
Quantity (Piece(s))
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Package size (plus VAT.)
1
-
€ 1.67
5
7% = € 0.12
€ 1.55
10
10% = € 0.17
€ 1.50
Volume discounts vary depending on the seller
You save € 0.00
Number
Total (€ 1.67 / piece)
€ 1.67
plus VAT.
14-day return policy included
Highlights & Details
VARTA Electronics silver oxide button cell 394
- High energy density
- Minimal self-discharge
- High-quality materials and innovative sodium hydroxide electrolyte
Technical specifications
- Product type
Button cell
- Size
394
- Dim
(Ø x H) 9.5 mm x 3.6 mm
- Connector
Pin contact
- Technology
Silver oxide
- Voltage
1.55 V
- Capacity (mAh, Ah)
58 mAh
- Height
3.6 mm
- (Ø)
9.5 mm
- Weight
0.9 g
- Temperature range
-10 + 50 °C
- Alternative battery types
SR936SW
SR936
V394
D394
625
280-17
SB-A4
RW33
BS27
B-SR45L
Show more
- Content
1 pc(s)
- Rechargeable
No
- Range of use
Watches
Calculators
- Factory colour
Silver
- UKCA
yes
Documents & Downloads
Datasheet
Datasheet 650752 Varta Button cell 394 1.55 V 1 pc(s) 58 mAh Silver oxide SILVER Coin V394/SR45 NaBli 1
User & Safety Instructions
User & Safety Instructions 650752 Varta Button cell 394 1.55 V 1 pc(s) 58 mAh Silver oxide SILVER Coin V394/SR45 NaBli 1
Description
Powerful, reliable and high-quality materials.
High energy density, minimal self-discharge and high capacity are the features of this quality cell from varta. This is accomplished with a high-quality anode made of zinc powder and a cathode made of silver, as well as an innovative sodium hydroxide electrolyte is achieved. High-class button cells are mainly used in watches, calculators, wrist watches and many more.
This text is machine translated.
High energy density, minimal self-discharge and high capacity are the features of this quality cell from varta. This is accomplished with a high-quality anode made of zinc powder and a cathode made of silver, as well as an innovative sodium hydroxide electrolyte is achieved. High-class button cells are mainly used in watches, calculators, wrist watches and many more.
This text is machine translated.
Features
- High energy density
- Minimal self-discharge
- High-quality materials and innovative sodium hydroxide electrolyte
- Very good conductivity
- Reliable
- High safety standard
- Long operating life














