0.2 Class PCB Mounting Current Transformer

• Customization: Available
• Application: Electronic, Instrument, Position Sensor, Audio, Lighting
• Type: Voltage Transformer
• Model NO.: ZMPT107N
• Phase: Single
• Operation Condition: Indoor
• Usage: Protection, Measurement
• Winding Form: Single Layer & Tightly Wound Type
• Insulating Medium: Epoxy Resin
• Installation: PCB Mounting
• Magnetic Circuit Structure: Combined Type
• Voltage Transformation Principle: Capacitive Type
• N.W: 7.04G
• Transport Package: Cartons
• Specification: ISO9001, ISO14001, ROHS, CE, SGS
• Trademark: zeming
• Origin: China
• HS Code: 8504311000
• Production Capacity: 500, 000PCS/Month

Product Description

ZMPT107N  Voltage transformer
Small size,high accuracy,good consistency,for voltage and power measurement
 
 

Structural parameter:

                      

          
                          Remarks: primary input: 1,2 pins  secondary output: 3,4pins
                                                      Or
                                   primary input:: 3,4 pins  secondary output::1,2pins
 Front view                                                               Bottom view

The main technical parameters:

Model	ZMPT107N
Rated input current	2mA
Rated output current	2mA
turns ratio	1000:1000
phase angle error	≤45'(input 2mA,sampling resistor 50Ω)
linear range	0~1000V       0~10mA(sampling resistor 50Ω)
linearity	≤ 0.5%(50%dot~120%dot)
Permissible error	-0.6% ≤ f ≤0%(input 2mA,sampling resistor 50Ω)
isolation voltage	4000V
application	voltage and power measurement
Encapsulation	Epoxy
installation	PCB mounting
operating temperature	-40ºC~+70ºC

Direction for use:

 
     

           Figure I                                                       FigureII

 
1. The typical usage of the product is for the active output (Figure I). R'is a limiting resistor,R is a sampling resistor, c and r is used for phase compensation.
2. The product can be directly through the resistance sampling , easy to use ( Figure II).
3. The instructions are for reference only; specific parameter is subject to specifications (acknowledgment).