S34B20R Hybrid Auxiliary Battery | AGM technology

Product Description

Model: S34B20R
BRAVA S34B20R Hybrid Auxiliary Batteries are designed to give you the ultimate combination of power, durability, and flexibility. These batteries are engineered to meet or exceed the performance of your original AGM battery. Delivering maximum cold cranking amps and reserve capacity, Hybird Auxiliary batteries provide increased, spill-proof power to vehicles with multiple electronic features and accessories like cruise control, lane assist, infotainment systems, and heated seats.

Voltage : 12v

CCA : 272A
Rated Capacity : 35Ah@20hr
Reserve Capacity : 53Ah@20hr
Size : 197 x 128 x 202 x 227mm
Weight : 12.5kg
Terminal : SP
Warranty: 3 Year Warranty

Hybrid Auxiliary Battery General Features & benefits:

Direct OE replacement – perfect for replacing your vehicle’s original equipment battery

Optimum charge acceptance for fast recharging between repeated engine starts

AGM technology for superior cycling endurance and longer service life

Sealed maintenance free design for maximum safety

For vehicles with advanced start-stop function and regenerative braking

Durable, lasting up to 3x longer cycle life than standard flooded batteries when used in start-stop vehicles

Reliable, delivering superior electrical performance for high electrical demand

Delivers better starting power in cold weather

Safe, certified non-spillable. Suitable for mounting in any orientation

Improved durability in hot climates with heat-deflection container design

Hybrid Auxiliary Battery Specifications

Model	Rated Voltage (V)	20hr @1.75V/cell	RC (min)	CCA -18℃ (A)	L+W+H+TH(mm) +0/-2	Gross Weight (kg)	Cell layout	Terminal	Hold-Down
S34B20R	12	35	53	270	197	128	202	227	12.5	1	12	B0
S46B24R	12	45	68	325	238	128	227	227	13.5	1	12	B0
S50B20L	12	35	60	272	184	127	200	220	12	0	B	B0
S55B24L	12	48	80	325	238	127	200	220	12	0	B	B0
S55D23R	12	65	85	550	220	170	225	225	15.1	1	12	B0
S55D23L	12	65	85	670	230	172	200	220	16.5	0	A	B0
S65D26L	12	68	125	400	257	171	227	227	17.3	1	12	B0
S65D26R	12	75	125	760	257	172	200	220	17.5	1	A	B0
S75D31L	12	80	125	510	304	171	227	227	20.7	1	12	B0

Model

Rated Voltage (V)

20hr @1.75V/cell

RC (min)

CCA -18℃ (A)

L+W+H+TH(mm)
+0/-2

Gross Weight (kg)

Cell layout

Terminal

Hold-Down

S34B20R

270

197

128

202

227

12.5

S46B24R

325

238

128

227

13.5

S50B20L

272

184

127

200

220

S55B24L

325

238

127

200

220

S55D23R

550

220

170

225

15.1

S55D23L

670

230

172

200

220

16.5

S65D26L

125

400

257

171

227

17.3

S65D26R

125

760

257

172

200

220

17.5

S75D31L

125

510

304

171

227

20.7

Hybrid Auxiliary Battery Applications

Most Hybrid vehicles such as the S34B20R a conventional 12 Volt auxiliary battery in addition to the high voltage hybrid system battery.

The 12 Volt battery is not used for engine starting or to power the traction motors but is used to supply power to:

Accessory systems

Headlights

Audio systems

Computer controls

How Hybrid Batteries Work？

Hybrid vehicles combine electric car technology with that of traditional cars. A hybrid vehicle utilizes a 12-volt lead-acid battery and gasoline like a traditional vehicle while also pulling energy from an electric battery. The vehicle can switch seamlessly between power sources so the driver isn’t even aware of the transition.

The electric battery recharges through a process known as regenerative braking. The energy produced when the driver presses on the brake pedal recharges the electric battery. Switching between electric and gas power is the key to a hybrid vehicle’s outstanding energy efficiency. Hybrid vehicles are only gas-powered part of the time, which makes them 20 to 35 percent more fuel-efficient than a traditional vehicle. This also reduces the vehicle’s emissions, making a hybrid car easier on the environment.