OTBJ104KNPIR-F - Cornell Dubilier Electronics - Capacitors - IN STOCK

Hotenda Part Number: H548872

Manufacturer Part: OTBJ104KNPIR-F

Manufacturer: Cornell Dubilier Electronics

Description: 0.1µF Film Capacitor 700V 2000V (2kV) Paper, Metallized Radial, Can 2.160" L x 1.310" W (54.86mm x 33.27mm), Lip

Category: Capacitors

Family: Film Capacitors

Series: -

Manufacturer Quantity: 9896

Datasheets Online: -

Price & Packaging & Delivery

Quantity
Unit Price
Ext. Price

100: $0.13; $13.16

Attention: The price is for reference only , pls send us RFQs for the update price.

Packaging: Regular packing reel, tube, tray, box and etc.

Delivery: Shipping can be arranged ASAP since payment received

OTBJ104KNPIR-F Notice

we specialize in Cornell Dubilier Electronics OTBJ104KNPIR-F electronic components. OTBJ104KNPIR-F can be shipped within 24 hours after order. If you have any demands for OTBJ104KNPIR-F, Please submit a Request for Quotation here or send us an email.

Inquiry

Shipping
Payment

FedEx, DHL, and UPS can be selected.
You can select whether to charge shipping fee by your shipping account or to charge by our side.
Please confirm with the logistics company in advance if you are in a remote area. （It may cost extra fees (35-50 USD) for delivery at those areas.）
The shopping cart will automatically calculate the shipping cost.
Delivery time: At the same day (Order deadline is 2pm, HK Time).
Delivery date: usually 2 to 7 working days.
It is unable to appoint a date of delivery.
Tracking number will be sent once your order has been shipped. (Package Tracking) （It may take up to 24 hours before carriers display the info.）

PayPal, Credit Card, TT in advance (bank transfer), Western Union can be chosen.
Cash transfer only. (Transfer with checks and bills are not accepted.)
Customer is responsible for paying all possible charges, including sales tax, VAT and customs charges,etc.
If you need the detailed invoice or tax ID, please email us.

Attributes

Applications

DC Link, DC Filtering; Motor Run

Capacitance

0.1µF