SON 24V 12A MS150 RACK - Power Supply Proel - Free user manual and instructions

USER MANUAL SON 24V 12A MS150 RACK Proel

3D diagram of a mechanical assembly with vertical supports and a central component (no text or symbols)

3 RaccordementRaccordement

3.1 Plan de raccordement

G→7 G→8 G→9 WARNING: HARBOUS VOLTAGE AND BRET SELECTED MAINS AND STARTER SERVICE SERVICES PLEASE CONNECT MANUAL, BEFORE OPENING EQUIPMENT If the charger indicates battery fault with a new or know good battery, please check off setting and battery connections before you send the unit for repair. In particular, noise sure the wire gauge is large enough

Pure diagram of a rectangular panel with four circular components and three arrows pointing to the bottom edge (no text or symbols)

Jumper 00 78 50 28

3D diagram of a mechanical assembly with vertical supports and a central rectangular block (no text or symbols)

G→7 G→8 G→9 WARNING: THADRIQUE STATION AND BATTERY SELECTED WIRE AND BATTERY BEFORE SWITCHING PLEASE CONSIST MANUAL BEFORE OPENING EQUIPMENT If the charges indicate battery fault with a new or know good battery, please check off settings and battery connections before you send the unit for repair. In particular, make sure the wire gauge is large enough

Bild 5 : Rückseite

1.1 Environmental specifications ....28
1.2 Electrical input and output specifications....28

1.2.1 Network input....28
1.2.2 Output....28
1.2.3 Specific features and technical specifications....29
1.2.4 Back-up duration and battery size....29
1.2.5 Authorized batteries....29

1.3 General internal view .... 30
1.4 Block diagram 30

2 Installation of the PSE 31

2.1 Mounting 31
2.2 Mains....31
2.3 Batteries 31

3 Connection 32

3.1 Connection overview....32
3.2 Connection specifications .... 32

4 Commissioning 32

5 Power supply operation.... 33

5.1 Alarms 33
5.2 Summary of available equipment....33

5.2.1 Battery test 33
5.2.2 Temperature compensation: 33
5.2.3 Battery low voltage protection: 33
5.2.4 Battery reverse connection protection....33

6 Maintenance 34

7 Fuse protections 34

8 Troubleshooting procedure 35

Appendix....36

Congratulations,

You have just acquired an emergency power supply by SLAT, and we thank you for your choice.

This manual includes instructions for the installation, commissioning and maintenance of this equipment.

In order for the equipment to work properly, we recommend that these instructions be followed very carefully.

Good installation.

Safety precautions

This equipment is designed to be connected to the 230 V public distribution network.

To avoid any risk of electric shock, all INTERVENTIONS must be carried out with DISCONNECTED MAINS SUPPLY.

An easily accessible isolating switch must therefore be installed outside of the cabinet. A bipolar isolation switch must be installed likewise in the batteries circuit.

Interventions with the equipment switched on are authorized only when it is impossible to switch the equipment off. The operation must only be performed by qualified personnel.

Standards, directives and protection of the environment and public health

This product is compliant with LV and EMC directives (immunity and emission).

It is compliant with standards:

• EN 60950-1 (2006) + A11 (2009) + A1 (2010) + A12 (2011) + A2 (2013) (TBTS class)
• EN 61000-6-1(2007), EN 61000-6-2 (2005), EN 61000-6-3 (2007), EN 61000-6-4 (2007) + A1 (2011)
• EN 55022 classe B (2007).

It is also compliant with the following trade standards:

• EN 54-4 (1997) + A1 (2002) + A2 (2006): Fire detection and fire alarm systems. Part 4: power supply equipment.
  • EN 12101-10 class A (2005) : Smoke and heat control systems. Part 10: power supplies

The DoP numbers are: 0333-CPR-075381 (24V) and 0333-CPR-075383 (48V).

Year of CE marking: 2011.

SLAT is ISO 14001 certified since 2008.

SLAT manufactures all its products in accordance with RoHS and WEEE environmental directives.

SLAT recycles its products at the end of their service life through its recycling programme.

0333

Warranty

Our warranty is three years from the date of delivery (ex-works). It is strictly limited to reimbursement or replacement (at our discretion and without compensation of any sort) of parts recognised as faulty by our services, following return of the product to our premises at the buyer's expense. The replacement or repair of equipment is possible only on our premises. In order to allow our customers to benefit from the latest technical improvements, SLAT reserves the right to make all necessary modifications to its products. The battery is not included in the warranty.

GARANTIE WARRANTY

ANS YEARS

1 Gerecal information General information

1.1 Environmental specifications

Operating temperature: -5 °C to +45 °C at 12 A.

Altitude : over 2000m, the max operating temperature decreases of 5°C every 1000 m.

Cooling operates transversally.

Storage temperature: -25 to +85 °C.

Operating relative humidity: 20 to 95 % without condensation,

Storage relative humidity: 10 to 95 %.

Environment class: 1 (according to EN 12101-10)

1.2 Electrical input and output specifications

1.2.1 Network input

• single-phase voltage: 220 V - 240 V.
• frequency: 50 Hz-60Hz.
• power consumption at full load: 380 W (PLN-24CH12) or 760 W (PRS-48CH12).
• maximum primary current @ 195 V: 2 A (SON 24V 12A MS150 RACK) or 4A (SON 48V 12A MS150 RACK).
• class I.
• neutral and earthing systems: TT, TN, IT.
• two pole circuit breaker (D curve) to be provided upstream.

1.2.2 Output

• Rated voltage: 24 V (SON 24V 12A MS150 RACK) or 48V (SON 48V 12A MS150 RACK).
• Floating voltage set at half-load and at 25 °C: 27.2 V ±0.5 % or 54.4V +/-0.5%.
• 6 main outputs with a current of 40A maximum per output (protection see chapter 7)
• 3 auxiliary outputs with a current of 5A maximum per output. (protection see chapter 7)
• the maximum total current of the 9 outputs is 150A.
• the power supply can operate without load current: Imin = 0 A.
• Rated output current of rectifier : 12A
• Switching time: 0s

1.2.3 Specific features and technical specifications

If your amplifiers are not supplied by the same mains as the Power Supply Equipment, a failure of the mains of the amplifiers must generate an alarm to the voice alarm system.

In normal operating mode: the Power Supply Equipment recharges the batteries and maintains them when they are fully charged. The maximum current that can be provided to the user outputs is Imax a.

In back-up operating mode: the total operating current is provided by the batteries and may not exceed 'Imax b mains not present'.

Imax a : maximum available current which may be drawn continuously while charging the battery. Imax a = 12A - C/20 (C : battery capacity in Ah).

Imax b (mains present) : maximum available output current which may be drawn a short time, during which the battery may not be charged, but not discharged. Imax b (mains present) = 12 A

Imax b (mains not present) : maximum available current which may be drawn from the batteries when the mains supply is not available, 150A if the jumper is set on '75', or 100A if the jumper is set on '50' (see figure 1).

1.2.4 Back-up duration and battery size

To determine the battery size according to the required back-up duration of your power supply and interpret the battery code dates, consult our website: www.slat.fr

1.2.5 Authorized batteries

• If Imax b (mains not present) is greater than 100A, use batteries with a capacity of 86 to 225 Ah and set daughter board jumper on '75'.
• If Imax b (mains not present) is less than 100A, use batteries with a capacity of 65 to 225Ah, and set daughter board jumper on '50'.

Jumper

Figure 1 : Location of the jumper

The jumper is set on the '50' position as factory setting. Any other position of the jumper operates like '50' except the '75' position.

- Following batteries have been approved:

• Fiamm FG Series
- Yuasa NP Series
- Effekta BTL Series
• Powersonic GB Series

• Long GB Series
• Sun FT Series
• Enersys VE Series
• ABT TM Series.

If you would like to use another battery type, please let us approve them.

Check that the batteries are in conformity with the standards effective in the countries where they are used

1.3 General internal view

Main outputs board Auxiliary outputs board Main outputs board Auxiliary outputs board F1 to F6 Faux1 to Faux3 F8 F1 to F6 Faux1 to Faux3 F8 jumper LEDs LEDs Relays Power and control board F1 Relays Power and control board F1

Figure 2 General internal view

1.4 Block diagram

graph TD
    subgraph_Main_outputs_Board["Main outputs board"]
        A1["Output 9"] --> B1["Auxiliary outputs board"]
        A2["Output 8"] --> B1
        A3["Output 7"] --> B1
        B1 --> C1["Fout3"]
        B1 --> C2["Fout2"]
        B1 --> C3["Fout1"]
    end

    subgraph_Power_Control_Board["Power and control board"]
        D1["Output 6"] --> E1["Alarm outputs"]
        D2["Output 5"] --> E1
        D3["Output 4"] --> E1
        D4["Output 3"] --> E2["Alarm outputs"]
        D5["Output 2"] --> E2
        D6["Output 1"] --> E2
    end

    subgraph_Display_Daughter_Board["Display Board"]
        F1["Alarm outputs"] --> G1["Alarm outputs"]
        F2["Alarm outputs"] --> G2["Alarm outputs"]
        F3["Alarm outputs"] --> G3["Alarm outputs"]
        F4["Alarm outputs"] --> G4["Alarm outputs"]
        F5["Alarm outputs"] --> G5["Alarm outputs"]
    end

    subgraph_Temperature_Sensor_Battery["Temperature sensor Battery"]
        H["Alarm outputs"] --> I["Alarm outputs"]
        J["Alarm outputs"] --> K["Alarm outputs"]
        L["Alarm outputs"] --> M["Alarm outputs"]
        N["Alarm outputs"] --> O["Alarm outputs"]
        P["Alarm outputs"] --> Q["Alarm outputs"]
    end

    style Main_Outputs_Board fill:#f9f,stroke:#333
    style Power_Control_Board fill:#ccf,stroke:#333
    style Display_Daughter_Board fill:#cfc,stroke:#333
    style Temperature_Sensor_Battery fill:#fcc,stroke:#333

Figure 3 : Block diagram

It is advised to secure the battery with a fuse with low resistance. For its size, refer to chapter 7.

2 Installation of the PSE Installation of the PSE

2.1 Mounting

3D diagram of a mechanical assembly with vertical supports and a central component, no visible text or symbols

Figure 4 : Mounting the PSE

The charger has to be installed in a 19"rack that complies to Class 3k5 of EN60721-3-3:1995 +A2:1997 and IP30 of EN60529:1991+A1:2000.

2.2 Mains

Use a bipolar D curve circuit breaker (4A for 24V version and 6A for 48V version) to connect the power supply to the mains circuit.

2.3 Batteries

The battery temperature sensor must be placed as close to the battery as possible but doesn't need to be in contact with it. For example, it may be fixed on the battery cables by mean of the two tire wraps fitted.

Battery wiring instructions

Use a bipolar isolating switch (e.g. isolator or disconnecting switch) by connecting the batteries to the supply. An additional fuse is also recommended to protect this circuit.

In order to avoid any electrical damage, the cables connecting the batteries must imperatively match with the supply configuration (100 or 150A): maximum sheath temperature, cross section, allowed current, maximum voltage.

Operation :

The power supply takes a resistance measurement of the battery including connections every 4 hours.

The trigger threshold of the fault is 16m ± 10% in 24V and 32m ± 10% in 48V if the jumper is set on '75', and becomes 24m ± 10% in 24V and 48m ± 10% for 48V if the jumper is set on '50'.

Exceeding this threshold is signalled as a battery fault (see chapter 5) and means that the power supply with its associated battery will not have the required back-up duration in case of mains power cut.

To avoid initiating this fault, please note the following elements:

• Use authorized batteries (see chapter 1.2.5).
• Do not exceed the lengths of the table (see appendix page 34 and following)
• Ensure proper connections and crimpings.
• An additional battery fuse will add about 1 to 2 mΩ.

3 ConnectionConnection

3.1 Connection overview

G→7 G→8 G→9 BOTTLE: INNOVOUS VOLTAGE AND BATTERY DOCCRECT NAME ARE BATTERY BEFORE SWITCHING FACE CONNECT MANUAL, BEFORE SWITCHING EQUIPMENT If the charger indicates battery fault with a new or knew good battery, please check at settings and battery connections before you send the unit for repair. In particular, make sure the wire gouge is large enough

Figure 5 : Rear side view of PSE

Important: the openings provided in the cabinet must be kept free. Do not create additional openings because this can cause the device to malfunction and voids the warranty.

3.2 Connection specifications

• Mains: 2.5 ~mm^2 .
• Battery: 16 to 50 mm ^4 .
• Main outputs (outputs 1 to 6): 16 mm ^2 .
• Auxiliary outputs (outputs 7 to 9): 2.5 mm ^4 .
• Alarm reports (plug-in): 1.5 mm ^4 .

4 Commissioning Commissioning

Before wiring, open the battery breaker and the mains circuit-breaker

After the electrical connections are made (mains, loads and batteries).

1. Close the upstream mains circuit-breaker.
2. Check the load output voltage.
3. Close the battery breaker.

Your apparatus is in correct operation when the 3 LEDs on the front of the PSE are green.

If not, refer to chapter 8

5 Power supply operation Power supply operation

5.1 Alarms

Mains fault Output voltage fault Battery fault

Figure 6 : Front side view of PSE

Mains fault (normal source): signalled on the front of the PSE by a yellow LED and available on dry contact with 5 sec delay (failsafe) for remote monitoring.

If the mains is not present or < 185 V +/-5% as long as the charger was switched off, <165V +/-5% if it was switched on.

If the mains fuse is blown or not present.

If the charger is faulty.

If the internal temperature is too high

Battery fault (back-up source): signalled on the front of the PSE by a yellow LED and available on dry contact (failsafe) for remote monitoring.

If the battery is not present (see chapter 5.2.1)

If the internal impedance is too high (see chapter 5.2.1)

If the battery voltage < 23,5 V ±3 %. resp. 47,0 V ±3 % mains present

Output voltage fault: signalled on the front of the PSE by a yellow LED and available on dry contact (failsafe) for remote monitoring.

If no voltage on one or more output. All the nine outputs are checked.

Each dry contact is a three pole SPDT switch (C-NC-NO), allowing 1A @ 24Vdc or 0,5A @ 120Vac.

5.2 Summary of available equipment

5.2.1 Battery test

The battery presence test is performed in the following manner: every 30 seconds for the first 20 minutes after commissioning and every 15 minutes after. As soon as a fault is detected, the test is performed every 30 seconds until 20 minutes after the fault disappears.

The impedance measurement test occurs every 4 hours if the mains is present on the power supply and if his current is < 12A. The impedance limit value is 16m ± 10% in 24V and 32m ± 10% in 48V if the jumper is set on '75', and becomes 24m ± 10% in 24V and 48m ± 10% for 48V if the jumper is set on '50' (see chapter 1.2.5).

5.2.2 Temperature compensation:

A battery voltage compensation system maintains the charge characteristics within the limits specified by the battery manufacturer across the entire operational temperature range.

5.2.3 Battery low voltage protection:

- The battery low voltage protection threshold is 21,6 V ±3% (SON 24V 12A MS150 RACK) or 43.2 V ±3% (SON 48V 12A MS150 RACK).

- The element causing the cut-out will be in the + position.

5.2.4 Battery reverse connection protection

- At start-up: the battery relays will not close

- During operation : the fuse F8 will blow out

6 Maintenance Maintenance

In order to ensure maximal and durable service, we strongly recommend that your product be maintained clean and ensure that it is installed in a dry and ventilated location. We shall in no case be liable for damages associated with improper use or incorrect maintenance of the equipment.

Replacing the original battery with a battery of incorrect type may result in an explosion hazard.

Used batteries must be disposed of in compliance with recycling requirements.

7 Fuse protections Fuse protections

F1 mother board (mains):Rating – type – size – breaking capacity	6.3 A T for 24V version8A T for 48V version5x201500 A breaking capacity
F8 mother boardRating – type – size	12,5A T5x20
F1 to F6 main outputs board (6 outputs) :rating - type – size	32 A gG10x38
Faux1 to Faux3 auxiliary outputs board (3 outputs):rating - type – size	5A F5x20
External battery fuse (not fitted with PSE) rating - type	[lbmax (mains not present)] AgG type

8 Troubleshooting procedure Troubleshooting proced

The indicator light are not illuminated

• Check the mains voltage
• Check the primary fuse F1 on the power and control board
• Check that the flat ribbon cable is correctly connected

The output indicator light is yellow

• Check the output fuses F1 to F6
• Check the auxiliary fuses F1 to F3

The battery indicator light is yellow

• Check that the nominal battery voltage is ok with the sytem voltage
• Check the polarity connections of each battery and on the rack battery connector
• Check the battery connections and the battery fuse connections
• Check the voltage of each battery block (>1,9V / >5,7V / >10,8V)
• Check that the battery is approuved (see Pr 1.2.5)
• If the mains is present, check that the output current is < 12A
• The internal battery resistor may be too high: replace the battery

The mains indicator light is yellow

• Check the mains voltage
• Check the primary fuse F1 on the power and control board
• Check that cooling of the rack is sufficient and that the ambient temperature is < 45^ C

For additional technical assistance, contact the SLAT hotline

For return requests, visit our website

or contact SLAT After-Sales Service to obtain an RMA (Return Material Authorisation) number.

Returns are not accepted without an RMA number.

The cross section and length values indicated in the next tables are given only for functional

use.

They have not been taken in account during the Low Voltage Directive certification according to EN60950-1.

Longueur de la paire de câbles batterie / Länge des Batteriekabelpaars / Length of the battery cables pair (cm)
n.a. : non autorisé (voir §1.2.5) / nicht gestattet (siehe §1.2.5) / not allowed (see §1.2.5)
Tension / Spannung / Voltage ->			24V
Section / Durchschnitt / Section( mm^2 ) -> 16			25 35 50
Jumper - position / Stelle / position -> 100			A 150A		100A	150A	100A	150A	100A	150A
C20	Brand	Typ
65,0 Ah	ABT	TM12-310W	196	n.a. 307	n.a.	430	n.a. 614	n.a.
65,0 Ah	Effekta	BTL12-65	200	n.a. 313	n.a.	438	n.a. 625	n.a.
65,0 Ah	Fiamm	FG26505	422	n.a. 660	n.a.	924	n.a. 1319			n.a.
65,0 Ah	Fiamm	FG26507	422	n.a. 660	n.a.	924	n.a. 1319			n.a.
65,0 Ah	PowerSonic	PS12650GB	84	n.a.	132 n.a.	185	n.a. 264	n.a.
65,0 Ah	Yuasa	NP65-12	244	n.a. 382	n.a.	535	n.a. 764	n.a.
68,0 Ah	Long	6FM65G/B	111	n.a. 174	n.a.	243	n.a. 347	n.a.
70,0 Ah	ABT	TM12-320W	340	n.a. 532	n.a.	745	n.a. 1064			n.a.
70,0 Ah	Fiamm	FG27004	280	n.a. 438	n.a.	613	n.a. 875	n.a.
70,0 Ah	Fiamm	FG27007	413	n.a. 646	n.a.	904	n.a. 1292			n.a.
73,5 Ah	Long	6FM70G/B	200	n.a. 313	n.a.	438	n.a. 625	n.a.
75,0 Ah	ABT	TM12-350W	347	n.a. 542	n.a.	758	n.a. 1083			n.a.
75,0 Ah	Effekta	BTL12-75	227	n.a. 354	n.a.	496	n.a. 708	n.a.
75,0 Ah	Enersys	12VE75	283	n.a. 442	n.a.	618	n.a. 883	n.a.
75,0 Ah	PowerSonic	PS12750GB	147 n.a. 229 n.a. 321 n.a. 458 n.a.
Longueur de la paire de câbles batterie / Länge des Batteriekabelpaars / Length of the battery cables pair (cm)
n.a. : non autorisé (voir §1.2.5) / nicht gestattet (siehe §1.2.5) / not allowed (see §1.2.5)
Tension / Spannung / Voltage ->			24V
Section / Durchschnitt / Section(mm2) -> 16			25 35 50
Jumper - position / Stelle / position -> 100A 150A					100A	150A	100A	150A	100A	150A
C20	Brand	Typ
78,0 Ah	Yuasa	NPL78-12IFR	289 n.a. 451 n.a. 632 n.a. 903 n.a.
80,0 Ah	Effekta	BTL12-80	244 n.a. 382 n.a. 535 n.a. 764 n.a.
80,0 Ah	Fiamm	FG28009	431 n.a. 674 n.a. 943 n.a. 1347							n.a.
82,5 Ah	Sun	SB12-75FT	289 n.a. 451 n.a. 632 n.a. 903 n.a.
84,0 Ah	Long	6FM80G/B	200 n.a. 313 n.a. 438 n.a. 625 n.a.
90,0 Ah	Effekta	BTL12-90	271 0 424 0 593 0 847 0
90,0 Ah	Enersys	12VE90	329 0 514 76 719 107 1028 153
99,0 Ah	Sun	SB12-90FT	333 53 521 83 729 117 1042 167
100,0 Ah	Effekta	BTL12-100	289 0 451 0 632 0 903 0
100,0 Ah	Fiamm	FG2A007	458 178 715 278 1001 389 1431 556
100,0 Ah	PowerSonic	PS121000GB	298 0 465 0 651 0 931 56
100,0 Ah	Yuasa	NPL100-12	378 98 590 153 826 214 1181 306
105,0 Ah	Long	6FM100G/B	289 0 451 0 632 0 903 0
110,0 Ah	Sun	SB12-105FT	351 71 549 111 768 156 1097 222
110,0 Ah	Sun	SB12-100HFT	351 71 549 111 768 156 1097 222
120,0 Ah	Effekta	BTL12-120	378 98 590 153 826 214 1181 306
120,0 Ah	Fiamm	FG2C007	502 222 785 347 1099 486 1569 694
121,0 Ah	Long	6FM115G/B	289 0 451 0 632 0 903 0
126,0 Ah	Long	6FM120G/B	378 98 590 153 826 214 1181 306
137,4 Ah	Sun	SB12-125FT	449 169 701 264 982 369 1403 528
140,0 Ah	Enersys	6VE140	479 199 749 311 1048 436 1497 622
150,0 Ah	Effekta	BTL12-150	378 98 590 153 826 214 1181 306
150,0 Ah	Fiamm	FG2F009	547 267 854 417 1196 583 1708 833
165,0 Ah	Sun	SB12-150FT	467 187 729 292 1021 408 1458 583
180,0 Ah	Enersys	6VE180	518 238 810 372 1134 521 1619 744
180,4 Ah	Sun	SB12-180FT	476 196 743 306 1040 428 1486 611
200,0 Ah	Effekta	BTL12-200	378 98 590 153 826 214 1181 306
200,0 Ah	Fiamm	FG2M009	591 311 924 486 1293 681 1847 972
200,0 Ah	Yuasa	NPL200-6	502 222 785 347 1099 486 1569 694
210,0 Ah	Long	6FM200G/B	467 187 729 292 1021 408 1458 583
225,0 Ah	Enersys	2VE225	525 245 821 383 1149 537 1642 767
Longueur de la paire de câbles batterie / Länge des Batteriekabelpaars / Length of the battery cables pair (cm)
n.a. : non autorisé (voir §1.2.5) / nicht gestattet (siehe §1.2.5) / not allowed (see §1.2.5)
Tension / Spannung / Voltage ->			48V
Section / Durchschnitt / Section(mm2) ->			16 25 35 50
Jumper - position / Stelle / position ->			100A	150A	100A	150A	100A	150A	100A	150A
C20	Brand	Typ
65,0 Ah ABT		TM12-310W	460	n.a. 71	8 n.a.	1005	n.a. 14	36		n.a.
65,0 Ah Effekta		BTL12-65	467	n.a. 72	9 n.a.	1021	n.a. 14	58		n.a.
65,0 Ah Fiamm		FG26505	911	n.a. 14	24	n.a.	1993	n.a. 284	7	n.a.
65,0 Ah Fiamm		FG26507	911	n.a. 14	24	n.a.	1993	n.a. 284	7	n.a.
65,0 Ah PowerSonic		PS12650GB	236	n.a.	368	n.a.	515	n.a.	736	n.a.
65,0 Ah Yuasa		NP65-12	556	n.a. 86	8 n.a.	1215	n.a. 17	36		n.a.
68,0 Ah Long		6FM65G/B	289	n.a.	451	n.a.	632	n.a.	903	n.a.
70,0 Ah ABT		TM12-320W	748	n.a. 11	68	n.a.	1635	n.a. 233	6	n.a.
70,0 Ah Fiamm		FG27004	627	n.a. 97	9 n.a.	1371	n.a. 19	58		n.a.
70,0 Ah Fiamm		FG27007	893	n.a. 13	96	n.a.	1954	n.a. 279	2	n.a.
73,5 Ah Long		6FM70G/B	467	n.a. 72	9 n.a.	1021	n.a. 14	58		n.a.
75,0 Ah ABT		TM12-350W	760	n.a. 11	88	n.a.	1663	n.a. 237	5	n.a.
75,0 Ah Effekta		BTL12-75	520	n.a. 81	3 n.a.	1138	n.a. 16	25		n.a.
75,0 Ah Enersys		12VE75	632	n.a. 98	8 n.a.	1383	n.a. 19	75		n.a.
75,0 Ah PowerSonic		PS12750GB	360	n.a. 56	3 n.a.	788	n.a.	1125		n.a.
78,0 Ah Yuasa		NPL78-12IFR	644	n.a. 10	07	n.a.	1410	n.a. 2014		n.a.
80,0 Ah Effekta		BTL12-80	556	n.a. 86	8 n.a.	1215	n.a. 17	36		n.a.
80,0 Ah Fiamm		FG28009	929	n.a. 14	51	n.a.	2032	n.a. 290	3	n.a.
82,5 Ah Sun		SB12-75FT	644	n.a. 10	07	n.a.	1410	n.a. 2014		n.a.
84,0 Ah Long		6FM80G/B	467	n.a. 72	9 n.a.	1021	n.a. 14	58		n.a.
90,0 Ah Effekta		BTL12-90	609	0	951	76	1332	107	1903	153
90,0 Ah Enersys		12VE90	724	164	11	32	1585	360	226	514
99,0 Ah Sun		SB12-90FT	733	173	11	46	271	1604	379	229
100,0 Ah Effekta		BTL12-100	644	84	10	07	132	1410	185	2014
100,0 Ah Fiamm		FG2A007	982	422	15	35	660	2149	924	3069
100,0 Ah PowerSonic		PS121000GB	662	102	10	35	160	1449	224	2069
100,0 Ah Yuasa		NPL100-12	822	262	12	85	410	1799	574	2569
105,0 Ah Long		6FM100G/B	644	84	10	07	132	1410	185	2014
110,0 Ah Sun		SB12-105FT	769	209	12	01	326	1682	457	2403
110,0 Ah Sun		SB12-100HFT	769	209	12	01	326	1682	457	2403
120,0 Ah Effekta		BTL12-120	822	262	12	85	410	1799	574	2569
120,0 Ah Fiamm		FG2C007	1071	511	16	74	799	2343	1118	3347
121,0 Ah Long		6FM115G/B	644	84	10	07	132	1410	185	2014
126,0 Ah Long		6FM120G/B	822	262	12	85	410	1799	574	2569
130,0 Ah Yuasa		NPL130-6IFR	644	84	10	07	132	1410	185	2014
C20	Brand	Typ
137,4 Ah Sun		SB12-125FT	964	404 15	07	632	2110 885 301	4	1264
140,0 Ah Enersys		6VE140	1025	465	1601	726	2242 1017	3203	1453
150,0 Ah Effekta		BTL12-150	822	262 12	85	410	1799 574 256	9	819
150,0 Ah Fiamm		FG2F009	1160	600	1813	938	2538 1313	3625	1875
165,0 Ah Sun		SB12-150FT	1000	440	1563	688	2188 963 312	5	1375
180,0 Ah Enersys		6VE180	1103	543	1724	849	2413 1188	3447	1697
180,4 Ah Sun		SB12-180FT	1018	458	1590	715	2226 1001	3181	1431
200,0 Ah Effekta		BTL12-200	822	262 12	85	410	1799 574 256	9	819
200,0 Ah Fiamm		FG2M009	1249	689	1951	1076	2732 1507	3903	2153
200,0 Ah Yuasa		NPL200-6	1071	511	1674	799	2343 1118	3347	1597
210,0 Ah Long		6FM200G/B	1000	440	1563	688	2188 963 312	5	1375
225,0 Ah Enersys		2VE225	1117	557	1746	871	2444 1219	3492	1742

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