Battery Replaces AI06XL (8300 mAh, 11.4 V)

Name: Battery Replaces AI06XL (8300 mAh, 11.4 V)
Price: 1507 CZK
Availability: InStock

Product Code: CS-HPZ173NB

Brand: Cameron Sino

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Battery Replaces AI06XL (8300 mAh, 11.4 V)

Product Code: CS-HPZ173NB

Brand: Cameron Sino

Capacity	8300 mAh
Rate	94.62 Wh
Voltage	11.4 V
Type	Li-ion
Color	Black
Net weight	445 g
Dimensions	185.4 x 109.7 x 14 mm

Is in stock!
Estimated delivery date: Monday 2. December

1,507 Kč

Ex Tax 20%: 1,255.83 Kč

Qty:

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30 days return option

Verified compatibility

Shipping from 60 Kč

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Capacity	8300 mAh
Rate	94.62 Wh
Voltage	11.4 V
Type	Li-ion
Color	Black
Net weight	445 g
Dimensions	185.4 x 109.7 x 14 mm

Do you have a question about this product?

Is in stock!
Estimated delivery date: Monday 2. December

1,507 Kč

Ex Tax 20%: 1,255.83 Kč

Add to Cart

30 days return option

Verified compatibility

Shipping from 60 Kč

Ihre Zahlungsmöglichkeiten

The product is fully compatible with the following devices:

ZBOOK 17 G3

ZBOOK 17 G3 (M9L94AV)

ZBOOK 17 G3 (T7V61ET)

ZBOOK 17 G3 (T7V62ET)

ZBOOK 17 G3 (T7V64ET)

ZBOOK 17 G3 (T7V65ET)

ZBOOK 17 G3 (T7V67EA)

ZBOOK 17 G3 (V1Q00UT)

ZBOOK 17 G3 (V1Q04UT)

ZBOOK 17 G3 (V1Q05UT)

ZBOOK 17 G3 (V1Q07UT)

ZBOOK 17 G3 (V1Q08UT)

ZBOOK 17 G3 (X9T88UT)

ZBOOK 17 G3 M9L94AV

ZBOOK 17 G3 T7V61ET

ZBOOK 17 G3 T7V62ET

ZBOOK 17 G3 T7V64ET

ZBOOK 17 G3 T7V65ET

ZBOOK 17 G3 T7V67EA

ZBOOK 17 G3 TZV66EA

ZBOOK 17 G3 V1Q00UT

ZBOOK 17 G3 V1Q04UT

ZBOOK 17 G3 V1Q05UT

ZBOOK 17 G3 V1Q07UT

ZBOOK 17 G3 V1Q08UT

ZBOOK 17 G3 WORKSTATION

ZBOOK 17 G3 X9T88UT

ZBOOK 17 G3(2QY22EC)

ZBOOK 17 G3(M9L94AV)

ZBOOK 17 G3(Y6J66ET)

ZBOOK 17 G3(Y6J68ET)

The product is interchangeable with the following product numbers:

808397-421

808451-001

808451-002

A106XL

AI06096XL

AI06096XL-PR

AI06XL

HSTNN-C86C

HSTNN-LB6X

Description

Battery Replaces AI06XL is a versatile power source suitable for a wide range of electronic gadgets. Offering full compatibility with many device models, it provides an economical solution for buyers. Additionally, its universal usage supports environmental sustainability and ensures adaptability.