Send Message
Home Products3 Phase EMI Filter

AC Power Inverter 3 Phase EMI Filter For Telecommunication Equipment

Certification
China Shenzhen VIIP Electronics Co., Ltd. certification
China Shenzhen VIIP Electronics Co., Ltd. certification
Customer Reviews
The core is very good, and The shipment was quick. It was a good deal. Thank very much.

—— Warren Taylor

Very fast to get the line filter . and they are excellent quality . also when you have the questions ,they can give me fast response .

—— Sam hant

When I placed an urgent order , After they get this order .they try their best to delivery them to me within 3 days .I am very appreciate about it .Excellent service .

—— Manuel Ferreira

I have installed the filters for 2 months and no issues were found. They help remove a significant amount of electromagnetic noises and improve the performance of my equipment.

—— Rose clark

The quality of the filters is excellent. They are well-constructed with rugged components. The noise attenuation performance is as specified in the product description and meets my requirements.

—— Sam selvaraj

I'm Online Chat Now

AC Power Inverter 3 Phase EMI Filter For Telecommunication Equipment

AC Power Inverter 3 Phase EMI Filter For Telecommunication Equipment
AC Power Inverter 3 Phase EMI Filter For Telecommunication Equipment
AC Power Inverter 3 Phase EMI Filter For Telecommunication Equipment AC Power Inverter 3 Phase EMI Filter For Telecommunication Equipment

Large Image :  AC Power Inverter 3 Phase EMI Filter For Telecommunication Equipment

Product Details:
Place of Origin: China
Brand Name: VIIP
Certification: CE TUV ROHS REACH
Model Number: VIP3-32B-100
Payment & Shipping Terms:
Minimum Order Quantity: 2pcs
Price: Negotiable
Packaging Details: 33*33*18
Delivery Time: 5-8 working days
Payment Terms: T/T
Supply Ability: 2000pcs per week

AC Power Inverter 3 Phase EMI Filter For Telecommunication Equipment

Description
Type: 3 PHASE EMI Filter Package Type: Sheet Or Roll Shape
Rated Voltage: 110/250VAC Line To Ground: 2250V DC
Operating Frequency: 50/60HZ Input Impedance: 50Ω
High Light:

Telecommunication Equipment 3 Phase EMI Filter

,

REACH 3 Phase EMI Filter

,

AC Power Inverter EMI Filter

AC power Inverter 3 Phase EMI Filter For Telecommunication Equipment

VIP3-32B-80(B032S0548) Rev 4.0.pdf

3 Phase EMI Filter Power  Description:

 

1, Rated currents from 0.5 to 2000A

2, High attenuation performance up to 30 MHz

3, Voltage rating 440VAC for worldwide acceptance

4, Approvals: CE, ROHS

5, 520V AC ,690V AC can be optional 

3 Phase EMI Filter Power Specification:

Item VIIP 3-phase 3-line EMI filter
Part Number VIP3-32B-80
Rated voltage 250/440VAC,50/60Hz
Operating frequency DC to 60Hz
Rated currents 0.5~2000A@40°C
Hipot Rating L-L 2250VDC
  L-G 2700VDC
Climatic category -25°C~+85°C(25/85/21)
Design corresponding to UL1283, CSA C22.2 No.8,
  IEC/EN 60939,
  CQC GB 15288/GB 15287-2008
Flammability UL 94V-0

 

 

 

 

 

3 Phase EMI Filter Power Specifications:

 

 

AC Power Inverter 3 Phase EMI Filter For Telecommunication Equipment 0

Electrical schematic:

 

 
Mechanical Dimension(mm):
 
 
Part No. Rated Current [A] 250VAC/50Hz@20C
Leakage Current [mA]
Physical Dimensions Electrical  Schematics Termial Weight [g]
VIP3-32B-10 10A <4  OmA Fig  2 Fig1 M4 1400
VIP3-32B-20 20A <4  OmA Fig  2 Fig1 M4 1400
VIP3-32B-50 50A <60mA Fig 2 Fig 1 M6 1600
VIP3-32B-100 100A <60mA Fig 2 Fig1 MS 3700
VIP3-32B-150 150A <60mA Fig 2 Fig1 M10 7000
VIP3-32B-200 200A <60mA Fig 2 Fig1 M10 7000
VIP3-32C-06 6A <4  OmA Fig  2 Fig 2 M4 650
VIP3-32C-10 10A <4  OmA Fig1 Fig 2 M4 650
VIP3-32C-20 20A <10 OmA Fig1 Fig 2 M4 1400
VIP3-32C-50 50A <15 OmA Fig  2 Fig 2 M6 3200

 

 

 

 

3 Phase EMI Filter Power Applications:

 

such as print machine

packing machine

textile equipment

industry air conditioner

UPS

medical equipment 

Laser equipment

 

 

Mechanical Dimension(mm):

Contact Details
Shenzhen VIIP Electronics Co., Ltd.

Contact Person: Miss. Vicky Lee

Tel: 18003057179

Fax: 86-0755-29890089

Send your inquiry directly to us (0 / 3000)