Surge Protector Dealers

We are offering voltage surge protectors. Emi filter circuit design to achieve adequate suppression of the spurious noise, filter style or circuit schematic should be first chosen following the rule of thumb of having the capacitor end of a filter facing the high impedance and the inductor end facing the low impedance. Table 2 below illustrates the above circuit selection criteria. The next step will require determination of the working voltage, rated current, maximum dc resistance, cut-off frequency and insertion loss. When specifying working voltage and rated current, any derating requirements should be taken into consideration. Maximum allowable voltage drop will usually govern maximum dcr of a filter. The cut-off frequency is often selected one decade above the frequency of a signal. The insertion loss data throughout the catalog is based on mil-std-220 and provide means of comparison and testing only. Il performance of any given filter could be quite different for systems having actual source and load impedances other than 50 ohms. To help the user get acquainted with this catalog and emi filter design, every effort has been made to organize the data sheets and list the parts in a logical order. Every table starts at the top with lowest voltagecurrent and consequently highest capacitanceinsertion loss characteristics parts. These are followed by higher voltage and naturally lower capacitance and insertion loss performance devices. Our emi filter design catalog provides you with the most comprehensive and widely used selection of emi filters. However, it represents only a cross-section of capabilities. Whether your application requires unique electrical characteristics or customized mechanical configuration, there is a high probability that we will be able to satisfy your specific needs without compromise.

ACDC Surge Protection Devices are the cost-effective solution which protects your expensive equipments from harmful surges. Our Telecommunication line protectors safeguard field-mounted process transmitters where it matters, right at the unit. After a simple installation ACDC surge suppression provides high-level protection against surges and transients whilst normal operation remains unaffected. Our Telecom Surge Protectors are suitable for all process IO applications with a choice of low resistance units, high bandwidth, and a variety of voltage variants. JMV offers a wide range of ACDC Surge Protection in 230 V, 110 V, 48 V, 24 V, 12 V.

Based in Delhi, we are the leading manufacturer and supplier of surge protector. Our surge protectors have an ergonomic design and ABS body. We incorporate the power strips that are simple in design yet highly effective. It will aid in keeping the precious electrical equipment and electronic devices protected against noise and power surges. It can be used for connecting in the audio/video equipment, computers or any other device. They have an MOV for surge protection making them safe from damaging power surges, peaks or transients.   Features : ABS case 6 high quality sockets using brass connector contacts with 6A rating each MOV for surge protection Toroidal choke coils and capacitors to filter out interference and noise

 POWER STRIP SURGE PROTECTOR Technical Specification * Model --> CVT-S2205PV* Function -->  POWER STRIP SURGE PROTECTOR* Rated Load Voltage --> 220V                                                                                      * Max Duration Voltage --> 385V* Normal Discharge Current --> 5KA                                                                                * Maximum Discharge Current --> 10KA* Response Time (ns) -->  ≤25 ns* Leakage Current --> ＜700V* Rated Power --> 200V                                                                                                 * Operation Temperature --> －40~85°C* Dimension --> 380mm(L) × 70mm(W) × 40mm(H)

Class BLightning Surge Protector comes into zone from LPZ 0-1 to protect against lightning surge transient current discharge in 10350 µs. Complying IEC 61643-1 & UL 1449, Lightning Surge Protectors are designed to provide high level of protection where the risk of heavy surge current or even direct strike is high. This high performance surge protector has been designed based on the equipment coming under LPZ 0-1 for single phase & three phase line.

A Surge | Spike Protector A surge protector is an electrical device commonly used to protect computers and related computer components from power surges. To fully understand what a surge protector does, you must first understand what a surge is. The typical electrical wiring found in homes (in INDIA) and offices, carries a standard voltage of 230 volts. If a spike or surge in the voltage occurs, causing the voltage to surpass the norm, damage can occur to the computer equipment. Electrical surges can occur from a number of sources, namely: lightning and the basic surges that occur while turning on the motors and compressors for refrigerators and air conditioners to name a few. A spike is a brief increase in the voltage intensity and a surge is an increase that endures a bit longer than a spike. In either case, the voltage increases generally endures for less than a second. Surge protectors can prevent many of the problems resulting from spikes and surges. A surge protector, often set up in strip or box form, contains a number of receptacles to plug equipment into. The surge protector itself is then plugged into a standard outlet. While it serves the basic purpose of giving homeowners and business owners additional receptacles to put to use, the greater impact of surge protectors is measured in terms of the protection they offer if a surge occurs. Though surge protectors come in all shapes, sizes, and price ranges, the typical model will route the increased voltage present during a surge to a grounding wire housed within the surge protector, thus allowing the normal 120 volts to continue on to the components plugged into the protector. Some models also have a fuse within the surge protector. These models work much the same way as a fuse or circuit breaker within a standard home or office electrical panel. When a surge occurs, the protector will route the increased voltage to the grounding wire, but if the voltage is too great, it will blow the fuse and the power to the computer components, for example, will be terminated. Though the computer lost power, at least it is protected and able to function once the surge protector fuse is replaced. EMERSON TVSS are the product unbeatable in that class of technology. Please go through the catalogue attached understand more about EMERSON TVSS. What is a Transient? A transient surge is a short blast or pulse of high energy that can either come in its natural form such as lightning or produced by other equipment. Transients caused by other equipment are usually caused by the discharge of stored energy in inductive and capacitive components. Some examples are Electric motors, such as those used in elevators, heating, air conditioning, refrigeration or other inductive loads. Two other sources are arc welders and furnace igniters. These transients are capable of causing significant damage to equipment and electronics. The transient causes damage to a device when the transient voltage exceeds the weakest exposed component's ability to withstand that voltage. Transients normally flow into equipment via electrical conductors, but other paths are common. These paths include: Telephone lines, data-com lines, measurement and control lines, DC power buses and neutral and ground lines. To protect against these surges designers recommend the installation of a TVSS devices that connects to all points of potential voltage threat and limit this voltage to a level below the equipment "withstand" voltage. The TVSS device absorbs or diverts all the energy present in the surge and clamping or holding the "let through" over voltage down to a level safe for exposed circuitry. TVSS protection is typically applied at several points throughout a facility. These locations include the service entrance point, distribution panels, branch panels and the individual circuit. As you can see a TVSS device is important to a mission critical electrical system and its benefits are great. A TVSS is a low cost protection device that will help to reduce downtime or production losses. It helps to extend lighting lamp and ballast life expectancy. The TVSS will help in reducing motor stress and overheating and is a constant protection of data processing and digital equipment. If your mission critical facility does not already have TVSS devices installed we highly recommend it. If you are not sure if your system has them installed we suggest asking your engineer or electrician to verify. It is a small price for additional peace of mind.

Salient features surge suppressor protects the connected entire room appliances suppressed voltage : 700v peak surge current : 10ka, 820 us surge.

A telecommunication is a highly sensitive industry as it is based on electronics. A telecom equipments are chip based devices which demands reliable protection from damaging  surges or transients. Surge is defined as a significan increase in voltage above the designated level in a flow of electricity which lasts for 3nano seconds. Surges in the power and copper based telephone lines can also originate from ngightni striker that have struck objects some distance from the actual site, in many cases, even miles away. It is important to have adequate surge protection on the AC mains and on telephone lines.JMV has developed a range of surge protection modules for low voltage lines or telecom equipment connected to the network via a splitter connection strips ILSA +J or MDF connector block. These surge protectors are designed to protect telephone equipment connected to the telecom network through a MDF equipped with connection strips.    The mechanical design allows instantaneous installation, without wiring modification, on the connection system and fast maintenance these products are in compliance with analog or high speed digital telecom networks.  Specification of KRONE Surge Protector 10   Features For analog or high speed telecom lines. Disassembly-free and screw-free. With core surge suppressed elements. Low limitingvoltage. High discharge current. Nosignalchange. Providesprotectionagainstelectrical transients. Commendablefunctionality. Easy installation with nowiring. Reliable&durable. Costeffectivesolution.

We are offering surge protector, weltech electronics introduced surge protectors is having broadband performance from 0-1000 mhz and excellent electrical characteristics. In circuit protection devices are fixed and feature a ac dc blocking capability through the centre and outer conductors to the catv set top box. The unit is maintenance free and easy to install inline with all types of broadband network.

ALYW-F series antenna Surge Protective Device is suitable for satellite TV high frequency, satellite signal receiver, microwave machine station, the feed system of moving communication, which is to avoid the damage to the Receiving equipment caused by over voltage of feed inductance. These series installed at the joint of LPZOB and LPZ1.Used in these systems such as the air port's navigating station,(NDB) long wave communication station, small power of short wave communication BP paging transmitter, closed-circuit TV,Cable TV,VSA satellite TV, satellite receiving station of the securities, microwave communication receiving and dispatch station,MMDS microwave communication and GPS global position system.

CyberPower Surge Protectors. Fire Proof, Generator Compatible, Gas Discharge Technology. Protects your LCDLED TV, PC and other electronic gadgets from lightning and over voltage.

A surge protector is an electrical device commonly used to protect computers and related computer components from power surges. To fully understand what a surge protector does, you must first understand what a surge is. The typical electrical wiring found in homes (in INDIA) and offices, carries a standard voltage of 230 volts. If a spike or surge in the voltage occurs, causing the voltage to surpass the norm, damage can occur to the computer equipment. Electrical surges can occur from a number of sources, namely: lightning and the basic surges that occur while turning on the motors and compressors for refrigerators and air conditioners to name a few. A spike is a brief increase in the voltage intensity and a surge is an increase that endures a bit longer than a spike. In either case, the voltage increases generally endures for less than a second. Surge protectors can prevent many of the problems resulting from spikes and surges. A surge protector, often set up in strip or box form, contains a number of receptacles to plug equipment into. The surge protector itself is then plugged into a standard outlet. While it serves the basic purpose of giving homeowners and business owners additional receptacles to put to use, the greater impact of surge protectors is measured in terms of the protection they offer if a surge occurs. Though surge protectors come in all shapes, sizes, and price ranges, the typical model will route the increased voltage present during a surge to a grounding wire housed within the surge protector, thus allowing the normal 120 volts to continue on to the components plugged into the protector. Some models also have a fuse within the surge protector. These models work much the same way as a fuse or circuit breaker within a standard home or office electrical panel. When a surge occurs, the protector will route the increased voltage to the grounding wire, but if the voltage is too great, it will blow the fuse and the power to the computer components, for example, will be terminated. Though the computer lost power, at least it is protected and able to function once the surge protector fuse is replaced. EMERSON TVSS are the product unbeatable in that class of technology. Please go through the catalogue attached understand more about EMERSON TVSS.

BDL-RJ11 is a high efficiency Surge Protective Device appropriate to offer high end protection to DDN, modem, fax and telephone from any kind of shock caused by the lightning or surge over voltage. When the lightning strikes the earth potential rises and surge generated which travels through the electronics inside the telephone or modem, the electronics will destroy at the same moment. Hence to protect the telephone lines and modem the BDL-RJ11 Telephone Surge Arrester is used for its wide applications in number of factories, offices and homes. For series telecom network RJ 11 Surge Protector is available in the range of 4, 8, 12, 16, 24 IN OUT ports, with robust solution provides an additional layer of protection to the network.

Class IClass B lightning arresters are mainly used in lightning protection zone (LPZ) 0 to 1, widely used in building entrance lines(such as distribution box), elevator, mineral, oil equipments, power transmission and so on. Class I lightning arresters adopt unique designed seal construction with multilayer spark gap, no spark emission outside the housing. Suitable for grounding system TN-C, TN-S, TT and IT. With working status indication window, and remote control contacts. High impulse discharge current, Iimp value is 25kA, 50kA -10350us.