Ht9022, En - 48 – HT instruments HT9022 User Manual

Page 50

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HT9022

EN - 48

Range [kW], [kVA]

Resolution [kW], [kVA]

Uncertainty

0.00

÷ 99.99

0.01

±(3.0%rdg+3dgt)

100.0

÷ 999.9

0.1

Uncertainty defined for: sine waveform > 65Hz, Voltage > 10V, Current

≥ 5A,

Pf ≥ 0.5

Active Energy

Range [kWh]

Resolution [kWh]

Uncertainty

0.00

÷ 99.99

0.01

±(2.0%rdg+3dgt)

100.0

÷ 999.9

0.1

Uncertainty defined for: sine wave 10..65Hz, Voltage > 10V, Current

≥ 2A,

Pf ≥ 0.5

Range [kWh]

Resolution [kWh]

Uncertainty

0.00

÷ 99.99

0.01

±(3.0%rdg+3dgt)

100.0

÷ 999.9

0.1

Uncertainty defined for: sine waveform > 65Hz, Voltage > 10V, Current

≥ 5A,

Pf ≥ 0.5

Reactive Power

Range [kVAR]

Resolution [kVAR]

Uncertainty

0.00

÷ 99.99

0.01

±(2.0%rdg+3dgt)

100.0

÷ 999.9

0.1

Uncertainty defined for: sine wave 10..65Hz, Voltage > 10V, Current

≥ 2A,

0.992 ≥ Pf ≥ 0.5

Range [kVAR]

Resolution [kVAR]

Uncertainty

0.00

÷ 99.99

0.01

±(3.0%rdg+3dgt)

100.0

÷ 999.9

0.1

Uncertainty defined for: sine waveform > 65Hz, Voltage > 10V, Current

≥ 5A,

0.992 ≥ Pf ≥ 0.5

Reactive Energy

Range [kVARh]

Resolution [kVARh]

Uncertainty

0.00

÷ 99.99

0.01

±(2.0%rdg+3dgt)

100.0

÷ 999.9

0.1

Uncertainty defined for: sine wave 10..65Hz, Voltage > 10V, Current

≥ 2A,

0.992 ≥ Pf ≥ 0.5

Range [kVARh]

Resolution [kVARh]

Uncertainty

0.00

÷ 99.99

0.01

±(3.0%rdg+3dgt)

100.0

÷ 999.9

0.1

Uncertainty defined for: sine waveform > 65Hz, Voltage > 10V, Current

≥ 5A,

0.992 ≥ Pf ≥ 0.5

Power factor

Range Resolution

Uncertainty

0.20

÷ 1.00

0.01

±3°

Uncertainty defined for: sine waveform 10..65Hz, Voltage > 10V, Current

≥ 2A

Uncertainty defined for: sine waveform > 65Hz, Voltage > 10V, Current

≥ 5A

Voltage and Current harmonics

Harmonic order

Frequency [Hz]

Resolution [V], [A]

Uncertainty

1

ч 25

10

ч 75

0.1

±(5.0%rdg+5dgt)

1

ч 8

75

ч 400

Phase sequence and 1-lead phase coincidence

Range Input

impedance

100

÷ 1000V

1.3M

Frequency range: 40..70Hz.

(*) Measurement carried out under the following standard conditions: instrument firmly held in the hand, standard shoes, standard floor,

etc.

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