Instrukcja obsługi Renata CR2032 MFR FH1
Przeczytaj poniżej 📖 instrukcję obsługi w języku polskim dla Renata CR2032 MFR FH1 (4 stron) w kategorii Accu. Ta instrukcja była pomocna dla 2 osób i została oceniona przez 2 użytkowników na średnio 4.5 gwiazdek
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3V Lithium Batteries
Renata SA
Tel. +41 (0)61 975 75 75
sales@renata.com
CH- 4452 Itingen/Switzerland
Fax. +41 (0)61 975 75 95
www.renata.com
General Technical Information on Lithium Batteries
Lithium is one of the lightest alkaline metal elements and standard its potential and electrochemical
equivalence are the highest of all metals 3,045V). (-
When speaking about Lithium, this only refers to the anode material (negative pole). The electrolyte and
cathode may consist of a wide variety of materials providing very different cell characteristics.
The Lithium/manganese dioxide chemistry provided by RENATA is the safest and most reliable
Lithium battery system.
Contrary to other constructions they are:
•
non polluting
•
admitted as user replaceable- by Underwriter Laboratories (3V)
•
short circuit proof
... and offer the following advantages:
•
Ideal voltage level of 3V, approximately twice the voltage level from of alkaline button cells
•
* Wide operating temperature range from - 40°C to +85°C
•
Low self discharge of less than 1 % to 1.5% (depending on type) per year at 23°C
•
Best practical volume/capacity ratio
•
Superior leakage resistance
•
Excellent storage characteristics, up to 10 years storage with minimum deterioration possible
•
UL- recognized products
•
Safe product, does not contain toxic substances
•
Available in a wide range of solder contact configurations or in combination with our battery holders
* CR2016.MFR / CR2025.MFR /CR2032.MFR = - 30°C to +70°C
In Application where the battery is exposed to temperatures above 60°C, please contact Renata for consultancy.
Rev. 07/21
3V Lithium Batteries
Renata SA
Tel. +41 (0)61 975 75 75
sales@renata.com
CH- 4452 Itingen/Switzerland
Fax. +41 (0)61 975 75 95
www.renata.com
General Technical Information on Lithium Batteries
(cont.)
Self discharge - Storage
RENATA lithium batteries offer excellent storage characteristics. The loss of capacity due to self discharge
is from less than 1% to 1.5% per year at room temperature (23°C). Thanks to the high stability of their
chemical system, MnO2
/Li batteries have a shelf up life of to 10 years, at temperature. room
The internal chemical reactions of a battery are accelerated by high temperatures and slowed by low
temperatures. In other words, the loss of capacity during storage depends largely on storage temperature.
Higher temperatures result in increased self discharge rates, while lower temperatures reduce self
discharge (as shown by graphs below). Storage at low temperatures bears the risk, however, that batteries
are short circuited by moisture condensation when transferred a into warmer environment.
Rev. 07/21
3V Lithium Batteries
Renata SA
Tel. +41 (0)61 975 75 75
sales@renata.com
CH- 4452 Itingen/Switzerland
Fax. +41 (0)61 975 75 95
www.renata.com
General Technical Information on Lithium Batteries
(cont.)
Inverse Current
Lithium primary batteries are not rechargeable. Therefore, if there is a possibility of electric current flowing
from the main power source to the battery, the circuit must include two suitable blocking diodes in series or
one blocking diode and one protective resistor in series. Use a silicium diode of small inverse current to
prevent charging. The total amount of re charge energy due to leakage by the blocking diodes should not-
exceed 1% of the battery's nominal capacity during its total service life. A higher input of re-charge energy
may harm the or battery reduce its performance.
Example: CR2450N A battery a with nominal capacity of 540mAh is expected to supply power 5 for years.
The amount of tolerable re-charge energy is 5.4mAh, corresponding to an inverse current of 0.1µA for the
total Consequently, blocking diode an inverse current greater than should be service life. a with not A 0.1µ
selected. Please note the inverse current that of vblocking diodes aries temperature. with
Short Circuits
When lithium batteries are short circuited, it takes time for the battery voltage to recover, even in case of
slight short circuits. If electrical characteristics are measured while the battery is recovering, the battery
may appear to be defective, but is not. Short circuiting leads to deterioration of the cell capacity. Short
circuiting of batteries must therefor e be avoided, except or for wave dip soldering. Use an instrument with
a high input impedance (minimum 10 M ) Ωfor measuring open circuit voltage.
Superior Environmental Resistance
The combination of the sealing system and the use of organic electrolytes with low creeping tendency
ensure the excellent leakage resistance of our batteries. Each production lot is subjected to a quality
assurance program under difficult environmental conditions (high temperature storage, high temperature/
high humidity storage, temperature cycling, etc.). RENATA batteries can be operated in any physical
position.
Information and contents in this document sheet is for reference purpose only. They do not constitute any warranty or
representation and are subject to change without notice. For most current information and further details, please contact your
Renata representative.
. For safety related information please consult the ASDS document related to that product or product family. The Products of Renata
SA are neither designed nor authorized for use in certain areas of application of environment. For further details we refer to our
webpage www.renata.com/downloads/restriction_of_use
Rev. 07/21
Specyfikacje produktu
| Marka: | Renata |
| Kategoria: | Accu |
| Model: | CR2032 MFR FH1 |
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