111 Products
VARTA Car Parts
VARTA is a battery brand spanning automotive and smaller portable formats. The AutoMotoPart selection is led by vehicle batteries identified through compact references such as A1, A13, B19, C22 and D15, with titles stating values such as ampere-hours and cold-cranking current. Heavy commercial examples sit beside passenger-car, auxiliary and conventional battery references, while several coin cells, alarm or key-fob cells and a lantern battery complete the visible range.
Start with the vehicle or device rather than a battery that appears close in size. For a starter battery, establish whether the system requires conventional flooded, EFB, AGM or another exact technology; then confirm case dimensions, terminal layout, hold-down, polarity, venting, capacity and cold-cranking requirement. The current AutoMotoPart selection contains 111 VARTA items, led by 105 maintenance entries, 6 office supplies entries. These VARTA figures describe the range on this page rather than every product the brand may make elsewhere.
Vehicle registration can help locate candidates, but build date, engine, start-stop equipment, energy-management system and optional electrical loads may change the correct reference. A physically fitting battery is not necessarily electrically or mechanically suitable. For coin and alarm batteries, retain the complete CR or other cell number, nominal voltage, diameter and thickness. Similar-looking button cells can differ in chemistry or size and should not be substituted from appearance.
Battery work needs short-circuit, lifting and chemical precautions. Switch off loads, follow the vehicle isolation sequence and keep tools from bridging a terminal to bodywork. Secure the battery using the intended clamp, reconnect venting where present and complete battery registration or adaptation when required. A repeated flat battery calls for charging-system and parasitic-drain diagnosis, not automatic replacement. Store small cells away from children and never leave loose cells where they can be swallowed or short together. Record the installed VARTA reference and technology before discarding the packaging, so later charging, registration or fit questions can be traced accurately. Use the VARTA listings below as a reference-led route, with final suitability confirmed from current vehicle or device information.
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VARTA: understand the range before choosing
VARTA Automotive's official material separates battery ranges by vehicle duty and electrical demand, including conventional vehicles, start-stop systems, commercial vehicles and leisure use. The products shown here include a broad set of 12-volt starter and auxiliary references, alongside a small number of coin, alarm, key-fob and lantern batteries. That mix makes exact technology and physical format more important than the VARTA name alone.
AutoMotoPart currently lists 111 VARTA items. The largest VARTA groups are 105 maintenance entries, 6 office supplies entries. VARTA totals can change, so a category count is orientation rather than proof that a particular reference suits a vehicle, workplace or job. The exact VARTA listing, its current technical information and the item in front of you must agree.
What the VARTA page actually covers
| Product group in this range | Current entries | Selection focus |
|---|---|---|
| Maintenance | 105 | Separate starter, commercial, auxiliary and small-cell duties before comparing individual references. |
| Office Supplies | 6 | For portable cells, confirm chemistry, nominal voltage, complete type number and physical dimensions. |
The evidence groups 105 VARTA items under vehicle maintenance and six under office supplies, but the individual titles provide the useful detail. The automotive set spans capacities from small auxiliary formats to high-capacity commercial batteries, while CR2025, CR2032, CR2320 and CR2430 examples demonstrate why a complete small-cell number must be retained. The page does not imply that every VARTA technology or current product family is represented.
Build a reliable shortlist
Battery selection combines electrical duty, physical fit and vehicle strategy. A replacement must satisfy all three at the same time. Starting performance does not excuse a loose hold-down; a matching case does not excuse the wrong start-stop technology; a high capacity does not make an unsuitable charging profile safe. Work through the checks below using current vehicle and VARTA information.
| Check | Why it matters | Useful evidence |
|---|---|---|
| Battery technology | Conventional, EFB and AGM designs serve different cycling and charging demands | Vehicle specification, start-stop equipment and exact VARTA product record |
| Case and hold-down | Length, width, height and base clamp determine secure physical installation | Battery tray, old known-correct case and published dimensions |
| Terminal arrangement | Polarity, post type and position affect cable reach and short-circuit risk | View the battery in installed orientation and compare terminal layout |
| Capacity and starting current | Ah and CCA must meet the vehicle requirement without replacing technology checks | Vehicle data plus the values on the complete VARTA reference |
| Venting and monitoring | Some installations use vent tubes, battery sensors or energy-management registration | Existing equipment and the vehicle replacement procedure |
| Small-cell number | Diameter, thickness, chemistry and voltage are encoded in the complete type | Device instructions and the exact CR, LR or other reference |
Do not use a VARTA cross-reference as the final answer without checking the resulting specification. Vehicles can be modified, batteries can be fitted incorrectly by previous owners, and model-year descriptions can hide a production change. If the removed battery conflicts with current vehicle data, resolve the history rather than copying the old mistake.
Starter batteries for conventional vehicles
A conventional starter battery is designed around engine cranking and the vehicle's normal electrical loads. VARTA titles in this range include nominal capacity and cold-cranking figures, but those two numbers do not describe the whole interface. Case group, terminal polarity, base hold-down, height beneath the bonnet and venting all need to agree before an apparently equivalent battery can be accepted.
A larger Ah value is not automatically an upgrade. The tray and clamp must remain correct, cables must reach without strain and the charging system must support the selected battery. Likewise, a lower CCA figure should not be accepted simply because the engine starts in warm weather. Use the vehicle's stated minimums and VARTA's current application information rather than judging only by price, weight or physical size.
Start-stop, AGM, EFB and auxiliary duties
Start-stop and energy-recuperation systems can cycle a battery far more frequently than a conventional starter arrangement. Where the vehicle specifies AGM or EFB, preserve the required technology unless current manufacturer information explicitly authorises a change. A conventional flooded battery may fit the same tray yet be unsuitable for the cycling and charging strategy.
Auxiliary batteries can support alarms, electronics, start-stop functions or other low-voltage systems alongside the main starter battery. VARTA AUX references in this range should therefore be matched to their own position, size, terminal and duty. Do not assume the smaller battery is optional or that disconnecting it has no effect on stored faults, emergency functions or energy management.
Commercial and high-capacity VARTA references
The visible VARTA titles include batteries rated well above typical small passenger-car capacities, including 190Ah, 210Ah and 240Ah examples. Such values point towards substantial commercial or specialist applications, where case weight, lifting access, series or parallel arrangements and cable routing need particular attention. The number of batteries fitted to the vehicle can be as important as the individual reference.
Before disconnecting a commercial battery bank, identify the complete arrangement and isolate by the vehicle procedure. Do not mix old and new batteries, technologies or materially different states of charge unless the system manufacturer explicitly supports it. Heavy cases require planned lifting and secure handling; using terminals as handles or leaving a battery unsecured is unacceptable even during a short diagnostic test.
Coin cells, alarm batteries and key-fob use
VARTA CR2025, CR2032, CR2320 and CR2430 titles show the importance of the complete coin-cell code. In common lithium coin-cell numbering, nearby references can share voltage while differing in diameter or thickness. A thinner cell can make intermittent contact, while forcing a thicker one can damage a holder. Use the device information and compare the removed cell only when its identity is clear.
Avoid touching flat cell faces more than necessary, observe polarity and keep contacts clean. Do not stack loose coin cells, carry them with metal objects or attempt to recharge a primary cell. Button and coin batteries present a serious ingestion hazard, so store new and used cells in secure packaging away from children and arrange safe recycling promptly.
Replacement, registration and fault diagnosis
Before battery removal, record vehicle settings or use an approved support method only where the repair information permits it. Switch off the ignition and loads, keep keys away from keyless-start vehicles as instructed and disconnect in the specified order. Inspect the tray, clamp, cables, vent tube and battery sensor before placing the new VARTA unit in position.
After installation, tighten terminals and the hold-down to the specified values, reconnect venting and complete registration or adaptation where required. Confirm charging behaviour and warning messages. If the battery repeatedly discharges, test the charging system, sleep-current behaviour and usage pattern. Short journeys, a faulty alternator, a module remaining awake or an accessory wired incorrectly can flatten a sound replacement.
From identification to a checked result
| Stage | Good practice for this range | Mistake to avoid |
|---|---|---|
| Identify duty | Separate starter, start-stop, auxiliary, commercial and portable-cell applications | Choosing by physical size alone |
| Match specification | Confirm technology, case, terminals, hold-down, venting, Ah and CCA | Treating a higher capacity as automatically better |
| Prepare | Switch off loads, obtain vehicle procedures and plan safe lifting | Using a memory support device without checking whether it is permitted |
| Install | Secure the battery, protect polarity and reconnect monitoring or venting | Leaving the battery loose for a test drive |
| Commission | Register where required and verify charging, warnings and retained settings | Replacing again without diagnosing repeat discharge |
Record the complete VARTA number, battery technology and installation date with the vehicle. If a registration or adaptation procedure was completed, retain that result as well. Traceable information makes later charging or parasitic-drain diagnosis more useful and prevents a small auxiliary unit being confused with the main starter battery.
Reading real VARTA references
The VARTA names below are examples from the current range and show why the complete description matters. They are not universal VARTA recommendations and should not be treated as a fitment list. Within VARTA, a shared family word can conceal a different dimension, connector, material, pack format, operating condition or installation side.
| Example listing | What to verify beyond the name |
|---|---|
| PJ996 Lantern Battery | Technology, case, hold-down and terminal layout |
| Varta CR2025 Car Alarm Battery & Car Key Fob Battery - Box of 10 | Capacity, CCA, voltage and vehicle duty |
| Coin Cell Battery CR2320 - Lithium 3V | Auxiliary position, venting and energy-management role |
| Varta CR2430 Car Alarm Battery & Car Key Fob Battery - Box of 10 | Complete cell number, chemistry, diameter and thickness |
| LR1 Battery - Alkaline 1.5V | Technology, case, hold-down and terminal layout |
| Varta CR2032 Car Alarm Battery & Car Key Fob Battery - Box of 10 | Capacity, CCA, voltage and vehicle duty |
| Varta A1 Battery - 210Ah - 1200CCA | Auxiliary position, venting and energy-management role |
| Varta A13 Battery - 40Ah - 330CCA | Complete cell number, chemistry, diameter and thickness |
The example list moves from coin and lantern batteries into passenger, auxiliary and high-capacity vehicle references. That breadth is why the word ‘battery’ is not a sufficient selection description. Keep the VARTA code and every electrical and physical qualifier together until the device or vehicle has been checked in use.
Common errors around VARTA products
- Selecting a VARTA battery from Ah and CCA while ignoring case, terminals or hold-down.
- Replacing an AGM or EFB battery with a conventional type because it fits the tray.
- Assuming the battery fitted by a previous owner is the correct reference.
- Shorting a terminal to bodywork with an uninsulated tool.
- Leaving a vent tube, battery sensor or auxiliary connection detached.
- Skipping battery registration on a vehicle that requires it.
- Forcing a thicker coin cell into a holder designed for another reference.
- Replacing repeated flat batteries without testing charging and sleep-current behaviour.
VARTA questions and answers
Q: What VARTA products are represented on this page?
A: The range is dominated by vehicle starter, commercial and auxiliary batteries, with a smaller group of coin, alarm, key-fob and lantern cells.
Q: Can I choose a VARTA battery from registration alone?
A: Use registration as a starting point, then confirm build data, technology, dimensions, terminals, hold-down, venting, Ah and CCA.
Q: What is the difference between AGM and EFB?
A: They are distinct battery technologies for defined cycling duties; fit the technology required by current vehicle information.
Q: Can a conventional battery replace AGM if the size matches?
A: Not merely because it fits. Preserve the specified technology unless the vehicle and battery information explicitly support a change.
Q: Does a higher Ah rating make a better replacement?
A: No. Capacity must sit alongside technology, charging strategy, case fit, terminal layout and the vehicle's permitted specification.
Q: Why does terminal position matter?
A: Reversed or displaced terminals can strain cables and create a serious short-circuit risk.
Q: What is battery registration?
A: Some vehicles require the energy-management system to be told that a new battery of a defined type and capacity has been installed.
Q: Should an auxiliary battery be replaced with the main battery?
A: Follow diagnosis and the vehicle procedure; the two batteries can have different duties, sizes and replacement needs.
Q: Can CR2025 and CR2032 cells be interchanged?
A: Do not assume so. They can share nominal voltage while differing in thickness and holder contact pressure.
Q: Can a primary coin cell be recharged?
A: No. Use the exact rechargeable or primary chemistry specified by the device.
Q: Why has a new VARTA battery gone flat?
A: Possible causes include charging faults, parasitic drain, short journeys, stored inventory discharge or an unsuitable reference; test before replacing again.
Q: How should an old battery be handled?
A: Keep it upright and secure, protect terminals and use an authorised battery recycling route.