RS PRO Metal Oxide Varistor 2.13nF, Clamping 710V, Varistor 430V
Tekninen dokumentti
Tekniset tiedot
Merkki
RS ProVaristor Voltage
430V
Maximum AC Voltage Rating
275V
Maximum DC Voltage Rating
370V
Clamping Voltage
710V
Material
Metal
Energy
463J
Diameter
29mm
Maximum Surge Current
22000A
Capacitance
2.13nF
Length
29mm
Depth
29mm
Thickness
11.4mm
Dimensions
29 x 35.5 x 11.4mm
Lead Pitch
19.2mm
Alkuperämaa
China
Tuotetiedot
Thermally Protected MOV, Square, Three Leaded
Our RS Pro metal oxide varistors have been designed to meet the abnormal overvoltage requirements outlined in Section 39.4 of the UL1449 standard (4th edition). Under sustained voltage conditions, the Metal Oxide Varistor (MOV) lead that is connected to the thermal link opens. Meeting UL1449 4th edition requirements, these MOVs are ideal for surge protection devices without generating high cost or creating a complicated approach.
When used above their rated specification, traditional MOVs can fail to short circuit conditions or fail to open when exposed to sustained steady state overvoltage. However, the integrated thermal link used in our RS Pro range responds to temperature and voltage. This response ensures that when the MOV exceeds a certain temperature or voltage, the MOV disconnects from the line.
Our range of thermally protected MOVs react instantly to unexpected overvoltage situations and offer an excellent level of protection to components downstream. RS Pro MOVs are wave solderable, helping you to reduce cost by eliminating the rework caused by hand soldering operations.
The thermal link in our MOVs must only be used to provide protection to the varistor in cases of abnormal overvoltage. Never use a thermally protected varistor in series with the load. Our metal oxide varistors are intended for use in UL 1449 compliant surge protection device modules. However, your module design should allow for the possibility that under extreme overvoltage conditions some units may exhibit heating, arcing and venting before opening. We recommend application testing for this range.
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Tarkista myöhemmin uudelleen.
€ 3,45
kpl (ilman ALV)
€ 4,28
kpl (Sis ALV:n)
1
€ 3,45
kpl (ilman ALV)
€ 4,28
kpl (Sis ALV:n)
1
Osta irtotavarana
Määrä | Yksikköhinta |
---|---|
1 - 4 | € 3,45 |
5 - 9 | € 3,35 |
10 - 49 | € 3,30 |
50 - 99 | € 3,25 |
100+ | € 3,15 |
Tekninen dokumentti
Tekniset tiedot
Merkki
RS ProVaristor Voltage
430V
Maximum AC Voltage Rating
275V
Maximum DC Voltage Rating
370V
Clamping Voltage
710V
Material
Metal
Energy
463J
Diameter
29mm
Maximum Surge Current
22000A
Capacitance
2.13nF
Length
29mm
Depth
29mm
Thickness
11.4mm
Dimensions
29 x 35.5 x 11.4mm
Lead Pitch
19.2mm
Alkuperämaa
China
Tuotetiedot
Thermally Protected MOV, Square, Three Leaded
Our RS Pro metal oxide varistors have been designed to meet the abnormal overvoltage requirements outlined in Section 39.4 of the UL1449 standard (4th edition). Under sustained voltage conditions, the Metal Oxide Varistor (MOV) lead that is connected to the thermal link opens. Meeting UL1449 4th edition requirements, these MOVs are ideal for surge protection devices without generating high cost or creating a complicated approach.
When used above their rated specification, traditional MOVs can fail to short circuit conditions or fail to open when exposed to sustained steady state overvoltage. However, the integrated thermal link used in our RS Pro range responds to temperature and voltage. This response ensures that when the MOV exceeds a certain temperature or voltage, the MOV disconnects from the line.
Our range of thermally protected MOVs react instantly to unexpected overvoltage situations and offer an excellent level of protection to components downstream. RS Pro MOVs are wave solderable, helping you to reduce cost by eliminating the rework caused by hand soldering operations.
The thermal link in our MOVs must only be used to provide protection to the varistor in cases of abnormal overvoltage. Never use a thermally protected varistor in series with the load. Our metal oxide varistors are intended for use in UL 1449 compliant surge protection device modules. However, your module design should allow for the possibility that under extreme overvoltage conditions some units may exhibit heating, arcing and venting before opening. We recommend application testing for this range.