TES-3079M

HVAC Trms Clamp Meter (1000A)

Availability: In stock
  • 10 in 1 multifunction clamp meter.
  • Voltage, Current, Power, Horse power, Reactive power, Apparent power, Phase angle, Frequency, Power factor, Phase sequence, Temperature, Resistance, Capacitance, Diode.
  • Trms reading/Dual display/Auto power off.
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    HVAC Trms Clamp Meter (1000A)
    HVAC Trms Clamp Meter (1000A)
    • Specification
    • Application

     

    ELECTRICAL SPECIFICATIONS (23±5) 

    AC Current (50Hz to 400Hz) : Trms 

    Range

    Resolution

    Accuracy

    Sensitivity

    Overload Protection

    99.99A

       10mA

    ±2% ±30dgts (50, 60Hz)

    ±4% ±30dgts (40~400Hz)

    0.10A

    1000A

    999.9A

      100mA

    1.0A

     

    ACA Inrush Current : 

    Range

    Resolution

    Sensitivity

    Measurement Time

    Overload Protection

    99.99A

    0.01A

    >5A

    100mS

    1000AAC

    999.9A

    0.1A

    >50A

     

    mA Trms : (AC+DC) (Burden Voltage : 5mV/µA) 

    Range

    Resolution

    Accuracy

    Sensitivity

    Overload Protection

    99.99mA

       10nA

    ±1% ±30dgts

    0.20µA

    600V

    999.9mA

      100nA

    2.0µA

     

    AC Voltage (50Hz to 400Hz) : Trms 

    Range

    Resolution

    Accuracy

    Sensitivity

    Overload Protection

    999.9mV

    0.1mV

    ±1% ±30dgts (50, 60Hz)

    ±2% ±30dgts (40~400Hz)

    2.0mV

    600V

    9.999V

    1mV

    0.020V

    99.99V

    10mV

    0.20V

    600.0V

      100mV

    2V

     

    DC Voltage 

    Range

    Resolution

    Accuracy

    Sensitivity

    Overload Protection

    999.9mV

    0.1mV

    ±1.0% ±30dgts

    2.0mV

    600V

    9.999V

    1mV

    0.020V

    99.99V

    10mV

    0.20V

    600.0V

      100mV

    2V

     

    Resistance (Continuity<40Ω on the 999.9Ω range) : 

    Range

    Resolution

    Accuracy

    Overload Protection

    999.9Ω

    100mΩ

    ±1% ±10dgts

    600V

    9.999KΩ

    1Ω

    99.99KΩ

    10Ω

    999.9KΩ

    100Ω

     

    MΩ: 

    Range

    Resolution

    Accuracy

    Overload Protection

    9.999MΩ

    1KΩ

    ±5% ±10dgts

    600V

    99.99MΩ

    10KΩ

     

    3f Phase sequence indication : 

    Range

    Frequency Response

    Overload Protection

    80V to 480V

    50Hz / 60Hz

    600V

      

    Capacitance :

     

    Range

    Resolution

    Accuracy

    Overload Protection

    10.000mF

    1nF

    ±1.5% ±5dgts

    600V

    100.00mF

    10nF

    1000.0mF

    100nF

    7000mF

    1mF

    ±2.5% ±15dgts

     

    Diode (Continuity<40mV) : 

    Range

    Resolution

    Accuracy

    Overload Protection

    2.000V

    1mV

    ±2% ±1dgt

    600V

     

    Temperature (K-Type ther mocouple) : 

    Range

    Resolution

    Accuracy

    Overload Protection

    -50 to 900

    0.1

    ±0.2% ±1

    30VAC or 60VDC

    -58 to 1000

    0.1

    ±0.2% ±2

     

    1f/3f TRUE Power (KW): (PF>0.5 or θ<60º ) 

    Range

    Resolution

    Accuracy

    Overload Protection

    99.99KW

    10W

    ±5%rdg ±30dgts

    (50, 60Hz)

    600V ac / 1000A ac

    600.0KW

    100W

     

    1f/3f Horse Power (HP): (PF>0.5 or θ<60º ) 

    Range

    Resolution

    Accuracy

    Overload Protection

    99.99HP

    0.01HP

    ±5%rdg ±30dgts

    (50, 60Hz)

    600V ac / 1000A ac

    800.0HP

    0.1HP

     

    1ψ/3ψApparent Power : 

    Range

    Resolution

    Accuracy

    Overload Protection

    99.99KVA

    10VA

    ±2.5%rdg ±30dgts

    600VAC/

    1000AAC

    600.0KVA

    100VA

     

    1ψ/3ψPhase Angle : (50Hz, 60Hz) 

    Range

    Resolution

    Accuracy

    Sensitivity

    -60° ~ 0° ~ +60°

    0.1º

    ±6.0º

    ACV>100V, ACA>10A

     

    Frequency : 

    Range

    Resolution

    Accuracy

    Sensitivity

    40Hz/1KHz

    0.1Hz

    ±0.5%rdg ±2dgts

    ACV>1.2V, ACA>6A

     

     

     

    HVAC Application :

    ¨ Check current draw in motors and compressors.

    ¨ Use MAX/MIN/Recording in the temperature mode to assess efficiency.

    ¨ Test run/start capacitors.

    ¨ Confirm low voltage control signals.

    ¨ Measure flame safeguard device current draw.

    ¨ Confirm power sources

    ¨ Analyze temperature and power data with the aid of the time stamp.

    ¨ Insulation test up to 100MΩ.

     

    Electrical Application :

    ¨ Check for energized circuits and balance loads.

    ¨1ψ/3ψ(3P3W/3P4W) Power analyzer.

    ¨ Evaluate electrical contacts.

    ¨ Capture inrush current readings of motor.

    ¨ Determine peak power demand periods.

    ¨ Verify line voltage stability.

    ¨ Monitor motors and other loads for excess heat.

    ¨ Check motor run/start capacitor values.

    ¨Check 3f phase sequence.

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