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Horse Power 300W Current Surge Protection Device SPD , Rf Surge Arrestor 600V
Product Details:
| Place of Origin: | Dongguan China |
| Brand Name: | Uchi |
| Certification: | CE / SGS / ISO9001 |
| Model Number: | OBVW-N/50C |
Payment & Shipping Terms:
| Minimum Order Quantity: | 200 piece |
|---|---|
| Price: | Negotiate |
| Packaging Details: | export package / Negotiate |
| Delivery Time: | 5-15 days after payment |
| Payment Terms: | T/T, L/C, Western Union |
| Supply Ability: | 60000 pieces per month |
|
Detail Information |
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| Name: | Rf Surge Arrestor | Condition: | 100% Original |
|---|---|---|---|
| CertificationCE,CQC: | CE / CQC / SGS | Usage: | Lightning Protection |
| Band Width: | <4GHZ | Insertion Loss (user): | Less Than 0.1db |
| Impedance: | 75Ohm | Nominal Discharge Current In: | 10kA |
| Horse Power: | <300W | Feature: | Low Insertion Loss |
| Highlight: | Rf Surge Arrestor,300W Surge Protection Device SPD,600V Surge Protection Device SPD |
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Product Description
Rf Surge Arrestor,Surge Protective Device For Lightning Protection
Product Description
OBVW is the series of devices for discharging transient overvoltages induced in coaxial lines. In accordance with IEC 61643-21. Coaxial format.
Suitable for the protection of radiofrequency transmission and reception equipment. By their nature, they are highly exposed to induced transient overvoltages (surges) associated with meteorological activity.
For BNC, F, N, TNC connectors.
Ideal for the protection of transmission and reception systems such as TV and radio antennas, closed circuit TV (CCTV), alarms, etc.
Technical and Parameters
| OBVW- BNC/75C |
OBVW- BNC/50C |
OBVW- N/75C |
OBVW- N/50C |
OBVW- F/75C |
OBVW- F/50C |
|
| Maximum Continuous Operating Voltage Uc (~) | DC68V / AC130V / AC280V | |||||
| Nominal Discharge Current In (8/20µs)kA | 10kA | |||||
| Maximum discharge current Imax (8/20µs)kA | 20kA | |||||
| Maximum peak power (W) | <300 | |||||
| Interface | BNC | N | F | |||
| Voltage protection level (Up) | <600V | |||||
| Bandwidth (MHz) | 0-3000 | |||||
| Standing wave ratio, VSWR | ≤1.2 | |||||
| Insertion Loss | ≤0.1db | |||||
| Impedance(Ω) | 75Ω | 50Ω | 75Ω | 50Ω | 75Ω | 50Ω |
Advantage:
• Lower Prices
• Low Capacitance
• High Discharge Current
• Continuous and repeated protection in intense environment
Application
•AC/DC distribution
•Power supplies
•Industrial automation
•Telecommunications
•Motor controls systems
•PLC applications
•Power transfer equipment
•HVAC applications
• AC drives
•UPS systems
•Security systems
•IT/Data centers
•Medical equipment
•AC/DC distribution
•Power supplies
•Industrial automation
•Telecommunications
•Motor controls systems
•PLC applications
•Power transfer equipment
•HVAC applications
• AC drives
•UPS systems
•Security systems
•IT/Data centers
•Medical equipment
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.
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.).
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 connections
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.
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.
Comprehensive protection
An effective overvoltage protection must combine thefollowing protection systems:
External protection (ESE lightning rods and
faradization).System for protection against direct lightningstrike.These capture the lightning within the protectedarea and lead it, in a controlled manner, safely to ground. Internal protection (power frequency overvoltage andsurge protection devices). Equipment designed to protectagainst the effects of overvoltages in equipment
connected to the power supply systems and/orcommunications networks.
Grounding systems (grounding and insulation
monitoring).Systems that allow atmospheric dischargecurrents to be dispersed into the ground. The need formonitoring the grounding system.CUAJE offers a widerange of products for each of these systems. It also
develops custom products, provides advice and consultingservices and the best possible aftersales service.
External protection (ESE lightning rods and
faradization).System for protection against direct lightningstrike.These capture the lightning within the protectedarea and lead it, in a controlled manner, safely to ground. Internal protection (power frequency overvoltage andsurge protection devices). Equipment designed to protectagainst the effects of overvoltages in equipment
connected to the power supply systems and/orcommunications networks.
Grounding systems (grounding and insulation
monitoring).Systems that allow atmospheric dischargecurrents to be dispersed into the ground. The need formonitoring the grounding system.CUAJE offers a widerange of products for each of these systems. It also
develops custom products, provides advice and consultingservices and the best possible aftersales service.
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