60KA 100KA Power Surge Protection Device With Short Response Time
OBV10-I-15
Surge protectors OBV10-I-15 meet the type 1 requirement class according to IEC 61643-11. These devices protect low-voltage consumer systems from overvoltages of all types and are available in single-pole to four-pole versions.The voltage-limiting,high-performance spark gaps provide several benefits.A short response time, a low protection level and high current leakage capability with long service life.
Technical Parameters
| Model: OBV10-I-15-Pluggable |
| Maximum continuous operating voltage |
Uc |
V |
255/275/320/385 |
| SPD to EN 61643-11 |
|
|
Type 1 |
| SPD to IEC 61643-1 |
|
|
class I |
| LPZ |
|
|
0→2 |
| Lightning impulse current (10/350μs) |
Iimp |
kA |
15 |
| Lightning impulse current (10/350μs) [total] |
|
kA |
60 |
| Nominal discharge surge current (8/20μs) |
In |
kA |
60 |
| Maximum discharge surge current (8/20μs) |
Imax |
kA |
100 |
| Voltage protection level |
Up |
kV |
2,5 |
| Response time |
tA |
ns |
<25 |
| Follow current quenching capacity Ipeak |
Ifi peak |
kA |
12.5 |
| Maximum back-up fuse |
|
A |
315 |
| Temperature range |
ϑ |
°C |
-40℃~+85℃ |
| Protection rating |
|
|
IP 20 |
| Connection cross-section, rigid |
|
mm² |
10-50 |
| Connection cross-section, multi-wire |
|
mm² |
10-35 |
| Connection cross-section, flexible |
|
mm² |
10-25 |
Feature
• Visual status display.
• Available with optional remote signaling.
• Simple standard rail mounting.
• The use of high-performance varistors permits a rapid response time and a low protection level.
• Labeled connections.
Application
● These devices protect low-voltage consumer systems from overvoltage.
● Applied in modular SPD Class I + Class II (Class B + C) for TT and TN-S power supply system.
Others
Technology SPD parameter(Note:According to user requirement ,can be customized Uc=140V,440V,550V,voltage range of range of the SPD):
| Type No. |
Rated Voltage(V) Un |
Continuous Voltage Uc(V~) |
Standard Discharge Current In(KA) |
Max Discharge Current
Imax(KA)
|
Protection Level(KA~) |
Response Time(ns) |
| DGM1(2)-D5 |
220/380 |
275/320
385/420
|
5 |
10 |
1.2 |
≤25 |
| DGM1(2)-D10 |
10 |
2 |
1.6 |
| DGM1(2)-C20 |
20 |
40 |
1.8 |
| DGM13-B30 |
30 |
60 |
.2.2 |
| DGM3(4)-B40 |
10 |
80 |
2.4 |
| DGM(4)-B60 |
60 |
100 |
2.8 |
| DGM-N-PE |
220/255 |
40/60 |
60/80 |
1.2 |
≤100 |
Transient voltage surgesin lv power lines
Transient overvoltages are voltage surges that can reach tens ofkilovolts with a duration of the order of microseconds.Despite theirshort duration, the high energy content can cause serious problemsto equipment connected to the line, from premature aging to destruction, causing disruptions to service and financial loss.Thistype of surge can have various different causes, including atmospheric lightning directly striking the external protection(lightning rods) on a building or transmission line or the associatedinduction of electromagnetic fields on metallic conductors.
Outdoor and longer lines are the most exposed to these fields,which often receive high levels of induction.
It is also common for non-weather phenomena, such as transformer centre switching or the disconnection of motors orother inductive loads to cause voltage spikes in adjacent lines.
Surges in telecom andsignalling networks
Surges tend to induce currents in allmetal conductors; not only are thepower lines affected, but so are allcables to a greater or lesser extent,depending on the distance to the focusof the surge.
Although a lower current is induced,the effect produced is equally or moredestructive, due to the greatersensitivity of electronic equipmentconnected to communications lines(telephone, Ethernet, R, etc.).
Importance of theground connection
Overvoltage protectors (SPD) divert excess energy toground, so limiting the peak voltage to an acceptablevalue for connected electrical equipment.
A ground connection in adequate condition is, therefore,a key aspect for effective protection against overvoltages.Monitoring ground connection condition guaranteesproper operation of surge protection devices.
What skills should lightning protectors have in the selection?
1.Confirm power supply system
First of all, you must determine what your power distribution system is like, whether it is TT, TN or IT system. After determining the power distribution system, you can choose the protection mode and wiring method of the lightning arrester to select the appropriate lightning arrester.
For example, TN-C uses 3P lightning protection device, TN-S uses 4P, TT uses 3P+N, etc.
2.Know the main parameters of the lightning arrester.
FAQ
Q: Can I get some samples?
A: Yes, Sample orders welcomed.
Q: Can I use my own Logo or design on goods?
A: Yes, Customized logo and design on mass production are available.
Q:What is the delivery time?
A: 3 days for samples, 7-15 days for mass production.
Q: What is the payment term?
A: T/T, L/C at sight, West union , Paypal, etc.
Product Tags:
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TT Connection Power Surge Protection Device Response Time Less Than 25ns Images
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