MOQ (minimum order quantity) PU (Price unit): E (item), H (100 items), T (1000 items), p (pair), P (pack), k (kilogram), h (100 meters) RRP recommended retail price. Stock and prices are updated on an hourly basis. After Registration and Login you will see your individual customer prices and CSV file upload, watchlists and requestlist are accessible in the Customer Portal. All prices are net excluding V.A.T. We do not deliver to private end-users.
Features
• Cylindrical version, 8,5mm diameter • Housing material: thermoplastic, UL 94V-0 • Terminals material: Tin-plated copper • Radial terminals: Ø 0,64mm, 4,3mm and 18,8mm • Solder or plug-in
Technical Specifications
Rated Voltage:
250V AC / 63V DC
Rated Breaking Capacity:
35...63A
Fusing Time Limits 0,05...6,3A
1,5xIN, Min.:
1h
2,1xIN, Max.:
120s
2,75xIN:
400ms...10s
4xIN:
150ms...3s
10xIN:
20ms...150ms
Temperature Range:
-55...+125°C
Solderability:
235°C/2s
Resistance to Soldering Heat:
260°C/10s
Part Nr.
IN
UAb
Pd
Melting
Integral1)
[A]
[mV]
[mW]
[A2s]
0034.6602
0,05
550
155
0,03
0034.6603
0,063
480
160
0,05
0034.6604
0,08
400
165
0,06
0034.6605
0,1
350
170
0,08
0034.6606
0,125
300
180
0,12
0034.6607
0,16
280
190
0,24
0034.6608
0,2
260
200
0,35
0034.6609
0,25
240
220
0,6
0034.6610
0,315
220
250
0,8
0034.6611
0,4
200
280
1,1
0034.6612
0,5
190
310
2,5
0034.6613
0,63
180
360
4,0
0034.6614
0,8
160
430
8,0
0034.6615
1,0
140
500
12,0
0034.6616
1,25
130
600
15,0
0034.6617
1,6
120
730
30,0
0034.6618
2,0
100
870
34,0
0034.6619
2,5
100
1000
55,0
0034.6620
3,15
100
1200
76,0
0034.6621
4,0
100
1400
80,0
0034.6622
5,0
-
-
230,0
0034.6623
6,3
-
-
360,0
0034.6703
0,63
400
160
0,05
0034.6704
0,08
400
165
0,06
0034.6705
0,1
350
170
0,08
0034.6707
0,16
280
190
0,24
0034.6708
0,2
260
200
0,35
0034.6709
0,25
240
220
0,6
0034.6710
0,315
220
250
0,8
0034.6712
0,5
190
310
2,5
0034.6713
0,63
180
360
4,0
0034.6715
1,0
140
500
12,0
0034.6718
2,0
100
870
34,0
0034.6719
2,5
100
1000
55,0
0034.6720
3,15
100
1200
76,0
0034.6721
4,0
100
1400
80,0
IN = Rated Voltage, UAb = Max. Voltage Drop,Pd = Power Dissipation at 1.5xIN, 1)at 10xIN