gPV 30kA CURS certificate 1000Vdc 10a 15A PV FUSE 10 x 38 mm Fuse

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Product Overview

Description



Product Presentation


gPV 30kA CURS certificate 1000Vdc 10a 15A PV FUSE 10 x 38 mm Fuse

Class of Operation: gPV
Ratings
* Volts:1000Vdc;
* Amps:1-32A;
* Interrupting Capacity: 30kA@1000Vdc;

Standards / Approvals:
* Designed to UL248-19/IEC60269-6/GB/t13539-6;
* REACH declaration available upon request;
* CE;
* RoHS compliant.

Features & benefits:
* Compact design;
* Low power loss;
* Excellent DC performance;
* Low arc voltage and low energy let-through(I²t).



  • Size introduction and size picture





  • Electrical Characteristics



Items
Catalogue Numbers
Electrical Characteristics
Watts Loss
Bolt Size
 Installation torque
(N.m)
Rated Current RMS-Amps
(A)
I²t (A²Sec)
Pre-arc
Clearing at 1000V
1
PV1000.1A
1
0.15
0.4
0.6
M6
6.0±1.0
2
PV1000.2A
2
1.3
3.4
0.7
M6
6.0±1.0
3
PV1000.3A
3
4
12
0.8
M6
6.0±1.0
4
PV1000.3.5A
3.5
6.5
20
0.9
M6
6.0±1.0
5
PV1000.4A
4
10
28
1.1
M6
6.0±1.0
6
PV1000.5A
5
19
50
1.1
M6
6.0±1.0
7
PV1000.6A
6
28
85
1.2
M6
6.0±1.0
8
PV1000.8A
8
32
93
1.2
M6
6.0±1.0
9
PV1000.10A
10
57
100
1.3
M6
6.0±1.0
10
PV1000.12A
12
60
150
1.5
M6
6.0±1.0
11
PV1000.15A
15
149
230
1.8
M6
6.0±1.0
12
PV1000.16A
16
155
260
2.0
M6
6.0±1.0
13
PV1000.20A
20
230
360
2.5
M6
6.0±1.0
14
PV1000.25A
25
400
500
3.2
M6
6.0±1.0
15
PV1000.30A
30
550
780
3.3
M6
6.0±1.0
16
PV1000.32A
32
612
940
3.5
M6
6.0±1.0


Time Current Curves




Transportation and Storage
* Avoid heavy weather attack and mechanical damage;
* Product storage Temperature: -40°C~120°C(-40°F~248°F);
* Product storage Humidity: T=40°C RH≤70%, T≤30°C RH≤80%, T≤20°C RH≤90%;
* Package storage Temperature: -40°C~80°C(-40°F~176°F);
* Package storage Humidity: RH≤90%, condensation free.

Operating conditions
* Fuses can perform regularly under the flowing conditions without corrections;
* If over the regular operating conditions but still in allowable operating area, fuses may need corrections and extra consult.
If the operating conditions is not matching the allowable area, please contact our company for more applicability tests and analysis;
* Regular current flow should ≤ 75% of recommended rated current;
* Operating temperature: -5°C~40°C(23°F~104°F);
* Allowable operating temperature:-40°C~125°C(-40°F~257°F);
* Temperature correction factors: when below -5°C(23°F), low overload (L.O.) pre-arcing time will slightly extend, rated current will slightly increase;
* If operating above 40°C(104°F),rated current need extra corrections, factors: -Kt①.
Note①: Kt value has already considered the safety current allowance under regular operating scenarios.
The picture see the following derating curve.

Vibration and Shock Resistance
* High frequency vibration resistance:≧20g;
* High frequency vibration resistance can satisfy track transportation/ motor vehicles;
* Intense vibration and shocking conditions need more tests.

Maintenance and Safety Instructions
* To use insulating board if needed for preventing shorting out;
* Maintain facilities regularly, Dusting/Antioxidation/etc.;
* Replacing fuses if damaging facilities;
* DO NOT change fuses while loading unless MUST.

Altitude
* Operating conditions: altitude≤2500m; Allowable operating conditions: altitude is from 2000m to 4500m;
* Altitude correction factors: high altitude will decrease the dielectric strength/ heat dissipation, and affect the pressure
force;

1. Fuses’ T-rise increase 0.1-0.5k from every 100m altitude increased;
2. Average environment temperature decreases 0.5k from every 100m altitude increased;
3. If operating in opening environment, ignore the altitude affect to rated current;
4. If operating in enclosed environment, and the environment temperature can still top 40°C(104°F),then rated current should be derated. Derating factors: 2%-5% from every 1000m altitude increase.

*Note: In same series, highest rated current refers to the maximum derating factors, lowest rated current refers to the minimum derating factors.
* Dielectric strength affects by high altitude;

1. Between 2000m-4500m, dielectric strength will decrease 12%-15% from every 1000m. quote GB/T16935.1, correcting from different dielectric gaps;
2. Fuses’ dielectric distance are normally much longer then GB/T16935.1, unless specific mini-sizes, ignore the dielectric
gaps;
3. Dielectric distance between fuses and other electronic structures or the ground differs from altitude heights.




Certificate


Management System
IATF16949:2016, ISO/TS22163:2017, AS/EN9100:2018, ISO 9001:2015, ISO14001:2015, OHSAS1800






Lab Capacity
Electrical Performance Test
* Breaking Capacity Test
* Temperature Rise/Power Consumption Testing
* Overload Capacity Test
* Agree to Fuse, Agree Not to Fuse Test (IEC 60269, GB13539)
* Fuse Current Pulse Cycle Fatigue Test
Ambient Test
* Vibration Test (JASO-D622, GBT31467.3)
* Hot and Cold Impact Test (MIL-STD-202G)
* Temperature and Humidity Cycle Steam and Aging Test(GB/T2423)
* Salt Spray Test
* Horizontal and Vertical Combustion Test
* Glow Wire Test



CNAS CERTIFICATE
Registration No. CNAS L14234






Related Products




Company Introduction


Year Founded:
2008
Employees:
200

Area:
12,000 sq. meters

Address:
Songshan Lake Hi-tech Industrial Park, Dongguan City, Guangdong Province, China

Production Capability:
Display: 1,500 sq. meters Bonding: 5,500 sq. meters

Capabilities:
Electronic Fuse: SMT/Ceramic/Glass/Auto Fuse/Hi-current Fuse/ Micro Fuse
Power Fuse: Electric Vehicle/Train/Energy Storage/Hi-Voltage Fuse
45 Technical Patents

Quality Assurance:
TUV, UL, VDE, CSA, PSE, DIN, CCC, CQC Certified
CNAS Certified Lab
IATF16949: 2016
ISO/TS22163: 2017
AS/EN9100: 2018
ISO9001: 2015
ISO14001: 2015
OHSAS18000





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DATE
Customer
Project
Item
Value
Unit
Remarks
Rated Voltage of System
Vdc
Max continuable Voltage of System
Vdc
Time Constant
ms
Fuse working current
A
Max continuable Current
A
Fast charge maximum current
Duration of Max Current
sec
Charging duration
Peak current
A
Peak acceleration current
Duration of Peak current
sec
Peak acceleration current
Ambient Temperature of FUSE
Reinforced air-cooling heat disspation.
m/s
Loading cycle time and waveform
Max short-circuit current
kA
Minimum short-circuit current
kA
CSA of wire to connect fuse
mm2
Other protective device
Installation position of FUSE
Source of failure current
Supply Frequency of system
Hz


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0.0178 s.