0034.5040 Datasheet
5 X 20mm Time Lag Fuses
Download: 0034.5040 Datasheet 
0034.5040
5 X 20mm Time Lag Fuses
FSM 5 x 20mm Medium Time Lag Fuses - Low and Medium Breaking Capacity
1,6 - 10 A 315 mA - 1,25 A
Built according to DIN 41571, data sheet 2 (June 1984)
Glass tube
Fusing time in seconds ts s
2 3 4 5 6 8 10 15
Vi lf h d N t
Multiple of rated current In
With pigtail leads
0034.2511 - .2517 Ceramic tube Sand filled
0034.2518 - .2527
Fuse with pigtail leads
Time Current Characteristics
In rated current In
min. max. min. max.
315mA - 1.25A 60 min. 10 min. 40 ms 2 s
1.6A - 10A
60 min. 30 min. 40 ms 2 s
min. 5 ms 5 ms
max. 90 ms 90 ms
according to IEC 286-1
Order Numbers Rated current / rated voltage
Series FSM
mA /A / V~
Breaking capacity
0034.5040 Datasheet
Fuses, Circuit Protection, FUSE 500MA 250V 5X20 T-LAG GLASS
Download: 0034.5040 Datasheet
0034.5040
Fuses, Circuit Protection, FUSE 500MA 250V 5X20 T-LAG GLASS
Miniature Fuse, 5 x 20 mm, Super-Time-Lag TT, 250 VAC
FTT 5x20
UL 248-14 250 VAC Super-Time-Lag TT
Description - Low Breaking Capacity - Glass Tube
Standards - UL 248-14 - CSA C22.2 no. 248.14
Approvals - UL File Number: E41599
Technical Data
Rated Voltage Rated Current Breaking Capacity Characteristic Mounting Admissible Ambient Air Temp.
Climatic Category Material: Tube Material: Endcaps Unit Weight Storage Conditions Product Marking
250 Vac 0.063 - 4 A 35 A Super-time-lag Tt Fuseholder / Clip -40 C To 85 C 40/085/21
Acc. To Iec 60068-1 Glass Nickel-plated Copper Alloy 1 G 0 C To 60 C, Max. 70% R.h.
, Current, Rated voltage, Characteristic, Approvals
References Assembled Fuseholder OGN-SMD
Weblinks Pdf-datasheet, Html-datasheet, General Product Information, Approvals, Ce Declaration Of
Conformity, Rohs, China-rohs, E-shop, Schurter-stock-check, Distributor-stock-check, Detailed
request for product
Dimension
10 0.2
+0.1 -0.2
20 0.5
Pre-Arcing Time
Rated Current In 1.5 X In Min. 2.1 X In Max. 2.75 X In Min. 2.75 X In Max. 4.0 X In Min. 4.0 X In
max. 10.0 x In min. 10.0 x In max.
0.063 A - 0.1 A
60 min
30 min
0.125 A - 4 A
60 min
30 min
800 ms
150 ms
Time in Seconds