Nickel Cadmium Pocket Plate Batteries
Vented Pocket Plate - Single & Block
HBL’s Nickel Cadmium Pocket Plate battery designs are based on the superior pocket plate technology.A fully integrated modern factory, supported by strong process management and quality controls makes HBL one of the best Nickel Cadmium battery production facilities in the world.HBL’s block batteries are offered in multiple voltage choices and in wide capacity range.NCPP block battery range is designed to comply with IS 10918 & IEC 60623
High Discharge – KBH:
- Thin plates with more plate surface area
- For high discharge applications with less than 1 hour backup time requirements
- 9 Ah to 990 Ah
- 77 standard cell models to choose from
Medium Discharge – KBM:
- Optimized plate thickness
- For medium discharge applications, between 1 to 3 hours backup time
requirements which involves high and long discharges - 12 Ah to 1460 Ah
- 72 standard cell models to choose from
Long Discharge – KBL:
- Thick plates with more amount of active material
- For long discharge applications, with more than 3 hours backup time requirements
- 8 Ah to 1680 Ah
- 73 standard cell models to choose from
Benefits :
- High reliability
- Long float life – 20 years+ at 20 C for standby applications
- Long shelf life – 5 years+ for the cells supplied in dry condition & 1 year in filled condition
- Quick charging – More than 90 % capacity available within 6 hours of charging
- Low internal resistance – For enhanced battery performance
- Resistant to mechanical & electrical abuses – Making it ideal for deployment in harsh environments
- Wide operating temperature range (-20 C to +50 C)
- Application specific designs (KBH, KBM & KBL)
- Easy installation & low maintenance
- Best TCO (Total Cost of Ownership) for demanding application needs
- No risk of sudden death fail
Key Features
Terminal Arrangement
Nickel-plated components (tab, stud, nut, post) provide excellent electrical conductivity
Plate Groups
Bolted construction under controlled torque conditions to withstand severe vibrations
Polypropylene Grid Separator
Separates the plates and insulates the frames from each other and allows free electrolyte
Flame Arresting Vent Cap
Prevents propagation of external flame in to the cell & electrolyte contamination
Splash Guard
Prevents electrolyte splashing and possible short-circuit caused by external objects accidentally falling into the cell
Pocket Plate
Made of double perforated steel strips, encapsulating the active materials
Translucent Polypropylene Container
Fusion welded to lids, makes the cell mechanically sturdy and facilitates visual inspection of electrolyte level
Other Products
QUASAR
Three Phase Industrial Grade Protective Relay Test Set with cloud technology
Powerful and flexible
- 4 x 300V + 3 x 60A outputs, switchable to 7 current outputs
- 6 binary inputs + 4 binary outputs
- External DC current and voltage measurement
- 6 low-level outputs to test sensors, meters etc, and to upgrade with more channels
- Integral Wi-Fi, Ethernet LAN, dedicated IEC-61850 port and Expansion port
- Field serviceable
Rugged and portable
- 19.5 kg (43 lb)
- Integral ABS casing with wheels and extensible handle. No separate travel case needed.
Familiar User Interface
- Conduct quick or pre-configured tests directly from your tablet or smartphone
- Connect to your Windows computer for automated, exhaustive testing
VLF SIN 62
VLF sine wave test system for medium voltage cables with integrated Tan Delta
- Performs cable withstand testing, cable diagnosis, and sheath fault pinpointing
- Smallest and lightest unit on the market in its class
- Unique user-experience, thanks to a large, colour touch screen
- Automatic result interpretation as per latest IEEE 400.2 standard
- High safety, thanks to its analogue residual voltage indicator
TDM 45
High power test and diagnosis combination for MV cables (Tan Delta, VLF and PD)
- Cable testing, cable diagnosis, and sheath testing in one device
- Enables standard compliant high power VLF testing at 0.1 Hz (5 µF at 40 kV RMS)
- Internal tan delta measurement with automatic result interpretation
- Partial discharge diagnosis using VLF sine wave, damped AC or 50/60 Hz slope technology voltages