PAG ZL-125 Instruction Leaflet

PAG ZL-125 Time Batteries
Instruction Leaflet
Safety
1.1 When used correctly, Nickel-Metal Hydride batteries are a rugged,
safe, clean and trouble-free means of storing power. Offering a
high energy density, the cells do not deteriorate when left in a
discharged state, making them ideally suited to applications
where reliable portable power is required. However, the user should
be aware that incorrect use could present a hazard. In the interest
of safety, and the protection of our environment, please read and
observe the following health and safety information.
1.2 GENERAL: Do not put in fire or mutilate. Cells may burst or
release toxic material. Do not short-circuit as this may cause burns.
1.3 CORROSIVE ELECTROLYTE: The electrolyte is a mixture of
potassium-hydroxide (KOH) and water. This can cause chemical
burns to human tissue, should leakage occur. Wear protective
gloves when handling all contaminated materials.
In the event of contact with the skin, flood copiously with clean
water. If significant amounts of electrolyte are in involved, or if
any has touched the eyes, seek medical attention immediately.
1.4 ACCIDENTAL SHORT-CIRCUITING: Nickel-Metal Hydride cells
can deliver power at very high rates. PAG batteries are protected
at their output connections by self-resetting overload protection
devices, but severe mechanical abuse of a battery could result in
damage to cells, and short-circuit internal to the battery. Arcing,
excessive heat and the liberation of combustible gas could result,
with the potential for personal injury or ignition of adjacent
flammable materials.
1.5 DISPOSAL: Expired Nickel-Metal Hydride batteries are classified as
controlled waste, and must be disposed of in accordance with the
appropriate regulations or legislation. PAG Ltd offers a recycling
service for expired PAG batteries, which results in the materials
being recovered for re-use.
WARNING: Do not mutilate or incinerate batteries. Do not dispose
of batteries or cells in a charged condition (see 1.4 above).
Return batteries by prior arrangement to:
PAG Ltd. 565 Kingston Road, London SW20 8SA.
Tel: +44 (0) 20 8543 3131, Fax: +44 (0)20 8540 4797.
E-mail: sales@paguk.com.
Batteries must be in a discharged state, and be clearly marked
"FOR RECYCLING".
Specification
2.1 Description:
Model No. 9317 PAG ZL-125 Time Battery.
Compatible with the PAGlok battery connector system.
Model No. 9317V PAG ZL-125 Time Battery.
Compatible with the Sony V-Mount battery connector system.
2.2 Construction:
PAG ZL-125 Time Batteries have welded cell interconnections of
low-resistance nickel strap. The case for these models consists of
high-impact injection mouldings with an internal cradle feature
designed to protect the cells from impact damage. The batteries
are sealed and non user-serviceable.
2.3 Cells:
Premium grade Nickel-Metal Hydride sealed rechargeable
cylindrical cells.
2.4 Voltage:
13.2V Nominal (11 cells connected in series, nominal voltage
1.2V per cell).
2.5 Capacity:
125 watt-hours, nominal.
2.6 Output Protection:
The ZL-125 Time Battery is protected against short circuit and
excessive currents by means of a self-resetting protection device.
Rated maximum continuous output current is 10 amperes.
Batteries are protected against over-temperature by means of a
self-resetting thermal trip rated 71°C.
2.7 Operating Temperature Range:
Optimum discharge efficiency is achieved within the temperature
range 0°C to +40°C.
2.8 Weight:
2.2kg (4.85lb) approx.
2.9 Size (H x W x D):
PAGlok Model 9317
208 x 125 x 44mm (excluding PAGlok claws).
V-Mount Model 9317V
208 x 125 x 52mm.
Care & Maintenance
3.1 The batteries can be stored for up to one year without significant
loss of cell life. For optimal long-term storage, batteries should be
in the 50% charged state.
3.2 Maintenance charging is not required during long-term storage.
3.3 Store in a cool, dry place at a temperature between -20ºC and
+30ºC. Long-term storage at temperatures above +30ºC will reduce
the battery's life because of deterioration of organic materials such
as the gasket and separator. Excessively low storage temperatures
(below -20ºC) are also to be avoided since the electrolyte may
freeze, resulting in permanent cell damage.
3.4 After prolonged storage, it is not ideal to fast-charge the battery
immediately. The cells should first be re-formed and balanced by
giving the battery a slow (C/10) charge for 16 hours. When the
battery is subsequently put into service, 2 or 3 cycles of charge
and discharge may be required to return the battery to its
maximum available capacity.
Users with AR Series chargers may find the following procedure
beneficial: Charge the battery until the charger indicates that it
is charged. Disconnect the battery from the charger, and then
re-apply it, using the 'Recovery' program. Allow this program to
run until the charger again indicates that the battery is charged.
3.5 The battery should be in a fully charged state before use. Even
after one week in storage, it is advisable to give the battery a
top-up charge before use.
3.6 Use only the recommended chargers (see Section 4.1.3 below).
3.7 For maximum output, use within the temperature range 0ºC to
+30ºC. Never operate outside of the temperature range -20ºC to
+45ºC.
3.8 The battery is designed for a maximum continuous output of 8
amperes. Battery output is protected by means of a self-resetting
over-current protection device. The device has a time/current
characteristic which will allow surge currents up to 15 amperes to
flow, but will trip if a continuous current exceeding 12 amperes is