Clamp Meter Clamp Meter MD 9260 TRMS Photovoltaic Clamp Meter CAT III 1500 V DC The MD 9260 is the first Metrel instrument to support measurements up to 1500 V DC with CAT III safety. Its voltage range and safety make it useful in highly demanding environments like solar power plants, wind power plants, or other high power environment using DC current. It has 2000 A AC / DC current range and can additionally measure resistance, capacitance, frequency and temperature – in short a wellrounded multimeter-style tool for use in power applications. MEASUREMENT FUNCTIONS • TRMS AC and DC voltage measurement; • TRMS AC and DC current measurement; • Capacitance measurement; • Resistance measurement; • Frequency measurement with VFD; • Diode test; • Temperature measurement; • Acoustic continuity; • Non-contact electrical field detection. • 1500 V DC range with CAT III safety. • TRMS for accurate measurement of sine and non-sine signals. • VFD: low-pass filter for accurate frequency measurements of noisy signals. • High current range of 2000 A. • CAT III 1500 V DC and CAT IV 1000 V safety • Protection against 12 kV transients. • Auto and manual ranging. • Relative zero: easily compare consecutive measurements. • Crest function catches peaks as short as 5 ms. • Temperature measurements up to 1000 °C. • PC connection (optional): logging directly to a PC. • Testing solar power systems up to 1500 V. • Testing wind power systems. • High level industrial testing. • Testing of UPS

TECHNICAL SPECIFICATION ORDERING INFORMATION Variable Frequency Drive AC Mains frequency Diode Test Power supply Overvoltage category Standard set MD 9260 • MD 9260 TRMS Photovoltaic Clamp Meter CAT III 1500 V DC • AMD 9026 Test lead with probe, 2 pcs • AMD 9023 Thermocouple probe type K • 1.5 V AA battery, 2 pcs • Soft carrying pouch • User manual OPTIONAL ACCESSORIES Photo GENERAL SPECIFICATION 3-5/6 digits 6000 counts 3-1/2 digits 1,999 counts for Hz Update Rate Operating Temperature Maximum relative humidity 80 % for temperature up to 31 °C decreasing linearly to 50 % relative humidity at...