Faure-X Cells - First National Battery

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Faure-X Cells
Complies with: SABS IEC 60896-1 and BS 6290
Product and Service Benefits
Locally-Manufactured Range
Manufactured by a South African company, proven under South African conditions.
Premier Quality
Conforms to SABS IEC 60896-1, BS 6290 1984 and manufactured to ISO 9001:2000 quality standards.
Nationwide After-Sales Support
Countrywide network of branches and agencies, with access to information to ensure sound technical backup.
Proven Reliability
Some cells were still operating and tested to have full capacity nearly 30 years after their introduction in 1974.
Customer Care
Every Chloride standby cell carries a comprehensive product warranty backed by the industry leader and supported
by a national distributor network.
Design Features
Designed for all standby duties including power stations, telephone exchanges, telecommunications and emergency
lighting .
Noteworthy advantages of these cells are:
a simple hydrometer reading indicates the state of charge, facilitating
inspection, test and maintenance.
float charge operation, always ready for use.
life expectancy of 15 years .
POSITIVE PLATES are constructed of 5mm industrial grids pasted with a long-life paste formulation, suitable for
float charge and cycling applications.
NEGATIVE PLATES are of industrial pasted grid construction, for balanced performance and life.
SEPARATORS made of microporous rubber, for exceptionally long life and have high porosity, ensuring minimum
internal resistance.
TRANSPARENT CONTAINERS, moulded from styrene acrylonitrile(SAN) to provide optimum transparency and very
high insulating qualities, eliminating the need for separate cell insulators
CELL LIDS are moulded from opaque SAN. Permanently sealed to the container.
VENT PLUGS are of a special design, which effectively returns all acid spray to the cell, but allows free exit of
oxygen and hydrogen gases.
CELL PILLARS AND CONNECTORS
Specially designed to give minimum resistance - maximum current flow.
Technical Details
VOLTAGE
The nominal voltage is 2 volts per cell, i.e. a nominal 110V battery has 55 cells. On discharge, the recommended
final voltage at which the discharge should be terminated depends on the discharge rate. For example, discharge
curves indicate that the final voltage for the three hour rate of discharge is 1.8 volts.
It is not recommended to continue discharging the cells once the final voltage has been reached as the voltage
will fall away at an increasing rate with minimal gain of discharge duration.
CAPACITY
The capacity of these cells is normally rated at the 10hour rate of discharge although the capacity which can be
taken from a cell will vary the discharge rate, as indicated in the capacity table. Capacity is also affected by
temperature
SPECIFIC GRAVITY
A simply hydrometer reading indicates the state of charge. A fully charged cell will have a specific gravity of 1.250.
FLOAT CHARGING
As these cells are designed for standby applications they should be float charged to ensure that they remain fully
charged, ready for instant use, at all times. Correct float voltage settings may vary depending upon operational
difference but as a guideline 2.25 volts per cell at 25°C may be used as a level of charge which will minimise the
need for equalising charges whilst providing acceptable life. The installation and maintenance manual should be
read for further information.
RECHARGING
The cell’s ampere hour efficiency is 90%. To fully recharge the cells the amount of charge required is equal to
the amount of discharge in ampere hours plus 11%.
INSTALLATION
These cells can be connected either edge to edge or face to face. The standard method of connection is to follow
the shortest distance between two terminals.
the shortest distance between two terminals.
Faure-X, Capacities, Weights And Dimensions
Type
Cap acity in a mpe reh ou rs at 25 °C
whe n disch arg ed in
10 Hrs 3 Hr s
Fina l
volt age
1 Hr
We ig ht
A ppro x. E xt ern al d imen sio ns o f
I nitial
q ua ntit y
ce ll co nt aine r
C harg e Ce ll
A cid
of acid
Curre nt com pl.
only
filled 1. 250 sg
L en gth Widt h H eight
1 .85
1.8 0
1. 75
Kg
Kg
Litre s
mm
mm
mm
mm
mm
mm
FCP 5
64
46
32
5
11 .5
6 .7
5 .4
134
20 3
349
42 3
1 40
400
710
FC P 7
96
69
48
7
12 .9
6. 4
5 .2
1 34
203
349
42 3
1 40
4 00
710
FCP 9
128
92
64
9
14 .2
6 .1
5 .0
1 34
203
349
42 3
1 40
4 00
710
FCP 1 1
16 0
115
80
11
15 .6
5 .9
4 .8
1 34
203
349
42 3
1 40
4 00
710
FCP 1 3
192
138
96
13
17 .0
5 .6
4 .6
1 34
20 3
349
42 3
1 40
4 00
710
FCP 15
224
1 61
112
16
20 .8
7 .7
6 .3
1 72
203
349
42 3
17 8
4 00
710
FCP 17
25 6
184
126
18
22 .2
7 .5
6 .1
17 2
203
349
42 3
178
4 00
710
FCP 19
2 88
20 7
144
20
23 .5
7 .3
5 .9
1 72
203
349
42 3
1 78
400
710
FCP 2 1
320
230
160
22
27 .4
9 .4
7 .6
2 10
203
349
42 3
2 09
4 06
662
FCP 2 3
352
253
176
25
28 .7
9 .1
7.4
2 10
203
349
42 3
2 09
4 06
66 2
FCP 2 5
384
276
192
27
33 .0
1 1 .3
9 .1
2 48
203
349
42 3
20 9
4 26
742
FC P 2 7
416
299
20 8
29
34 .3
1 1 .0
8 .9
2 48
203
349
42 3
2 09
4 26
742
FCP 2 9
44 8
322
22 4
31
35 .7
1 0 .8
8 .8
2 48
203
349
42 3
2 09
4 26
742
FCP 3 1
480
345
24 0
34
39 .7
1 2 .9
1 0.5
2 86
20 3
349
42 3
20 9
4 64
818
FCP 3 3
512
368
25 6
36
4 1.0
1 2 .7
1 0.3
2 86
203
349
42 3
2 09
4 64
818
FCP 35
544
39 1
27 2
38
45 .6
1 4 .9
1 2 .1
3 62
203
349
42 3
20 9
54 2
974
FCP 3 7
576
414
28 8
40
47 .0
1 4 .7
1 1.9
3 62
203
349
42 3
2 09
5 42
974
FC P 3 9
608
437
30 4
42
48 .3
1 4 .4
1 1.7
3 62
203
349
42 3
2 09
5 42
974
FC P 4 1
640
460
32 0
44
4 9.7
1 4 .2
1 1.5
3 62
203
349
42 3
2 09
5 42
974
FCP 4 3
672
483
33 6
47
51 .1
1 4 .0
11 .3
3 62
20 3
349
42 3
209
5 42
974
FH P 1 3
79 0
55 5
3 52
55
7 5 .8
3 6.1
28 .9
2 30
36 8
5 92
682
2 40
3 70
969
FH P 1 5
920
648
41 2
64
80 .0
34 .8
2 8.2
230
3 68
59 2
6 82
2 40
3 70
9 69
FH P 1 7
1 05 0
741
470
73
8 4.2
33 .9
2 7.5
2 30
3 68
59 2
682
24 0
3 70
9 69
FH P 1 9
1 18 0
1 3 10
834
52 9
5 88
82
88 .4
33 .0
2 6.8
2 30
3 68
59 2
682
240
370
969
91
9 2 .6
3 2.1
26 .0
23 0
368
59 2
682
24 0
370
96 9
969
FHP 2 1
9 27
Am ps
mm
O ve r- Cen tre s Wid th of W idt h o f
ble
a ll
of
single row d ou
row
heig ht
cells
stillage
st illag e
of cells
or sta nd or
st and
FHP 23
1 4 40
1 0 20
6 47
10 0
11 3 .8
4 7.1
38 .2
30 6
368
59 2
682
315
37 0
FHP 25
1 5 70
11 1 3
7 06
109
11 8 .0
4 6. 2
37 .4
30 6
368
59 2
682
3 15
370
96 9
FH P 2 7
1 70 0
1 20 6
76 4
1 19
1 2 2.2
45 .3
3 6 .7
3 06
36 8
59 2
682
3 15
370
96 9
FH P 2 9
1 83 0
1 29 9
82 3
12 8
1 2 6.4
44 .4
3 6.0
3 06
36 8
59 2
6 82
315
37 0
96 9
FH P 3 1
1 97 0
1 39 2
882
13 7
1 3 0.6
43 .5
3 5.2
3 06
36 8
59 2
6 82
288
3 70
96 9
FH P 3 3
2 10 0
1 48 2
94 1
14 7
1 4 6.3
5 3.3
4 3 .1
357
36 8
59 2
6 82
37 9
3 60
96 9
FH P 3 5
2 23 0
1 57 5
10 0 0
15 6
1 5 0.4
5 2.4
4 2 .4
357
36 8
59 2
682
379
36 0
9 69
FHP 3 7
2 36 0
1 66 8
1 0 58
16 5
1 5 4.7
5 1.5
4 1 .7
357
3 68
59 2
682
3 79
3 60
9 69
FH P 3 9
2 49 0
1 7 61
11 1 7
17 4
1 5 8.9
5 0.6
4 0.9
3 57
36 8
59 2
682
37 9
360
9 69
FHP 4 1
2 62 0
1 85 4
11 7 6
18 3
1 6 3.1
4 9.7
4 0.2
357
36 8
59 2
68 2
3 79
3 60
9 69
FH P 4 3
2 75 0
1 94 7
12 3 5
1 92
1 8 3.5
6 4.7
5 2.4
433
36 8
59 2
6 82
3 79
4 35
1 09 9
FH P 4 5
2 88 0
2 04 0
1 2 94
2 01
1 87 .7
63 .8
5 1.6
4 33
3 68
59 2
682
37 9
4 35
1 09 9
FHP 47
3 01 0
2 13 3
1 3 52
2 10
1 9 1.9
6 2.9
5 0.9
4 33
3 68
59 2
68 2
379
43 5
10 9 9
FHP 49
3 14 0
2 22 6
14 1 1
22 0
1 9 6.1
62 .0
5 0.2
4 33
36 8
59 2
682
3 79
43 5
10 9 9
FHP 51
3 2 80
2 31 9
1 47 0
22 9
2 0 0.3
61 .1
4 9.4
4 33
36 8
59 2
68 2
3 79
43 5
10 9 9
FHP 5 3
3 41 0
2 40 9
1 52 9
2 38
2 2 1.5
76 .0
6 1.6
5 09
36 8
59 2
682
379
5 10
1 24 9
FHP 5 5
3 54 0
2 50 2
1 58 8
2 47
2 2 5.7
7 5.1
6 0.8
5 09
36 8
59 2
682
3 79
51 0
1 2 49
FHP 5 7
3 67 0
2 59 5
16 4 6
2 57
2 2 9.9
74 .2
6 0 .1
5 09
36 8
59 2
68 2
37 9
51 0
1 24 9
FHP 5 9
3 80 0
2 68 8
1 70 5
2 66
2 34 .1
73 .3
5 9.4
5 09
36 8
59 2
68 2
379
51 0
1 24 9
FHP 6 1
3 93 0
2 78 1
1 76 4
2 75
2 3 8.3
72 .4
58 .7
5 09
36 8
59 2
682
379
51 0
1 24 9
FH P 6 3
4 0 60
2 87 4
1 82 3
28 4
2 6 1.2
87 .6
7 1.0
5 85
36 8
59 2
6 82
379
586
1 4 01
FH P 6 5
4 1 90
2 9 67
18 8 2
29 3
2 6 5.4
8 6.7
7 0.2
5 85
36 8
59 2
682
3 79
58 6
1 4 01
FH P 6 7
4 3 20
30 6 0
19 4 0
30 2
26 9 .6
8 5.8
6 9.5
5 85
36 8
59 2
6 82
379
58 6
1 4 01
FHP 6 9
4 45 0
3 15 3
1 99 9
3 11
2 7 3.8
84 .9
6 8.8
5 85
36 8
59 2
6 82
379
58 6
1 4 01
Th e le ngt h of a st an d is n x ce ll cent re where n is t he num be r of cells in a row.
First National Battery
ESTABLISHED IN 1931, FIRST NATIONAL BATTERY IS A LEADING MANUFACTURER OF LEAD ACID BATTERIES IN SOUTH AFRICA.
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