U5113A RMC4X
PAG RMC4X
Rack-Mountable Intelligent Parallel Charger
V-Mount & PAGlok Models
U5113A / JAN 2011
Instruction Manual
PAG RMC4X
Rack-Mountable Intelligent Parallel Charger
V-Mount & PAGlok Models
Instruction Manual
CONTENTS
SECTION
PAGE
1
SAFETY
2
2
SPECIFICATION
3
3
INSTALLATION
6
4
OPERATING INSTRUCTIONS
6
5
SERVICING & REPAIRS
8
6
WARRANTY
9
1
SECTION 1
SAFETY
1.1
This manual contains important safety and operating instructions. Please read
these fully and note all warnings before using the charger. Please follow all
instructions and retain this manual for future reference. A PDF version of this
manual is available to download from the PAG website at www.paguk.com
1.2
The PAG RMC4X charger is not intended for any use other than the charging of
batteries as detailed in Section 2 'Specification'.
1.3
IMPORTANT: Use only on AC supplies 90-265V, 50/60Hz. Supply connection
to the unit should be made using only the standard lead supplied with this
equipment.
1.4
Protect the power cord from being walked on or pinched, particularly at plugs.
Unplug this apparatus during lightning storms or when unused for long periods
of time.
1.5
Ensure that the ventilation slots are not obstructed when in use, e.g. do not
site the charger on a carpet, and ensure that nothing covers the charger when
it is in use.
1.6
WARNING: Indoor use only. To reduce the risk of fire or electric shock, do not
expose this apparatus to rain or moisture.
1.7
Although the charger is short circuit protected, extreme care should always be
taken not to short circuit the battery itself. Rechargeable batteries can deliver
power at a very high rate, and short circuiting even a partially charged battery
could result in a fire or personal injury.
1.8
The RMC4X Charger is designed to accept the following batteries by direct
connection:
Model 9702VR: PAG and Sony V-Mount Lithium-Ion and Nickel-Metal
Hydride batteries.
Model 9702R: PAGlok Lithium-Ion, Nickel-Metal Hydride and NickelCadmium batteries.
Do not attempt to connect any other type of battery.
1.9
2
WARNING: This appliance must be earthed.
1.10 Users who are not qualified electronics technicians must not attempt to
disassemble the charger. There are no user-serviceable parts inside, and
incorrect re-assembly may result in a safety hazard.
1.11 Do not use the apparatus if it has been damaged in any way, such as the
supply cord or plug is damaged, liquid has been spilled, the apparatus has
been exposed to rain or moisture, does not operate normally, or has been
dropped. In this event you should seek advice from your nearest PAG Dealer,
or direct from PAG Ltd., London, by telephoning +44 (0)20 8543 3131.
SECTION 2
SPECIFICATION
2.1
PAG RMC4X Charger Features (both models):
> Four fast-charging channels.
> Intelligent Parallel Charging (iPC).
> Bright, informative Liquid Crystal Display.
> Designed to be fitted into a half-rack system, or a full 19” rack system using
connecting plates.
2.2
Range of Batteries Charged:
PAG RMC4X-V (V-Mount) Model No. 9702VR:
> PAG V-Mount Lithium-Ion batteries.
> Sony V-Mount Lithium-Ion batteries.
> PAG V-Mount Nickel-Metal Hydride batteries.
> Sony V-Mount Nickel-Metal Hydride batteries.
Nickel-Metal Hydride batteries are charged sequentially.
PAG RMC4X-P (PAGlok) Model No. 9702R:
> PAGlok Lithium-Ion batteries.
> PAGlok Nickel-Metal Hydride batteries (but not NMH60 Model 9374).
> PAGlok Nickel-Cadmium batteries.
PAGlok Lithium-Ion batteries having more than two terminals are charged
simultaneously. All other PAGlok Lithium-Ion batteries are charged sequentially.
All PAGlok Nickel-Metal Hydride and Nickel-Cadmium batteries are charged
sequentially.
3
2.3
Battery Connections:
Model 9702VR: 4 x V-Mount connectors.
Model 9702R: 4 x PAGlok connectors.
2.4
Main Charge Program:
> Li-Ion Intelligent Parallel Charging program.
> Maximum output 6A at 16.8V (100W approx.).
2.5
Recovery Charge Program:
This special program will automatically recover a Li-Ion battery where the
output has been shut down. Additionally, the program detects batteries having
a very low voltage, and initiates a special low charge current. The program will
operate until the voltage has risen sufficiently for batteries to safely accept
the normal charge current.
2.6
Self Test Program:
The internal microcomputer constantly monitors the battery under charge or
process as well as the operation of the charger’s own functions which will be
shut down to a safe condition should any of the tests fail.
2.7
Mains Input:
90V to 265V AC. Frequency 50-60 Hz. EN6100-3-2 Power factor corrected.
Maximum consumption 140W.
2.8
Output Protection:
Charger protected against short circuit and excess battery voltage.
2.9
AC Mains Failure Protection:
Should mains failure occur during a charging program, or whilst the charger is
connected, it will shut down to a safe condition.
2.10 User Interface:
Comprehensive Liquid Crystal Display showing status of battery and charger.
The charger is fully automatic in operation and no user controls are provided.
2.11 Safety:
Designed to comply with electrical safety standard BS EN 60065 and UL6500.
NOTE: U.K. mains leads are fitted with a 1" fuse to BS1362 rated 5A as
standard.
2.12 European Union Directives:
Complies with the following EU Directives:
> EMC Directive 89/336/EU.
> Low Voltage Directive 73/23/EU.
4
2.13 Operating Temperature Range:
0ºC to +40ºC (+32ºF to +104ºF).
2.15 Overall Dimensions (both models, excluding charging connectors):
44mm high x 210mm wide x 201mm deep.
2.16 Weight (both models, excluding charging connectors):
1.8kg
2.17 Typical Battery Charging Times:
Batteries:
1 x PAG L95
2 x PAG L95s
3 x PAG L95s
4 x PAG L95s
Charge Time:
3hrs 15mins
4hrs
5hrs
6hrs 30mins
These times are approximate only, and assume batteries are fully discharged.
Charging times will be less if batteries are already partially charged.
5
SECTION 3
INSTALLATION
3.1
PAG RMC4X chargers are fitted with a mains input socket conforming to
CEE22 (IEC socket). Mains supply connection to the charger should be made
using only the standard lead supplied with this equipment.
3.2
PAG RMC4X chargers have been designed for use on AC mains supplies
worldwide, and automatically accept supplies in the range 90V to 265V.
Mains supply frequency must be in the range 50-60 Hz.
NOTE: PAG RMC4X chargers MUST NOT be operated from a vehicle 12V battery
using the PAG Vehicle Battery-Power Converter, Model No. 9774.
3.3
PAG TECHNICAL SALES AND INFORMATION DESK:
For further information, contact PAG Technical Sales and Information Desk
+44 (0)20 8543 3131 or your nearest PAG Authorised Service Centre.
Alternatively, visit the PAG Web Site at www.paguk.com.
SECTION 4
OPERATING INSTRUCTIONS
4.1
IMPORTANT: Note section 4.16 Supply Failure. PAG RMC4X chargers may
be disconnected from the supply at any time in complete safety and without
damage to the charger or any batteries connected.
4.2
Connect the charger to a suitable supply using the standard lead.
The blue LCD screen will illuminate.
4.3
On power-up, the charger will automatically run a self test program.
4.4
With no batteries connected, the display will indicate ‘ABST’ on all four
channels.
4.5
When batteries are connected, charging will automatically commence
and the display will indicate ‘CHRG’ on the appropriate channels.
4.6
Li-Ion batteries are charged simultaneously, using PAG’s Intelligent
Parallel Charging program (see ‘Charging Times’ Section 2.17).
NOTE: Nickel-Metal Hydride batteries are charged sequentially.
6
4.7
The charger display will indicate ‘DONE’ when a battery has received
as much charge as it can safely accept.
4.8
As Li-Ion batteries near the end of charge, the charge current is reduced.
This is perfectly normal for the ‘constant voltage’ phase of the charge cycle.
4.9
Batteries may be removed, and others connected at any time, without
affecting the operation of the charger.
4.10 The charger will continue to monitor the status of all charging channels.
It will not attempt to charge batteries which the charger indicates are ‘DONE’
or faulty (indicated as ‘FAIL’). If a battery is now disconnected the display will
indicate ‘ABST’. If a new battery is connected to the free channel, the
charging sequence will be initiated automatically. The order in which batteries
are connected is therefore immaterial; the charger will ensure that all batteries
are charged in as short a time as possible.
4.11 If the charger detects a faulty battery while the charging program is running,
the display will show ‘FAIL’. This could be caused by one of several conditions,
such as a very old or damaged battery, a short circuit battery, or an
excessively high or low voltage battery.
4.12 The charger will not recognise the connection of a battery which has a voltage
substantially outside of its range or one of unsuitable chemistry type.
4.13 If the internal protection circuit of a PAG or Sony Lithium-Ion battery should
turn-off, for any reason, the battery display will not operate, and there will be
no voltage at the battery terminals. The Cube incorp-orates a Recovery Charge
program which will automatically turn the protection circuit back on again.
4.14 If the charger should detect a fault during operation, it will shut down to
a safe condition. See Section 5.4 ‘Servicing and Repairs’.
4.15 If the AC mains power fails during operation, the charger will shut down
safely; no damage will occur to either the charger or the batteries. When the
mains power is restored the charger will default to the main charge program.
7
SECTION 5
SERVICING & REPAIRS
5.1
WARNING: To reduce the risk of electric shock, do not attempt any servicing or
repairs unless you are qualified to do so. Refer all servicing or repairs to
qualified servicing personnel. The charger contains advanced electronics that
do not require periodic maintenance. Consequently there are no user
serviceable parts inside.
5.2
Qualified electronics engineers who wish to gain access to internal assemblies
should note that parts of the power circuit retain a high voltage even after the
mains supply has been disconnected. Wait for a period of five minutes
following disconnection before commencing disassembly, and be aware of
charged capacitors.
5.3
When the charger is correctly connected to a mains supply and the display is
not functioning, it may be that a supply fuse has become open circuit.
Equipment supplied for use in the UK is supplied with a standard UK mains
cordset, complete with a moulded, fused plug. If this fuse has become open
circuit it should be replaced by another of the correct rating (see
‘Specification’ section 2.12). USE ONLY A FUSE OF THE CORRECT RATING. If the
replacement of the fuse fails to correct the above symptoms, do not attempt
further fuse replacement. It is likely that a fault has developed. Seek advice
from your nearest PAG dealer or direct from PAG Ltd., London, by telephoning
+44 (0)20 8543 3131.
5.4
PAG RMC4X chargers feature a fail-safe shutdown mode. In the unlikely event
of an internal malfunction, an error message will be displayed on the screen,
see 4.15 above. This could be the result of any number of undesirable
situations from which the system is protecting itself, such as the obstruction
of ventilation slots, causing inadequate cooling, or the microcomputer’s
detection of an internal fault. In these cases the charger should be
disconnected from the supply, any obstruction of the air vent system removed,
and the unit allowed to cool before reconnecting to the supply. Should the
charger re-enter the fail-safe shutdown mode, more detailed investigation is
required. Make a note of the error message and seek advice from your nearest
PAG dealer or direct from PAG Ltd., London, by telephoning +44 (0)20 8543
3131.
5.5
Unqualified personnel should not attempt further investigation (see paragraph
5.1 above). Any such interference would invalidate the guarantee and
invariably cause more damage than the original fault.
8
SECTION 6
SECTION
WARRANTY
6.1
Notwithstanding any provision of any agreement the following warranty is
exclusive: PAG Limited warrants each RMC4X charger it manufactures to be free
of defects in material and workmanship under use and service for TWO YEARS
from the date of purchase. This warranty extends only to the original
purchaser. This warranty shall not apply to fuses or any product or parts which
have been subject to misuse, neglect, accident or abnormal conditions of
operation.
6.2
In the event of failure of a product covered by this warranty, PAG Limited will
repair and calibrate equipment returned to an authorised service facility within
the period of the warranty, provided the warrantor’s examination discloses to
its satisfaction the product was defective. The warrantor may, at its option,
replace the product in lieu of repair. With regard to any equipment returned
within this period, said repairs or replacements will be made without charge.
If the failure has been caused by misuse, neglect, accident or abnormal
conditions of operation, repairs will be billed at a nominal cost. In such a
case, an estimate will be submitted before work is started, if requested.
6.3
The foregoing warranty is in lieu of all other warranties, express or implied,
including but not limited to any implied warranty or merchant-ability, fitness
or adequacy for any particular purpose or use. PAG Limited shall not be liable
for any special, incidental, or consequential damages, whether in contract,
tort, or otherwise.
9
PAG Ltd.
565 Kingston Road
Raynes Park
London SW20 8SA
T +44 (0) 20 8543 3131
F +44 (0) 20 8540 4116
E [email protected]
www.paguk.com
EU DECLARATION OF CONFORMITY
We
PAG Ltd.
London, England.
hereby declare that the products described below conform to the relevant requirements of the appropriate EU Directives. This declaration shall cease to be valid if
modifications are made to the products without our approval.
PRODUCT:
PAG RMC4X Charger
MODEL:
9702VR & 9702R
APPLICABLE EU DIRECTIVES:
EMC DIRECTIVE 89/336/EU
LOW-VOLTAGE DIRECTIVE 73/23/EU
CE MARKING DIRECTIVE 93/68/EU
HARMONISED STANDARDS APPLIED:
PRODUCT SPECIFIC:
GENERIC:
EN 50081 - 1 (EMISSIONS)
EN 50082 - 1 (IMMUNITY)
EN 55022 - B
IEC 801 - 2/3/4
EN 60335 - 2 - 29
EN 60555 - 2/3
EN 60335 - 1
Signed for and on behalf of PAG Ltd.
Alan Lavender
Chief Executive.
Date: 26.1.11.
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