CONOX® Metal Oxide Varistors


Technical Data - Series 5M

Dimensions

Dimensions for Series 5M are shown in the table below.

The table includes dimensions for both 'Standard' and 'Inline' variants.

from VB-value Dmax
mm
Hmax
mm
Tmax
mm
F ± 1
mm
Smax
mm
d
mm
from 25 VB 6.5 8 3 5 2.5 0.6
from 55 VB     4   3  
from 200 VB   9 5   3.5  
from 300 VB 7 9.5 6.5   4.5  

Operating Temperature Range

The following values for the operating voltage (same as power dissipation or energy absorption) are admissible in the temperature range from - 40 °C to + 85 °C.

For other ambient temperatures, the values for the maximum operating AC or DC voltage must be reduced as shown.

The graph illustrates the derating of the maximum operating voltage subject to the operating temperature in %.


Technical Data

The values in the table below are absolute limits.

The maximum protection level is related to the class current.

The class current is the peak value of current which is 1/10 of the maximum peak current for 100 pulses.

 

Operating Voltage
(V)
1 x 8/20 µs 10000 x 8/20 µs Class
Current 
Prot'n
Level
Varistor Voltage (V) Capaci-
tance
Power
Diss.
Veff Vrms Vdc Emax J Imax A Emax J Imax A (A) (V) Min. Max. (pF) (W)
35VB 40 56 1.3 100 0.04 5 1 125 61 75 590 0.01
40 50 65 1.8 400 0.06 20 5 130 73 90 510 0.1
55 60 85 2.1   0.07     160 90 110 360  
65 75 100 2.7   0.09     190 108 132 300  
80 95 125 3.1   0.11     230 135 165 240  
90 110 140 3.4   0.13     265 162 198 200  
110 140 180 4.3   0.16     330 198 242 160  
130 150 200 4.6   0.18     370 216 264 130  
140 175 225 5.2   0.20     405 243 297 125  
170 205 270 6.6   0.25     520 297 363 100  
200 230 300 7.5   0.29     585 351 429 90  
220 250 325 8.1   0.31     620 378 462 80  
240 265 345 8.6   0.34     665 405 495 70  
250 280 364 9.0   0.35     690 423 517 70  

 


U / I Characteristic: Series 5M

The characteristic curve is showing the maximum possible voltage at a specific current.

The typical voltage values lie below it.

 


 

Pulse Diagram

If the permissible surge current of another pulse length (at a  fixed number of pulses) cannot be found in the table, please refer to the diagrams.

The graph shows permissible surge current as a function of the number of surges and the pulse length.