Sacred Sun 10 OPzV 1000 Technical Manual Download Page 4

Product Introduction

 

 

 

 

 
 

Chapter  One Product Introduction

 

 

 

Product Characteristics 

02

 

 

 

Floating design life

 

Floating design life is 18 years for 2V  tubular gel batteries.

 

and 15 years for 12V battery ( 25

)

 

Plate

 

Tubular type for positive plate, active substance break off is avoided. Framework is die casted 
with multielement alloy, it’s crystal grain is micro and compact, corrosive proof performance is 
enhanced and in long service life.

 

Pasted type for negative plate, grid in radial structure, utilization ratio of active substance and 
large current discharge capacity are improved, and in good charge acceptance.

 

Gel electrolyte

 

Main material is made of gas phase SiO2 imported from Germany, in initial stage, the electrolyte 
is in watery collosol state, fully filled in all the plate space,equalized reaction is achieved for 
all plates. Sufficient electrolyte design could insure battery could not be dry up in condition 
of high temperature and over charged, thermal capacity is large, heat dissipation is good, 
thermorunaway will not be happen. In finished battery, electrolyte is in gel state, no flow, so there 
is not acid leakage and delamination. Electrolyte is in low density, normally 1.24~1.26g/ml, it is 
less corrosion to plate.

 

Special separator

 

Particular micropore PVC-SiO2 separator imported from European AMER-SIL is adopted, 
porosity is large and electrical resistance is low. Electrolyte storage space is large, pro- 
heterozygosity is good with electrolyte. Battery has long cycle life.

 

Long service life

 

Good corrosion proof Pb-Ca-Sn multielements alloy and gas recombination technoloy are 
adopted for positive and negative plate.

 

Optimize active substance formula, battery capacity is higher about 5-15% than DIN40742:1999 
standard.

 

Low electrolyte density, reduce the corrosion to grid.

 

High temperature and humidity solidifying technology is, 4BS lead paste formula.

 

Particular and high efficiency formation technology insure the plate quality.

 

Deep discharge performance

 

With excellent deep discharge proof performance, the battery can be connected in load after

 

Summary of Contents for 10 OPzV 1000

Page 1: ......

Page 2: ...rve 04 2 Battery and terminal layout drawing 05 Chapter Three Product Characteristics 1 Performance curve 06 Chapter Four Operation 1 Discharge 09 2 Temperature 09 3 Floating charge and equalizing cha...

Page 3: ...hall be replaced by manufacturer s service center If there is need to replace and maintain please contact after sale service center Used battery is recyclable and improper disposal of battery may be g...

Page 4: ...ure and over charged thermal capacity is large heat dissipation is good thermorunaway will not be happen In finished battery electrolyte is in gel state no flow so there is not acid leakage and delami...

Page 5: ...ansportation and operation no leakage and bulge reliable and safe Main Applications Telecommunication Mobile Network Railway Airport and other telecom signal system backup power supply Electric power...

Page 6: ...GFMJ 500H 7 OPzV 500 2 500 166 6 54 206 8 11 471 18 54 503 5 19 82 38 0 82 5 4268 0 50 GFM 28 GFMJ 600H 6 OPzV 600 2 600 145 5 71 206 8 11 646 25 43 678 5 26 71 46 5 102 3 4606 0 45 GFM 28 GFMJ 800H...

Page 7: ...Type and Dimensions Battery and Terminal Layout GFMJ 150H 200H 250H 300H 350H 420H 490H 500H 600H GFMJ 2000H 05 GFMJ 800H 1000H 1200H 1500H GFMJ 2500H 3000H 05...

Page 8: ...6GFMJ 50H 100H 150H H...

Page 9: ...e Curve 06 Cycle performance curve 25 Figure 3 1 cycle times curve at different depth of discharge Voltage curve of simulation wind energy system cycle application Large cycle discharge voltage curve...

Page 10: ...perature Figure 3 3Discharge capacity curve under different temperature 2V Service life and temperature curve Figure 3 4 Floating service life curve under different temperature 12V Service life and te...

Page 11: ...nt temperature Charge characteristic curve under different depth of discharge 25 08 120 1 2 2 5 100 80 60 40 20 1 0 0 8 0 6 0 4 0 2 2 4 2 3 2 2 1 2 1 2 3 4 2 0 1 2 3 4 1 25 D O D 2 50 D O D 3 75 D O D...

Page 12: ...ure of 25 The optimal temperature is 25 5 over high temperature would shorten the service life and over low temperature would lower the capacity available The highest acceptable temperature is 60 Floa...

Page 13: ...be supplementary charged The battery is out of work beyond 6 months Running in full floating operation for a long term but not discharge under more than 40 C10 capacity the batteries need an equalizin...

Page 14: ...harge Recharge the battery immediately after discharge according to the below method Charge the battery with constant current of no more than 0 2C10 A until the battery voltage rises to 2 33 2 37V cel...

Page 15: ...orage time battery is ex work in fully charged storage time should be limited for ensuring battery performance storage time please do not exceed following time Under 25 six months Under 30 three month...

Page 16: ...to chargers During the installation and transit of the battery use insulted tools gloves aprons and safety glasses avoiding battery is impacted do not twist connecting terminals and safety valve in t...

Page 17: ...ree year Maintenance Carry out a capacity test C10 every three years and every year after six years of operation If the capacity of the battery is lower than 60 of the rated capacity the battery shoul...

Page 18: ...No 1 Shengyang Road Qufu City Shandong Province 273100 P R China Tel 0086 537 4438666 6028 Fax 0086 537 4411936 E mail sales sacredsun cn...

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