Acheter SurgeArrest - parasurtenseurs - 5 prises 10A - France

What is the meaning of 10/350 of surge impulse current and 8/20 of surge maximum discharge current?

SPD’s surge impulses as per IEC61643 - 1

Type1
•Impulse discharge current (Iimp): maximal discharge current for impulse wave 10/350mS, which SPD is capable of discharging 5 times.

What is the meaning of 10/350 of surge impulse current and 8/20 of surge maximum discharge current?

Type2
•Maximum discharge current (Imax): maximal discharge current for impulse wave 8/20mS, which SPD can withstand at least 1 time.

¿Qué representa el LED del indicador de fallo de cableado del sitio en mi UPS o Surge Arrestor?

Línea de producto:
Smart-UPS, Back-UPS, Back-UPS Pro

Ambiente:
Hardware

Porque:
La luz LED de fallo de cableado del sitio (SWF) sólo está presente en los productos UPS y Surge de 120V.

Solucion:
Este indicador suele estar en el panel posterior. El propósito de esta luz indicadora es advertirle que hay problemas con el cableado del edificio que pueden resultar en un riesgo de descarga eléctrica. APC recomienda que un electricista calificado inspeccione su cableado para una o más de las condiciones que se enumeran a continuación.
Razones por las que se ilumina la luz LED de fallo de cableado del sitio (SWF):
1. Cable neutro sobrecargado (> 5Vdc medido entre neutro y tierra).
2. Polaridad invertida (los cables de fase y neutros están invertidos).
3. Falta el cable de tierra. (Nota: esto también incluye el uso de un adaptador de 3 clavijas a 2 clavijas)

Resolución: Si el tomacorriente en el que está conectada la unidad UPS APC no está correctamente conectado a tierra, la unidad intentará absorber el exceso de tensión en lugar de redirigirlo a tierra. Por lo tanto, para mantener su garantía y protección bajo la Política de Protección de Equipos de APC, asegúrese de que la unidad APC esté enchufada a una toma corriente con puesta a tierra debidamente conectada a tierra donde la luz del Indicador de Falla de Cableado del Sitio (SWFI) no esté iluminada. Todos los UPS de APC, con la excepción de Matrix-UPS y Symmetra Power Array, tienen una pequeña luz LED roja que se denomina SWFI. En algunos modelos de SAI, este LED se denomina Indicador de fallo de cableado de edificio. Ambos tienen la misma función. En la mayoría de los modelos de UPS, la luz se encuentra en la parte posterior de la unidad cerca de donde se encuentran los receptáculos de salida.

What surge protection device offerings are available for residential applications?

Issue:

Choosing residential Surge Protection Devices (SPDs) and understanding their variances.

Product Line:
Surge Protective Devices (SPDs)

Environment:
Residential SPDs

Resolution:

Internally Mounted Surge Protective Devices

QO2175SB QO Surgebreaker - NON-plug-on neutral compatible securing up to a 22.5 kA surge current per phase.
- 3 Year Warranty - $10,000 limited downstream equipment protection.
QO250PSPD QO plug-on neutral (PoN) - compatible SPD securing up to a 50 kA surge current rating per phase.
- 5 Year Warranty - $50,000 downstream equipment protection.
HOM2175SB Homeline Surgebreaker - NON-plug-on neutral compatible securing up to a 22.5 kA surge current rating per phase.
- 3 Year Warranty - $10,000 limited downstream equipment protection.
HOM250PSPD Homeline plug-on neutral (PoN) - compatible SPD securing up to a 50 kA surge current rating per phase.
- 5 Year Warranty - $50,000 downstream equipment protection.

Nipple Mounted Surge Protective Devices (Compatible with all brands of load centers)

HEPD50 - Home Electronics Protective Device securing up to a 50 kA surge current rating per phase.
- 3 Year Warranty - $50,000 downstream equipment protection.
HEPD80 - Home Electronics Protective Device securing up to a 80 kA surge current rating per phase.
- 5 Year Warranty - $75,000 downstream equipment protection.

Externally mounted Surgebreaker Plus Whole House Surge Protective Device (Compatible with all brands of load centers)

SDSB80111 - Sophisticated surge protective device that protects your entire home, including cable, ethernet & telephone lines. This device provides an 80 kA surge current rating per phase.
- 5 Year Warranty - $100,000 downstream equipment protection.

Instruction Bulletin & Warranty information / Claims Procedure Documentation Links:

Surge Capacity Rating Scale - Residential SPD

Surge Capacity Rating Scale - Residential SPD

What is the replacement module for an TVS2EBA12A?

Issue:
Which module is utilized by the TVS2EBA12A?

Product Line:
Surge Arrester/ TVSS

Environment:
TVS2EBA12A

Resolution:
The MA2IBA12 is the replacement module for the A, B, and C phases, with one module required per SPD.

Can the single-phase and three-phase SDSA surge arrestors be used on a 50 Hz system?

Issue:
Verification if the single-phase and three-phase SDSA surge arrestors are rated for use on a 50 Hz system.

Product Line:
Surge Protective Devices (SPDs)

Environment:
Maintenance

Resolution:
Indeed, the SDSA surge protectors are suitable for use on systems operating at 50 or 60 Hertz.

What are the lengths of the leads on the SDSA1175T and SDSA1175 surge protective devices (SPDs)?

Issue:
Lead length inquiry for the SDSA11775 and SDSA1175T.

Product Line:
SPD

Environment:
SDSA1175

Resolution:
The surge protective device (SPD) leads consist of 600V 105°C 14 AWG wires, each approximately 2 feet in length.

¿Por qué está apagado el LED "Protection Working" de APC SurgeArrest o SurgeProtector?

Problema:

¿Por qué está apagado el LED "Protection Working" de APC SurgeArrest o SurgeProtector?

Línea de productos:

APC Surge Arrest

Entorno:

NA

Causa:

Razones por las que es posible que el LED de "Protection Working" de color verde de SurgeArrest de APC no está encendido:

1. La unidad está apagada (sólo para SurgeArrest con 7 tomas de salida).

2. El LED está defectuoso.

3. La unidad sufrió una gran sobrecarga transitoria y básicamente "falleció".

4. La unidad estaba muy sobrecargada y se activó un fusible interno.

Resolución:

Si la razón es uno de los elementos numerados del 2 al 4, APC reemplazará a SurgeArrest bajo su garantía de por vida. Primero, compruebe que el interruptor automático de la unidad SurgeArrest no se haya disparado. A continuación, compruebe que la unidad SurgeArrest está conectada a un enchufe de toma de corriente que funciona correctamente.

What is technology to use with each surge arrester type?

Surge Arrester have 3 technologies below

- Spark Gap
- The gas discharge tube (controlled or not controlled) or GDT
- The varistor (zinc oxide varistor) or MOV (metal oxide varistor)

The table below shows the characteristics and the arrangements of 3 commonly used technologies.

FA374099

PM1W-VN คืออะแดปเตอร์แปลงไฟหรืออุปกรณ์ป้องกันไฟกระชาก

PM1W-VN คืออุปกรณ์ป้องกันไฟกระชากในรูปแบบปลั็กเสียบ ใช้งานง่าย สะดวก ไม่ได้เป็นอะแดปเตอร์แปลงไฟ ผู้ใช้งานสามารถศึกษารายละเอียดเพิ่มเติมได้ตามเอกสารแนบ

¿Cómo dimensionar una UPS para Hogar y oficinas en el hogar por carga?

Para ubicar el selector de UPS para Hogar y pequeñas empresas realice el siguiente procedimiento.

Ingrese en el sitio Web www.apc.com
Seleccione el país de residencia
De clic en soporte
De clic en recursos y herramientas
Seleccione herramientas y selectores
En el primer recuadro de clic en SELECTOR DE UPS
Seleccione la aplicación de la UPS
De clic en Hogar y oficina en el hogar
De clic “por carga” y siga el siguiente procedimiento

9.1         Ingrese la carga total en Watts VA o kVA
9.2         Seleccione Tensión de operación
9.3         Ingrese el porcentaje de sobredimensionamiento en dado caso que tenga una expansión futura (opcional)
9.4         Seleccione el tiempo de autonomía que desea obtener (Horas: Minutos)
9.5         Seleccione la tensión de alimentación del sitio.

Uso de bloques de tomacorrientes con los productos Back-UPS y Smart-UPS de APC.

Problema:

¿Cuál es la política de Schneider Electric para usar bloques de tomacorrientes con las familias de productos Back-UPS y Smart-UPS de APC?

Línea de productos:

Todos los modelos de Back-UPS y Smart-UPS

Entorno:

Todos los modelos de Back-UPS y Smart-UPS

Causa:

Schneider Electric recomienda no utilizar ningún supresor de picos, multicontacto o extensión que se enchufe a la salida de cualquier producto APC Back-UPS y Smart-UPS. Este documento explicará por qué.

Resolución:

Conexión de un protector de sobretensiones a su SAI:
Los circuitos de filtración de ruido de un protector de sobretensiones pueden "enmascarar" de manera eficaz parte de la carga del SAI, lo que hace que el SAI informe un porcentaje de carga acoplada menor que el que existe en realidad. Esto puede provocar que un usuario sobrecargue o cortocircuite su SAI sin darse cuenta. Cuando el SAI cambia a batería, es posible que no pueda soportar el equipo conectado, lo que causa una caída de la carga.

Los supresores de picos utilizan MOVs (varistores de metal-óxido) en sus circuitos. Los MOVs que no cumplan con las normas en un protector de sobretensiones conectado a un SAI pueden hacer que el SAI reporte una sobrecarga o una alarma de cortocircuito.

Los protector de sobretensiones filtran la alimentación para evitar sobrecargas y ofrecen filtrado EMI/RFI pero no distribuyen la energía de manera eficiente, lo que significa que algunos equipos pueden verse desprovistos del amperaje necesario para funcionar correctamente, lo que causa que el equipo conectado (computadora, monitor, etc.) se apague o reinicie. Si necesita receptáculos adicionales a la salida de su SAI, recomendamos utilizar unidades de distribución de alimentación (PDU). Las PDU distribuyen de manera uniforme el amperaje entre los tomacorrientes, mientras que el SAI filtrará la energía y proporcionará protección contra sobrecargas. Los SAI utilizan y distribuyen el amperaje disponible de manera más eficiente, lo que permite que su equipo reciba la mejor energía disponible para mantener el funcionamiento.

Conexión de su SAI a un protector de sobretensiones:
Para que su SAI obtenga la mejor alimentación disponible, debe conectar su SAI directamente al receptáculo de pared. Si conecta el SAI a un protector de sobretensiones, es posible que el SAI pase a la batería con frecuencia cuando normalmente debe permanecer en línea. Esto se debe a que otros equipos más potentes pueden desviar el voltaje necesario del SAI que requiere para permanecer en línea. Además, puede comprometer la conexión a tierra que el SAI necesita para proporcionar una protección contra sobretensiones adecuada. Todos los productos Back-UPS y Smart-UPS de APC proporcionan una supresión contra sobretensiones adecuada para las líneas de alimentación sin la necesidad de protección adicional.

Mantener el EPP y la garantía:
Si enchufa cualquier protector de sobretensiones, multicontacto o extensión que no sea de APC en la salida de un SAI de la marca APC, podría anular la póliza de protección del equipo (EPP). Sin embargo, se mantiene la garantía estándar del producto de 3 años. Si, después de tomar en cuenta este documento, elige utilizar un protector de sobretensiones de la marca APC junto con su SAI de la marca APC, se mantendrá su garantía y la póliza de protección del equipo.

Using surge strips with APC's Back-UPS and Smart-UPS products.

Issue:

What is Schneider Electric's policy for using surge strips with the APC Back-UPS and APC Smart-UPS product families?

Product Line:

All models of Back-UPS and Smart-UPS

Environment:

All models of Back-UPS and Smart-UPS

Cause:

Schneider Electric recommends against the use of any surge protector, power strip or extension cord being plugged into the output of any APC Back-UPS and Smart-UPS products. This document will explain why.

Resolution:

Plugging a surge protector into your UPS:
The noise filtration circuitry in a surge protector can effectively "mask" some of the load from the UPS, causing the UPS to report a lower percentage of attached load than there actually is. This can cause a user to inadvertently overload or short circuit their UPS. When the UPS switches to battery, it may be unable to support the equipment attached, causing a dropped load.

Surge protectors utilize MOVs (Metal Oxide varistors) in their circuitry. Nonconforming MOVs in a surge protector connected to a UPS may cause the UPS to report an overload or a short circuit alarm.

Surge protectors filter the power for surges and offer EMI/RFI filtering but do not efficiently distribute the power, meaning that some equipment may be deprived of the necessary amperage it requires to run properly causing your attached equipment (computer, monitor, etc) to shutdown or reboot. If you need to supply additional receptacles on the output of your UPS, we recommend using Power Distribution Units (PDU's). PDUs evenly distribute the amperage among the outlets, while the UPS will filter the power and provide surge protection. PDUs use and distribute the available amperage more efficiently, allowing your equipment to receive the best available power to maintain operation.

Plugging your UPS into a surge protector:
In order for your UPS to get the best power available, you should plug your UPS directly into the wall receptacle. Plugging your UPS into a surge protector may cause the UPS to go to battery often when it normally should remain online. This is because other, more powerful equipment may draw necessary voltage away from the UPS which it requires to remain online. In addition, it may compromise the ground connection which the UPS needs in order to provide adequate surge protection. All APC Back-UPS and Smart-UPS products provide proper surge suppression for power lines without the need of additional protection.

Maintaining EPP and Warranty:
Plugging any non-APC surge protector, power strip, or extension cord into the output of an APC brand UPS could void your Equipment Protection Policy (EPP). However, the standard 3 year product warranty is maintained. If, after taking into consideration this knowledge base document, you choose to use an APC brand surge protector in conjunction with your APC brand UPS, your warranty and Equipment Protection Policy will be maintained.

Does the SDSA1175 have a warranty on property protection?

Issue:
Does the SDSA1175 warranty cover damage other than to the device itself?

Product Line:
Surge Arrestor

Environment:
SDSA1175

Resolution:
No, just standard replacement warranty for the device itself.

Firmware Updates on APC Smart SurgeArrest - PH6U4X32 / PH6U4X32W

Issue:
How to update the firmware on an APC Smart SurgeArrest

Resolution:
The firmware will be updated automatically. When updating firmware the outlets will lock into whatever state the outlet is on when the update begins. The Wi-Fi LED will flash green during the update. During update the outlet can not be controlled. Normal operation resumes once the system has been updated.

How to change the Wi-Fi network on your Smart SurgeArrest

Issue:
How to change the Wi-Fi network on your Smart SurgeArrest.

Solution:
This can be completed by following the process below:

This can be completed by holding down the Outlet 1 switch for 5 seconds.
Wait for the Wi-Fi LED to turn red.
Open the APC Home app.
Tap the + icon.
Tap Add Device.
Follow the on screen instructions.
Once completed the Wi-Fi LED will turn green.

How to use the Smart SurgeArrest with Amazon Echo (Alexa)

Issue:
How to use the Smart SurgeArrest with Amazon Echo (Alexa)

Solution:
To connect your APC Home account to Amazon Echo (Alexa) follow the process below:

Open the Amazon Alexa app.
Tap the menu icon.
Tap Skills & Games.
Tap the Search icon.
Search for APC Home.
Tap on the APC Home skill.
Tap Enable to Use.
Enter your APC Home Username and Password and tap Next.
You will get notification that "APC Home has been successfully linked".
Tap the X icon.
Tap Discover Devices.

You will now be able to control your Smart SurgeArrest from your Amazon Echo.

Note: If you change an outlets name in the APC Home app, you will need to rediscover devices again on your Amazon Echo. This can be done by saying "Alexa, discover devices".

APC Home - How to Create Schedules

Issue:
How to create a schedule on the APC Home App

Resolution:
Follow the instructions below:

Open APC Home App.
Tap Schedules.
Click the + icon.
Enter Schedule Name.
Tap "Add outlets from" to select outlets.
Select the outlets and when finished tap the back icon.
Tap the days of the week to set the time and days of the schedule.
Select Action: Turn outlets on or off.
Select Time and select either AM or PM.
Select the days for the schedule to be performed and when finished tap the back icon.
Tap Save.

Lost Neutral - effects on loads and UL1449

Issue:

Lost Neutral - effects on loads and UL1449

Product Line:

All Back-UPS, Back-UPS PRO and Personal Surge

Environment:

Lost Neutral in electrical infrastructure.

Cause:

Lifted neutral at utility panel.

Resolution:

In a typical balanced load with all loads using the neutral return and the neutral is severed, the voltage from each Phase appears across each load and is added on itself. This is a typical fault condition. Underwriter's Laboratories realized that this fault condition is common and it is not up to the Surge Protection Industry to prevent these failures but in the event of this common failure, UL addressed this condition by requiring all Surge Protectors to pass a fault of 240 VAC at different current levels to simulate different loads. These currents are: 125 mA rms. 500 mA rms. 2.5 A rms. and 5 A rms. They also require an unlimited current test (1000 A rms. or greater). 240 VAC is used because most household wiring is 120/240 3 wire single phase and a lost neutral produces 240 VAC. The unit during this test has cheesecloth wrapped around it. The unit may not emit flame nor can it char the cheesecloth nor can it create an opening in the housing that exposes live metal parts large enough for a child's finger to be inserted. After the test, the unit may not allow leakage currents of > 0.5 mA from Line to Ground and Neutral to Ground also it must withstand a dielectric voltage of 240 VAC for minute between each protected mode. Our units have passed this stringent test requirement in order to get UL recognition and to insure the safety of our customer's lives and property.

ProtectNet surge performance ratings

Issue:

ProtectNet surge performance ratings

Product Line:

ProtectNet - P10B2, P10BT, PTR, PNet1, PNet1GB, PNet4, PTel2, PTel1-4, PS9-DTE, and PS9-DCE, PSP25, PDigiTel, PS25-DTE, and PS25-DCE

Environment:

N/A

Cause / Resolution:

ProtectNet Model	Mode	Standoff voltage	Breakover voltage	Let-through voltage	Peak surge current
P10B2	Line-line Line-ground	6 Vdc 500 Vrms	8 Vdc 700 Vrms	< 50 Vpk < 400 Vpk	6,900 A 250 A
P10BT	Line-line Line-ground	6 Vdc 1,500 Vrms	8 Vdc 1,800 Vrms	< 50 Vpk < 1,700 Vpk	6,900 A 250 A
PTR	Line-line Line-ground	6 Vdc 500 Vrms	8 Vdc 700 Vrms	< 50 Vpk < 400 Vpk	6,900 A 250 A
PNet1	Line-line Line-ground	6 Vdc 1,500 Vrms	8 Vdc 1,800 Vrms	< 50 Vpk < 1,700 Vpk	6,900 A 250 A
PNet1GB	Line-line Line-ground	6 Vdc 1,500 Vrms	60 Vdc 1,800 Vrms	< 50 Vpk < 4,000 Vpk	6,500 A 250 A
PNet4	Line-line Line-ground	6 Vdc 1,500 Vrms	8 Vdc 1,800 Vrms	< 50 Vpk < 1,700 Vpk	6,900 A 250 A
PTel2	metallic longitudinal	220 Vdc 200 Vdc	260 Vdc 260 Vdc	< 325 Vpk < 325 Vpk	150 A 150 A
PTel1-4	metallic longitudinal	220 Vdc 200 Vdc	260 Vdc 260 Vdc	< 325 Vpk < 325 Vpk	150 A 150 A
PS9-DTE, and PS9-DCE	Line-line Line-ground	28 Vdc 28 Vdc	36 Vdc 36 Vdc	< 60 Vpk < 60 Vpk	200 A 200 A
PS25-DTE, and PS25-DCE	Line-line Line-ground	28 Vdc 28 Vdc	36 Vdc 36 Vdc	< 60 Vpk < 60 Vpk	200 A 200 A
PSP25	Line-line Line-ground	15 Vdc 15 Vdc	16 Vdc 16 Vdc	< 90 Vpk < 90 Vpk	200 A 200 A
PDigiTel	Metallic Longitudinal	65 Vdc 65 Vdc	80 Vdc 80 Vdc	<60Vpk <60Vpk	250A (8/20uS) 250A (8/20uS)

Can the wires on a SDSA1175 be tapped onto to increase the length of the lead?

Issue:
Can the leads or wires be lengthened on the SDSA1175?

Product Line:
Surge Arrestors

Environment:
SDSA1175

Resolution:
No. To obtain the maximum system performance, locate the device as close to the circuit being addressed as possible to minimize the interconnecting wiring length. For every foot of wire length, approximately 160 Volts (6 kV / 3 kA, 8/20 microsecond) is added to the suppressed voltage. The Voltage Protection Rating (VPR) is located on the device nameplate and is measured six inches from the enclosure sidewall, according to UL® 1449 test standards. Square D does not recommend adding length to the leads. Additional length would change the clamping voltage from published specifications.

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