torqeedo 039-00512 Power Cable Connection Installation Guide

torqeedo 039-00512 Power Cable Connection

This installation drawing is an addition to the original operating instructions. Read operating instructions before wiring.

NOTES

• NOTE! Select the correct battery type and enter the correct size of the battery bank in the throttle menu! Check the throttle operating manual for further information.
• NOTE! When using 3rd party batteries, the state of charge (SOC) value is not as accurate as when using Torqeedo batteries. Plan accordingly in reserve to safely reach your destination.
• NOTE! The power cable connection of the 3rd party battery bank requires specialist knowledge and may only be carried out by qualified personnel. If necessary, have the planning and installation carried out by a specialist.
• NOTE! Applicable national requirements (e.g. DIN EN ISO 16315, DIN EN ISO 13297, ABYC E-11) are to be observed.
• NOTE! Use the Torqeedo power cable or use an adapter to connect to the busbar.
• NOTE! Make sure the power supply requirements are maintained. The specifications of the requirements relate exclusively to the terminal to which the Torqeedo system is connected and not to the battery bank. When using additional energy consumers, the battery bank and its wiring must be adjusted accordingly.
• NOTE! When connecting the Torqeedo system to the battery bank, make sure that the motor is connected diagonally to the battery bank. See exemplary illustrations on next page.
• NOTE! Note that the lower voltage limit of the technical data specifies the value at which the Torqeedo system switches off. Depending on their properties, 3rd party batteries can switch off earlier or cannot be discharged further than the Torqeedo system allows. Therefore, consider the specifications of your 3rd party batteries when planning the system.
• WARNING! Risk of short circuit. The supplied 175 ampere fuse (23) has an interrupting rating of 2000 amperes and is designed for battery banks with a maximum short-circuit current capacity of 2000 amperes. When using battery banks with more than 2000 amperes of short-circuit current, the fuse must be replaced with a appropriate one in terms of interrupting rating.

SPECIFICATIONS

• Operating requirements for the Torqeedo system
• Voltage level in volts lead acid (min. V – max. V) 18.6 V – 35.0 V
• Voltage level in volts lithium (min. V – max. V) 21.1 V – 35.0 V
• Maximum battery current (permanent) 135 A
• Maximum battery current (short-term) 140 A
• Fuse load current cable 175 A
• Fuse interrupting rating According to battery bank
• Cable cross-section for system earthing Provision and dimensioning by customer

Torqeedo System

• Positive power cable
• Negative power cable
• 25 mm2 grounding cable

Power supply, provided by customer

Torqeedo System

• Positive power cable
• Negative power cable
• 25 mm2 grounding cable

Power supply, provided by customer

Examples for the wiring of a 24V 3rd party battery bank, provided by

customer

• NOTE! The power cable connection of the 3rd party battery bank requires specialist knowledge and may only be carried out by qualified personnel. If necessary, have the planning and installation carried out by a specialist.
• NOTE! Applicable national requirements (e.g. DIN EN ISO 16315, DIN EN ISO 13297, ABYC E-11) are to be observed.
• NOTE! Make sure the power supply requirements are maintained. The specifications of the requirements relate exclusively to the terminal to which the Torqeedo system is connected and not to the battery bank. When using additional energy consumers, the battery bank and its wiring must be adjusted accordingly.
• NOTE! Illustrations are exemplary, make sure the 3rd party battery bank is wired correctly and conforms to applicable and local standards (e.g. DIN EN ISO 16315, DIN EN ISO 13297, ABYC E-11).
• NOTE! The illustrations only show the wiring examples of the 3rd party battery bank. Fuses, main switches and other components are not included and must be supplied by the customer.
• NOTE! Make sure that all power cables from the battery bank to the busbars are of the same length. Also make sure that all cable bridges of the battery bank are of the same length.

2S = 2x 12 V battery connected in series, the voltages of the batteries add up

2P = 2x 24 V battery connected in parallel, the capacities of the batteries add up

24 V Busbar

1. Use for boats without common point for grounding
2. Use for boats with common point for grounding

In case using a charger permanently installed in the boat, the charger housing or its AC PE and battery minus pole must be connected to the common grounding point. The AC connection requires specialist knowledge and may only be carried out by qualified personnel. If necessary, have the planning and installation carried out by a specialist.

NOTE! To charge the batteries in the boat, a land connection in the boat with galvanic isolator or isolation transformer is required according to applicable national requirements (e.g. DIN EN ISO 16315, DIN EN ISO 13297, ABYC E-11).

No data connection required

1265-00

| Cruise 3.0 T|
H, I, K, L, M|  | Cable set with battery switch| See picture for cable length
2|  | Power connector| max. 175 A
e|  | Backbone cable 5-pin| 5000 mm; Do not use in this configuration

W|  | Torqeedo system ground| min. 25 mm2, not included

Y|  | System ground| Provision, dimensioning and correct installa- tion by customer

3|  | Battery bank| 24 V; Provided by customer

23|  | Fuse| Use the delivered by Torqeedo if using the original power cable and Torqeedo Batteries or use an 175 A fuse with appropiate interrup- ting rating value

24|  | + Busbar (positive pole)| M10 connection; Provided by customer

25|  | – Busbar (negative pole)| M8 connection; Provided by customer

27|  | Battery bank main switch| Provided by customer

28|  | Battery bank main fuse| Provision, dimensioning and correct installa- tion by customer
 |  |  |
29|  | Common grounding point| Provision, dimensioning and correct installa- tion by customer

Bill of material/Legend/Information

Connect the cruise motor and terminator to each end of the backbone. The TorqLink bus system requires a terminator (terminating resistor) at both ends of the backbone in  order to function correctly. One of the terminators is located in the „Terminator Single“, „Terminator Twin“, „Throttle 1918-00“, „ Throttle 1976-00“ , the other is built into the cruise motor. Therefore, when installing, make sure that the components „Terminator“ and „Cruise motor“ are each connected to one end of the backbone.
The connection position of the remaining components on the backbone can be freely selected. Keep the following points in mind when planning:

• An earthing point is required for your Torqeedo system. Take into account the connection and the cables required for this in your planning. The required cable cross-sections can be found in the section Tools, equipment and material.

• First determine and plan the installation positions of all components.

• Measure the required length of the TorqLink backbone.

• Measure the lengths of all required stub lines (cable connection between component
  and TorqLink backbone).

• When planning, please note that TorqLink drop cables must not be extended. If necessary, plan the TorqLink backbone so that the components can be connected through the TorqLink drop cable without an extension. If necessary, extend the TorqLink backbone to connect a component that is far away; you can find corresponding extensions in our accessories catalogue.

• Cables must be fixed every 400 mm, plan attachment material. In places where fastening is not possible, a scuff guard must be fitted.

• Openly laid cables (e.g. inflatable boat) must be protected with chafing protection, plan sufficient material.

• When planning, please note not to bundle power cables with data or antenna cables (e.g. radios) for other loads.

• Observe the minimum bending radius of the cables when planning.

• If a second earthed onboard power system is available, ensure that both systems use a common earthing point.

• Live parts must be fitted or installed with protection against accidental contact; the necessary installation space must be taken into account during the planning stage.

• Always connect batteries as the last component to the system to avoid short circuits and voltage peaks.

• Do not extend drop cables, extend backbone if necessary.

• Protect plugs and contacts against contamination before installing them.

• Do not pull at the cables.

• Do not twist cables.

• Do not install cables in permanently wet areas such as bilges.

• Install cables free of chafing and not around sharp edges, if necessary, attach chafing protection.

• Maintain bending limits.

• Install plug connections free of tension and load.

Observe the minimum bending radius when laying all cables:

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