Class of Operation gL/gG, 690V ac 440V dc 6 to 630 Amps
Sizes 00 to 3
Technical Data:
Rated Voltage:
Rated Breaking Capacity:
Approvals: IEC269,VDE 0636
Description:
A square bodied range of industrial fuse links
Rated Frequency:
for wide variety of applications where 690V is needed.
Operating Frequency:
Packaging:
All fuse links are packed in 3’s.
Selectivity:
Standards:
DIN43620 Part 1
Ordering Code:
Rating/Type/Body Size/Category
Design - Insulator:
e.g. 100NH2G-690
- Metal Parts:
Contact Blades:
Protection Type:
Dimensions:
Tests:
Constancy of
Characteristics:
On/Off Indicator:
Mechanical Stress:
Catalog Symbol: NH_G-690
NH
690V ac / 440V dc
50kA
50 Hz
45 - 62 Hz
1 : 1.6 up to 690V ac
1 : 1.25 up to 380V ac
Ceramic
Corrosion-proof (top plate also
galvanic plated)
Full contact blades,
silver plated copper.
IP 00 according to DIN40050
DIN 43620
VDE 0636/21 (RS 5126-75)
Resistant to ageing.
Spring indicator, minimum
operating voltage 10V
Vibrations 7 up to 50 Hz
with 1 g, shocks with 5 g
Specifications (Dimensions all in mm)
SIZE
C00
00
0
1(small)
1
2
3
4a
A
49 ± 1.5
49 ± 1.5
68 ±
+1.5
–3.0
68 ± 2.5
68 ± 2.5
68 ± 2.5
68 ± 2.5
90 ± 30
B
78.5 ± 1.5
78.5 ± 1.5
125 ± 1.5
135 ± 2.5
135 ± 2.5
150 ± 2.5
150 ± 2.5
200 ± 3.0
C min.
15
15
15
15
20
25
32
50
D
21
30
30
30
41
51
72
100
E ± 0.8 F max.
35
35
35
40
40
48
60
85
41
48
48
48
53
61
76
85
G
60 ± 2.0
60 ± 2.0
60 ± 2.0
60 ± 2.0
60 ± 2.0
60 ± 2.0
60 ± 2.0
60 ± 2.0
5-2-00
SB99216
Rev. A
Form No. NH
Page 1of 4
BIF Doc# 9003
Bussmann
®
HRC Fuse Links
Class of Operation gL/gG, 690V ac 440V dc 6 to 630 Amps
Sizes 00 to 3
NH
Technical Data
Size
Rated operational current l
e
Rated uninterupted current with
connecting knives l
u
Rated operational voltage Ul
e
AC
Rated insulating voltage U
i
AC
Insulating class
Rated frequency
Protection catagory
Rated inpulse withstand voltage
UtilisationCatagory:
AC23B / 380V, cos
j
=0.35
AC22B / 500V, cos
j
=0.65
AC21B / 660V, cos
j
=0.95
AC23B / 660V, cos
j
=0.35*
Dynamic short-circuit strength
with fuse links according to VDE
0636 Part 21
Rated short time withstand
current l
cw
(with connecting
knives) (1s)
Power disipation of the fuse links
Standard terminal
For bus bars with max. width
For cable lug: with 1 cable lug
with 2 cable lugs
Ambient air temperature
120kA
120kA
120kA
120kA
00
160A
200A
690V
1000V
C
45-62 Hz
IP20
12kV
1280/960A
480A
240A
-
250A
400A
690V
1000V
C
45-62 Hz
IP20
12kV
2000/1500A
750A
375A
2000/1500A*
1
400A
630A
690V
1000V
C
45-62 Hz
IP20
12kV
3200/2400A
1200A
600A
3200/2400A*
2
3
630A
1000A
690V
1000V
C
45-62 Hz
IP20
12kV
5040/3780A
1890A
945A
5040/3780*
>3.0kA
12W
M8
20mm
2.5-70mm
2
-
-25 to +55 deg
>10kA
23W
M10
30mm
6-150mm
2
70-150mm
2
-25 to +55 deg
>20kA
34W
M10
40mm
6-240mm
2
150-240mm
2
-25 to +55 deg
>20kA
48W
M12
50mm
10-240mm
2
150-240mm
2
-25 to +55 deg
*designed with arc chambers and break roller.
5-2-00
SB99216
Rev. A
Form No. NH
Page 2 of 4
BIF Doc# 9003
Bussmann
®
HRC Fuse Links
Class of Operation gL/gG 690V ac 440V dc 6 to 630 Amps
Sizes 00 to 3
Time Current Characteristics for Size 00
Time Current Characteristics for Size 1
NH
Size 00 Details:
Approvals:
Rated Currents:
Weight:
Catalog
1
Number
VDE, ÖVE, KEMA, IEC, SEV
6, 10, 16, 20, 25, 32, 35, 40, 50, 63,
80, 100, 125, and 160 A
0.16 kg.
Total at
690V
Nom.
Watts Rated
Loss Voltage
Size 1 Details:
Approvals:
Rated Currents:
Weight:
Catalog
1
Number
Amp
Ratings
VDE, ÖVE, KEMA, IEC, SEV
40, 50, 63, 80, 100,125,160, 200,
224, 250 Amps
0.38 kg.
I
2
t (Ampere
2
Seconds)
Pre-
Total at
Total at
Arcing
380V
500V
Total at
690V
Nom.
Watts Rated
Loss Voltage
I
1
t (Ampere
1
Seconds)
Amp
Pre-
Total at Total at
Ratings Arcing
380V
500V
6NH00G-690
10NH00G-690
16NH00G-690
20NH00G-690
25NH00G-690
32NH00G-690
35NH00G-690
40NH00G-690
50NH00G-690
63NH00G-690
80NH00G-690
100NH00G-690
125NH00G-690
160NH00G-690
6
33
100
10
75
180
16
350
830
20
780
1,800
25
1,450
3,400
32
2,400
5,700
35
3,600
8,500
40
5,000 11,500
50
8,000 18,500
63 13,000 31,000
80 18,200 43,000
100 26,800 63,500
125 40,500 96,000
160 78,000 178,000
210
405
1,900
4,200
7,800
12,800
19,300
26,300
43,000
72,000
100,000
140,000
215,000
410,000
450 1.3
705 1.6
3,250 2.0
7,200 2.1
12,500 2.4
21,000 3.7
31,500 3.8
44,000 4.7
69,100 6.3
113,000 7.8
160,000 8.5
230,000 9.4
350,000 12.6
650,000 17.7
690
ac
40NH1G-690
50NH1G-690
63NH1G-690
80NH1G-690
100NH1G-690
125NH1G-690
160NH1G-690
200NH1G-690
224NH1G-690
250NH1G-690
40
50
63
80
100
125
160
200
224
250
5,000
8,000
13,000
18,200
26,800
40,500
76,500
120,500
160,500
197,000
11,500
26,300
44,000 4.7
18,500
43,000
69,100 6.3
31,000
72,000 113,000 7.8
43,000 100,000 160,000 8.5
63,500 140,000 230,000 9.4
96,000 215,000 350,000 12.6
178,000 410,000 650,000 17.7
285,500 650,000 1,050,000 20.0
380,500 866,000 1,360,000 23.0
462,000 1,100,000 1,700,000 25.2
690
ac
5-2-00
SB99216
Rev. A
Form No. NH
Page 3 of 4
BIF Doc# 9003
Bussmann
®
HRC Fuse Links
Class of Operation gL/gG 690V ac 440V dc 6 to 630 Amps
Sizes 00 to 3
Time Current Characteristics for Size 2
Time Current Characteristics for Size 3
NH
Size 2 Details:
Approvals:
Rated Currents:
Weight:
Catalog
1
Number
Amp
Ratings
VDE, ÖVE, KEMA, IEC, SEV
40, 50, 63, 80, 100,125,160, 200,
224, 250, 315, 355, 400 Amps
0.59 kg.
I
2
t
Pre-
Arcing
(Ampere
2
Seconds)
Total at
Total at
380V
500V
Total at
690V
Nom.
Watts Rated
Loss Voltage
Size 3 Details:
Approvals:
Rated Currents:
Weight:
Catalog
1
Number
Am
Ratings
CEBEC
315, 355, 400, 425, 500, and 630 Amps
1.0 kg.
I
2
t (Ampere
2
Seconds)
Pre-
Total at
Total at
Arcing
380V
500V
Total at
690V
Nom.
Watts Rated
Loss Voltage
40NH2G-690
50NH2G-690
63NH2G-690
80NH2G-690
100NH2G-690
125NH2G-690
160NH2G-690
200NH2G-690
224NH2G-690
250NH2G-690
315NH2G-690
355NH2G-690
400NH2G-690
40
50
63
80
100
125
160
200
224
250
315
355
400
5,000
8,000
13,000
18,200
26,800
40,500
76,500
120,500
160,500
197,000
330,000
405,000
600,000
11,500
18,500
31,000
43,000
63,500
96,000
178,000
285,500
380,500
462,000
800,000
960,000
1,400,000
26,300
43,000
72,000
100,000
140,000
215,000
410,000
650,000
866,000
1,100,000
1,780,000
2,230,000
3,300,000
44,000
69,100
113,000
160,000
230,000
350,000
650,000
1,050,000
1,360,000
1,700,000
2,800,000
3,500,000
5,000,000
4.7
6.3
7.8
8.5
9.4
12.6
17.7
20.0
23.0
25.2
30.0
35.8
41.5
315NH3G-690
355NH3G-690
400NH3G-690
500NH3G-690
630NH3G-690
315
355
400
500
630
330,000 800,000 1,780,000 2,800,000
405,000 960,000 2,230,000 3,500,000
600,000 1,400,000 3,300,000 5,000,000
1,000,000 2,400,000 5,400,000 8,310,000
1,700,000 4,100,000 9,200,000 15,000,000
30.0
35.8 690
41.5 ac
43.0
47.4
690
ac
The only controlled copy of this BIF document is the electronic read-only version located on the Bussmann Network Drive. All other copies of this BIF document are by definition uncontrolled.This
bulletin is intended to clearly present comprehensive product data and provide technical information that will help the end user with design applications. Bussmann reserves the right, without notice,
to change design or construction of any products and to discontinue or limit distribution of any products. Bussmann also reserves the right to change or update, without notice, any technical infor-
mation contained in this bulletin. Once a product has been selected, it should be tested by the user in all possible applications.
Several students from Colorado State University invented an automatic transmission bicycle, which automatically switches the wheel according to the rear wheel speed, riding direction, and the initial ...
Today I will introduce to you the basic structure of PIC. PIC series microcontrollers occupy an important position in the field of microcontrollers....
I have used msp430 in handheld projects before, and I focused on the low power consumption and AD acquisition function of 430. The performance is already very good. Now the high-performance msp432 is ...
I have a set of Puzhong MCU development board, the MCU on it is STC90C516RD+, the stepper motor driver chip is UDN2916LB, and the stepper motor can run normally when written. I copied the Puzhong sche...
1. Brief Introduction The basic principle and usage of RS485 communication are the same as those of RS232, with the following differences. The RS232 interface can only realize point-to-point communica...
In the actual project development process, it is common to encounter modifications to the hardware circuit, and then the modified part requires the modification of the driver. Thinking about the comi...[Details]
1. Initial understanding of FSMC: FSMC consists of 4 modules: (1) AHB interface (including FSMC configuration register) (2) NOR flash memory and PSRAM controller (when driving LCD, LCD is like a PSRA...[Details]
Artificial intelligence
There is no inherent bias in AI. It does not "think" something is true or false for reasons that cannot be explained by logic. Unfortunately, human bias exists in mach...[Details]
I slightly changed the lyrics of Yu Quan's song "Running", which seems to be
a reflection of the current state of
Huawei Cloud
. At the annual Huawei Analyst Conference held on April 17,
Zh...[Details]
According to foreign media reports, the 2018 GMC Terrain Denali is equipped with multiple collision detection systems, and a recent test verified the safety of the system. Even when driving in a bu...[Details]
Autonomous driving
and
5G
are the two hot topics that global companies and media are paying the most attention to, and the combination of the two is the focus of everyone's attention....[Details]
This small program is still the use of timer, which is relatively simple. The specific parts are noted in the comments, please refer to the comments. /*********************************************...[Details]
1 Introduction Due to the special working environment of coal mine production, the production process is more dangerous and unsafe than the general industry. With the continuous increase in c...[Details]
With the development of information technology, intelligence, informatization and networking have become the development trend of modern industrial control. Since the 1980s, the rapid development...[Details]
Every era has anxiety that has nowhere to go. Let's follow the embedded editor to learn about the relevant content.
The anxiety of the post-Internet era is that if you don’t revolutionize ...[Details]
Household photovoltaic power stations mainly utilize idle resources on existing household buildings, such as roofs, wall facades, balconies, courtyards, etc., to install and use distributed photovo...[Details]
environment: Host: XP Development environment: MDK4.23 MCU:STM32F103CBT6 illustrate: Collect AD through pins PA1 and PA2. Collect AD 10 times for each channel. #include "ad_driver.h" //Global ...[Details]
In the 80C51 single-chip microcomputer, the clock frequency is known to be 6MHz. Please program P1.0 and P1.1 to output square waves with periods of 2s and 0.5s respectively. Please give the answer a...[Details]
Since 2018, the field of artificial intelligence chips has been very lively. Especially in China, the rich vertical application scenarios have provided fertile ground for the development of AI chip...[Details]
Assume that the MCS-51 microcontroller uses a 12MHz crystal oscillator, and wants to use a timer to generate a pulse with a duty cycle of about 30% and a period of 60ms at port P1.0. ;==============...[Details]
Talking
京公网安备 11010802033920号
EEWORLD
