Uadme DEA4-20A-GD EMI Filter Performance Filter 115V 250V 20A 50/60Hz Single-Phase Filter, Terminal Block Connection
Uadme DEA4-20A-GD EMI Filter Performance Filter 115V 250V 20A 50/60Hz Single-Phase Filter, Terminal Block Connection
Specification: Item Type:EMI Filter Model: DEA4-20A-GD. Rated voltage: 115 V, 250 V. Rated frequency: 50/60 Hz. Rated current: 20 A. Interface method: 35mm rail type Withstanding Test 1450V DC 2 sec, L to L 1500 V AC 2 sec., L to G. Input and output connection method: terminal block Features: 1. High- performance, two-pole, single-phase mains filter. 2. Universal, compact and easy to install. 3. Double filter circuit design, easy and quick installation. 4. In the frequency band from 100 kHz to 30 MHz, it has excellent capabilities for suppressing common mode and push-pull interference. Application: 1. With most digital devices, especially switching power supplies, continuous and intermittent pulse interference can be suppressed. 2. Used for white devices with frequency converters and frequency converters in control systems. 3. For devices and special applications with low leakage current. 4. For appliances, treadmill massage chairs and other areas. Package list: 1 x EMI filter
Product Features
- Effective mesh filter: the power EMI filter provides excellent noise filtering and removes interference signals from the power supply to ensure safe and stable operation of your devices.
- Excellent performance: this 2-pin single-phase filter is characterised by effective suppression of both common mode and differential mode interference, which improves the overall performance of your system.
- Stable operation: the EMI mains filter prevents internal noise from electronic devices from penetrating outwards, minimising noise and maximising operational safety.
- Versatile use: the performance filter is ideal for flexible applications in areas such as communications, electronics manufacturing, energy industry, aerospace and more.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Uadme DEA4-20A-GD EMI Filter Performance Filter 115V 250V 20A 50/60Hz Single-Phase Filter, Terminal Block Connection
Uadme DEA4-20A-GD EMI Filter Performance Filter 115V 250V 20A 50/60Hz Single-Phase Filter, Terminal Block Connection
Uadme DEA4-20A-GD EMI Filter Performance Filter 115V 250V 20A 50/60Hz Single-Phase Filter, Terminal Block Connection
Specification: Item Type:EMI Filter Model: DEA4-20A-GD. Rated voltage: 115 V, 250 V. Rated frequency: 50/60 Hz. Rated current: 20 A. Interface method: 35mm rail type Withstanding Test 1450V DC 2 sec, L to L 1500 V AC 2 sec., L to G. Input and output connection method: terminal block Features: 1. High- performance, two-pole, single-phase mains filter. 2. Universal, compact and easy to install. 3. Double filter circuit design, easy and quick installation. 4. In the frequency band from 100 kHz to 30 MHz, it has excellent capabilities for suppressing common mode and push-pull interference. Application: 1. With most digital devices, especially switching power supplies, continuous and intermittent pulse interference can be suppressed. 2. Used for white devices with frequency converters and frequency converters in control systems. 3. For devices and special applications with low leakage current. 4. For appliances, treadmill massage chairs and other areas. Package list: 1 x EMI filter
Product Features
- Effective mesh filter: the power EMI filter provides excellent noise filtering and removes interference signals from the power supply to ensure safe and stable operation of your devices.
- Excellent performance: this 2-pin single-phase filter is characterised by effective suppression of both common mode and differential mode interference, which improves the overall performance of your system.
- Stable operation: the EMI mains filter prevents internal noise from electronic devices from penetrating outwards, minimising noise and maximising operational safety.
- Versatile use: the performance filter is ideal for flexible applications in areas such as communications, electronics manufacturing, energy industry, aerospace and more.
Original: $210.00
-65%$210.00
$73.50Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Uadme DEA4-20A-GD EMI Filter Performance Filter 115V 250V 20A 50/60Hz Single-Phase Filter, Terminal Block Connection
Specification: Item Type:EMI Filter Model: DEA4-20A-GD. Rated voltage: 115 V, 250 V. Rated frequency: 50/60 Hz. Rated current: 20 A. Interface method: 35mm rail type Withstanding Test 1450V DC 2 sec, L to L 1500 V AC 2 sec., L to G. Input and output connection method: terminal block Features: 1. High- performance, two-pole, single-phase mains filter. 2. Universal, compact and easy to install. 3. Double filter circuit design, easy and quick installation. 4. In the frequency band from 100 kHz to 30 MHz, it has excellent capabilities for suppressing common mode and push-pull interference. Application: 1. With most digital devices, especially switching power supplies, continuous and intermittent pulse interference can be suppressed. 2. Used for white devices with frequency converters and frequency converters in control systems. 3. For devices and special applications with low leakage current. 4. For appliances, treadmill massage chairs and other areas. Package list: 1 x EMI filter
Product Features
- Effective mesh filter: the power EMI filter provides excellent noise filtering and removes interference signals from the power supply to ensure safe and stable operation of your devices.
- Excellent performance: this 2-pin single-phase filter is characterised by effective suppression of both common mode and differential mode interference, which improves the overall performance of your system.
- Stable operation: the EMI mains filter prevents internal noise from electronic devices from penetrating outwards, minimising noise and maximising operational safety.
- Versatile use: the performance filter is ideal for flexible applications in areas such as communications, electronics manufacturing, energy industry, aerospace and more.
