Power Supply LED Lightning Protective Device SPD
电源LED防雷器SPD
| 型号。 | WPX-all230-bspa20 |
| 结构体 | 氧化锌避雷器 |
| 应用 | AC / DC系统 |
| 工作电压 | 低电压 |
| 材料 | 氧化锌 |
| 牌 | WPX |
| 额定工作电压 | 120v〜230v〜，277v〜230v〜480v〜 |
| 最大放电电流Imax（8/20） | 30, 000A |
| 最大放电电流（8 /20μs）u; s）u;s) | 10, 000A |
| 外壳材料 | 象牙ABS |
| 操作指示（定制版本） | LED和可见报警 |
| 运输包装 | 1单位/箱; 50单位/箱 |
| 起源 | 长沙 |
| 类型 | 电源避雷器 |
| 安装 | 根据客户需求 |
| 尺寸 | 美杜姆 |
| 形状 | 根据客户需求 |
| 证明 | rohs，iso9001，sgs，ccc，tuv |
| spd类型 | 电源LED防雷器SPD |
| 总放电电流Itotal（8/20） | 15, 000A |
| 标称放电电流（8 /20μs）u; s）u;s) | 5000A |
| 10ka，Imax电压保护等级 | 900v 1600v 1400v 2800v |
| IP代码 | IP67 |
| 商标 | WPX |
| 规范 | 70mm * 61mm * 54mm |
| HS编码 | 8536300000 |
电源LED防雷器SPD
常问问题：
什么是电源浪涌？
电源浪涌（被称为工业中的瞬变）是交流电源极端短暂，异常高电压尖峰。有一些条件影响您通过电力冲击获得的电力质量是最常见的。您家中的每一台电气设备都设计为在230V / 120V AC的额定电压下工作。大多数设备设计用于处理其标准工作电压的微小变化;然而，即使最小的功率浪涌也可能对几乎所有的设备都非常有害。
最佳
什么是浪涌保护？
浪涌保护是一个浪涌保护器一起工作的系统，以消除一些外部和内部来源的浪涌。在进入的电气，有线/卫星，控制系统和电话公用事业服务中应用浪涌保护器可以防止外部产生的浪涌进入您的办公室或工厂或家庭。适用于敏感电子设备的局部浪涌保护器防止内部产生的浪涌。
我需要浪涌保护吗？
是。现实是，每天都会发生浪潮，并影响家庭，办公室或工厂的设备。通常，浪涌保护归因于“雷电保护”，但事实是，浪涌通常来自公用事故扰动和内部产生的浪涌。工厂或家庭主机因为浪涌损坏而丢失设备是很常见的，甚至没有意识到这一点。许多“神秘”的设备，电脑故障，如设备故障，实际上是由于电涌。此外，由于您认为“正常”磨损的电子设备的故障和更换实际上可能是由于内部或外部引起的浪涌或外部引起的浪涌。
我的断路器不是不够吗？
常见的交流断路器对反应迅速不足以保护敏感的电子设备。 WPX的SPD在不到十分之一秒的时间内反应。此外，重要的是要注意，接地故障电路断路器（GFCI）断路器不是浪涌保护器，因此不提供浪涌保护。它们可以防止电击危险。
这些干扰发生多久？
因为我们一直使用PLC，交换机，路由器，泵，CCTV系统这么多的东西，频繁发生干扰。
什么是浪涌保护器？
浪涌保护器设计用于将潜在的有害的短时电压峰值安全地从系统中转移到Ground。这在概念上类似于保护热水器免受过压的泄压阀。这是一个常见的误解，即浪涌保护器吸收“浪涌”，实际上它们的目的是将浪涌从受保护的设备转移到地面。到地面
最佳
选择浪涌保护装置（SPD）时应该寻找什么？
您认为的任何浪涌保护装置必须符合En61643标准。当比较浪涌保护器时，考虑浪涌电流容量和钳位电压是重要的，以确定浪涌保护器的性能。请参考 “什么是浪涌电流？”城市？" 和 什么是钳位电压？"
最佳
什么是浪涌电流容量？
浪涌电流容量是浪涌保护器对于单个浪涌事件可以通过的最大浪涌电流量。该电平用于指示特定电涌保护器的保护能力。例如，在雷击的可能性高的高曝光区域中，可能需要较大的浪涌电流容量。但是，请注意，浪涌具有自然的局限性，而较大的浪涌电流容量将增加冗余，而不是隐含的处理极大浪涌的能力。例如，整个雷击不能通过电线;就像消防水带很难通过苏打吸管射击。实际上，浪涌保护器不需要对整个雷击进行大小调整。但是，由于冗余原因，有增加浪涌电流过剩能力的正当理由。
浪涌保护行业使用千伏（kA）作为产品浪涌电流容量的度量。所有的WPX产品列出了浪涌能力的kA等级。 kA等级在10kA以上（10,000安培）通常是可以接受的。
什么是钳位电压（电压保护等级）？
钳位电压（电压保护等级），也称为通过电压或电压保护额定值（VPR），是浪涌保护器在电涌期间允许通过电压到附加负载（例如电视）的电压量事件。钳位电压是浪涌保护器衰减浪涌或更简单地将浪涌降低到可管理水平的能力的性能测量。例如，浪涌保护器可能会限制6,000V的浪涌，使得只有600V对负载“可见”。钳位电压为600V。该性能值在评估浪涌保护器时进行的测试期间由En61643确认。
我的电子产品内置浪涌保护。为什么需要更多？
内置的浪涌保护器通常不够强大，无法处理更大的浪涌和尖峰，像其他较小的电涌保护器一样，可以在没有您的知识的情况下磨损，从而无需任何保护。对于一台设备的内置保护可能会给您带来无保护的重要设备，如PLC，电脑，闭路电视系统，SCADA，电话，应答机，调制解调器，打印机等。
我的电涌保护器会持续多久？
在正常操作下，这些设备将无限期地运行。这些设备由WPX（一家通过ISO9001：2008）认证的行业领先制造商设计，可承受多次浪涌事件。我们的世界级测试设备确保最大的设计效率，并确保最大的精度，质量和可靠性。 WPX展示了其对这些产品的信心，为SPD或SPD提供为期1年的产品保修。
如何重置我的Surge Protector？
浪涌保护器不能“重置”。但在一次浪涌放电事件发生后，它将自动复位。
欲了解更多信息和服务，请联系：
联系人：WPX
Mob：+86 731 8865 0578
网址：www.wpxfttx.com
相关热销产品：
http://www.spdwpx.com/a/Products/
产品介绍：
wpx的all230-bsp 系列浪涌保护设备（SPD）涵盖LED照明灯具，路灯，关键门电机和其他电气设备，确保安全访问防护性能。它设计用于在受保护设备的室内或室外环境（IP67）中运行。
wpx的all230-bsp 系列浪涌保护设备（SPD）涵盖LED照明灯具，路灯，关键门电机和其他电气设备，确保安全访问防护性能。它设计用于在受保护设备的室内或室外环境（IP67）中运行。
产品展示 
规范
| 型号 | WPX-all230 -bspa20 | WPX-all230 -bspb20 | WPX-all230 -bspc20 |
| 保护方式 | L-N; 1-克;正克 | L-N; 1-克;正克 | L-N; 1-克;正克 |
| 额定工作电压 | 230V〜，277V〜 | 230V~ | 480V~ |
| 最大持续工作电压Uc（L-G，N-G，L-N） | 320V~ | 275V~ | 550V~ |
| 总放电电流Itotal（8 /20μs）（L-G，N-G，L-N）L-N）L-N) | 15KA | 15KA | 15KA |
| 最大放电电流Imax（8 /20μs）（L-G，N-G，L-N）L-N）L-N) | 30KA | 30KA | 30KA |
| 标称放电电流In（8 /20μs）（L-G，N-G，L-N）L-N）L-N) | 5KA | 5KA | 5KA |
| 最大放电电流In（8 /20μs）（L-G，N-G，L-N）L-N）L-N) | 10KA | 10KA | 10KA |
| 1kA，电压保护等级上升（L-G，N-G，L-N） | ≤900v900v900V | ≤900v900v900V | ≤1700v700v700V |
| 5kA，电压保护提升（L-G，N-G，L-N） | ≤1400v400v400V | ≤1200v200v200V | ≤2000v000v000V |
| 10kA，电压保护等级上升（L-G，N-G，L-N） | ≤1600v600v600V | ≤1400v400v400V | ≤2800v800v800V |
| 外壳材料 | 象牙ABS | 象牙ABS | 象牙ABS |
| 防护等级（IP代码） | ip67 / iec 60529 | ip67 / iec 60529 | ip67 / iec 60529 |
| 操作指示（仅限定制版） | LED和可见报警 | LED和可见报警 | LED和可见报警 |
公司展示
产品应用/ 证书
常问问题：
什么是电源浪涌？
电源浪涌（被称为工业中的瞬变）是交流电源极端短暂，异常高电压尖峰。有一些条件影响您通过电力冲击获得的电力质量是最常见的。您家中的每一台电气设备都设计为在230V / 120V AC的额定电压下工作。大多数设备设计用于处理其标准工作电压的微小变化;然而，即使最小的功率浪涌也可能对几乎所有的设备都非常有害。
最佳
什么是浪涌保护？
浪涌保护是一个浪涌保护器一起工作的系统，以消除一些外部和内部来源的浪涌。在进入的电气，有线/卫星，控制系统和电话公用事业服务中应用浪涌保护器可以防止外部产生的浪涌进入您的办公室或工厂或家庭。适用于敏感电子设备的局部浪涌保护器防止内部产生的浪涌。
我需要浪涌保护吗？
是。现实是，每天都会发生浪潮，并影响家庭，办公室或工厂的设备。通常，浪涌保护归因于“雷电保护”，但事实是，浪涌通常来自公用事故扰动和内部产生的浪涌。工厂或家庭主机因为浪涌损坏而丢失设备是很常见的，甚至没有意识到这一点。许多“神秘”的设备，电脑故障，如设备故障，实际上是由于电涌。此外，由于您认为“正常”磨损的电子设备的故障和更换实际上可能是由于内部或外部引起的浪涌或外部引起的浪涌。
我的断路器不是不够吗？
常见的交流断路器对反应迅速不足以保护敏感的电子设备。 WPX的SPD在不到十分之一秒的时间内反应。此外，重要的是要注意，接地故障电路断路器（GFCI）断路器不是浪涌保护器，因此不提供浪涌保护。它们可以防止电击危险。
这些干扰发生多久？
因为我们一直使用PLC，交换机，路由器，泵，CCTV系统这么多的东西，频繁发生干扰。
什么是浪涌保护器？
浪涌保护器设计用于将潜在的有害的短时电压峰值安全地从系统中转移到Ground。这在概念上类似于保护热水器免受过压的泄压阀。这是一个常见的误解，即浪涌保护器吸收“浪涌”，实际上它们的目的是将浪涌从受保护的设备转移到地面。到地面
最佳
选择浪涌保护装置（SPD）时应该寻找什么？
您认为的任何浪涌保护装置必须符合En61643标准。当比较浪涌保护器时，考虑浪涌电流容量和钳位电压是重要的，以确定浪涌保护器的性能。请参考 “什么是浪涌电流？”城市？" 和 什么是钳位电压？"
最佳
什么是浪涌电流容量？
浪涌电流容量是浪涌保护器对于单个浪涌事件可以通过的最大浪涌电流量。该电平用于指示特定电涌保护器的保护能力。例如，在雷击的可能性高的高曝光区域中，可能需要较大的浪涌电流容量。但是，请注意，浪涌具有自然的局限性，而较大的浪涌电流容量将增加冗余，而不是隐含的处理极大浪涌的能力。例如，整个雷击不能通过电线;就像消防水带很难通过苏打吸管射击。实际上，浪涌保护器不需要对整个雷击进行大小调整。但是，由于冗余原因，有增加浪涌电流过剩能力的正当理由。
浪涌保护行业使用千伏（kA）作为产品浪涌电流容量的度量。所有的WPX产品列出了浪涌能力的kA等级。 kA等级在10kA以上（10,000安培）通常是可以接受的。
什么是钳位电压（电压保护等级）？
钳位电压（电压保护等级），也称为通过电压或电压保护额定值（VPR），是浪涌保护器在电涌期间允许通过电压到附加负载（例如电视）的电压量事件。钳位电压是浪涌保护器衰减浪涌或更简单地将浪涌降低到可管理水平的能力的性能测量。例如，浪涌保护器可能会限制6,000V的浪涌，使得只有600V对负载“可见”。钳位电压为600V。该性能值在评估浪涌保护器时进行的测试期间由En61643确认。
我的电子产品内置浪涌保护。为什么需要更多？
内置的浪涌保护器通常不够强大，无法处理更大的浪涌和尖峰，像其他较小的电涌保护器一样，可以在没有您的知识的情况下磨损，从而无需任何保护。对于一台设备的内置保护可能会给您带来无保护的重要设备，如PLC，电脑，闭路电视系统，SCADA，电话，应答机，调制解调器，打印机等。
我的电涌保护器会持续多久？
在正常操作下，这些设备将无限期地运行。这些设备由WPX（一家通过ISO9001：2008）认证的行业领先制造商设计，可承受多次浪涌事件。我们的世界级测试设备确保最大的设计效率，并确保最大的精度，质量和可靠性。 WPX展示了其对这些产品的信心，为SPD或SPD提供为期1年的产品保修。
如何重置我的Surge Protector？
浪涌保护器不能“重置”。但在一次浪涌放电事件发生后，它将自动复位。
欲了解更多信息和服务，请联系：
联系人：WPX
Mob：+86 731 8865 0578
网址：www.wpxfttx.com
相关热销产品：
http://www.spdwpx.com/a/Products/
| Model NO. | WPX-ALL230-BSPA20 |
| Structure | Zinc Oxide Arrester |
| Application | AC/DC System |
| Operation Voltage | Low Voltage |
| Material | ZnO |
| Brand | Wpx |
| Rated Working Voltage Uo | 120V~ 230V~, 277V~ 230V~ 480V~ |
| Max Discharge Current Imax(8/20) | 30, 000A |
| Max Discharge Current in(8/20μs)u;s)u;s) | 10, 000A |
| Enclosure Material | Ivory ABS |
| Operating Indication(Customized Version | LED and Visible Alarm |
| Transport Package | 1 Unit / Box; 50 Units / Carton |
| Origin | Changsha |
| Type | Power Source Arrester |
| Installation | Per Customers Requirement |
| Size | Meidum |
| Shape | Per Customers Requirement |
| Certification | ROHS, ISO9001, SGS, CCC, TUV |
| SPD Type | Power Supply LED Lightning Protective Device SPD |
| Total Discharge Current Itotal(8/20) | 15, 000A |
| Nominal Discharge Current in(8/20μs)u;s)u;s) | 5000A |
| 10ka ,Imax Voltage Protection Level up | 900V 1600V 1400V 2800V |
| IP Code | IP67 |
| Trademark | WPX |
| Specification | 70mm * 61mm * 54mm |
| HS Code | 8536300000 |
Power Supply Led Lightning Protective Device SPD
FAQ:
What is a power surge?
Power surges (referred to as transients in the industry) are extremely brief, abnormally high voltage spikes on the AC power. There are a number of conditions that affect the quality of power you receive with power surges by far the most common. Every piece of electrical equipment in your home is designed to operate at a specified nominal voltage such as 230V / 120 Volts AC. Most equipment is designed to handle minor variations in their standard nominal operating voltage; however, even the smallest power surges can be very damaging to nearly all equipment.
Top
What is the Surge Protection?
The Surge Protection is a system of surge protectors working together to eliminate surges from a number of external and internal sources. Applying surge protectors at the incoming electrical, cable/satellite, control system, and telephone utility services keep externally generated surges from entering your office or factory or home. Localized surge protectors applied to sensitive electronics safeguard against internally generated surges.
Do I need surge protection?
Yes. The reality is that surges are occuring daily and effecting the equipment in your home, office or factory. Typically surge protection is attributed to 'lightning protection' but the fact of the matter is that surges are caused most often from utility disturbances and internally generated surges. It is common for factory or home owners to lose equipment due to surge damage and not even realize it. Many 'mysterious' equipment, and computer problems such as devices failure are actually due to electrical surges. Also, breakdowns and replacements of electronic equipment due to what you think of as 'normal' wear and tear may actually be due to internally or externally caused surges.ly or externally caused surges.
Aren't my circuit breakers enough?
Common AC circuit breakers don't react quickly enough to protect sensitive electronic equipment. WPX's SPD reacts in less that a billionth of a second. Also, it's important to note that Ground Fault Circuit Interrupter (GFCI) circuit breakers are not surge protectors and therefore do not provide surge protection. They protect against shock hazard.
How often do these disturbances occur?
Because we use so many things like PLC, Switch, router, pumps, CCTV systems all the time, disturbances happen frequently.
What is a Surge Protector?
Surge Protectors are designed to reduce and divert potentially damaging short-duration voltage spikes safely out of the system to Ground. This is similar in concept to pressure relief valves that protect water heaters from overpressure. It is a common misconception that surge protectors 'absorb' surges when in fact their purpose is to divert the surge away from the protected equipment to Ground. to Ground.
Top
What should I look for when selecting a Surge Protective Device (SPD)?
Any Surge Protective Device that you consider must be in accordance with En61643 standard. When comparing surge protectors it is important to consider both the surge current capacity and clamping voltage to determine the performance of the surge protector. Please reference 'What is surge current capacity?'city?"" and 'What is clamping voltage?'tage?""
Top
What is surge current capacity?
Surge current capacity is the maximum amount of surge current that a surge protector can pass for a single surge event. This level is used to indicate the protection capacity of a particular surge protector. For example, in a high exposure area with a high likelihood for lightning, a larger surge current capacity might be desired. But, be aware that surges have natural limitations and that larger surge current capacity tends to add redundancy rather than the implied ability to handle an extremely large surge. For example, an entire lightning strike cannot go through wire; much like a fire hose has difficulty shooting through a soda straw. Realistically, surge protectors do not need to be sized for entire lightning strikes. But, there are valid reasons for adding excess surge current capacity for redundancy reasons.
The surge protection industry uses kiloamperage (kA) as a measure of the products surge current capacity. All of WPX products list the kA rating for the surge capacity. kA ratings at or above 10kA (10,000 Amperes) are generally acceptable.
What is clamping voltage (Voltage protection level)?
Clamping voltage (Voltage protection level), also referred to as let through voltage or the Voltage Protection Rating (VPR), is the amount of voltage a surge protector permits to pass through it to the attached load (ex: a TV) during a surge event. Clamping voltage is a performance measurement of a surge protector's ability to attenuate a surge, or more simply, to reduce the surge to a manageable level. For example, a surge protector might limit a 6,000V surge so that only 600V is 'visible' to the load. The clamping voltage is 600V. This performance value is confirmed by En61643 during tests conducted while evaluating a surge protector.
My electronics have built-in surge protection. Why do I need more?
Built-in surge protectors often aren't strong enough to handle larger surges and spikes and, like other smaller surge protectors, can wear out without your even knowing it, leaving you with no protection at all. Built-in protection for one piece of equipment may still leave you without protection for important equipment such as PLC, Computer, CCTV system, SCADA, telephone, answering machines, modems, printers, etc.
How long will my surge protector last?
Under normal operation, these devices will operate indefinitely. The devices have been engineered by WPX, an 'ISO9001:2008' certified industry leading manufacturer and are built to withstand multiple surge events. Our world class test facility assures maximum design efficiencies and assures maximum accuracy, quality, and dependability. WPX demonstrates its faith in these products with a 1-year product warranty for the SPD.or the SPD.
How do I reset my Surge Protector?
Surge protectors cannot be 'reset.' But it will auto-reset after one surge discharge event.arge event.
For more information and Service, please contact:
Contact: WPX
Mob: +86 731 8865 0578
Web: www.wpxfttx.com
Related Hot selling products:
http://www.spdwpx.com/a/Products/
Product introduction:
WPX's ALL230-BSP series Surge ProtectivDevice(SPD) covers LED lighting fixtures, street light, critical gate motors, and other electrical equipment, ensuring secure access to guarded properties. It is designed to operate in indoor or outdoor environments (IP67), at the protected equipment.
WPX's ALL230-BSP series Surge ProtectivDevice(SPD) covers LED lighting fixtures, street light, critical gate motors, and other electrical equipment, ensuring secure access to guarded properties. It is designed to operate in indoor or outdoor environments (IP67), at the protected equipment.
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Specification
| Model Number | WPX-ALL230 -BSPA20 | WPX-ALL230 -BSPB20 | WPX-ALL230 -BSPC20 |
| Modes of protection | L-N;L-G;N-G | L-N;L-G;N-G | L-N;L-G;N-G |
| Rated Working Voltage Uo | 230V~,277V~ | 230V~ | 480V~ |
| Max Continuous Operating Voltage Uc (L-G,N-G,L-N) | 320V~ | 275V~ | 550V~ |
| Total Discharge Current Itotal(8/20μs) (L-G,N-G,L-N)L-N)L-N) | 15KA | 15KA | 15KA |
| Max Discharge Current Imax(8/20μs) (L-G,N-G,L-N)L-N)L-N) | 30KA | 30KA | 30KA |
| Nominal Discharge Current In(8/20μs) (L-G,N-G,L-N)L-N)L-N) | 5KA | 5KA | 5KA |
| Max Discharge Current In(8/20μs) (L-G,N-G,L-N)L-N)L-N) | 10KA | 10KA | 10KA |
| 1kA,Voltage Protection Level Up(L-G,N-G,L-N) | ≤900V900V900V | ≤900V900V900V | ≤1700V700V700V |
| 5kA,Voltage Protection Level Up(L-G,N-G,L-N) | ≤1400V400V400V | ≤1200V200V200V | ≤2000V000V000V |
| 10kA ,In Voltage Protection Level Up(L-G,N-G,L-N) | ≤1600V600V600V | ≤1400V400V400V | ≤2800V800V800V |
| Enclosure material | Ivory ABS | Ivory ABS | Ivory ABS |
| Degree of protection(IP code) | IP67/IEC 60529 | IP67/IEC 60529 | IP67/IEC 60529 |
| Operating indication(Customized Version Only) | LED and visible alarm | LED and visible alarm | LED and visible alarm |
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Products Application/ Certificates
FAQ:
What is a power surge?
Power surges (referred to as transients in the industry) are extremely brief, abnormally high voltage spikes on the AC power. There are a number of conditions that affect the quality of power you receive with power surges by far the most common. Every piece of electrical equipment in your home is designed to operate at a specified nominal voltage such as 230V / 120 Volts AC. Most equipment is designed to handle minor variations in their standard nominal operating voltage; however, even the smallest power surges can be very damaging to nearly all equipment.
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What is the Surge Protection?
The Surge Protection is a system of surge protectors working together to eliminate surges from a number of external and internal sources. Applying surge protectors at the incoming electrical, cable/satellite, control system, and telephone utility services keep externally generated surges from entering your office or factory or home. Localized surge protectors applied to sensitive electronics safeguard against internally generated surges.
Do I need surge protection?
Yes. The reality is that surges are occuring daily and effecting the equipment in your home, office or factory. Typically surge protection is attributed to 'lightning protection' but the fact of the matter is that surges are caused most often from utility disturbances and internally generated surges. It is common for factory or home owners to lose equipment due to surge damage and not even realize it. Many 'mysterious' equipment, and computer problems such as devices failure are actually due to electrical surges. Also, breakdowns and replacements of electronic equipment due to what you think of as 'normal' wear and tear may actually be due to internally or externally caused surges.ly or externally caused surges.
Aren't my circuit breakers enough?
Common AC circuit breakers don't react quickly enough to protect sensitive electronic equipment. WPX's SPD reacts in less that a billionth of a second. Also, it's important to note that Ground Fault Circuit Interrupter (GFCI) circuit breakers are not surge protectors and therefore do not provide surge protection. They protect against shock hazard.
How often do these disturbances occur?
Because we use so many things like PLC, Switch, router, pumps, CCTV systems all the time, disturbances happen frequently.
What is a Surge Protector?
Surge Protectors are designed to reduce and divert potentially damaging short-duration voltage spikes safely out of the system to Ground. This is similar in concept to pressure relief valves that protect water heaters from overpressure. It is a common misconception that surge protectors 'absorb' surges when in fact their purpose is to divert the surge away from the protected equipment to Ground. to Ground.
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What should I look for when selecting a Surge Protective Device (SPD)?
Any Surge Protective Device that you consider must be in accordance with En61643 standard. When comparing surge protectors it is important to consider both the surge current capacity and clamping voltage to determine the performance of the surge protector. Please reference 'What is surge current capacity?'city?"" and 'What is clamping voltage?'tage?""
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What is surge current capacity?
Surge current capacity is the maximum amount of surge current that a surge protector can pass for a single surge event. This level is used to indicate the protection capacity of a particular surge protector. For example, in a high exposure area with a high likelihood for lightning, a larger surge current capacity might be desired. But, be aware that surges have natural limitations and that larger surge current capacity tends to add redundancy rather than the implied ability to handle an extremely large surge. For example, an entire lightning strike cannot go through wire; much like a fire hose has difficulty shooting through a soda straw. Realistically, surge protectors do not need to be sized for entire lightning strikes. But, there are valid reasons for adding excess surge current capacity for redundancy reasons.
The surge protection industry uses kiloamperage (kA) as a measure of the products surge current capacity. All of WPX products list the kA rating for the surge capacity. kA ratings at or above 10kA (10,000 Amperes) are generally acceptable.
What is clamping voltage (Voltage protection level)?
Clamping voltage (Voltage protection level), also referred to as let through voltage or the Voltage Protection Rating (VPR), is the amount of voltage a surge protector permits to pass through it to the attached load (ex: a TV) during a surge event. Clamping voltage is a performance measurement of a surge protector's ability to attenuate a surge, or more simply, to reduce the surge to a manageable level. For example, a surge protector might limit a 6,000V surge so that only 600V is 'visible' to the load. The clamping voltage is 600V. This performance value is confirmed by En61643 during tests conducted while evaluating a surge protector.
My electronics have built-in surge protection. Why do I need more?
Built-in surge protectors often aren't strong enough to handle larger surges and spikes and, like other smaller surge protectors, can wear out without your even knowing it, leaving you with no protection at all. Built-in protection for one piece of equipment may still leave you without protection for important equipment such as PLC, Computer, CCTV system, SCADA, telephone, answering machines, modems, printers, etc.
How long will my surge protector last?
Under normal operation, these devices will operate indefinitely. The devices have been engineered by WPX, an 'ISO9001:2008' certified industry leading manufacturer and are built to withstand multiple surge events. Our world class test facility assures maximum design efficiencies and assures maximum accuracy, quality, and dependability. WPX demonstrates its faith in these products with a 1-year product warranty for the SPD.or the SPD.
How do I reset my Surge Protector?
Surge protectors cannot be 'reset.' But it will auto-reset after one surge discharge event.arge event.
For more information and Service, please contact:
Contact: WPX
Mob: +86 731 8865 0578
Web: www.wpxfttx.com
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