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| MICROTEX Tubular Gel cells are maintenance free Tubular Gel lead acid type with long life. Tubular Gel batteries are stable against the deep discharge, cyclic life increases because of higher acid attractions of gel cells which avoids acid stratification
MICROTEX Tubular Gel are used in telecom for wireless BTSs and BSEs, suitable for Solar Photovoltaic application. These tubular gels are ideal for electrical systems of very high safety levels like utilities, data banks, military & security applications |
| Types, Capacities, Dimensions and Mass |
Model |
C/10 27°C |
C/120 27°C |
C/8 27°C |
C/5 27°C |
C/3 27°C |
Ri |
Length (L) |
Width (B) |
Height (max) |
Mass |
Lead Mass |
End Cell Voltage/Cell |
AH 1.80 |
AH 1.85 |
AH 1.75 |
AH 1.75 |
AH 1.74 |
mΩ |
mm |
mm |
mm |
Kg |
Kg |
M 100 TGV |
100 |
150 |
95 |
84 |
72 |
1.60 |
70 |
202 |
356 |
9.5 |
5.9 |
M 160 TGV |
160 |
240 |
152 |
134 |
115 |
1.20 |
70 |
202 |
356 |
12.0 |
8.4 |
M 240 TGV |
240 |
360 |
228 |
200 |
172 |
0.94 |
85 |
202 |
380 |
16.0 |
11.6 |
M 300 TGV |
300 |
450 |
285 |
250 |
215 |
0.78 |
103 |
202 |
380 |
20.5 |
14.4 |
M 360 TGV |
360 |
540 |
342 |
300 |
258 |
0.68 |
140 |
202 |
380 |
25.5 |
17.2 |
M 420 TGV |
420 |
630 |
399 |
350 |
301 |
0.57 |
140 |
202 |
380 |
27.9 |
19.9 |
M 600 TGV |
600 |
900 |
570 |
500 |
430 |
0.43 |
195 |
202 |
380 |
40.4 |
28.7 |
M 1000 TGV |
1000 |
1500 |
950 |
833 |
717 |
0.25 |
232 |
202 |
490 |
65.4 |
46.5 |
| (1) Internal resistance from IEC 60 896-21 |
| Note : 1) The electrical characteristics are nominal indicative value and can vary within +/- 5.0%. |
| (2) Dimension can vary within +/- 2.0mm (3) Weight figures can vary within +/- 5.0% |
|
|
M 100 TGV to M 420 TGV |
M 600 TGV & M 1000 TGV |
|
Positive electrode - |
Tubular plate with a polyester gauntlet and High pressure |
|
Die - |
Cast spine grids in a corrosion-resistant Pb-Ca-Sn alloy. |
|
Negative electrode - |
Pasted grid-plate in a Pb-Ca-Sn alloy with long-life. |
|
Expander - |
Material |
|
Separation - |
Micro porous separator. |
|
Electrolyte - |
Sulphuric acid with a density of 1,290 kg/l, fixed as GEL. |
|
By - |
Fumed silica |
|
Container - |
Polypropylene copolymer FR grade |
|
Lid - |
Polypropylene copolymer FR grade |
|
Valve - |
Valve with flame arrestor |
|
|
Opening pressure approx. 3 psi |
|
|
Closing pressure approx. 1 psi |
|
Pole - bushing - |
100% gas- and electrolyte-tight, double sealing (lead & Resin) with M8 brass insertion |
|
Connectors - |
Solid flat lead plated copper connectors with PVC insulation |
|
Connector screw - |
M10, stainless steel with a spring and flat washer |
|
Protection - |
Connectors and fasteners are covered with Plastic sleeve/shroud |
|
Horizontal operation - |
Possible |
|
IU - Characteristic - |
Imax without limitation |
|
|
U = 2,25 V/cell +/- 1%, between 10°C and 45°C |
|
|
∆U/∆T = -0,003 V/K |
|
Float current - |
20 – 30 mA/100Ah |
|
Boost charge - |
U = 2,35 V/cell, time limited |
|
Charging time up to 90% - |
6h with1,5*I10 initial current,2.23 V/cell,80% C3 discharged |
| Discharge Characteristics |
|
Reference temperature - |
27°C |
|
Initial capacity - |
100% |
|
Depth of discharge - |
normally up to 80% |
|
Deep discharges - |
More than 80% DOD or discharges beyond final discharge |
|
|
voltages (based on discharge rate)have to be avoided |
|
Every 6 months - |
Check battery voltage, pilot cell voltage and temperature |
|
Every 12 months - |
Record battery voltage, cell voltages and temperatures |
|
Operational life - |
>15 years in standby float operation at 27°C |
|
Maintenance-free - |
No topping-up water during operational life |
|
IEC 60 896-2 cycles - |
>1500 |
|
Self-discharge - |
Approx. 2% per month at 27°C |
|
Recovery after deep discharge |
Very good |
|
Operational temperature - |
-20°C to 45°C, recommended 10°C to 35°C, short-time 45°C to 55°C |
|
Tests standard - |
TEC New Delhi GR/BAT-03/01 Mar 2006 |
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