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Valen ENDUROGEL range features a rechargeable, deep cycle, Valve Regulated Lead Acid (VRLA) battery. Genuine Gel technology allows this battery range to offer the cyclic benefits of the Valen Gel range.
However, the Valen ENDUROGEL battery range outshines the standard Gel battery by incorporating both advanced lead plates and the Catalyst.
High purity virgin lead plates with 1.6% tin extend the longevity of the Valen ENDUROGEL battery. The inclusion of the unique Catalyst Life Extender reduces sulphation and delamination by substantially lowering the rate of battery dry out. This innovative combination allows the Valen ENDUROGEL a design life of 12-years and is ideal for use in mission-critical cyclic applications.
Voltage | 6 & 12 Volt nominal |
---|---|
Plates | Heavy Duty |
Container | ABS Plastic |
Charge Voltage | 6V Cycle: 7.2-7.5V at 25°C 6V Float: 6.75-6.9V at 25°C 12V Cycle: 14.1-14.4V at 25°C 12V Float: 13.5-13.8V at 25°C |
Design Life | 10-years |
Electrolyte | Thixotropic Gel – Sulphuric Acid |
Vent | Self-sealing |
Operating Temp* | -20°C to +60°C |
* However Valen recommend the ENDUROGEL batteries be operated in the temperature range of 20°C to 30°C to obtain full life and optimum performance.
Valen ENDUROGEL range features a rechargeable, deep cycle, Valve Regulated Lead Acid (VRLA) battery. Genuine Gel technology allows this battery range to offer the cyclic benefits of the Valen Gel range.
However, the Valen ENDUROGEL battery range outshines the standard Gel battery by incorporating both advanced lead plates and the Catalyst.
High purity virgin lead plates with 1.6% tin extend the longevity of the Valen ENDUROGEL battery. The inclusion of the unique Catalyst Life Extender reduces sulphation and delamination by substantially lowering the rate of battery dry out. This innovative combination allows the Valen ENDUROGEL a design life of 12-years and is ideal for use in mission-critical cyclic applications.
Volt: 12 V
Cap: 170 Ah
In Stock
Voltage | 12 V |
---|---|
SKU | 12EG170 |
Terminal | Insert - M8 |
Length | 485 mm |
Width | 172 mm |
Height | 240 mm |
C20 | 150 Ah |
C10 | 141 Ah |
C5 | 117 Ah |
Capacity | 170 |
Volt: 12 V
Cap: 100 Ah
In Stock
Voltage | 12 V |
---|---|
SKU | 12EGFT100 |
Terminal | Insert - M8 |
Length | 395 mm |
Width | 110 mm |
Height | 286 mm |
Capacity | 100 |
Volt: 12 V
Cap: 110 Ah
In Stock
Voltage | 12 V |
---|---|
SKU | 12EG110 |
Terminal | Insert - M8 |
Length | 330 mm |
Width | 171 mm |
Height | 214 mm |
Capacity | 110 |
Volt: 12 V
Cap: 155 Ah
In Stock
Voltage | 12 V |
---|---|
SKU | 12EGFT155 |
Terminal | Insert - M8 |
Length | 550 mm |
Width | 110 mm |
Height | 288 mm |
Capacity | 155 |
Volt: 12 V
Cap: 220 Ah
Low Stock
Voltage | 12 V |
---|---|
SKU | 12EG220 |
Terminal | Insert - M8 |
Length | 522 mm |
Width | 238 mm |
Height | 218 mm |
Capacity | 220 |
Volt: 12 V
Cap: 300 Ah
In Stock
Voltage | 12 V |
---|---|
SKU | 12EG300 |
Terminal | Insert - M8 |
Length | 521 mm |
Width | 269 mm |
Height | 220 mm |
Capacity | 300 |
Volt: 12 V
Cap: 50 Ah
In Stock
Voltage | 12 V |
---|---|
SKU | 12EG50 |
Terminal | Insert - M6 |
Length | 197 mm |
Width | 165 mm |
Height | 170 mm |
C20 | 40AH Ah |
C10 | 37.6AH Ah |
C5 | 31.6AH Ah |
Capacity | 50 |
Volt: 12 V
Cap: 60 Ah
In Stock
Voltage | 12 V |
---|---|
SKU | 12EG60 |
Terminal | Insert - M6 |
Length | 229 mm |
Width | 138 mm |
Height | 214 mm |
Capacity | 60 |
Volt: 12 V
Cap: 80 Ah
In Stock
Voltage | 12 V |
---|---|
SKU | 12EG80 |
Terminal | Insert - M6 |
Length | 260 mm |
Width | 168 mm |
Height | 215 mm |
Capacity | 80 |
Volt: 2 V
Cap: 1000 Ah
In Stock
Voltage | 2 V |
---|---|
SKU | 2EG1000 |
Terminal | Insert - M8 |
Length | 475 mm |
Width | 175 mm |
Height | 356 mm |
Capacity | 1000 |
Volt: 2 V
Cap: 500 Ah
In Stock
Voltage | 2 V |
---|---|
SKU | 2EG500 |
Terminal | Insert - M8 |
Length | 241 mm |
Width | 171 mm |
Height | 330 mm |
Capacity | 500 |
During the charge and discharge cycle of all lead-acid batteries, hydrogen and oxygen gasses are produced. The hydrogen escapes leaving the oxygen gas behind. This reaction causes the battery to sulphate and the plates to depolarise over time.
When a Catalyst Life Extender is installed in the headspace of a VRLA battery, it changes the electrochemical activity within the cell. This causes balance within the cell, preventing the negative plate from depolarising over time and improving cell capacity. A healthy balance in the cell will be immediately apparent by a reduction in the cell’s float current by up to 50%. What this means is:
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