T106*26 Control System Power Circuit Transformer 150uH High Inductance Electronic Power Transformer
No reviews yet
Attributes
Instrument TransformerType
390uHInput Voltage
customOutput Voltage
customFrequency
SinglePhase
Single-Winding CoilCoil Number
Winding Material:Copper
Material:Copper
application:Other
Toplogy:Flyback
Coil Structure:Square Type
Shape:Rectangle
Place of Origin:Guangdong, China
Model Number:T106*26
Brand Name:DAR PLUS
Product name:New Energy INDUCTOR
Application:Power Distribution System
Temperature resistance rating:classB-130℃
Type:390Uh 18A
Material:Copper Winding
Usage:NEW ENERGY
Size:Small-Large
Quality:100% Tested
Package:Carton
Brand:DAR PLUS
Key attributes
Type
Instrument Transformer
Input Voltage
390uH
Output Voltage
custom
Frequency
custom
Phase
Single
Coil Number
Single-Winding Coil
Winding Material
Copper
Material
Copper
application
Other
Toplogy
Flyback
Coil Structure
Square Type
Shape
Rectangle
Place of Origin
Guangdong, China
Model Number
T106*26
Brand Name
DAR PLUS
Product name
New Energy INDUCTOR
Application
Power Distribution System
Temperature resistance rating
classB-130℃
Type
390Uh 18A
Material
Copper Winding
Usage
NEW ENERGY
Size
Small-Large
Quality
100% Tested
Package
Carton
Brand
DAR PLUS
Packaging and delivery
Selling Units
Single item
Single package size
28.00X21.00X10.00 cm
Single gross weight
50.000 kg
Lead time
Customization options
inductance(+ from +£0.7523/piece/Min. order: 500 pieces)
View details
Product descriptions from the supplier
Warning/Disclaimer
California Proposition 65 Consumer WarningView more
FREE shipping capped at £20
1 - 4,999 pieces
£334
5,000 - 9,999 pieces
£334
≥ 10,000 pieces
£333
4 interest-free payments with
Alibaba.com order protection
Secure payments
Every payment you make on Alibaba.com is secured with strict SSL encryption and PCI DSS data protection protocols
Money-back protection
Claim a refund if your order doesn't ship, is missing, or arrives with product issues
Only orders placed and paid through Alibaba.com can enjoy free protection by
