
VRLA Maintenance Free Sealed Lead Acid Deep Cycle Gel Battery 1500AH 2V M10
Contact Person : Vic
Phone Number : +8618371595888
WhatsApp : +8618371595888
Detail Information |
|||
Model Number: | FTC-150 | Nominal Capacity: | 150AH |
---|---|---|---|
Weight: | 56KG | Voltage: | 12V |
Size: | 552*125*286/310 Mm | Application: | Telecom / Energy Storage / UPS |
Color: | Grey | Type: | Gel Battery |
Product Name: | 12V 150AH Lead Carbon Battery | Terminal: | M6 |
High Light: | FTC-150 Deep Cycle Gel Battery,VRLA M6 12v 150AH Deep Cycle Gel Battery,FTC-150 150AH 12v Lead Carbon Battery |
Product Description
Product Description
Shoto FTC - 150 VRLA Maintenance - free Sealed Lead Carbon Front Terminal Battery for Telecom / Energy Storage / UPS
Normal Voltage
|
12V
|
||
Capacity
|
150Ah @ 10hr to 1.80V @ 25˚C(77˚F)
|
||
Weight
|
56 kg (123.46 lbs)
|
||
Dimensions
|
Length: 552 mm
Width: 125 mm
Height: 310 mm
Total height: 310 mm
|
||
Internal Resistance (full charged)
|
5.5 mΩ
|
||
Short-circuit Current
|
1659A
|
||
Self Discharge @25˚C(77˚F)
|
Less than 4% after 30 days storage
|
||
|
Discharge: -40˚C ~ 65˚C(-40˚F ~ 149˚F)
Charge: -20˚C ~ 45˚C(-4˚F ~ 113˚F)
Storage: -20˚C ~ 40˚C(-4˚F ~ 104˚F)
|
||
Recommended Operating Temperature
|
15˚C ~ 35˚C (59˚F ~ 95˚F)
|
||
Recommended Charging Current
|
45 A
|
||
Charging Voltage @25˚C(77˚F)
|
Float: 2.23 V/cell
Cycle: 2.35 V/cell
|
||
Terminal
|
M6
|
||
|
105 % @ 40˚C
85 % @ 0˚C
60 % @ -20˚
|
||
Design life @25°C
|
15 years
|
1. Renewable energy (wind & solar) site
2. Off-grid & bad-grid environment
3. Communication and signal systems
4. UPS and emergency illumination
5. IDC
1. Reduce operational cost (less cooling consumption)
2. Reduce CO2 emission
3. Deep cycle rate life≥1500 (at 25°C, 60%DOD) &1350 (at 35°C, 60%DOD)
4. Good floating life performance and extremely high cyclic life
1. Best performance for continuous operation up to 35˚C
2. Using advanced lead carbon technology, reduce the cathode sulphation
3. Front terminal connections for fast and easy installation and maintenance
4. Horizontal structure design, delay electrolyte stratification, extend battery service life
Enter Your Message