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5.5 CONNECTION TO THE POWER SUPPLY (CHARGER
(sold separately)
)
– Make sure the power supply information on the charger’s rating plate is compatible with the
power supply you intend to connect it to.
– The charger used by this product is designed for connection to a domestic power supply rated
at 230V AC.
– If an extension lead is required, use an approved and compatible lead rated for this appliance.
Follow the instructions supplied with the extension lead.
– If using an extension lead, follow the instructions that came with your lead regarding maximum
load while the cable is wound. If in doubt, ensure that the entire cable is unwound. Using a
coiled extension lead will generate heat, which could melt the lead and cause a fire.
– †Double insulated : The charger used by this product requires no earth connection as
supplementary insulation is applied to the basic insulation to protect against electric shock in
the event of failure of the basic insulation.
Warning!
● Check the condition of the charger and
battery prior to each charge. If there is
any sign of damage then do not
commence charging, seek advice from
Draper Tools.
– The battery must be removed from the appliance before it is recycled.
– The charger must be disconnected from the supply mains when removing the battery.
– The battery is to be disposed of in-line with local Authority procedures.
– Do not use any other than the designated Draper batteries/chargers with this product.
– Do not crush, open or burn the battery. Exposure to potentially harmful materials may occur.
– In case of fire use CO2 or dry chemical extinguisher.
– Do not expose to high temperatures >50°C. The battery may degrade at high temperatures.
– Charge battery in conditions between 5°C to 30°C with the specified charger designed for this
battery.
– Do not use battery if it has been stored at 5°C or less. Allow it to “normalise” at room
temperature before usage/changing.
To charge the battery pack , it must first be removed from the tool.
To release the battery pack:
– Press the battery pack release button and gently slide the battery pack off (Fig.1).
– Plug the battery charger unit into a 230V/AC 13amp, three pin socket.
– The green LED will stay lit to show the charger has power.
– Slide the battery pack into place ensuring the battery terminals and the charger terminals make
a good connection Fig.2.
– After a few seconds delay the red LED will light to show the battery pack is being charged.
5. HEALTH AND SAFETY INFORMATION
- 9 -- 12 -
8. PREPARING THE ORBITAL SANDER
FIG.2
FIG.1
Warning!
● Ensure battery pack is connected correctly. (Fig.2). Sliding the battery pack on
incorrectly may cause damage to the battery/charger.
– When the battery pack is fully charged, the green LED
will light.
Warning!
● Leaking battery packs
– The electrolyte in battery packs is corrosive. Avoid contact with the skin.
– If contact is made, flush the area with running water, pat dry and seek medical
attention and advice at the earliest opportunity.
– Inform medical personnel that the contaminant is a “high alkaline, corrosive liquid”.
– If electrolyte comes into contact with the eyes, flush with copious amounts of
water only. Seek medical attention immediately, relaying the information above.
Warning!
● If the indicator lights fail to illuminate during the charging cycle, unplug the charger
from the power supply socket outlet and replace the battery pack.
8.1 BATTERY PACK CHARGING –
FIGS. 1 – 2
This power product is supplied “naked”;
without battery pack or charger.
Compatible batteries, chargers and
accessories are available through
Draper Tools stockists.
●
Consult the table on page 11 of
these instructions for a guide to
the available battery packs and
chargers compatible with this product.
Important: Only Draper designated battery packs
and chargers can be used in conjunction with this
product. Use of any other third party battery
packs/chargers with this product is considered
misuse and will invalidate the product’s warranty.
Once connected to the mains supply recharging of
the battery pack can be left generally unsupervised
requiring minimal attention. Complex circuit
construction monitors the battery pack condition
adjusting the recharge current to suit. When the
recharge cycle is complete and to maintain the full
capacity a low output current will continue as
required.
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