Samlexpower Evolution Series - Section 6

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SECTION 5 | Battery Charging in Evolution™ Series
!
CAUTION!
Ensure that charging voltage related parameters of EVO
TM
like (i) ABSORP VOLTAGE, (ii) EQUALIZE VOLTAGE,
(iii) FLOAT VOLTAGE and (iv) Temperature Compensation (COMPENSATE) are set / programmed to match
the programmed parameters of the external charge controller. [Please refer to (i) Table 6.2, Section 6 and (ii)
Sections 4.4.2.2 to 4.4.2.5 of the EVO-RC-PLUS Remote Control Manual].
!
ATTENTION!
S'assurer que la charge de tension, les paramètres connexes d'EVO
TM
comme (i) La tension d'absorption,
(ii) EQUALIZE VOLTAGE, (iii) Tension d'égaliser et (iv) La compensation de température (COMPENSATE) est
réglée / programmée pour correspondre aux paramètres programmés du contrôleur de charge externe.
[Veuillez consulter (i) le tableau 6.2, section 6 et (ii) les sections 4.4.2.2 à 4.4.2.5 du manuel d'utilisation de la
télécommande EVO-RC-PLUS].
5.5 BATTERY TEMPERATURE COMPENSATION USING TEMPERATURE SENSOR:
MODEL NO. EVO-BCTS
5.5.1 General Description – Battery Temperature Compensation
Please refer to Section 1.4.5 for general information on temperature compensation of battery charging voltages.
Battery Temperature Sensor Model EVO-BCTS [Fig 2.5(a)] has been provided to ensure optimum charging of Lead Acid
and Nickel Zinc (Ni-Zn) Batteries by negative temperature compensation of the charging voltages based on the battery
electrolyte temperature. The charging voltage is reduced when electrolyte temperature rises above the reference
temperature of 25°C / 77°F and increased when electrolyte temperature falls below the reference temperature of
25°C / 77°F.
i
INFO
Charging voltages of Lithium Ion Battery are not affected by temperature and hence, Battery Temperature
Sensor Model EVO-BCTS is not required to be used when Lithium Ion batteries are used.
Automatic temperature compensation will be carried out over temperature range of -20°C to +60°C based on the
programmed value of the negative “Temperature Coefcient of Battery Charging Voltage”. In EVO, this parameter is
called “COMPENSATE” and is specied in “mV/C/Cell”. For programming details of this parameter, please refer to the
following Sections of EVO-RC-PLUS Remote Manual: