24FDMSJ16

24FDMSJ16 Datasheet

24FDMSJ6.3 24FDMSJ10 24FDMSJ16 24FDMSJ20 24FDMSJ25 24FDMSJ31.5

Part	Datasheet
24FDMSJ16	24FDMSJ16 (pdf)

Related Parts	Information
24FDMSJ25	24FDMSJ25
24FFMSJ40	24FFMSJ40
24FFMSJ45	24FFMSJ45
24FFMSJ31.5	24FFMSJ31.5
24FFMSJ25	24FFMSJ25
24FDMSJ6.3	24FDMSJ6.3
24FDMSJ20	24FDMSJ20

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DIN - Fuse Links Fuse Links comply with DIN dimensional standard DIN43625. ‘F’ range, high performance full range fuse link. ‘S’ range, high performance back-up fuse link, with striker tripping. ‘A’ range, including high current rating back-up fuse link. Comply with IEC 60282-1 and VDE 0670 part Wide variety of ratings, kV to 36 kV. Versions suitable for indoor and outdoor use. Motor circuit fuse link option. Bussmann DIN ‘S’ Fuse Links The time current characteristics of the ‘S’ range is optimised to ensure improved discrimination with upstream devices and to give fast clearance of earth faults in the secondary terminal zones. The breaking performance with low over currents is adequate to cater for all normal distribution applications, where low voltage fuse links on the secondary side take care of low overload faults, leaving the high voltage fuse links to clear major faults ahead of LV protection. The fuse links are suitable for use even where there is no secondary LV protection, provided that they are used in fuse switches fitted with instantaneous striker tripping. Bussmann DIN ‘F’ Fuse Links The ‘F’ range fuse links have ‘full range’ clearing capability. Bussmann ‘F’ types are designed to clear all overloads right down to fuse’s rated current in accordance with latest IEC 282-1 requirements. They are thus suitable for use as a sole form of protection. ‘F’ range time current characteristics are especially advantageous for transformer protection applications. Bussmann DIN ‘A’ Fuse Links This earlier, well proven design, has values of minimum breaking current between the ‘S’ and ‘F’ range including higher current ratings. For more information visit our website DIN - Fuse Links Table of ratings for ‘S’ range - 36kV to DIN dimensions Selection Tables 7.2SDLSJ6.3 7.2SDLSJ10 7.2SDLSJ16 7.2SDLSJ20 7.2SDLSJ25 7.2SDLSJ31.5 7.2SDLSJ40 7.2SDLSJ50 7.2SDLSJ63 7.2SFLSJ80 7.2SFLSJ100 7.2SFLSJ125 7.2SFLSJ160 12SDLSJ6.3 12SDLSJ10 12SDLSJ16 12SDLSJ20 12SDLSJ25 12SDLSJ31.5 12SDLSJ40 12SDLSJ50 12SDLSJ63 12SFLSJ50 12SFLSJ63 12SFLSJ80 12SFLSJ100 12SKLSJ125 12SXLEJ160 12SXLEJ200 15.5SFMSJ100 15.5SKMSJ125 17.5SDLSJ6.3 17.5SDLSJ10 17.5SDLSJ16 17.5SDLSJ20 17.5SDLSJ25 17.5SDLSJ31.5 17.5SDLSJ40 17.5SFLSJ31.5 17.5SFLSJ40 17.5SFLSJ50 17.5SDMSJ6.3 17.5SDMSJ10 17.5SDMSJ16 17.5SDMSJ20 17.5SDMSJ25 17.5SDMSJ31.5 17.5SDMSJ40 17.5SFMSJ50 17.5SFMSJ63 17.5SFMSJ80 24SDMSJ6.3 24SDMSJ10 24SDMSJ16 24SDMSJ20 24SDMSJ25 24SDMSJ31.5 24SDMSJ40 24SFMSJ40 24SFMSJ50 24SFMSJ63 24SFMSJ71 24SHMEJ80 24SHMEJ100 24SKMEJ125 24SXMEJ160 36SDQSJ3.15 36SDQSJ6.3 36SDQSJ10 36SDQSJ16 36SDQSJ20 36SDQSJ25 36SFQSJ31.5 36SFQSJ40 36SFQSJ50 36SXQEJ63 Voltage Rating Current Rating 10 16 20 25 40 50 63 80 100 125 160 10 16 20 25 40 50 63 50 63 80 100 125 160 200 100 125 10 16 20 25 40 40 50 10 16 20 25 40 50 63 80 10 16 20 25 40 40 50 63 71 80 100 125 160 10 16 20 25 with a ‘T’ when ordering - for example ‘TDLSJ’ For more information visit our website DIN - Fuse Links Time current characteristics for 7.2kV DIN Fuse Links, ‘S’ range, fuse types SDL, SFL PRE - ARCING TIME IN SECONDS CURVES RELATE TO MEAN PRE-ARCING TIME WITH TOLERANCE + 10% ON CURRENT 6.3A 10A 16A 20A 25A 31.5A 40A 50A 63A 80A 100A 125A 160A RMS SYMMETICAL PROSPECTIVE CURRENT IN AMPERES For more information visit our website DIN - Fuse Links Time current characteristics for 12kV DIN Fuse Links, ‘S’ range, fuse types SDL, SFL, SKL and SXL PRE - ARCING TIME IN SECONDS CURVES RELATE TO MEAN PRE-ARCING TIME WITH TOLERANCE + 10% ON CURRENT 160A 200A RMS SYMMETICAL PROSPECTIVE CURRENT IN AMPERES 6.3A 10A 16A 20A 25A 31.5A 40A 50A SDL 63A SDL 80A 100A 125A For more information visit our website For more information visit our website DIN - Fuse Links Time current characteristics for 17.5kV DIN Fuse Links, ‘S’ range, fuse types SDL, SFL, SDM, SFM and SKM PRE - ARCING TIME IN SECONDS CURVES RELATE TO MEAN PRE-ARCING TIME WITH TOLERANCE + 10% ON CURRENT 6.3A 10A 16A 20A 25A 31.5A SDM 40A SDM 50A SFM 63A 80A/75A 100A 15.5kV ONLY 125A 15.5kV ONLY RMS SYMMETICAL PROSPECTIVE CURRENT IN AMPERES DIN - Fuse Links Time current characteristics for 24kV DIN Fuse Links, ‘S’ range, fuse types SDM, SXM and SFM PRE - ARCING TIME IN SECONDS CURVES RELATE TO MEAN PRE-ARCING TIME WITH TOLERANCE + 10% ON CURRENT 80A 100A 125A 160A RMS SYMMETICAL PROSPECTIVE CURRENT IN AMPERES 6.3A 10A 16A 20A 25A 31.5A 40A SDM 50A 63A 71A For more information visit our website DIN - Fuse Links Time current characteristics for 36kV DIN Fuse Links, ‘S’ range, fuse types SDQ, SFQ and SXQ PRE - ARCING TIME IN SECONDS CURVES RELATE TO MEAN PRE-ARCING TIME WITH TOLERANCE + 10% ON CURRENT 6.3A 10A 16A 20A 25A 31.5A 40A 50A 63A SXQ RMS SYMMETICAL PROSPECTIVE CURRENT IN AMPERES For more information visit our website DIN - Fuse Links Time current characteristics for 12kV DIN Fuse Links, ‘F’ range, fuse types FDL, FFL and FXL Please refer to the ‘how to order’ page 61 of this catalogue for further details of how ordering codes are formatted E = Spring Striker 80N to IEC 60282-1 designation ‘medium’ PRODUCT CODE ADOSJ SDOSJ ADLSJ FDLSJ SDLSJ FDMSJ SDMSJ SDQSJ SFOSJ AILSJ FFLSJ SFLSJ SKLSJ AIMSJ FFMSJ SFMSJ SKMSJ SFQSJ SXLSJ SXMSJ SXQSJ FXLSJ S = Spring Striker 50N to DIN 43625 and IEC 60282-1 designation ‘medium’ Travel mm Travel mm Force N Force N For more information visit our website Selection Table for Back-up Fuse Links DIN - Fuse Links General guide to the selection of DIN Fuse Links for use in the primary circuit of three phase transformers For HV DIN Fuse Links type SXLSJ, SDLSJ, SFLSJ, SKLSJ, SDMSJ, SFMSJ, SXMSJ SDQSJ, SFQSJ. Selection guide using LV Fuse Links operating class gG/gL on low voltage side for individual cable exit protection. Tranformer Rating 50 100 125 160 200 250 315 400 500 630 800 1000 1250 1600 2000 10 kV Rated Current of the High Voltage Fuse Link Transformer Primary Voltage 20 kV Rated Current of the High Voltage Fuse Link 30 kV Rated Current of the High Voltage Fuse Link Selection Table for Back-up Fuse Links For HV DIN Fuse Links type SXLSJ, SDLSJ, SFLSJ, SKLSJ, SDMSJ, SFMSJ, SXMSJ SDQSJ, SFQSJ. Selection guide using LV Fuse Links operating class gG/gL on the low voltage side for overload protection of the transformer. Tranformer Rating 50 100 125 160 200 250 315 400 500 630 800 1000 10 kV Rated Current of the High Voltage Fuse Link Transformer Primary Voltage 20 kV Rated Current of the High Voltage Fuse Link 30 kV Rated Current of the High Voltage Fuse Link Low Voltage NH Fuse Size gG/gL 80 125 160 200 250 315 400 500 630 800 1000 1250 Selection of these HV fuse links has been based on the following: The fuse link should withstand transformer magnetising inrush currents, taken as 12 times full load current for seconds. The fuse link should discriminate with the rating of secondary fuse link stated or where only individual cable exit protection exists, the highest rating likely to be used.

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DIN - Fuse Links

Fuse Links comply with DIN dimensional standard DIN43625. ‘F’ range, high performance full range fuse link. ‘S’ range, high performance back-up fuse link, with striker tripping. ‘A’ range, including high current rating back-up fuse link. Comply with IEC 60282-1 and VDE 0670 part Wide variety of ratings, kV to 36 kV. Versions suitable for indoor and outdoor use. Motor circuit fuse link option.

Bussmann DIN ‘S’ Fuse Links

The time current characteristics of the ‘S’ range is optimised to ensure improved discrimination with upstream devices and to give fast clearance of earth faults in the secondary terminal zones. The breaking performance with low over currents is adequate to cater for all normal distribution applications, where low voltage fuse links on the secondary side take care of low overload faults, leaving the high voltage fuse links to clear major faults ahead of LV protection. The fuse links are suitable for use even where there is no secondary LV protection, provided that they are used in fuse switches fitted with instantaneous striker tripping.

Bussmann DIN ‘F’ Fuse Links

The ‘F’ range fuse links have ‘full range’ clearing capability. Bussmann ‘F’ types are designed to clear all overloads right down to fuse’s rated current in accordance with latest IEC 282-1 requirements. They are thus suitable for use as a sole form of protection. ‘F’ range time current characteristics are especially advantageous for transformer protection applications.

Bussmann DIN ‘A’ Fuse Links

This earlier, well proven design, has values of minimum breaking current between the ‘S’ and ‘F’ range including higher current ratings.

For more information visit our website

DIN - Fuse Links

Table of ratings for ‘S’ range - 36kV to DIN dimensions

Selection Tables
7.2SDLSJ6.3 7.2SDLSJ10 7.2SDLSJ16 7.2SDLSJ20 7.2SDLSJ25 7.2SDLSJ31.5 7.2SDLSJ40 7.2SDLSJ50 7.2SDLSJ63
7.2SFLSJ80 7.2SFLSJ100 7.2SFLSJ125 7.2SFLSJ160
12SDLSJ6.3 12SDLSJ10 12SDLSJ16 12SDLSJ20 12SDLSJ25 12SDLSJ31.5 12SDLSJ40 12SDLSJ50 12SDLSJ63
12SFLSJ50 12SFLSJ63 12SFLSJ80 12SFLSJ100
12SKLSJ125 12SXLEJ160 12SXLEJ200
15.5SFMSJ100 15.5SKMSJ125
17.5SDLSJ6.3 17.5SDLSJ10 17.5SDLSJ16 17.5SDLSJ20 17.5SDLSJ25 17.5SDLSJ31.5 17.5SDLSJ40
17.5SFLSJ31.5 17.5SFLSJ40 17.5SFLSJ50
17.5SDMSJ6.3 17.5SDMSJ10 17.5SDMSJ16 17.5SDMSJ20 17.5SDMSJ25 17.5SDMSJ31.5 17.5SDMSJ40
17.5SFMSJ50 17.5SFMSJ63 17.5SFMSJ80
24SDMSJ6.3 24SDMSJ10 24SDMSJ16 24SDMSJ20 24SDMSJ25 24SDMSJ31.5 24SDMSJ40
24SFMSJ40 24SFMSJ50 24SFMSJ63 24SFMSJ71 24SHMEJ80 24SHMEJ100 24SKMEJ125 24SXMEJ160
36SDQSJ3.15 36SDQSJ6.3 36SDQSJ10 36SDQSJ16 36SDQSJ20 36SDQSJ25
36SFQSJ31.5 36SFQSJ40 36SFQSJ50 36SXQEJ63

Voltage Rating

Current Rating
10 16 20 25 40 50 63
80 100 125 160
10 16 20 25 40 50 63
50 63 80 100
125 160 200
100 125
10 16 20 25 40
40 50
10 16 20 25 40
50 63 80
10 16 20 25 40
40 50 63 71 80 100 125 160
10 16 20 25
with a ‘T’ when ordering - for example ‘TDLSJ’

For more information visit our website

DIN - Fuse Links

Time current characteristics for 7.2kV DIN Fuse Links, ‘S’ range, fuse types SDL, SFL

PRE - ARCING TIME IN SECONDS

CURVES RELATE TO MEAN PRE-ARCING TIME WITH TOLERANCE + 10% ON CURRENT
6.3A 10A 16A 20A 25A 31.5A 40A 50A 63A 80A 100A 125A 160A

RMS SYMMETICAL PROSPECTIVE CURRENT IN AMPERES

For more information visit our website

DIN - Fuse Links

Time current characteristics for 12kV DIN Fuse Links, ‘S’ range, fuse types SDL, SFL, SKL and SXL

PRE - ARCING TIME IN SECONDS

CURVES RELATE TO MEAN PRE-ARCING TIME WITH TOLERANCE + 10% ON CURRENT
160A 200A

RMS SYMMETICAL PROSPECTIVE CURRENT IN AMPERES
6.3A 10A 16A 20A 25A 31.5A 40A 50A SDL 63A SDL 80A 100A 125A

For more information visit our website

For more information visit our website

DIN - Fuse Links

Time current characteristics for 17.5kV DIN Fuse Links, ‘S’ range, fuse types SDL, SFL, SDM, SFM and SKM

PRE - ARCING TIME IN SECONDS

CURVES RELATE TO MEAN PRE-ARCING TIME WITH TOLERANCE + 10% ON CURRENT
6.3A 10A 16A 20A 25A 31.5A SDM 40A SDM 50A SFM 63A 80A/75A 100A 15.5kV ONLY 125A 15.5kV ONLY

RMS SYMMETICAL PROSPECTIVE CURRENT IN AMPERES

DIN - Fuse Links

Time current characteristics for 24kV DIN Fuse Links, ‘S’ range, fuse types SDM, SXM and SFM

PRE - ARCING TIME IN SECONDS

CURVES RELATE TO MEAN PRE-ARCING TIME WITH TOLERANCE + 10% ON CURRENT
80A 100A 125A 160A

RMS SYMMETICAL PROSPECTIVE CURRENT IN AMPERES
6.3A 10A 16A 20A 25A 31.5A 40A SDM 50A 63A 71A

For more information visit our website

DIN - Fuse Links

Time current characteristics for 36kV DIN Fuse Links, ‘S’ range, fuse types SDQ, SFQ and SXQ

PRE - ARCING TIME IN SECONDS

CURVES RELATE TO MEAN PRE-ARCING TIME WITH TOLERANCE + 10% ON CURRENT
6.3A 10A 16A 20A 25A 31.5A 40A 50A 63A SXQ

RMS SYMMETICAL PROSPECTIVE CURRENT IN AMPERES

For more information visit our website

DIN - Fuse Links

Time current characteristics for 12kV DIN Fuse Links, ‘F’ range, fuse types FDL, FFL and FXL
Please refer to the ‘how to order’ page 61 of this catalogue for further details of how ordering codes are formatted

E = Spring Striker 80N to IEC 60282-1 designation ‘medium’

PRODUCT CODE

ADOSJ SDOSJ ADLSJ FDLSJ SDLSJ FDMSJ SDMSJ SDQSJ SFOSJ AILSJ FFLSJ SFLSJ SKLSJ AIMSJ FFMSJ SFMSJ SKMSJ SFQSJ SXLSJ SXMSJ SXQSJ FXLSJ

S = Spring Striker 50N to DIN 43625
and IEC 60282-1 designation ‘medium’

Travel mm

Travel mm

Force N Force N

For more information visit our website

Selection Table for Back-up Fuse Links

DIN - Fuse Links

General guide to the selection of DIN Fuse Links for use in the primary circuit of three phase transformers

For HV DIN Fuse Links type SXLSJ, SDLSJ, SFLSJ, SKLSJ, SDMSJ, SFMSJ, SXMSJ SDQSJ, SFQSJ. Selection guide using LV Fuse Links operating class gG/gL on low voltage side for individual cable exit protection.

Tranformer Rating
50 100 125 160 200 250 315 400 500 630 800 1000 1250 1600 2000
10 kV

Rated Current of the High Voltage Fuse Link

Transformer Primary Voltage
20 kV

Rated Current of the High Voltage Fuse Link
30 kV

Rated Current of the High Voltage Fuse Link

Selection Table for Back-up Fuse Links

For HV DIN Fuse Links type SXLSJ, SDLSJ, SFLSJ, SKLSJ, SDMSJ, SFMSJ, SXMSJ SDQSJ, SFQSJ. Selection guide using LV Fuse Links operating class gG/gL on the low voltage side for overload protection of the transformer.

Tranformer Rating
50 100 125 160 200 250 315 400 500 630 800 1000
10 kV

Rated Current of the High Voltage Fuse Link

Transformer Primary Voltage
20 kV

Rated Current of the High Voltage Fuse Link
30 kV

Rated Current of the High Voltage Fuse Link

Low Voltage

NH Fuse Size
gG/gL
80 125 160 200 250 315 400 500 630 800 1000 1250

Selection of these HV fuse links has been based on the following:

The fuse link should withstand transformer magnetising inrush currents, taken as 12 times full load current for seconds.

The fuse link should discriminate with the rating of secondary fuse link stated or where only individual cable exit protection exists, the highest rating likely to be used.

Notice: we do not provide any warranties that information, datasheets, application notes, circuit diagrams, or software stored on this website are up-to-date or error free. The archived 24FDMSJ16 Datasheet file may be downloaded here without warranties.

Datasheet ID: 24FDMSJ16 506775