ZMPT107N
Electronic, Instrument, Position Sensor, Audio, Lighting
Voltage Transformer
Single
Indoor
Protection, Measurement
Single Layer & Tightly Wound Type
Epoxy Resin
PCB Mounting
Combined Type
Capacitive Type
7.04G
zeming
Cartons
ISO9001, ISO14001, ROHS, CE, SGS
China
8504311000
Product Description
ZMPT107N Voltage transformer
Small size,high accuracy,good consistency,for voltage and power measurement
Remarks: primary input: 1,2 pins secondary output: 3,4pins
Or
primary input:: 3,4 pins secondary output::1,2pins
Front view Bottom view
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).
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).
