JCQ type detector standard

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products detial

JCQ type detector standard external dimension drawing

Overview

The composite jacket metal oxide surge arrester series produced by our factory is inaccordance with the standard GB11032- 2000, "AC gapless metal oxide arrester" and industry standard "3 -35kV AC system composite jacket metal oxide arrester" and other standards.

Model meaning

型號含義

Normal use environment

◆Ambient temperature: upper limit +40℃ , lower limit -40℃ ;

◆Alitude: no more than 2000 meters;

◆Rated frequency: 48-62Hz;

◆Earthquake intensity: 7 degrees and below;

◆Maximum wind speed: no more than 35m/s.

Product Features

The composite outer casing metal oxide arrester uses a metal oxide varistor sheet with excellent volt - ampere characteristics as the core body, and adopts a silicone rubber composite material which is resistant to electric corrosion, oxidation resistance, good elasticity, high mechanical strength and primary integral compression molding as an insulating jacket. The advantages of both organic composite insulation and metal oxide varistor are concentrated. The product has the advantages of small volume, light weight, no damage, easy to transport and install, water repellency and strong stain resistance, overall model compression molding, no air gap, good sealing performance, stable performance, reduced operation and maintenance, moisture proof and explosion proof. No risk of explosion, suitable for use in switch cabinets.

Place of use

The series of composite jacket metal oxide arresters are mainly used to protect distribution transformers, box power stations, cable heads, on-column switches, protective substation electrical equipment, and to suppress the re-ignition overvoltage generated by vacuum switch or oil switch switching capacitor bank. Protect the capacitor bank from over -current damage and protect the insulation of the generator, engine, and motor neutral from atmospheric overvoltage and operating overvoltage.

The main technical parameters

Model	rated Voltage kVrms	System nominal voltage kVrms	Continuous operating voltage kVrms	DC 1mA reference voltage is not ess than kV	The residual pressure kvetest is not greater than			2000μs square wave flow capacity is not less than A	4/10μs high current impact flow capacty is not less than kA	0.75 times DC 1mA reference voltage maximum leakage current μA	Place of use
Model	rated Voltage kVrms	System nominal voltage kVrms	Continuous operating voltage kVrms	DC 1mA reference voltage is not ess than kV	8/20μs lightning impulse current	30/60μs operation under impulse current	5kA 1/10μs steep slope inrush current 5kA	2000μs square wave flow capacity is not less than A	4/10μs high current impact flow capacty is not less than kA		Place of use
HY5WS-7.6/30	7.6	6	4	15	30	25.5	34.5	75	25	50	power distribution
HY5WS-12.7/50	12.7	10	6.6	25	50.0	42.5	57.5	75	25	50	power distribution
HY5Wz-7.6/27	7.9	6	4.0	14.4	27	23	31	150	40	50	Power station
HY5Wz-12.7/45	12.7	10	6.6	24	45	38.3	51.8
HY5WZ-42/134	42	35	23.4	73	134	114	154
HY5WR-7.6/27	7.6	6	40	13.8	27	20.8	-	400	40	50	Parallel compensation capacitor bank
HY5WR-12.7/45	12.7	10	6.6	23.0	45	35	-
HY5WR-42/134	42	35	23.4	73	134	105	-
HY2.5WD-3.8/9.5	3.8	31.5*	2.0	5.6	9.5	7.6	10.9	200	25	50	Motor
HY2.5WD-7.6/19	7.6	6.3*	4.0	11.3	19	15.0	21.9
HY2.5WS-12.7/31	12.7	10.5*	6.6	18.9	31	25	35.7
HY1WD-2.3/6	2.3	3.15*	-	3.4	6.0	-	-	200	5	50	Motor neutral point
HY1WD-4.6/12	4.6	6.3*	-	6.9	12.0	-
HY1WD-7.5/19	7.6	10.5*	-	11.3	19.0	-	-

Model	rated voltage kVrms	System nominal Voltage kvrms	Continuous operating voltage kVrms	DC 1mA reference voltage is not less than kV	DC 1mA （strong） reference voltage is not less than kV	The residual pressure kVetest is not greater than			2000μs square wave flow capacty is not less than A	4/10μs high current impact flow capacity is not less than kA	0.75 times DC1mA reference voltage maximum leakage current μA	Place of use
Model	rated voltage kVrms	System nominal Voltage kvrms	Continuous operating voltage kVrms	DC 1mA reference voltage is not less than kV	DC 1mA （strong） reference voltage is not less than kV	8/20μs lighting impulse current	30/60 μs operation under impulse current	1/10μs steep slope inrush current 5kA	2000μs square wave flow capacty is not less than A			Place of use
HY5WS-5/15	5	3	4	7.5	5.0	15.0	12.8	17.3	150	40	50	power distribution
HY5WS-10/30	10	6	8	15.0	10.0	30.0	25.6	34.6
HY5WS-17/50	17	10	13.6	25.0	17.0	50.0	42.5	57.5
HY5WS-5/13.5	5	3	4.0	7.2	5.0	13.5	11.5	15.5	200/400	65	50	Power station
HY5Wz-10/27	10	6	8.0	14.4	10.0	27.0	23.0	31.0
HY5Wz-17/45	17	10	13.6	24.0	17.0	45.0	38.3	51.8
HY5Wz-51/134	51	35	40.8	73.0	51.0	134.0	114.0	154.0

Note: * is the rated voltage of the motor

Model	rated voltage kVrms	System nominal Votlage kvrms	Continuous operating voltage kVrms	DC 1mA reference voltage is not less than kV	DC 1mA （strong） reference voltage is not less than kV	Thorosdutlprossurekvetest is not grooter thar			2000μs square wave flow capacty is not less than A	4/10μs high current impact flow capacity is not less than kA	0.75 times DC1mA reference voltage maximum leakage current μA	Place of use
Model	rated voltage kVrms	System nominal Votlage kvrms	Continuous operating voltage kVrms	DC 1mA reference voltage is not less than kV	DC 1mA （strong） reference voltage is not less than kV	8/20μs lighting impulse current	30/60 μs operation under impulse current	1/10μs steep slope inrush current 5kA	2000μs square wave flow capacty is not less than A			Place of use
HY5WR-5/13.5	5	3	4.0	7.2	5.0	13.5	10.5	-	400/600	65	50	Parallel compensation capacitor bank
HY5WR-10/27	10	6	8.0	14.4	10.0	27.0	21.0	-
HY5WR-17/45	17	10	13.6	24.0	17.0	45.0	35.0	-
HY5WR-51/134	51	35	40.8	73.0	51.0	134.0	105.0	-
HY1.5W-0.28/1.3	0.8	0.22	0.24	0.6	-	1.3	-	-	75	25	50	Low pressure
HY1.5W-0.5/2.6	0.5	0.38	0.42	1.2	-	2.6	-	-	75	25	50	Low pressure
HY5WD-4/9.5	4	3.15*	3.2	5.7	-	9.5	7.6	10.7	400	65	50	gonerator
HY5WD-8/18.7	8	6.3*	6.3	11.2	-	18.7	15.0	21.0
HY5WD-13.5/31	13.5	10.5*	10.5	18.6	-	31.0	25.0	34.7
HY5WD-17.5/40	17.5	15.8*	13.8	24.4	-	40.0	32.0	44.8
HY5WD-20/45	20	15.75*	15.8	28.0	-	45.0	35.0	50.4
HY5WD-23/51	23	18.0*	18.0	31.9	-	1.0	40.8	57.2
HY5WD-25/56.2	25	20.0*	20.0	35.4	-	56.2	45.0	62.9
HY2.5WD-4/9.5	4	3.15*	3.2	5.7	-	9.5	7.6	10.7	200	40	50	eletric motor
HY2.5WD-8/18.7	8	6.3*	6.3	11.2	-	18.7	15.0	21
HY2.5WD-13.5/31	13.5	10.5*	10.5	18.6	-	31.0	25.0	34.7
HY1.5WD-2.4/6	2.4	1.9*	1.9	3.4	-	6.0	5.0	-	200	10	50	Motor neutral point
HY1.5D-4.8/12	4.8	3.15*	3.8	6.8	-	12.0	10	-
HY1.5D-8/19	8	6.3*	6.4	11.4	-	19.0	15.9	-
HY1.5D-10.5/23	10.5	8.4*	8.4	14.9	-	23.0	19.2	-
HY1.5D-12/26	12	9.6*	9.6	17	-	26.0	21.6	-
HY1.5D-13.7/29.2	13.7	11.0*	11.0	19.5	-	29.2	24.3	-
HY1.5D-15.2/31.7	15.2	12.2*	12.2	21.0	-	31.7	26.4	-
HY5D-42/120	42	27.5	34.0	65.0	-	120	98.0	138	400	65	50	Electric iron
HY5D-84/240	84	55.0	3.0	130.0	-	240	196	276	400	65	50	Electric iron