Abbildung Odyssey Performance
Odyssey Performance
Sealed TPPL battery (Thin Plate Pure Lead) = AGM with plates made of 99.99 % pure lead | absolutely maintenance-free

Odyssey Performance

All types

Odyssey

Battery Volt Capacity CCA Length mm Width mm Height mm Pos. of terminal Terminal
ODP-AGM25i1259 AH (c20)675 A (CCA)24117521811more
product image Supply Battery Odyssey Performance ODP-AGM25

ODP-AGM25

Japan-Code:{jpn}

ODP-AGM25

Position of Terminal:1
Schema Schaltung 1
Volt:12
Terminal:1
Schema Endpol 1Schema Endpol 1
Capacity:59 AH (c20)
Base plate:none
Cold Cranking Ampere:675 A (CCA)
Size:241 x 175 x 218 mm
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ODP-AGM75-86i1249 AH (c20)708 A (CCA)24017820311 / USmore
product image Supply Battery Odyssey Performance ODP-AGM75-86

ODP-AGM75-86

Japan-Code:{jpn}

ODP-AGM75-86

Position of Terminal:1
Schema Schaltung 1
Volt:12
Terminal:1 / US
Capacity:49 AH (c20)
Base plate:B01
Schema Bodenleiste B01Schema Bodenleiste B01
Cold Cranking Ampere:708 A (CCA)
Size:240 x 178 x 203 mm
Schema Batteriekasten

Kasten: ODP-AGM75-86
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ODP-AGM34i1261 AH (c20)792 A (CCA)27617120011more
product image Supply Battery Odyssey Performance ODP-AGM34

ODP-AGM34

Japan-Code:{jpn}

ODP-AGM34

Position of Terminal:1
Schema Schaltung 1
Volt:12
Terminal:1
Schema Endpol 1Schema Endpol 1
Capacity:61 AH (c20)
Base plate:B01
Schema Bodenleiste B01Schema Bodenleiste B01
Cold Cranking Ampere:792 A (CCA)
Size:276 x 171 x 200 mm
Schema Batteriekasten

Kasten: ODP-AGM34
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ODP-AGM34Mi1261 AH (c20)792 A (CCA)27617220011 / 3/8Zoll ( ) und 5/16Zoll (-)more
product image Supply Battery Odyssey Performance ODP-AGM34M

ODP-AGM34M

Japan-Code:{jpn}

ODP-AGM34M

Position of Terminal:1
Schema Schaltung 1
Volt:12
Terminal:1 / 3/8Zoll ( ) und 5/16Zoll (-)
Capacity:61 AH (c20)
Base plate:B01
Schema Bodenleiste B01Schema Bodenleiste B01
Cold Cranking Ampere:792 A (CCA)
Size:276 x 172 x 200 mm
Schema Batteriekasten

Kasten: ODP-AGM34M
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ODP-AGM65i1264 AH (c20)762 A (CCA)30118318811more
product image Supply Battery Odyssey Performance ODP-AGM65

ODP-AGM65

Japan-Code:{jpn}

ODP-AGM65

Position of Terminal:1
Schema Schaltung 1
Volt:12
Terminal:1
Schema Endpol 1Schema Endpol 1
Capacity:64 AH (c20)
Base plate:B01
Schema Bodenleiste B01Schema Bodenleiste B01
Cold Cranking Ampere:762 A (CCA)
Size:301 x 183 x 188 mm
Schema Batteriekasten

Kasten: ODP-AGM65
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ODP-AGM48-L3i1269 AH (c20)723 A (CCA)27817519001more
product image Supply Battery Odyssey Performance ODP-AGM48-L3

ODP-AGM48-L3

Japan-Code:{jpn}

ODP-AGM48-L3

Position of Terminal:0
Schema Schaltung 0
Volt:12
Terminal:1
Schema Endpol 1Schema Endpol 1
Capacity:69 AH (c20)
Base plate:B13
Schema Bodenleiste B13Schema Bodenleiste B13
Cold Cranking Ampere:723 A (CCA)
Size:278 x 175 x 190 mm
Schema Batteriekasten L03

Kasten: L03
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ODP-AGM94R-L4i1280 AH (c20)850 A (CCA)31517519001more
product image Supply Battery Odyssey Performance ODP-AGM94R-L4

ODP-AGM94R-L4

Japan-Code:{jpn}

ODP-AGM94R-L4

Position of Terminal:0
Schema Schaltung 0
Volt:12
Terminal:1
Schema Endpol 1Schema Endpol 1
Capacity:80 AH (c20)
Base plate:B13
Schema Bodenleiste B13Schema Bodenleiste B13
Cold Cranking Ampere:850 A (CCA)
Size:315 x 175 x 190 mm
Schema Batteriekasten

Kasten: ODP-AGM94R-L4
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ODP-AGM49-L5i1294 AH (c20)950 A (CCA)35317519001more
product image Supply Battery Odyssey Performance ODP-AGM49-L5

ODP-AGM49-L5

Japan-Code:{jpn}

ODP-AGM49-L5

Position of Terminal:0
Schema Schaltung 0
Volt:12
Terminal:1
Schema Endpol 1Schema Endpol 1
Capacity:94 AH (c20)
Base plate:B13
Schema Bodenleiste B13Schema Bodenleiste B13
Cold Cranking Ampere:950 A (CCA)
Size:353 x 175 x 190 mm
Schema Batteriekasten L05

Kasten: L05
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ODP-AGM31i12100 AH (c20)925 A (CCA)33017224411more
product image Supply Battery Odyssey Performance ODP-AGM31

ODP-AGM31

Japan-Code:{jpn}

ODP-AGM31

Position of Terminal:1
Schema Schaltung 1
Volt:12
Terminal:1
Schema Endpol 1Schema Endpol 1
Capacity:100 AH (c20)
Base plate:none
Cold Cranking Ampere:925 A (CCA)
Size:330 x 172 x 244 mm
Schema Batteriekasten

Kasten: ODP-AGM31
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ODP-AGM31Ai12100 AH (c20)925 A (CCA)33017224411 / 3/8Zoll ( ) und 5/16Zoll (-)more
product image Supply Battery Odyssey Performance ODP-AGM31A

ODP-AGM31A

Japan-Code:{jpn}

ODP-AGM31A

Position of Terminal:1
Schema Schaltung 1
Volt:12
Terminal:1 / 3/8Zoll ( ) und 5/16Zoll (-)
Capacity:100 AH (c20)
Base plate:none
Cold Cranking Ampere:925 A (CCA)
Size:330 x 172 x 244 mm
Schema Batteriekasten

Kasten: ODP-AGM31A
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ODP-AGMDINBi12170 AH (c20)1300 A (CCA)51322322331more
product image Supply Battery Odyssey Performance ODP-AGMDINB

ODP-AGMDINB

Japan-Code:{jpn}

ODP-AGMDINB

Position of Terminal:3
Schema Schaltung 3
Volt:12
Terminal:1
Schema Endpol 1Schema Endpol 1
Capacity:170 AH (c20)
Base plate:none
Cold Cranking Ampere:1300 A (CCA)
Size:513 x 223 x 223 mm
Schema Batteriekasten D05

Kasten: D05
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ODP-AGMDINCi12215 AH (c20)1250 A (CCA)51827624231more
product image Supply Battery Odyssey Performance ODP-AGMDINC

ODP-AGMDINC

Japan-Code:{jpn}

ODP-AGMDINC

Position of Terminal:3
Schema Schaltung 3
Volt:12
Terminal:1
Schema Endpol 1Schema Endpol 1
Capacity:215 AH (c20)
Base plate:none
Cold Cranking Ampere:1250 A (CCA)
Size:518 x 276 x 242 mm
Schema Batteriekasten D06

Kasten: D06
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625-DINC-1500i12220 AH (c20)1500 A (CCA)51827624231more
product image Supply Battery Odyssey Performance 625-DINC-1500

625-DINC-1500

Japan-Code:{jpn}

625-DINC-1500

Position of Terminal:3
Schema Schaltung 3
Volt:12
Terminal:1
Schema Endpol 1Schema Endpol 1
Capacity:220 AH (c20)
Base plate:none
Cold Cranking Ampere:1500 A (CCA)
Size:518 x 276 x 242 mm
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Battery knowledge

What do deposits on the battery plugs mean?
Black deposits on the plugs indicate a battery that has worn out prematurely due to continuous excessive load. Tip: Always ensure a good balance between current drain and charging. Information on capacity calculations and charging behaviour can be found …
Pay attention to the state of charge
We recommend: Check the charge level every 2 - 3 months if ... ... the vehicle is often left unused. ... you drive a lot of short distances. ... many consumers are installed. ... it is cold. ... in start-stop systems the engine does not switch off as …
What is a solar battery?
Utility batteries, which can be used as temporary storage for photovoltaic (PV) or small wind systems, are highly cycle resistant, meaning they can withstand different charging cycles well. In the renewable energy sector, charging cannot be done with …
How does a melted pole occur?
A melted pole is caused by a short circuit when the battery polarity is reversed during bridging or when the poles are connected by a tool or other object. Tip: Take care when handling batteries. Learn more about short circuit and how to avoid it.
What is short circuit and how do I prevent it?
Short-circuiting occurs when the two terminals or plates of a battery are accidentally connected together. This can happen if the separator between the plates is damaged by vibration, for example, or if excessive battery sludge builds up, closing the …
Checking the liquid level against sulphation
In a battery or accumulator, the chemical reaction between the active material of the grids and the acid generates current (electrons emitted) to supply the loads or stores current (electrons) provided by the charger or alternator. If the acid only partially …
What waterproof brings
Ideally, batteries should be kept dry. Even slight moisture can promote leakage currents. If you've noticed condensation on your battery frequently in the past, such as with temperature fluctuations, or water can get to your battery, it's worth considering …
Why does this battery have such a good current draw?
Due to the AGM technology, this battery absorbs the current particularly well, i.e. it recharges faster than a conventional wet battery and you can charge it with a higher charging current or a more powerful charger, like the ? This characteristic comes …
Chargers for rescue and safety vehicles
Emergency and rescue vehicles and other safety-related types of vehicles often sit around for months, but when it comes down to it, they need to be ready at a moment's notice to put out fires, rescue injured people or clear roads. Chargers like the Fronius …
Removing the starter battery or motorcycle battery
If you want to remove a start-stop battery: inform the vehicle system before removal. First disconnect the negative cable (usually black), also called ground or earth, from the negative terminal of the battery. Then remove the positive cable (usually red) from the positive terminal of the battery.

What is a Supply Battery?

Supply batteries must provide power for as long as possible for consumers that are not connected to the regular power grid or the starter battery. Either in mobile applications, e.g. camping or in island installations such as mountain huts, or in safety applications when the normal power grid fails or to compensate for so-called mains wipers. Depending on the application, they are charged with a charger from the mains or via smaller photovoltaic or wind power systems.

So not only do they have to supply power for a long time and then take it up again well, but they also have to cope well with changing current levels and voltages.

Supply batteries are cyclic batteries, i.e. they are designed to continuously deliver current up to a maximum depth of discharge of 80% when supplying electrical consumers and then to be fully recharged again. In contrast, a starter battery delivers a short, strong current surge for starting the engine and is recharged by the alternator while driving.