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10 

3.2.4.  Setting Parameters 

DC Output 

Parameter 

Description 

Range 

Step 

Default 

Output voltage for floating 
charge. 

20.0 

– 30.0 V for 24V 

90 

– 130 V for 110V 

0.1 V for 24V 

1 V for 110V 

27.6 V 

124 V 

Output current limit for 
floating charge. 

1.0 

– I

n

 A 

0.1A 

I

n

 

 

Battery Charge Settings 

Parameter 

Description 

Range 

Step 

Default 

Battery Select 

Charge limits are 
determined automatically by 
selecting used battery 
group. 

7 … 100, Manual 

Float U 

Output voltage for floating 
charge. 

20.0 

– 30.0 V for 24V 

90 

– 130 V for 110V 

0.1 V for 24V 

1 V for 110V 

27.6 V 

124 V 

Float I 

Output current limit for 
floating charge. 

0.1 

– (0.1C) A 

0.1 

– I

n

 A for Manual

 

0.1A 

(0.1C) A 

Equal U 

Output voltage for 
equalizing charge. 

20.0 

– 30.0 V for 24V 

90 

– 130 V for 110V 

0.1 V for 24V 

1 V for 110V 

27.6 V 

124 V 

Equal I 

Output current limit for 
equalizing charge. 

0.1 

– (0.3C) A 

0.1 

– I

n

 A for Manual

 

0.1A 

(0.3C) A 

 

Equalize Charge 

Parameter 

Description 

Range 

Step 

Default 

Duration 

Duration of equalizing 
charge. 

– 9 hrs 

1 hr 

1 hr 

Status 

Status of equalizing charge 
mode. 

Active 

– Passive 

Passive 

 

DC Source Mode 

Parameter 

Description 

Range 

Step 

Default 

V

Voltage output for DC 
source mode. 

20.0 

– 30.0 V for 24V 

90 

– 130 V for 110V 

0.1 V for 24V 

1 V for 110V 

27.6 V 

124 V 

I

3

 

Current output limit for DC 
source mode. 

0.1 

– I

n

 A

 

0.1A 

I

n

 

Status 

Status of DC source mode. 

Active 

– Passive 

Passive 

 
Fan Control 

Parameter 

Description 

Range 

Step 

Default 

Temperature 

Operating temperature of 
fan cooling. 

20 

– 99 ⁰C 

⁰C 

35 

⁰C 

Status 

Status of fan control. 

Active 

– Passive 

Passive 

 
Alarm Settings 

Parameter 

Description 

Range 

Step 

Default 

AC Under

 

Minimum AC input threshold 
for alarm. 

150 

– 210 V 

1 V 

190 V 

AC Over 

Maximum AC input 
threshold for alarm. 

230 

– 270 V 

1 V 

240 V 

DC Under 

Minimum DC output 
threshold for alarm. 

18 

– 25 V for 24V 

81 

– 112 V for 110V 

1 V 

20 V for 24V 

90 V for 110V 

DC Over 

Maximum DC output 
threshold for alarm. 

27 

– 34 V for 24V 

121 

– 153 V for 110V 

1 V 

30 V for 24V 

135 V for 110V 

Over Temp 

Over temperature alarm. 

30 

– 99 ⁰C 

⁰C 

70 

⁰C 

 
 
 
 
 
 

Содержание ARG-110 Series

Страница 1: ...GEPA ARG Series Battery Charger with Battery Group User Guide...

Страница 2: ...er or sales company is not responsible of faults if user doesn t obey recommendations at the above This is a Class A product In a domestic environment this product may cause radio interference in whic...

Страница 3: ...age Supervising 4 2 6 DC Source Mode 4 2 7 Autonomous Battery Maintenance 4 2 7 1 TEDA Turkish Electricity Distribution Authority Method 4 2 7 2 Equalize Timer Mode Method 4 2 8 Surge Protective Devic...

Страница 4: ...battery group capacity Wide input voltage tolerance Floating or equalizing charge Independent and adjustable battery charge and total system current output Electronic short circuit protection at DC o...

Страница 5: ...al temperature controlled fan Fan is supplied from AC input and controlled by microcontroller according to digital temperature sensor measurement Operating temperature is adjustable 2 2 Battery Chargi...

Страница 6: ...ing to Peukert s law This device is intended to use with AGM or gel VRLA batteries so coefficient is 1 1 Overload will trigger if total current output is limited at maximum current for 1 hour Over tem...

Страница 7: ...ntenance Battery group should be checked periodically in order to ensure batteries are available to service The device has two different autonomous battery maintenance methods 2 7 1 TEDA Turkish Elect...

Страница 8: ...panel Contact terminals are accessible from front side and isolated from other circuits Following alarms are available AC MCB switch off DC low Replace battery DC or battery MCB switch off DC high Ov...

Страница 9: ...et Side entry which is next to MCBs and alarm module is easier to access If bottom entry is preferred oIn models with drawers there are no obstacles between terminals and entry or use cable spiral wra...

Страница 10: ...re given at the below MCB In varies according to input and output current Schema 1 Power connections of 24V with multiple DC outputs Schema 2 Power connections of 110V and 24V Schema 3 Alarm module co...

Страница 11: ...shown with LEDs Charging mode LED is on and steady if floating or flashing if equalizing charge mode is active AC High Low and DC High Low LEDs are on and steady if over or flashing if under preset va...

Страница 12: ...Press SET again to adjust any parameter on the screen After pressing SET cursor will be move onto U parameter 3 Use UP and DOWN buttons to adjust the parameter To cancel press ESC Press SET to move o...

Страница 13: ...ter Description Range Step Default Duration Duration of equalizing charge 1 9 hrs 1 hr 1 hr Status Status of equalizing charge mode Active Passive Passive DC Source Mode Parameter Description Range St...

Страница 14: ...ge Step Default Annual Battery Maintenance Quantity This parameter determines how many times this method will be applied 1 6 1 4 Maintenance Voltage Minimum battery voltage to stop discharge 21 24 V f...

Страница 15: ...10kA C Type Cooling Method Fan forced AF Operating Temperature 20 55 C Relative Humidity 95 RH without condensation Pollution Degree III Alarm Contacts 14 NO mechanical contact 3A 30VDC or 5A 250VAC...

Страница 16: ...GEPA Elektronik San ve Tic Ltd ti Zubeyde Hanim Dist Sebzebahceleri St No 93 36 Iskitler 06070 Altindag Ankara Turkey Tel 90 312 341 4104 Fax 90 312 384 0436 www gepaelk com gepa gepaelk com Rev 4 04...

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