Fire brigade vehicles

Lithium Power Systems for rescue and fire brigade vehicles.
12V/24V and 230V available. Anytime. Anywhere.

 
Lithium Battery Technology

Reliable power for emergency situations

Lithium technology is the perfect solution for emergency vehicles. It ensures stable power supplies of 12V or 24V DC and 230VAC for electronic equipment like computers, communication systems, lights, etc. anytime, anywhere. Lithium battery solutions are vibration resistant and reliable both as a main power supply and backup / UPS (Uninterruptiple Power Supply). Compact and low-weight designs leave more space for important equipment.

Longer lifetime –
no maintenance

Clayton power provides you with complete maintenance-free and reliable lithium solutions. A 3G Combi: Inverter/Charger charges the lithium battery and top-charges the starter battery simultaneously. Lithium batteries require no maintenance but last up to six times longer than standard lead batteries by offering 3000 charge/discharge cycles.

                 + Power supply for 12V or 24V DC equipment
                 + Power supply for 230VAC appliances
                 + Compact design and reduced weight      
                 + Charge from mains and while driving      
                 + Longer lifetime, no maintenance
                 + Efficient power supply for longer periods of time

More efficient energy and speedy charge times

Lithium batteries are more powerful and energy efficient than lead batteries. They provide the double amount of energy by allowing the use of up to 80 % of their power capacity at high consumption without reducing their durability.  A speedy recharge of 100A per hour in standby as well as while driving ensures a constant availability of power and reduced inefficient time.
 

Order call for information: 

230V - 2000W | 12VDC - 160Ah lithium ion

Operation times:

500W consumption: 2h:45min
2000W consumption: 40min

Charge times (95% SOC):

230V mains: 1h:15min
Alternator (90A): 1h:30min

12VDC output:

Continuously: 250A
15min: 350A
Peak: 500A

230VAC output:

Continuously: 2000W
15min: 2300W
Peak: 4000W

G3 Combi 2012-100

Inverter: 2000W - 230VAC/50Hz
Charger: 100A - 230VAC/12VDC

12VDC - 160Ah Lithium Battery

CDR Battery Separator: Built-in
Charge current: 160A
Weight: 36kg
Cycles: 3000

Description:

230VAC consumption: The G3 Combi supplies with 230VAC from the lithium battery.

Connected to mains: The G3 Combi charges the starter- and lithium-battery. 

Driving: The built-in CDR Battery Separator charges via the starter battery when the battery has reached 13.5VDC

 

230V - 2000W | 12VDC - 200Ah lithium ion

Operation times:

500W consumption: 3h:30min
2000W consumption: 50min

Charge times (95% SOC):

230V mains: 1h:30min
Alternator (90A): 1h:50min

12VDC output:

Continuously: 250A
15min: 350A
Peak: 500A

230VAC output:

Continuously: 2000W
15min: 2300W
Peak: 4000W

G3 Combi 2012-100

Inverter: 2000W - 230VAC/50Hz
Charger: 100A - 230VAC/12VDC

12VDC - 200Ah Lithium Battery

CDR Battery Separator: Built-in
Charge current: 200A
Weight: 48kg
Cycles: 3000

Description:

230VAC consumption: The G3 Combi supplies with 230VAC from the lithium battery.

Connected to mains: The G3 Combi charges the starter- and lithium-battery. 

Driving: The built-in CDR Battery Separator charges via the starter battery when the battery has reached 13.5VDC

 

230V - 2000W | 400Ah - 12VDC lithium ion

Operation times:

500W consumption: 7h
2000W consumption: 1h:40min

Charge times (95% SOC):

230V mains: 3h:15min
Alternator (90A): 3h:40min

12VDC output:

Continuously: 250A
15min: 350A
Peak: 600A

230VAC output:

Continuously: 2000W
15min: 2300W
Peak: 3000W

G3 Combi 2012-100

Inverter: 2000W - 230VAC/50Hz
Charger: 100A - 230VAC/12VDC

12VDC - 400Ah Lithium Battery

CDR Battery Separator: Built-in
Charge current: 250A
Weight: 85kg
Cycles: 3000

Description:

230VAC consumption: The G3 Combi supplies with 230VAC from the lithium battery.

Connected to mains: The G3 Combi charges the starter- and lithium-battery. 

Driving: The built-in CDR Battery Separator charges via the starter battery when the battery has reached 13.5VDC

 

230V - 2300W | 24VDC - 160Ah lithium ion

Operation times:

500W consumption: 5h:30min
2000W consumption: 1h:10min

Charge times (95% SOC):

230V mains: 2h:40min
Alternator (60A): 2h:10min

24VDC output:

Continuously: 250A
15min: 350A
Peak: 500A

230VAC output:

Continuously: 2300W
15min: 2500W
Peak: 4500W

G3 Combi 2324-50

Inverter: 2300W - 230VAC/50Hz
Charger: 50A - 230VAC/24VDC

24VDC - 160Ah Lithium Battery

CDR Battery Separator: Built-in
Charge current: 160A
Weight: 63kg
Cycles: 3000

Description:

230VAC consumption: The G3 Combi supplies with 230VAC from the lithium battery.

Connected to mains: The G3 Combi charges the starter- and lithium-battery. 

Driving: The built-in CDR Battery Separator charges via the starter battery when the battery has reached 27VDC

 

230V - 2300W | 24VDC - 200Ah lithium ion

Operation times:

500W consumption: 3h:30min
2000W consumption: 1h:30min

Charge times (95% SOC):

230V mains: 3h:15min
Alternator (60A): 2h:40min

24VDC output:

Continuously: 250A
15min: 350A
Peak: 500A

230VAC output:

Continuously: 2300W
15min: 2500W
Peak: 4500W

G3 Combi 2324-50

Inverter: 2300W - 230VAC/50Hz
Charger: 50A - 230VAC/24VDC

24VDC - 200Ah Lithium Battery

CDR Battery Separator: Built-in
Charge current: 200A
Weight: 85kg
Cycles: 3000

Description:

230VAC consumption: The G3 Combi supplies with 230VAC from the lithium battery.

Connected to mains: The G3 Combi charges the starter- and lithium-battery. 

Driving: The built-in CDR Battery Separator charges via the starter battery when the battery has reached 27VDC

 

Lithium Ion Batteries

Powerful. Low weight. Fast charging.
lithium ion battery

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Lithium Ion Batteries ›

Display/remote

Have a full overview and total control.


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Display/remote ›

G3 Sine Wave Inverters

12v, 24v and 36v power inverter series.
 

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Sine Wave Inverters ›