Deutsch (Deutschland)10 OGi 250 PPol
Item No. 2075619
Loading
BAE OGi cells are suitable for stationary batteries where high operational reliability, long service life, high discharge currents for short discharge durations, and capacitive discharges over longer periods are required. Typical applications include standby power systems in power plants,
Out of stock
Description
BAE OGi cells are suitable for stationary batteries where high operational reliability, long service life, high discharge currents for short discharge durations, and capacitive discharges over longer periods are required.
Typical applications include standby power systems in power plants, substations, uninterruptible power supply (UPS) systems, and emergency lighting systems in accordance with VDE 0108 and VDE 0107.
The grid plate design used ensures a long service life and excellent high-current performance due to the high lead content and the circular shape of the grid bars. Smooth-walled containers and vertically arranged plates provide high energy density with minimal footprint. The transparent containers allow all-round visual inspection and thereby facilitate maintenance.
Round grid plate made of low-antimony alloy (1.6%) with high lead content and circular grid bars
Negative electrode
Grid plate with long-life expander in low-antimony alloy
Separation
High-quality microporous separator
Electrolyte
Sulphuric acid with a density of 1.24 kg/l
Container
Transparent, halogen-free SAN with high mechanical strength, smooth-walled
Lid
Grey-coloured, halogen-free SAN
Terminal bushing
100% electrolyte-tight, sliding, plastic-coated heavy-duty terminal
Terminal design
Copper inserts with M10 thread
Plugs
Labyrinth plugs for aerosol retention; optionally ceramic plugs or ceramic funnel plugs in accordance with DIN 40 740
Connectors
Insulated copper busbars with cross-sections of 90, 150 or 300 mm², or
flexible insulated copper cables with cross-sections of 35, 50, 70, 95 or 120 mm²
Protection class
IP25 according to DIN 40 050, protection against accidental contact in accordance with VBG 4
Maximum current (Imax) possible without limitation
Float charge voltage
U = 2.23 V/cell ±1% between 10 °C and 55 °C
Temperature compensation: ΔU/ΔT = −0.003 V/K below 10 °C (monthly average)
Float charge current
15 mA/100 Ah up to a maximum of 45 mA/100 Ah at end of service life
Boost charge
U = 2.40 V/cell, time-limited
Charging time to 90%
6 hours at 1.5 × I10 initial current, 2.23 V/cell, after 80% C3 discharge
20 °C
Initial capacity
100%
Depth of discharge
Normally up to 80%
Deep discharge
Discharges beyond 80% and below the current-dependent end-of-discharge voltages must be avoided
16 years at 20 °C
Water topping-up interval
>3 years at 20 °C
IEC 60896-1 cycles
>1200
Â
Self-discharge
Approx. 3% per month at 20 °C
Operating temperature
-20 °C to +55 °C
Recommended: 10 °C to 30 °C
Dimensions according to
DIN 40 736 Part 1
IEC 60896-11
Safety standard / ventilation
DIN EN 50272-2
Typical applications include standby power systems in power plants, substations, uninterruptible power supply (UPS) systems, and emergency lighting systems in accordance with VDE 0108 and VDE 0107.
The grid plate design used ensures a long service life and excellent high-current performance due to the high lead content and the circular shape of the grid bars. Smooth-walled containers and vertically arranged plates provide high energy density with minimal footprint. The transparent containers allow all-round visual inspection and thereby facilitate maintenance.
Construction
Positive electrodeRound grid plate made of low-antimony alloy (1.6%) with high lead content and circular grid bars
Negative electrode
Grid plate with long-life expander in low-antimony alloy
Separation
High-quality microporous separator
Electrolyte
Sulphuric acid with a density of 1.24 kg/l
Container
Transparent, halogen-free SAN with high mechanical strength, smooth-walled
Lid
Grey-coloured, halogen-free SAN
Terminal bushing
100% electrolyte-tight, sliding, plastic-coated heavy-duty terminal
Terminal design
Copper inserts with M10 thread
Plugs
Labyrinth plugs for aerosol retention; optionally ceramic plugs or ceramic funnel plugs in accordance with DIN 40 740
Connectors
Insulated copper busbars with cross-sections of 90, 150 or 300 mm², or
flexible insulated copper cables with cross-sections of 35, 50, 70, 95 or 120 mm²
Protection class
IP25 according to DIN 40 050, protection against accidental contact in accordance with VBG 4
Charging
IU characteristic curveMaximum current (Imax) possible without limitation
Float charge voltage
U = 2.23 V/cell ±1% between 10 °C and 55 °C
Temperature compensation: ΔU/ΔT = −0.003 V/K below 10 °C (monthly average)
Float charge current
15 mA/100 Ah up to a maximum of 45 mA/100 Ah at end of service life
Boost charge
U = 2.40 V/cell, time-limited
Charging time to 90%
6 hours at 1.5 × I10 initial current, 2.23 V/cell, after 80% C3 discharge
Discharge Characteristics
Reference temperature20 °C
Initial capacity
100%
Depth of discharge
Normally up to 80%
Deep discharge
Discharges beyond 80% and below the current-dependent end-of-discharge voltages must be avoided
Maintenance
- Every 6 months: Check battery voltage, pilot cell voltages and temperatures
- Every 12 months: Record battery voltage, cell voltages and temperatures
Operating Characteristics
Service life16 years at 20 °C
Water topping-up interval
>3 years at 20 °C
IEC 60896-1 cycles
>1200
Â
Self-discharge
Approx. 3% per month at 20 °C
Operating temperature
-20 °C to +55 °C
Recommended: 10 °C to 30 °C
Dimensions according to
DIN 40 736 Part 1
Standards and Safety
Testing standardsIEC 60896-11
Safety standard / ventilation
DIN EN 50272-2
Delivery
Batteries are not subject to ADR regulations (road transport), provided the conditions of Special Provision 598 (Chapter 3.3) are met.Specifications
- Length at mm
- 194.00
- width at mm
- 160.00
- Height at mm
- 384.00
- Weight at kg
- 20.90
- Spannung
- 2
- Capacity Ah
- 250
- Manufacture
- BAE
Reviews (0)
There are no reviews yet.
Loading
10 OGi 250 PPol
Item No. 2075619
BAE OGi cells are suitable for stationary batteries where high operational reliability, long service life, high discharge currents for short discharge durations, and capacitive discharges over longer periods are required. Typical applications include standby power systems in power plants,
Out of stock
Description
BAE OGi cells are suitable for stationary batteries where high operational reliability, long service life, high discharge currents for short discharge durations, and capacitive discharges over longer periods are required.
Typical applications include standby power systems in power plants, substations, uninterruptible power supply (UPS) systems, and emergency lighting systems in accordance with VDE 0108 and VDE 0107.
The grid plate design used ensures a long service life and excellent high-current performance due to the high lead content and the circular shape of the grid bars. Smooth-walled containers and vertically arranged plates provide high energy density with minimal footprint. The transparent containers allow all-round visual inspection and thereby facilitate maintenance.
Round grid plate made of low-antimony alloy (1.6%) with high lead content and circular grid bars
Negative electrode
Grid plate with long-life expander in low-antimony alloy
Separation
High-quality microporous separator
Electrolyte
Sulphuric acid with a density of 1.24 kg/l
Container
Transparent, halogen-free SAN with high mechanical strength, smooth-walled
Lid
Grey-coloured, halogen-free SAN
Terminal bushing
100% electrolyte-tight, sliding, plastic-coated heavy-duty terminal
Terminal design
Copper inserts with M10 thread
Plugs
Labyrinth plugs for aerosol retention; optionally ceramic plugs or ceramic funnel plugs in accordance with DIN 40 740
Connectors
Insulated copper busbars with cross-sections of 90, 150 or 300 mm², or
flexible insulated copper cables with cross-sections of 35, 50, 70, 95 or 120 mm²
Protection class
IP25 according to DIN 40 050, protection against accidental contact in accordance with VBG 4
Maximum current (Imax) possible without limitation
Float charge voltage
U = 2.23 V/cell ±1% between 10 °C and 55 °C
Temperature compensation: ΔU/ΔT = −0.003 V/K below 10 °C (monthly average)
Float charge current
15 mA/100 Ah up to a maximum of 45 mA/100 Ah at end of service life
Boost charge
U = 2.40 V/cell, time-limited
Charging time to 90%
6 hours at 1.5 × I10 initial current, 2.23 V/cell, after 80% C3 discharge
20 °C
Initial capacity
100%
Depth of discharge
Normally up to 80%
Deep discharge
Discharges beyond 80% and below the current-dependent end-of-discharge voltages must be avoided
16 years at 20 °C
Water topping-up interval
>3 years at 20 °C
IEC 60896-1 cycles
>1200
Â
Self-discharge
Approx. 3% per month at 20 °C
Operating temperature
-20 °C to +55 °C
Recommended: 10 °C to 30 °C
Dimensions according to
DIN 40 736 Part 1
IEC 60896-11
Safety standard / ventilation
DIN EN 50272-2
Typical applications include standby power systems in power plants, substations, uninterruptible power supply (UPS) systems, and emergency lighting systems in accordance with VDE 0108 and VDE 0107.
The grid plate design used ensures a long service life and excellent high-current performance due to the high lead content and the circular shape of the grid bars. Smooth-walled containers and vertically arranged plates provide high energy density with minimal footprint. The transparent containers allow all-round visual inspection and thereby facilitate maintenance.
Construction
Positive electrodeRound grid plate made of low-antimony alloy (1.6%) with high lead content and circular grid bars
Negative electrode
Grid plate with long-life expander in low-antimony alloy
Separation
High-quality microporous separator
Electrolyte
Sulphuric acid with a density of 1.24 kg/l
Container
Transparent, halogen-free SAN with high mechanical strength, smooth-walled
Lid
Grey-coloured, halogen-free SAN
Terminal bushing
100% electrolyte-tight, sliding, plastic-coated heavy-duty terminal
Terminal design
Copper inserts with M10 thread
Plugs
Labyrinth plugs for aerosol retention; optionally ceramic plugs or ceramic funnel plugs in accordance with DIN 40 740
Connectors
Insulated copper busbars with cross-sections of 90, 150 or 300 mm², or
flexible insulated copper cables with cross-sections of 35, 50, 70, 95 or 120 mm²
Protection class
IP25 according to DIN 40 050, protection against accidental contact in accordance with VBG 4
Charging
IU characteristic curveMaximum current (Imax) possible without limitation
Float charge voltage
U = 2.23 V/cell ±1% between 10 °C and 55 °C
Temperature compensation: ΔU/ΔT = −0.003 V/K below 10 °C (monthly average)
Float charge current
15 mA/100 Ah up to a maximum of 45 mA/100 Ah at end of service life
Boost charge
U = 2.40 V/cell, time-limited
Charging time to 90%
6 hours at 1.5 × I10 initial current, 2.23 V/cell, after 80% C3 discharge
Discharge Characteristics
Reference temperature20 °C
Initial capacity
100%
Depth of discharge
Normally up to 80%
Deep discharge
Discharges beyond 80% and below the current-dependent end-of-discharge voltages must be avoided
Maintenance
- Every 6 months: Check battery voltage, pilot cell voltages and temperatures
- Every 12 months: Record battery voltage, cell voltages and temperatures
Operating Characteristics
Service life16 years at 20 °C
Water topping-up interval
>3 years at 20 °C
IEC 60896-1 cycles
>1200
Â
Self-discharge
Approx. 3% per month at 20 °C
Operating temperature
-20 °C to +55 °C
Recommended: 10 °C to 30 °C
Dimensions according to
DIN 40 736 Part 1
Standards and Safety
Testing standardsIEC 60896-11
Safety standard / ventilation
DIN EN 50272-2
Delivery
Batteries are not subject to ADR regulations (road transport), provided the conditions of Special Provision 598 (Chapter 3.3) are met.Specifications
- Length at mm
- 194.00
- width at mm
- 160.00
- Height at mm
- 384.00
- Weight at kg
- 20.90
- Spannung
- 2
- Capacity Ah
- 250
- Manufacture
- BAE
Reviews (0)
There are no reviews yet.