased demand for environmentally safe solutions such as electric vehicles. Naturally, this has led to an increase in the installation of EV charging stations, but also the risks for technicians. In 2020, there were 126 fatal and 2200 non-fatal electrical injuries. Many of these are caused when technicians are exposed to hazardous voltage and arc faults that could cause shock and fire hazards due to a lack of understanding of proper EVSE installation and maintenance. Considering that EVSEs have a high rate of failure, estimated at 30 to 50% (SAE), reliability is essential when building EV infrastructure and gaining user acceptance. Webinar: Solar Trends and Troubleshooting PV Systems with Fluke In recent years, more and more people are opting for greener solutions to minimize environmental damage, which has led to an increased demand for environmentally safe solutions. As such, there are more efforts being made on using solar energy in various segments of our society. These changes also entail the need for tools that improve testing and troubleshooting solar solutions.