Thiết bị phân tích chất lượng điện Sonel PQM-701
	- Hãng sản xuất: Sonel
	- Model: PQM-701
	- Xuất xứ: Ba Lan
	ANALIZER MEASURES AND RECORDS ACCORDING TO THE EN 61000-4-30 CLASS-A STANDARD
	The device is designed to work with networkswith nominal frequency 50/60Hz.
	
	The device is designed to work with networks with nominal voltage:
	110/190V,
	115/200V,
	220/380V,
	230/400V,
	240/415V,
	400/690V.
	The network configuration is set from he computer software.
	Supported networks:
	single-phase,
	two-phase with the common N,
	three-phase star with and without N,
	three-phase triangle.
	Possible measurements:
	Measurements according to EN 50160
	Voltage L1, L2, L3, N-PE (five inputs, compiles with EN 61000-4-30, class A) 
	- average, minimum, maximum and instantaneous values, range to 690V, ability to work with voltage transformers,
	Current L1, L2, L3, N (four inputs) 
	- average, minimum, maximum and instantaneous values, measurement current with range to 3kA (depends on used clamp), ability to work with current transformers,
	Crest factor for voltage and current,
	Frequency from 40Hz to 70Hz (compiles with EN 61000-4-30, class A),
	Active, reactive, distortion, apparent power, including the type of reactive power (capacitive, inductive),
	Power recording: 
	- Budeanu method, 
	- IEEE 1459,
	Active, reactive, apparent energy,
	Power factor, cosφ, tgφ,
	K factor (transformer overload caused by the harmonics),
	Up to 50th harmonics for voltage and current (compiles with EN 61000-4-7, class I),
	Total Harmonic Distortion (THD) for voltage and current,
	Short-term (PST) and long-term (PLT) flicker (compiles with EN 61000-4-15, class A),
	Unballace of Voltage (compiles with EN 61000-4-30, class A) and current,
	Voltage dips, swells and interruption registration including oscillograms (compiles with EN 61000-4-30, class A),
	Current events registration including oscillograms, 
	Current and voltage oscillograms registration after each averaging period. 
	Thiết bị phân tích chất lượng điện Sonel PQM-701
	
		
			| 
					Specification | 
					Range  | 
					Resolution | 
					Accuracy | 
		
			| 
					AC voltage
 (TRMS)
 | 
					-  | 
					0,0…690,0V  | 
					0,01 % Un | 
					±0,1% Un | 
		
			| 
					Crest Factor
 | 
					Voltage | 
					1,00…10,00 (≤1,65 for
 voltage 690V)
 | 
					0,01 | 
					±5% | 
		
			| 
					Current | 
					1,00…10,00 (≤3,6 Inom)
 | 
					0,01 | 
					± 5% m.v.  | 
		
			| 
					AC current
 TRMS
 | 
					- | 
					depends on the clamp*
 | 
					0,01 % of nominal range | 
					±0,1% of nominalrange
 (add clamps
 accuracy)
 | 
		
			| 
					Frequency | 
					- | 
					40,00...70,00 Hz | 
					0,01Hz  | 
					±0,01 Hz | 
		
			| 
					Active, reactive,
 apparent
 power
 and
 distortion
 | 
					-  | 
					depends of configuration
 (transformers,
 clamp)
 | 
					up to 4 decimal places
 | 
					depends on configuration
 (transformers,
 clamp)
 | 
		
			| 
					Energia czynna,bierna i pozorna
 | 
					-  | 
					depends of configuration
 (transformers,
 clamp)
 | 
					up to 4 decimal places
 | 
					the same as above
 | 
		
			| 
					Cosφand Power
 Factor (PF)
 | 
					-  | 
					0,00...1,00  | 
					0,01  | 
					±0,03  | 
		
			| 
					Tgφ  | 
					- | 
					0,00...10,00 | 
					0,01 | 
					depends on Active and Reactive
 power accuracy
 | 
		
			| 
					Harmonics | 
					Voltage  | 
					same as for AC voltage TRMS
 | 
					same as for AC voltage TRMS
 | 
					±5% Uh for Uh ≥ 1% Un
 ±0,05% Un
 for Uh < 1% Un
 
 | 
		
			| 
					Current | 
					same as for AC current TRMS
 | 
					same as for AC current TRMS
 | 
					± 5% Ih for Ih ≥ 3% In
 ± 0,15% In
 for Ih < 3% In
 | 
		
			| 
					Total Harmonics
 Distortion
 | 
					Voltage | 
					0,0..100,0%  | 
					0,1% | 
					±5% | 
		
			| 
					Current | 
					±5%  | 
		
			| 
					Harmonics active
 and
 reactive
 power
 | 
					- | 
					depends on configuration(transformers,
 clamp)
 | 
					depends on current
 and voltage
 minimum value
 | 
					-  | 
		
			| 
					Angle between
 voltage
 and current
 harmonics
 | 
					- | 
					-180,0…+180,0o | 
					0,1o | 
					±(h x 1o)  | 
		
			| 
					K-Factor | 
					-  | 
					1,0...50,0  | 
					0,1 | 
					±10%  | 
		
			| 
					Flicker | 
					-  | 
					0,20...10,00  | 
					0,01 | 
					±5%  | 
		
			| 
					Unbalance  | 
					Napięcie orazprąd
 | 
					0,0...20,0% | 
					0,1% | 
					±0,15%(absolute error)
 |