BATTERY CHARGERS // ELECTRIC VEHICLE CHARGING

from The 2023 Sealey Tool Promotion

by Total Motor Factors

OUR BRANDS AND GUARANTEES

10A Type 1 to UK 3-Pin Plug

Portable EV Charger - 5m Cable

• Portable Mode-2 charger is fitted with 3-pin plug so it can be used with any standard 13A socket.

• Delay timing function enables users to program delayed start time to benefit from o -peak electricity tari s.

• The intuitive LED o ers users fault codes, charging time, power and temperature displays.

• Voltage: 230V 1ph.

• UK 3-pin (BS1363) Plug.

• Cable Length: 5m.

• Cable Specification: EN 50620 - 3*2.5mm2+2*0.5mm2.

• Use with an RCD protected power supply.

• Supplied with storage case.

• Model No. EVPC1

• List Price £349.95

5m EV Charger Cables

• The Mode-3 charging cables simply plug into any public or home EV charging point.

• Cable Length: 5m.

• IP54 Rated.

• Supplied with storage case.

• Portable Mode-2 charger is fitted with 3-pin plug so it can be used with any standard 13A socket.

• Delay timing function enables users to program delayed start time to benefit from o peak electricity tari s.

• The intuitive LED o ers users fault codes, charging time, power and temperature displays.

• Current: 10A Fixed.

• Voltage: 230V 1ph.

• UK 3-pin (BS1363) Plug.

• Cable length: 5m.

• Cable Specification: EN50620 - 3*2.5mm2+2*0.5mm2.

• Use with an RCD protected power supply.

• Supplied with storage case.

• Model No. EVPC2

• List Price £349.95

What type of charger do I need?

Traditional chargers are manually operated. The user must decide the level of charge to be applied, monitor the charge status regularly and turn o the charger when the battery is fully charged. Failure to turn o the charger when the battery is fully charged, could result in permanent damage to the battery.

These are often called Smart Chargers or Intelligent Chargers and utilize electronic circuitry and microchips that automatically assess the condition of a battery. They apply the ideal level of charge to optimise the charging procedure, resulting in a faster, more e icient charge. When the battery is fully charged, they revert to a maintenance mode, keeping the battery in a fully charged state. Therefore, there is no risk of damage to your battery. In maintenance mode the charger will continually monitor and charge the battery as required over extended periods of time.

Conventional or Maintenance?

You need to decide on which type of charger best suits your requirements. There are two types of charging function:

These chargers have the ability to charge a battery from low voltage to fully charged. This can take anything from 6 to 24 hours, depending on the level of discharge.

Trickle Chargers employ the use of electronic battery monitoring to regulate charging rate. This prevents overcharging, charging your vehicle’s battery at a rate similar to that at which it self-discharges, so as to maintain full battery capacity. These tend to be low amperage units (1-2A). Charging at too fast a rate, or overcharging can cause damage to the battery.

This function is typically used to keep a battery fully charged while in storage over long periods and is very popular for classic cars, or vehicles that are only used occasionally.

Additional Functions

This function is typically found on larger, heavy-duty chargers and provides a high amp boost, which allows you to jump-start a vehicle with a discharged battery. They work by transferring power directly from the internal transformer to a vehicle’s discharged battery. The jump starter function will not charge your battery, but instead provide the necessary power to crank the engine and start the vehicle. Once the engine is on, the alternator will charge the battery. The biggest advantage of portable jump starters is that they do not require the assistance of another vehicle or person.

Some chargers also include a desulphation function. Sulphation occurs naturally in batteries. Over time it builds up on the batteries internal lead plates, reducing their e iciency and the lifespan of the battery. The desulphation function creates a pulsed charge, which cleans o the sulphation. Vehicles that utilize “Start Stop" technology may require Smart Chargers to charge their batteries. Always refer to manufacturers specific information prior to charging.

Now you’ve decided on the type of charger you need, there are a couple more points to consider: Bigger batteries require larger output chargers. Therefore, you will need to choose a charger capable of charging the largest battery you are likely to need to charge. Most chargers are suitable for charging Lead Acid Batteries. But not all are suitable for Gel, Calcium or AGM, EFB or Lithium batteries. Always refer to the battery manufacturer for specific charging instructions.

12V/24V Battery Chargers

• Supplied in a steel case with carry handle, these single phase chargers feature plenty of ventilation to help maintain low transformer temperatures.

• A large ammeter displays rate of charge and a dash-mounted fuse provides polarity protection in the event that clips are connected incorrectly.

• Rocker switches control variable output to the battery to maintain peak condition.

• Suitable for regular and low maintenance batteries.

12/24V SuperBoost Starter/Chargers

• Combination units capable of both charging batteries and providing boost power to help start vehicles with flat batteries.

• Models feature easy-to-read ammeters and illuminated power switches.

• All models have dual output (12 and 24V) and circuitry is protected by a panel mounted fuse.

• Model No’s SUPERBOOST140 and SUPERBOOST160 are suitable for fleet operators running cars and van derivatives.

• Model No’s SUPERBOOST180 and SUPERBOOST200 are suitable for heavier garage use for engines up to 3L capacity.

• Built-in polarity protection.