Omega Products HHM-EX830 User Manual

1000A Clamp Meters
With Infrared Thermometer
HHM-EX830
The HHM-EX830 is a true RMS 1000A clamp meter. This meter measures AC/DC voltage,
U Non-Contact Infrared
U True RMS Current and
Voltage Measurements
U Peak Hold Captures Inrush
Currents and Transients
U Multimeter Functions
Include AC/DC Voltage, Resistance, Capacitance, Frequency, Type K
U Temperature, Diode, and
Continuity
U 43 mm (1.7") Jaw Opening
for Conductors up to 750MCM or Two 500 MCM
U 4000 Count Backlit Display U Data Hold and Min/Max U Autoranging with Manual
Range Button
U Auto Power-Off
Built-in infrared thermometer with laser pointer. Find hot spots fast!
Free Thermocouple Included!
These models include a free 1 m (40”) Type K insulated beaded wire thermocouple with subminiature connector and wire spool caddy (1 per channel). Order a Spare!
Model No. SC-GG-K-30-36
To Order Visit omega.com/hhm-ex830 for Pricing and Details
Model No. Description HHM-EX830 1000A AC/DC true RMS clamp/digital multimeter and infrared thermometer
Comes complete with test leads, 9V battery, Type K probe, carrying case and operator’s manual. Ordering Example: HHM-EX830, 1000A AC/DC true RMS clamp/digital multimeter and infrared thermometer.
AC/DC current, resistance, capacitance, frequency, duty cycle, diode test, continuity, Type K thermocouple thermometer plus non-contact infrared temperature. The HHM-EX830 meter will provide many years of reliable service.
Tru RMS meter gives you accurate readings of non-sinusoidal waveforms
Specifications HHM-EX830 Basic Accuracy
Infrared Temperature
AC/DC Current 0.1 to 1000A ±2.5% AC/DC Voltage 0.1 mV to 600V ±1.5% Resistance 0.1 to 40M Ω ±1.5% Capacitance 0.001 nF to 40,000 μF ±3.0% Frequency 0.001 to 4 kHz ±1.5%
Type K Temperature
Continuity Yes — Inrush Yes — Diode Yes —
Dimensions
Power 9V battery (included) Weight 386 g (13.6 oz)
Q-1
-50 to 270ºC ±2.0% rdg or
(-58 to 518ºF) ±4ºF/±2ºC
-20 to 760°C
(-4 to 1400°F)
270 x 110 x 50 mm
(10.6 x 4.3 x 2")
HHM-EX830 shown smaller than actual size.
±3% rdg +9°F/5°C
Q
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