Nordmax Lithium Batteries by OEM International

LITHIUM BATTERIES UNLEASH THE POTENTIAL WITH NORDMAX

NORDMAX IS DESIGNED & MANUFACTURED FOR

PERFORMANCE & END

DURANCE Nordmax envisioning carefree cold mornings, secure boat journeys, and sustainable power supply even off the grid. Nordmax is more than just a brand - it’s an experience, a solution, and a part of the Nordic heritage. By offering batteries and products specifically designed for the demanding Nordic conditions, Nordmax strives not only to be a reliable choice but the sole choiche for those seeking superior battery technology.

“Nordmax offer is always driven by the demands of our customers – we like to think that we listen and respond better than most.”

GET READY FOR A

LESSON IN THE WORLD INSIDE THE BOX

Superior design, manufactured with precision using only the highest quality components, which results in a lithium battery that is safer, more durable with greater performance and longer life.

Premium Features 1

Laser welded

High grade silver & brass intercell plinth connectors

Vibration plates between cell and battery box

Servicable Battery Management System

Robust/temperature tollerent cables

Safety Features

Built to withstand extreme weather conditions and temperature. Battery remains cool at high temperatures with no risk of thermal runaway and danger of overheating or overcharging.

3 1

D OF LITHIUM 100% DoD DEPTH OF DISCHARGE UP TO 60% MORE

LIGHTER LESS THAN HALF THE WEIGHT

RAPID CHARGING UP TO 8.5 TIMES FASTER

KEY BENEFITS LITHIUM vs LEAD-ACID

LONGER LIFE & LOWER TOTAL COST OF OWNERSHIP LASTS AT LEAST 20 TIMES LONGER AND SAVE UP TO 83% ON COST PER CYCLE

SMALLER FOOTPRINT

GET READY FOR A

LEAD-ACID VS. LITHIUM

VOLUME & WEIGHT

LESSON IN THE WORLD

WEIGHT KG

NORDMAX DUAL LITHIUM

DEEP CYCLE

LEAD-ACID 100 Ah

LITHIUM 110 Ah

LEAD-ACID 110 Ah

LITHIUM 110 Ah

30.6

12.0

32.0

13.5

Percentage Difference

39%

42%

VOLUME M3

0.14

0.09

0.12

Percentage Difference

68%

100%

Benefits

Lighter & smaller

Lighter

3 batteries fit the same space as 2 x L-A and weight 24 kg less

Less than half the weight of L-A

40%

100%

40%

100%

Usable energy DoD* (Depth of Discharge)

DoD calculations based on recommended levels for average battery life. Beyond these recommended levels: Deeper discharge = shorter average battery life. Shallower discharge = longer average battery life. *Estimates based on Depth of Discharge at 20ºC

DEEP CYCLE

LEAD-ACID VS. LITHIUM

NORDMAX DUAL LITHIUM

PRICE PER CYCLE

D OF LITHIUM LEAD-ACID 100 Ah

LITHIUM 110 Ah

LEAD-ACID 110 Ah

LITHIUM 110 Ah

€180

€765

€276

€525

[A] Initial Investment

120

3,000

700

4,000

[B] Cycles

€1.50

€0.26

€0.39

€0.13

[C] Cost per cycle [A] ÷ [B]

33%

Percentage Difference

17% Long-term Lead-Acid cost excluding inflation How many Lead-Acid batteries equal the same lifetime of a Lithium Battery

Number of Batteries

€180

€276

x Unit Cost

€4,500

€1,577

Total Cost

Approximate prices at the time of publication. Subject to local market, time, season or availability. Use this formula to compare current costs.

NORDMAX LITHIUM

BATTERY OVERVIEW NORDMAX DUAL LITHIUM

DEEP CYCLE

POWER IN Mains charger

With suitable charger

Alternator Solar/Wind POWER OUT

Starting & Supply

Supply

Engine Cranking Supply Power APPLICATIONS Camping

Motorhome Starter Battery – not recommended as a replacement of vehicle manufacturers specified battery

Leisure Boats Off-grid Powersport BATTERY OPTIONS

NM110LIT

NM2450LIT

NM200LIT

NM24110LIT

NMD105LIT

Volt (V)

12.8

25.6

12.8

25.6

12.8

Amp Hour (Ah)

110

200

110

105

Watt Hour (Wh)

1,350

1,250

2,560

2,816

1,344

NMD1

DISCHARGE & RECHARGE PROFILES

POWERSPORT Engine Cranking (Starting)

Supply Power

With suitable charger

Starting

Sudden power demand from electric ignition followed by immediate power restoration from onboard alternator

NORDMAX DUAL NM200LIT (12V) NM24110LIT (24V) 19

2 (1

4V 00 (2 S2 10 41 S2

Slower and deeper discharge until power restoration from charger, alternator or renewable energy source

NORDMAX DUAL NM110LIT (12V) NM2450LIT (24V)

)

COMPARE BATTERY SIZES & WEIGHTS

NORDMAX DEEP CYCLE NMD105LIT (12V) NMD125LIT (12V)

NORDMAX POWERSPORT 11 kg

125LIT

NMMC7

NMMC14

NMMC30

12.8

125

3.2

11 kg

NMMC30

05 D1 5 2 D1 3

1.8 5 kg

1. 8

128

Isometric illustrations to scale for size comparison.

NMMC7

4 68 10

g 1. 5

1,600

NMMC14

0. si

)

NORDMAX LITHIUM

DEEP CYCLE SUPPLY B

OFF SHORE NMD105LIT NMD125LIT

OFF TRACK

Camping

BATTERY S2

(

LE Volt (V) 12.8 AD (12 41 D U Amp Hour (Ah) 10 V) 105 AL (2 4V 19 4 Watt Hour (Wh) 1,344 ) S1 10 Cycle Average S 2 ( 1 2 Average VTemp. 22 Life Discharge 4 50 ) 7 L (2 I 10% L E shallow 4 V / 23°C 0.5C AD ) 17 °F) V) (73 5 2 100% deep D 1 S2

NMD105LIT

Battery Options

0 24V) 0 ( S2 110 4 S2

D1 18

NMD125LIT 12.8 125 1,600 No. of Cycles 6,000 2,000

( 25 12V (12 ) V) 1

E LI

11k

Leisure Boats

M 23

Off-grid

11k

05 1 D 25 1 D 32

1.8 5 kg

1.8

OFF GRID

1.5 NMD105LIT

NMD125LIT

11 D

(

NORDMAX DUAL LITHIUM BATTERY

12v SUPPLY AND ENGI

NM110LIT NM200LIT

Leisure Boats

OFF SHORE

INE CRANKING NM110LIT

NM200LIT

Volt (V)

12.8

Amp Hour (Ah)

110

200

Watt Hour (Wh)

1,350

2,560

800

1,500

Battery Options

Cranking Amps (CA) Cycle Life

Average Temp.

Average Discharge

No. of Cycles

0.5C / 23°C (73°F)

10% shallow

4,000

100% deep

2,000

S2 S2

AD ( 41 12V DU ) 10 AL (2 4V 19 4

)

ePropulsion & Trolling Motors

Engine starting 20

(12

mmS 2 4 ( 1 2 V 50

0 24V) 0 ( S2 110 4 S2

) (2

)

kg 37

11k

NM200LIT

NM110LIT

11 1

05 D1 25 D1 32

NORDMAX DUAL LITHIUM BATTERY

24v SUPPLY AND ENG

NM24110LIT NM2450LIT

Leisure Boats

OFF SHORE

GINE CRANKING NM2450LIT NM24110LIT

Battery Options Volt (V)

25.6

Amp Hour (Ah)

110

Watt Hour (Wh)

1,250

2,816

800

Cranking Amps (CA) Cycle Life

Average Temp.

Average Discharge

No. of Cycles

0.5C / 23°C (73°F)

10% shallow

4,000

100% deep S2 LI LE 00 AD S2 (12 41 V DU ) 10

2,000

)

S1 10 mm 22

ePropulsion & Trolling Motors

Engine starting 20

(12

(12 45 V) 0 (2 4 17

0 24V) 0 ( S2 110 4 S2

kg 37

11k

NM24110LIT

NM2450LIT

11k

05 D1 25 D1 32

PARALLEL AND SERIES

CONNECTIONS Diagonal Diagonal ParellelParellel Series Series Connection Connection Connection Connection Diagonalof Parallel Series 2-4 Connection (max) of 2-4batteries (max)HIGHER batteriesof 2-4 (max) ofConnection 2-4batteries (max) batteriesINCREASED of 2-4 (max) batteries AMP HOUR of 2-4 (max) batteries VOLTAGE Same Volts Same - Increase Volts - Increase Ah Same Ah Ah Same - Increase Ah - Increase Volts Volts

12V 12VDUAL DUAL 12V DUAL NM200LIT S200 S200 82200 82200 NM200LIT NM200LIT

12V DUAL 12VNM80LIT/ DUAL 12V DUAL NM110LIT

12V

Optional 2nd load circuit

12V

Optional 2nd load circuit

24V DUA 2 12V Ah x 3

12V Ah x 3

S80/S110 S80/S110 82080/82110 82080/82110 NM80LIT/NM110LIT NM80LIT/NM110LIT

12V 12VDEEP DEEP 12V CYCLE DEEP CYCLE CYCLE NMD105LIT/ D105/D125 D105/D125 NMD125LIT

12V Ah x 3

12V Ah x 3 12V

12V

12V Ah x12V 3

Optional 2nd load circuit

12V 12V Ah x 3

12V

12V 12V Ah x 3

36V Ah x 1

12V 12V Ah x 3

Optional 2nd load circuit

12V Ah x 3

Optional 2nd load circuit

12V Ah x 3

36V Ah x 1

Optional 2nd load circuit

36V Ah x 1

12V

36V 12V Ah x 1

12V

36V Ah x12V 1

12V

12V 36V Ah x 1

12V

S24110 S 83110 8 NM24110 N

Optional 2nd load circuit

36V Ah x 1

24V DUA 2

S2450 S 83050 8 NM2450 N

Optional 2nd load circuit

12V 36V Ah x 1

NM105LIT NM105LIT

12V

Optional 2nd load circuit

36V 12V Ah x 1

12V

36V Ah x 1

Optional 2nd load circuit

36V Ah x 1

These connection diagrams are for guidance only. Refer to electrical instructions in your your craft’s handbook or consult a certified marine electrician.

Diagonal Diagonal ParellelParellel Series Series Connection Connection Connection Connection Diagonal Parallel Connection HIGHER Connection of 2-4 (max) of 2-4batteries (max) batteries of 2-4Series (max) of 2-4 batteries (max) batteries INCREASED of 2-4 (max) batteries AMP HOUR of 2-4 (max) batteries VOLTAGE Same Volts Same- Increase Volts - Increase Ah Ah Same Ah Same - Increase Ah - Increase Volts Volts

olts Optional 2nd load circuit

V 1

ptional nd load circuit

tional d load circuit

24V DUAL 24V DUAL 24V DUAL NM24110LIT S24110 S24110 83110 83110 NM24110LIT NM24110LIT

24V DUAL NM2450LIT 24V DUAL 24V DUAL

24V

48V Ah x 1

24V Ah x 3

24V

48V Ah x 1

24V

24V Ah x 324V

S2450 S2450 83050 83050 NM2450LIT NM2450LIT

24V

Optional 2nd load circuit

48V Ah x 1

24V

For marine use For 48V marine is the useusual 48V is maximum the usual maximum meet by series meet connection by series of connection two batteries of two batteries

Optional 2nd load circuit

48V Ah x 1 24V Ah x 3

48V Ah x 1

24V

Optional 2nd load circuit

24V

12V 24VAh x 3

24V

48V Ah x 1

12V Ah x 3

24V

Optional 2nd load circuit

48V Ah x 1

Optional 2nd load circuit

48V Ah x 1

24V

For marine use For 48V marine is the useusual 48V is maximum the usual maximum meet by series meet connection by series of connection two batteries of two batteries

Watt Hour (Wh) Appliance Ratings

Amp Hour (Ah) Battery Rating

Conversions

A unit of energy measuring capacity of power (in Watts) in use over time (in hours).

A unit of charge measuring current (in Amps) in use over time (in Hours).

Battery Charge Output

Appliance Rating Example

Battery Rating Example

× Volt = Wh × 12V

Lamp

Watts (W)

× hours (h)

= Watt hours (Wh)

× 4

= 100 Wh

Battery

Calculate how many Wh a battery will deliver (see example below)

Amps (A)

× hours (h)

= Amp hours (Ah)

100Ah

100

× 1

= 100 Ah

Energy Requirement

To calculate your energy needs make a list of all appliances and Watt ratings. Multiply by the amount of usage of each item in time over the period between battery charges. A coffee maker will be a higher watt rating than a TV but will be in use for shorter periods. Calculate the total required Wh and add a 20% safety margin.

= 1,200 Wh

Calculate what size battery you need (see example below)

÷ Volt = Ah

1200Wh

÷ 12V

= 100 Ah

DEEP CYCLE & DUAL BATTERIES

TECHNICAL DATA Technical Data

NMD125LIT

NM110LIT

NM200LIT

NM24110LIT

NM2450LIT

Norminal Voltage

Volts (V)

12.8 V

25.6 V

Rated Capacity

Amp hour (Ah)

125 Ah

110 Ah

200 Ah

110 Ah

50 Ah

Stored Energy

Watt hour (Wh)

1,600 Wh

1,350 Wh

2,560 Wh

2,816 Wh

1,250 Wh

Starting Power

Cranking Amps (CA) (±0°C)

N/A

800 CA

1500 CA

800 CA

Voltage Range

Volts (V)

10-14.6 V

8-14.6 V

16-29.2 V

Cell Type

Prismatic

LiFePO4

Charge Time

Standard

5.5 hr

Charge Time by Charger Amp Rating

10 A

12:30

11:00

20:00

11:00

5:00

15 A

8:30

7:30

13:30

7:30

3:30

Fully charged from toal discharge

25 A

5:00

4:30

8:00

4:30

2:00

Time in hour : minutes

40 A

3:15

2:45

5:00

2:45

1:15

Higher Amp Charger = Faster Charge Time

60 A

2:15

2:00

3:30

2:00

1:00

80 A

2:00

1:30

2:30

1:30

0:45

100 A

1:30

2:15

1:30

0:30

Rapid Charge hour : minutes

Charge Method CC-CV

Max Discharge Current

150 A

1:30

Standard

25 A / 14.6 V

22 A / 14.6 V

40 A / 14.6 V

22 A / 29.2 V

10 A / 29.2 V

Rapid

100 A / 14.6 V

150 A / 14.6 V

100 A / 29.2 V

100 A

Continous

Battery Management System (BMS) Protection Deep Cycle

Battery State of Charge (SoC) Dual

12 V 0.1C discharge

24 V OCV

0.1C discharge

OCV

Current

40 mA

Volume

3.55 V/cell

100%

High Temperature

Protection

85°C (185° F)

90%

13.19 V

13.3 V

26.38 V

26.6 V

(MOSFET temp.)

75°C (167 ° F)

80%

13.17 V

13.3 V

26.34 V

26.6 V

Release

70%

13.15 V

13.3 V

26.30 V

26.6 V

Protection

15.4 V (3.85 V/cell)

30.8 V (3.85 V/cell)

60%

13.05 V

13.2 V

26.10 V

26.4 V

Release

14.6 V (3.65 V/cell)

29.2 V (3.65 V/cell)

50%

12.99 V

13.15 V

25.98 V

26.30 V

40%

12.98 V

13.14 V

25.96 V

26.28 V

Protection

9.2 V (2.3 V/cell)

18.4 V (2.3 V/cell)

30%

12.94 V

13.1 V

25.88 V

26.2 V

10.0 V (2.5 V/cell)

20.0 V (2.5 V/cell)

20%

12.79 V

12.9 V

25.58 V

25.8 V

Release

10%

12.61 V

12.8 V

25.22 V

25.6 V

1500 A

3800 A

Disconnect Load

Balance

Over-charge

Over-discharge

Protection Short-circuit Release

13.4 V

26.8 V

OCV = Open Curcuit Voltage.

Standard

Parallel connection OK if batteries are charged to same voltage before connecting.

IP67 Ingress Protection (enclosure) Solid Objects Liquids

Temperature Range

Totally protected against dust. Protected against the effects of temporary immersion between 15cm and 1m. Duration of test 30 minutes. UL94-V0 Flammability Code

Temperature Range

Deep Cycle

Dual

Charge

±0 to +55°C (32°-113° F)

±0 to +45°C (32°-113° F)

Discharge

-20 to +60°C (-4°-140° F)

Storage

-10 to +35°C (14°-95° F)

-20 to +35°C (-4°-95° F)

Burning stops within 10 seconds on a vertical part allowing for drops of plastic that are not inflames. UN38.3 Transportation Certified safe for shipping by air. Recycling Li-Ion 30.

LITHIUM BATTERIES SUITABLE FOR

POWERSPORTS

MC7 MC14 MC30

Powersport

OFF SHORE

Battery Options

MC7

MC14

MC30

Volt

12.8

10-14.6

3.2

128

Standard Charger

Charge Time

5:30

Rapid Charger

3.2 A

10 A

Charge Time

1:30

192 CA

300 CA

600 CA

Max current 60S

96 A

150 A

300 A

Continous

3.2 A

10 A

Voltage Range

Charge Times hour : minutes Max Discharge Current

Crank

Temperature Range

Cycle Life

1.8 5 kg

C3 14

OFF ROAD

mm 10

±0 to +45°C

(32°-113°F)

Discharge

-20 to +60°C

(-4°-140°F)

Storage long-rage

-15 to +35°C

(59°-95°F)

Storage <6 months

-20 to +60°C

(4°-140°F)

Average Temp.

Average Discharge

No. of Cycles

0.5C / 23°C (73°F)

10% shallow

4,000

100% deep

2,000

0 144

Charge

1.8 5 kg

0 14 C 3 86 4

MC7

0.7

1 1436 1

MC14

1.5

1.8 5 kg

0 144 C836

113

MC30

1.85

PREPARE FOR THE UNEXPECTED

NORDMAX ACCESSOR

NM909

Battery Drain Protector Simple wireless monitoring of battery status via mobile phone. Perfect for unattended or infrequently used equipment.

RIES

NMCBB-N70F

Battery box Water resistant battery box with a lot of useful functions as volt meter, USB outputs and external battery terminals for easy connection.

European distributor Svenska Batteripoolen AB Fredriksbergsgatan 2 573 92 Tranås SWEDEN +46 75-242 43 00 kundsupport@batteripoolen.se

Version 1R1

www.batteripoolen.se

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