Product Description
The OOHMAGE MYN60 Series Type 2 AC SPD Surge Protection Device is designed to provide reliable surge protection for AC electrical systems, including power distribution, industrial applications, and high-voltage circuits. Offering high discharge capacities and advanced MOV (Metal Oxide Varistor) technology, these surge protectors ensure that your electrical equipment remains safe from damaging surges, transients, and lightning strikes.
Features:
- Type 2 AC Surge Protection Device: This device is specifically engineered for high-voltage AC circuits, offering superior protection for both industrial and residential power systems.
- Nominal Discharge Current (30kA) and Max Discharge Current (60kA): The OOHMAGE MYN60 series can handle large surge events, providing optimal protection for electrical circuits against extreme power surges.
- MOV Technology: Equipped with MOV technology, this surge protector limits the voltage spikes and provides fast response times to protect against dangerous surges.
- Low Residual Voltage Design: The OOHMAGE MYN60 series ensures a low residual voltage, effectively preventing any harm to electrical systems while managing high-energy transients.
- Pluggable Design: With a pluggable design, the surge protection device offers easy installation and maintenance, ensuring reliable operation and simple replacement if needed.
- Thermal Disconnection Device: The internal thermal disconnection device ensures that the surge protector remains safe during prolonged surge events, preventing overheating and system damage.
- IEC and TUV Certified: The OOHMAGE MYN60 AC Surge Protection Device complies with IEC 61643-11 and TUV standards, guaranteeing top-tier safety and performance for your power systems.
- Voltage Protection Levels: With ≤1.8kV, ≤2.0kV, ≤2.2kV, and ≤2.4kV voltage protection levels, this device provides comprehensive surge protection for various AC power systems.
- DIN Rail Mounting: The DIN rail mountable design (35mm) makes the surge protection device easy to install and integrates seamlessly into electrical panels.
- Remote Signal Option: OOHMAGE MYN60 offers an optional remote signal feature for status monitoring, ensuring you’re always aware of the device’s operational status.
- Thermoplastic Enclosure: The device features a high-quality thermoplastic enclosure conforming to UL94 V-0, providing excellent durability and resistance to heat.
- Protection Rating (IP20): With an IP20 protection rating, this surge protection device is suitable for installation in various indoor environments, offering protection against dust and accidental contact.
The OOHMAGE MYN60 Series Type 2 AC Surge Protection Device is the ideal solution for safeguarding your AC electrical circuits, whether for home systems, industrial applications, or high-voltage power distribution. With advanced protection technology and certifications, the OOHMAGE MYN60 provides reliable and effective surge suppression for all your electrical needs.
Parameter
Technical Data | ||||
Model | MYN60-275 | MYN60-320 | MYN60-385 | MYN60-440 |
SPD Type | Type 2 / Class ll | |||
Technology | MOV (Metal Oxide Varistors) | |||
Max. continuous operating voltage [Uc] | 275Vac | 320Vac | 385Vac | 440Vac |
Temporary Overvoltage Test Value TOV-5s(Tolerance) [Ut] | 335Vac | 335Vac | 500Vac | 650Vac |
Temporary Overvoltage Test Value TOV-120min(Disconnection) [Ut] | 440Vac | 440Vac | 650Vac | 770Vac |
Nominal discharge curent(8/20us) [ln] | 30kA | |||
Max.discharge current (8/20us) [lmax] | 60KA | |||
Voltage Protection level [Up] | ≤1.8kV | ≤2.0kV | ≤2.2kV | ≤2.4kV |
Short-circuit current rating [Isccr] | 25kA | |||
Response time [tA] | ≤25ns | |||
Thermal Disconnection Device | Insertion | |||
Max. Backup Fuse | 100A gL/gG FUSE | |||
Mechanical Data | ||||
SPD configuration | AC system | |||
Plugable | Available | |||
Mounting | 35mm DIN rail | |||
Enclosure Material | Thermoplastic,conform to UL94 V-0 | |||
0perating Temperature Range | -40°C…-85°C | |||
Protection rating | IP20 | |||
Normal/fault Display | Green / Red | |||
Remote Signal | Optional | |||
Wiring for remote signaling | Max.1.5mm solid/flexible | |||
Max.Voltage / Current for remote signaling | 250V/0.1A;125V/0.2A;75V/0.5A | |||
Standards | IEC/EN 61643-11 | |||
Certificate | CE,RoHS,REACH | |||
Packing Data | ||||
Pole | 1+0 | 2+0/1+1 | 3+0 | 4+0/3+1 |
Weight (1 piece) | 150g | 250g | 350g | 450g |
Package Quantity(PCS/CTN) | 144 | 72 | 48 | 36 |
CTN Size | 46*30.5*15.9cm | |||
Certification
What kind of environments is the surge protector suitable for?
The surge protective devices are rated for IP20 protection, making them suitable for indoor use in environments with low exposure to dust and moisture. They can operate in temperatures from -40°C to +85°C, ensuring performance in diverse conditions.
What is the response time of the surge protective device?
The SPD offers an extremely fast response time of ≤25ns, ensuring your DC systems are protected from instantaneous surges and that the devices respond almost immediately to any surge event.
What is the installation process for the surge protective device?
The surge protectors are designed for easy installation on a 35mm DIN rail and feature screw terminal wiring for conductors between 2.5–25mm², simplifying the connection process for both industrial and residential applications.
How do the surge protectors protect against lightning strikes?
The SPD has a lightning impulse current rating of up to 12.5kA for 10/350μs, which helps protect against lightning strikes and large surges, diverting harmful currents safely away from your electrical equipment.
What is the maximum voltage the SPD can handle?
The SPD can handle a maximum continuous operating voltage of 600Vdc to 1500Vdc, making it suitable for a wide range of solar power systems and other DC applications.
What is a Type 1+2 surge protective device?
A Type 1+2 SPD provides both direct lightning strike protection (Type 1) and protection from residual and induced surges (Type 2). The OMYH9 series is designed to protect photovoltaic systems and DC electrical systems from both types of surges.
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