Bedienungsanleitung Tecmate Optimate Pro S (Seite 5 von 48) (Deutsch, Englisch, Holländisch, Französisch, Italienisch, Portugiesisch, Spanisch, Schwedisch)

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SHORT CIRCUIT CHECK: When the output is activated, the circuit will check the voltage trend to observe whether this rises

with the constant current delivery as it should do for batteries that do not have internal damage due to a short-circuit between

negative and positively charged plates. If the voltage is not rising, the circuit continues attempting to achieve this, indicated by

the DESULFATE LED (#1) double pulse ﬂ ashing (-- -- --). If after 10 minutes the voltage trend remains indicative of a condition

which is not improving, no further charge current will be offered to the battery, as it is highly likely that a severe short-circuit of

negative and positive plates exists in more than one of the battery cells. The RED TEST LED (#3) ﬂ ashing in double pulse

mode(-- -- --) indicates that charging has been interrupted.

5. Recovery charge

If the battery is extremely ﬂ at (deep-discharged and sulphated), the recovery mode will engage and the DESULFATE LED (#5)

will light. A special high voltage is applied to force a very small ﬁ xed current into the battery in a recovery attempt that may last

for a maximum of two hours or until the moment when the automatic circuit judges that the battery can accept the ﬁ nal stage

of the recovery programme.

5.1 If the voltage remains below 16V the DESULFATE LED #5 remains ON.

5.2 The TURBO recovery stage engages when the voltage rises above 16V up to a maximum of 22V, typically for a badly

neglected battery that has not received any charge for many months, the DESULFATE LED will ﬂ ash ON-OFF-ON. Once

the voltage reduces below 16V the indication will revert to steady ON. NOTE: If the battery remains connected to the

vehicle electrical system (even with ignition key in off position) the TURBO recovery stage cannot engage.

5.3 Once the battery accepts the very low set current as determined by the initial max. current selection the voltage will

reduce until the moment when the automatic circuit judges that the battery can accept the ﬁ nal 15 minute stage of the

recovery programme, in which the

ampmatic™ current control delivers current in pulses whilst maintaining the

voltage below 14,3V, to further prepare the battery to accept normal charge. This mode is particularly effective for

initiating recovery of factory activated / hi performance pure lead or cyclic cell AGM batteries.

6. Bulk and pulsed absorption charge

6.1 The BULK CHARGE stage (steady LED #6) will engage if the micro processor determines that the battery can accept

charge at normal voltages levels. The ampmatic™ charge current monitoring and control mode automatically

determines the most efﬁ cient rate of charge current for the connected battery, according to its state of charge, state of

health, and electrical storage capacity.

OptiMate PRO-S: On 2A selection the current will vary between a minimum of 0,2A and a maximum of 2A. On NEW

and 4A selection the current will vary between a minimum of 0,4A and a maximum of 4A.

OptiMate PRO2: The current will vary between a minimum of 0,2A and a maximum of 2A for both outputs.

6.2 The PULSED ABSORPTION stage (ﬂ ashing CHARGE LED #6) starts when the voltage has reached 14,3V for the ﬁ rst time

during BULK CHARGE stage. The ampmatic™ current control circuit now delivers pulses of current for 10 minutes

so as to cause the battery voltage to vary between 13,7V and 14,3V, to equalise the individual cells within the battery

and bring it to full charge as rapidly as possible.

6.3 CHARGE VERIFICATION (ﬂ ashing CHARGE LED #6): The charging voltage is now limited at 13,6V during 5 minutes whilst

the battery’s charge level is veriﬁ ed. If the battery requires further charging the program will revert to the PULSED

ABSORPTION stage (§ 6.2). These reversions may occur up to a maximum of 12 times (for 120 minutes of PULSED

ABSORPTION), depending on how much charge current is necessary to reduce the battery’s current demand below

minimum current at 13,6V (which is consistent with a battery that has accepted as much charge as its basic condition

allows). As soon as the circuit has veriﬁ ed that the charge is adequate the voltage retention test ( § 7)

automatically follows.

7. 8. 9. Initial and extended voltage retention tests and battery maintenance

charging

During the VOLTAGE RETENTION TEST delivery of current to the battery is interrupted to allow the circuit to monitor the

battery’s voltage decline to determine its ability to retain charge and deliver power.

The initial 30 minute VOLTAGE RETENTION TEST follows § 6.3 during which a small load of 100mA is applied to improve the

accuracy of the result.

NOTE: OptiMate PRO-S

NEW selection: the initial test period is limited to 10 minutes, no extended test.

For batteries with a good state of health the green TEST LED #7 should ﬂ ash at the start and continue throughout the test

period, otherwise LEDs #7 + 8 or 8 or 8 + 9 or 9 will ﬂ ash and indicate voltage measured during the test (see table below).

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