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FTC Series Front Terminal VRLA Battery User Manual Shuangdeng Group Co.,Ltd...
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Any pirate must be punished. is our registered trademark. The name and trademark of the product of China Shoto is our unique mark. Other products or companies’ names mentioned in this manual are perhaps belongs to their respective owners. Without any prior written consent of SHOTO or the third party trademark or the commodity name owners, this manual gives nobody any right to use the mark appeared in this manual.
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Power the future Foreword Manual Description FTC Series Front Terminal VRLA Battery is the product of Shuangdeng Group. ” FTC Series Front Terminal VRLA Battery User’s Manual” is the manual accompanied with the battery. Please read the manual carefully in advance.
Power the future Chapter 1 Safety Instruction Abstract This chapter introduces about the safety signs and the precautions. Ple ase carefully read it before operation to ensure safety. 1.1 Safety Signs The safety signs indicate the safety issues that should be conformed to in installation, operation and maintenance.
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Power the future 4. Do use special tools. Do use special tools, instead of common tools during electrical conn ections. In addition, keep the tools in good insulation condition (e.g. wrap insulating tape around the bare metal parts) before using them to avoid short circuit and personal injury caused by tool contact with any live objects.
2.1 Model Introduction FTC series valve-regulated lead-acid battery (following called FTC battery for short) belong to SHUANGDENG GROUP’s second battery products, producing license size: QS:XK06-006-01178. FTC battery is 6 cells structure,rated voltage per unit is 12V. Take FTC-100 for example, its mean as fig.2.1-1 showing.
Batteries should lie down and batteries without package box can not be overlapped. 2.5 Dimension and Weight Table2.5-1 Battery parameters Reference Rated voltage Rated capacity Outer sizes Type weight (V) (Ah) (L×W×H)mm (kg) FTC-100 400×110×286 35.5 FTC-150 552×125×310 FTC-170 552×125×310 Type Terminal structure FTC-100 FTC-150 FTC-170 Fig.2.5-1 FTC series battery terminal structure...
Power the future 2.6 Operation Environment and Precaution The battery servicing surroundings should be dry, clean and airy, without large quantity of irradiation, infrared ray radiation, organic solvents and corrosive gas, and avoided the direct sun shining. The battery is recommended to use temperature range of 15 ° C ~ 35 ° C. The ventilation hole of the heater or air-conditioner should not directly face the battery, and the temperature difference of the each part of the battery should not be higher than 3 °...
(it should be empathized that the positive terminals of the battery should be connected with the positive counterpart of the charger, and negative to negative) before the battery system is connected with the charger or load. 2.7 Installation Instruction :Negative : Electrode Positive Electrode Fig.2.7.1 FTC series installation instruction...
Power the future 2.8 Check After Installation After installation, check carefully and keep record, see Table 2.8-1 for the main items. Table 2.8-1 The main items needed to be checked after installation Items Results The polarities are in right connection, the voltage of the battery □Y □N group between positive and negative output terminals are higher than 48V...
Power the future Chapter 3 Operation and Maintenance Abstract Operation and maintenance,containing battery maintenance and precaution, charge method, relationship of temperature and capacity, relationship of temperature and cycle life, capacity checking, switch power parameters setting, usage requirement under power-off condition, maintenance periods and requirement.
Power the future 3.1.2.2 Balancing Charging Balancing charging voltage is usually set as 14.10V/unit (the mean value calculated from all of the battery voltages at 35° C), and the maximum charging current is set as 0.2C A, according to setting table to set Balancing charging time. Table3.1-1 Balancing charging parameters Balancing Conditions to exit the...
Power the future adjustment according to the ambient temperature. When the switch power have temperature equalization function, but have no sensor or no temperature auto -equalization function, VRLA battery float charge voltage with different temperature should make correspond adjustment according to the following table.
Power the future continued for about 24h, then charging has been stopped for 1h. Table3.1-4 Capacity examination method Discharge Discharge single battery final Capacity determination Discharge rate current, A voltage,V standard ≥1.00C 1.0I 10.80 ≥0.80C 1.6I 10.80 ≥0.75C 2.5I 10.80 ≥0.55C 5.5 I 10.50...
Power the future current is less than 0.1C Table Switch power parameters setting Item Parameter Float charging voltage 13.38V/unit Equalized charging voltage 14.10V/unit Charge current limiting 0.20C Upper voltage alarm threshold 57V(14.25V/ unit) Lower voltage alarm threshold 45V(11.25V/unit) Temperature compensation coefficient -18mV/unit·...
Power the future If the accumulative discharge capacity reaches 50%~80% of the battery rated capacity for one power supply interruption, the float charging time can not be less than 48h after balancing charging changes into float charging. If the accumulative discharge capacity is less than 50% of the battery rated capacity for several power supply interruption in one day, the float charging time can not be less than 24h after balancing charging changes into float charging.
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Power the future display of the Switch Power Supply. If difference exists, it should be rectified. 6. Check that whether or not there is difference between the total system voltage and the sum of all of the individual battery. If difference exists, the reason should be checked out and then the difference should be corrected.
Power the future 1 Application Range This operation guidance is used for battery charging for the first time after installing or battery recharging after long time storage. 2 Battery Recharging Requirement VRLA (Valve Regulated Lead Acid battery) is widely used in telecommunication. The battery is full charged While shipped as its self-character, automatic Self-discharge will occur because of chemical reaction when delivery, this cause battery capacity decreasing, OCV ( open circuit voltage) dropping in a certain period, the voltage and capacity have to be renewed by proper methods.
Power the future Therefore, long time storage batteries need recharge in order to recuperate the discharged capacity. The requirement of interval is below for recharging battery under different temperature. Storage temperature Longest interval under 30° C Once 6 months over 30° C once 4 months The recharging interval is shorter, battery capacity is more renewed, the recharging time is shorter, and there is less effects on battery life.
Power the future in chapter 3.3, if that battery still can not accord with the requirement, it should be rejected. 3.3 Cycle Procedure We can use the method as below to recharge the batteries with long time storage (for example: more than 1 year): First connect the batteries in series to the charger, discharge batteries with constant current 0.25C...
Power the future The total charging voltage must be less than the maximum voltage of the charger, if there are many batteries, please charge time after time; Current limited means maximum current during the process of charging, 0.05C means 0.05 times rated capacity.
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Power the future 4. A circuit breaker must be stringed in the circuit to prevent battery damaged because of wrong connection. 5. Make sure all the screws tightened reliably, otherwise there will be spark and heat while closing the circuit, this may cause battery burnt. 6.
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