GEYA - Leading SPD Manufacturer
Transient currents are typically caused by lightning strikes, grid switching, and internal current sources that usually propagate along the electrical conductors in the power distribution system.
GEYA surge protectors provide protection for valuable equipment and power lines under extreme surge conditions in a minimal footprint.
GEYA Featured Surge Protection Devices
Type 1 SPD: Simulates high-energy surges resulting from direct lightning strikes.
Type 2 SPD: Simulates surges triggered by indirect lightning strikes or switching operations.
Surge Protection Device (SPD) Manufacturer
GEYA is the leading manufacturer of Surge Protection Device (SPD). The company provides world-class products and a wide range of advanced power supply management technologies and services to a diverse portfolio of clients. GEYA’s power management solutions reduce energy costs, decrease waste, and protect the environment.
GEYA’s mission relies on improving the quality of life and the environment through power supply management technologies and services.
GEYA’s vision is to provide competitive products and services in the home automation, industrial automation and energy management fields.
Download GEYA Surge Protective Device Catalog PDF
Products We Focus On
GSP10 Type 2 SPD
GSP10 Series SPD is specifically designed for installation between power supply networks and critical equipment; its primary function is to protect valuable devices against overcurrents and overvoltages caused by lightning strikes.
- Eco-friendly soldering process to prevent arc-induced fuse melting.
- Custom Craftsmanship: Boosting Brand Distinctiveness
- Patented Insulation and Isolation Technology for Trip Points
- Performance Redundancy, Adapted for Extreme Environments
- C40PV Specific Models Launched Simultaneously
- MOVs+GDTs: Dual Protection Mechanism
What is a Surge Protective Device (SPD)？
What is a Surge Protective Device (SPD)?
A Surge Protective Device (SPD) is an essential safeguard for electrical installations. Connected in parallel to the power supply, it protects sensitive loads by redirecting harmful electrical currents using solid-state contacts or air-gap switches. SPDs also serve as load-safe shutoffs during overcurrents and regulate voltage during faults. Highly versatile, they can be installed at any level of a power network, offering the most effective overvoltage protection available.
How It Works:
Normally, an SPD operates with high impedance. When a transient overvoltage (such as a lightning strike or switching surge) occurs, its impedance drops instantly. This diverts the dangerous surge current through the SPD and away from your equipment. (Note: Systems already equipped with smoothing capacitors from the power utility may not require additional surge suppressors, as these capacitors naturally absorb sudden voltage changes.)
Surge Protective Device (SPD) Function
In general, The function of a surge protective device (SPD) is to protect the lightning power supply system of the mains electricity network against the direct current (DC) voltage surge or abnormally high voltage. The surge protective devices (SPD) set consists of a surge protective device (SPD), disconnecting switches, circuit breaker and overload relay box.
Moreover, these surge protective devices are a cost-effective solution to forestall downtime, improve the system and data reliability, and eliminate apparatus damage because of transients and surges for power and signal lines. The surge protective device is suitable for any facility or load (1000 volts and below). In addition, surge arresters have many functions, and we might use them anywhere from protecting a home to a utility substation. The electrician installs this device on circuit breakers inside a residential home, pad-mounted transformers, pole-mounted transformers, pole-mounted riser poles, and substations.
SPD Application Scenarios
| Industrial | Commercial | Residential |
|---|---|---|
| Control Cabinets Programmable Logic Controllers (PLC) Electronic Motor Controllers Equipment Monitoring Critical Loads Backup Power | Power Distribution Metering Medical Equipment UPS Communication Circuits Security Systems Alarm Signal Circuits | Lighting Circuits HVAC Equipment Telephone or Fax Lines Cable TV Signals Entertainment Centers or Audio Equipment Kitchen or Household Appliances |
Surge Protective Device (SPD) Working Principle
In the most elementary sense, when a transient voltage occurs on the protected circuit, a surge protective device interrupts the current path by closing its switch contacts, limits the transient voltage and diverts the current back to its source or ground. That prevents damage to connected equipment due to voltage transients. The surge protective device must have at least one non-linear component. That transitions between a high and low impedance state under different conditions to function.
At standard operating voltages, the surge protective device is during a high-impedance state and does not affect the system. When a transient voltage occurs on the circuit, the surge protective device moves into a state of conduction (or low impedance) and diverts the surge current like the nominal discharge current back to its source or ground. This limits or clamps the voltage to a safer level. The surge protective device automatically resets to its high-impedance state after the transient diverts.
Surge Arrester vs Surge Protector
The surge arrester is one of the essential parts of an electrical system. It helps protect expensive circuit components by diverting overvoltage surges to earth or another safe location, preventing them from reaching equipment connected to the system. On the other hand, the surge protector is an electrical device for protection against power surges. Power surges are transient increases in the voltage supplied by a power source or sudden voltage changes. Non-faulty equipment (often incorrectly installed) and faulty equipment can cause surges. A surge protector also protects the system from such surges and enhances the electronic for longer life.
A surge arrester (or lightning arrester) serves the same purpose as a surge protector: they protect electrical equipment from over-voltage conditions. Moreover, they are both commonly referred to as SPDs (Surge Protection Devices). However, the differences between the two are the scale of the protection. Large-scale protection (medium to high voltage) relates to the surge arrester, while surge protector is small-scale (low voltage). A Surge protector can be appliance-specific, such as a surge protector for washing machines, refrigerators, or whole house surge protector.
Utility companies use surge arresters (or lightning arresters) in power transmission and distribution systems to protect their electronic equipment and infrastructure. Large-scale industrial operations, such as mining or oil and gas, also use such devices. These protect against vast fault currents, such as those caused by lightning – hence the name “lightning arrester”. The surge protector is used to protect domestic and consumer electrical equipment. The device surge protector covers sensitive electronic equipment and appliances in your homes like your computer, television, and refrigerator.
SPD Installation
- Firstly, locate the surge protective device as close as possible to the panel to be protected.
- Secondly, drill and punch a hole within the surge protective device housing in an exceedingly position to attenuate the length of the connecting wires from the lugs of the surge protective device to the circuit breaker within the adjacent panel (or fused disconnect lugs).
- Further, where possible, use a close-nippled connection with wires going on to the first breaker at the top of a panel. Using a close-nippled link with wires going on to the first breaker at the top of a panel ensures optimum protection of all loads connected to the panel.
- Use AWG #10 stranded wire or larger (widely available and straightforward installation) to connect the surge protective device and the breaker panel. Avoid sharp bends and excess length within the wiring. Neat installations are not necessarily the foremost effective ones. Short, direct connections are best.
- Finally, connect the surge protective device through an appropriately rated circuit breaker, not into the main lugs of the panel. The electrician should use a fused disconnect switch to connect the lines and facilitate surge protective device servicing where circuit breakers are unavailable or impractical.
Surge Protective Device (SPD) vs Lightning Protect System
On a basic level, the lightning protection system protects the facility and structure from direct strikes, while a surge protective device preserves electrical equipment and systems against surges or transients. How the two work, as well as the components involved, differ. In other words, lightning protection system components are always in place and prepared to function. At the same time, a surge protective device monitors internal system voltages and springs into action if a transient voltage occurs on the circuit.
Surge Protective Device Type 1 and Type 2
GEYA produces and distributes surge protective devices Type 1 and Type 2, and their definitions are as follows:
Surge Protection Devices Type 1:
This type is Permanently connected, intended for installation between the secondary of the service transformer and therefore the line side of the service disconnect the overcurrent device (service equipment). The primary purpose of type 1 is to protect insulation levels of the electrical system against external surges caused by lightning or utility capacitor bank switching.
Surge Protection Devices Type 2:
On the other hand, surge protective device type 2 is permanently connected, intended for installation on the load side of the service disconnect overcurrent device (service equipment), including brand panel locations. Type 2 primary purpose is to protect the sensitive electronics and microprocessor-based loads against residual lightning energy, motor generated surges, and other internally generated surge events.
SPD for Home
In contrast, a home surge protector is a device installed to protect all the appliances in your home from any electrical spikes by limiting excess electrical current by blocking its flow or shorting these electrical surges to the ground. The surge protector typically uses a feature called metal oxide varistors (MOVs) to protect you against the surge. So, if a power surge occurs, the surge protector will keep any harmful electrical currents from damaging your home devices. Surge protective devices are usually attached to the electrical service box in residence.
Electrical systems such as air conditioners, pool pumps, generators, solar, cable, network, and communication connections can all let power surges into your home. Hence the need to safeguard both the interior and exterior of these devices. We encourage adding protective devices on appliances (which we will also help with) and installing devices on the main electrical panel.
In conclusion, GEYA has adopted the market-leading surge suppression solution. That is because it provides complete surge protection against lightning, equipment surges, supply disruptions or electrical spikes. The company ensures highly reliable, safe and efficient performance in harsh conditions. That is where split-second response to fault conditions can safeguard valuable assets. GEYA’s Surge Protective Device gives complete protection, safety defence against power surges, lightning strikes, a short circuit, and circuit overloads.
Moreover, they protect against other damaging electrical disturbances to all electronics and devices in different types of assets. With GEYA, all the electronics and electric devices are safe. For more details, kindly check the GEYA Surge Protective Device Catalogue.
Why Choose GEYA?
- GEYA has a detailed archive to ensure no error in Surge Protection Device’s development, production, acceptance, and sales.
- Above all, we will distribute and deliver the products only after passing strict, rigorous and surge protection testing to ensure the optimal performance of the Surge Protective Device.
- GEYA provides sustainable solutions that help our customers effectively manage electrical, hydraulic, and mechanical power – more safely, more efficiently, and more reliably.
- Suppose the Surge Protection system fails to perform due to damage during the warranty period of 18 months. In that case, GEYA will actively and responsibly perform the appropriate remedial actions and repair your surge protection system or replace them free of charge. We will continue to provide paid maintenance services for the product after the warranty period has expired.
- Our surge protection products and services have helped people work safer, be more energy-efficient, and reduce emissions since our foundation more than ten years ago.
- GEYA Electric has been designing and manufacturing low voltage electrical devices for industrial applications. Our current surge protection products offer a wide range of low voltage electrical and automation control items. That includes MCB, MCCB, RCD, Switch disconnector, Contactor, Relay, Timer, Distributor Box, and other surge protection related accessories and components. We also offer solar charge controllers, solar pump inverters, and solar power systems, among other solar energy system applications.
- GEYA Electric offers more than 100 products that meet the most stringent international standards, including CCC, CE, CB, SAA, SEMKO, TUV, and RoHS.
To ensure high quality, high service, and high speed in completing delivery duties, GEYA will execute according to user requirements.
GEYA Electrical Equipment Solution
At GEYA, we recognise the need of keeping all devices secure while still keeping your organisation competitive. GEYA products are CCC, CE, CB, SAA, SEMKO, TUV, and RoHS certified, with over ten years of expertise.
