Xantrex Lithium-ion Batteries Quickstart Guide

http://www.xantrex.com

1. Important Safety Information

DANGER: HAZARD OF FIRE, ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH

This Xantrex Lithium-ion Batteries Quickstart Guide is in addition to, and incorporates by reference, the relevant product manuals for each product in the power system. After reviewing this guide, you must read the relevant product manuals. Unless specified, information on safety, specifications, installation, and operation is as shown in the primary documentation received with the product. Ensure you are familiar with that information before proceeding.

Failure to follow these instructions will result in death or serious injury.

Exclusion for Documentation: SELLER MAKES NO WARRANTY AS TO THE ACCURACY, SUFFICIENCY OR SUITABILITY OF ANY TECHNICAL OR OTHER INFORMATION PROVIDED IN ITS MANUALS OR OTHER DOCUMENTATION. THE USE OF ANY SUCH INFORMATION WILL BE ENTIRELY AT THE USER'S RISK. APPROVED CONTENT IS CONTAINED WITH THE ENGLISH LANGUAGE VERSION WHICH IS POSTED AT HTTP://WWW.XANTREX.COM.

Visit http://www.xantrex.com for translated guides, if available.

Contact Information:

IMPORTANT: ON FIRST USE

Perform a full charge, discharge, and charge cycle to ensure maximum battery life. For information, see section A on battery storage guidelines and section B on battery maintenance guidelines.

2. Introduction

The Xantrex Lithium-ion Batteries are lithium iron phosphate (LiFePO4) chemistry batteries used in conjunction with the internal Battery Management System (BMS) unit which protects the batteries and monitors state-of-charge (SoC), voltage, current, and temperature.

A - Xantrex Battery

B - Quickstart guide

C - Rebling connector

Installation

DANGER: HAZARD OF FIRE, ELECTRIC SHOCK, EXPLOSION, BURN, OR ARC FLASH

Failure to follow these instructions will result in death or serious injury.

  1. Check the battery, the cable-mounted keyable plug (Figure 1), and the battery cable (if included) for visible damage including cracks, dents, chips, and deformations.
  2. Select a location for the battery that is stable, clean, cool, dry, and well-ventilated.
  3. Mount the battery with either the top label or the side label pointing up. Keep the battery away from all heat sources.
  4. Orient the devices so that the cables avoid sharp bends. Follow the bending radius recommendation (Figure 3). This applies to all DC cables.
  5. Disassemble the cable-mounted keyable plug (Figure 1) and set them (the top, terminals, and boot) aside.

NOTE: Installation and maintenance shall only be performed by qualified personnel as defined in Important Safety Information above.

  1. Make sure the battery is turned off. If the LED on the battery is lit, press and hold the button for ten (10) seconds until the LED turns off. Also ensure all other DC sources have been powered off and disconnected, if possible.
  2. Attach using a 5/16" (or 3/8") lug, the negative (-) battery cable to the negative (-) battery terminal of the cable-mounted keyable plug. Review Figure 2 for proper routing including feeding the cables through the boot and stacking the terminal hardware. Tighten the bolt to 60±3 in-lb (or 6.7±0.35 N-m).
  3. Install your DC-rated circuit protection device (Figure 2) in line with the positive battery cables.

BATTERY DAMAGE: Check the cable polarity before making the final DC connection to avoid damage due to reverse polarity. Do not connect multiple batteries in series to avoid damaging the battery. See Figure 4. You may connect multiple batteries in parallel. See Figure 4.

Failure to follow these instructions can result in battery and equipment damage and may void the warranty.

  1. Attach the protected positive (+) battery cable to the positive (+) battery terminal of the cable-mounted keyable plug. Review Figure 2 for proper routing including feeding the cables through the boot and stacking the terminal hardware. Tighten the bolt to 60±3 in-lb (or 6.7±0.35 N-m).
  2. Reassemble the cable-mounted keyable plug by encapsulating the key assembly with the top and boot.
  3. Attach the cable-mounted keyable plug to the battery terminals by turning the key lever clockwise.

Figure 1 Cable-mounted keyable plug

Figure 2 Cable routing and terminal post stacking

TIP: Separate the top (A) from the boot (B) as shown to expose the key assembly which contains the battery terminals.

A - battery cable

B - terminal bolt

C - lock washer

D - cable ring lug

E - terminal

F - DC-rated circuit protection device e.g. battery breaker

NOTE: The cable-mounted keyable plug doubles as a protective boot that securely attaches the battery cables as an assembly to the battery terminals.

DANGER: HAZARD OF FIRE, ELECTRIC SHOCK, EXPLOSION, BURN, OR ARC FLASH

Failure to follow these instructions will result in death or serious injury.

WARNING: HAZARD OF FIRE, ELECTRIC SHOCK, EXPLOSION, AND PERSONAL INJURY

Failure to follow these instructions can result in death or serious injury.

RISK OF EQUIPMENT DAMAGE

NOTICE: Charge the battery module with an approved charger. Contact Xantrex for details. Do not charge the battery above the recommended voltage.

Failure to follow these instructions can result in damage to equipment and may void the warranty.

  1. Turn on the battery by pressing and holding the Power button for one (1) second. The battery takes approximately 40 seconds to boot up and the contactor to close.
  2. Verify that the voltage on the DC bus is approximately 12VDC (nominal).

Optional: Connect the 12-pin connector cable and route the remote connectors as required.

Table 1 Pin reference guide

Pin # Color Function Signal Feature Description
1 Red Engine Running Input Input High (12V) 12V Power signal will: Turn the battery from OFF to ON state. (Will not turn the battery from MAINTENANCE to ON state.) If the internal contactor is closed then it shall wait two seconds before Pin 2 shall go high (12V). (If the power is removed from this pin, Pin 2 shall also drop immediately.)
2 Orange Alternator Activation Output (FCC Enable) Output High (12V) If the internal contactor is closed and the battery pack needs to open it (due to an error), the BMS will set the Alternator Activation output low (OV) to turn off the alternator, wait two seconds, and then open the internal contactor.
3 Grey Push button wire 1 out (power) Signal (12V/10mA) Push Button wire 1 (momentary switch) ▲ This wire is to be utilized for the Remote Push-button Supply ONLY.
4 Grey Push button wire 2 in (return) Return (12V) Push button wire 2 (momentary switch) Power on this pin for certain times and sequences can perform the following actions: Power the Unit ON, Power the Unit OFF, Enter Maintenance Mode, Clear Faults, Other Maintenance Features.
5 Black LED output Output (12V) On/Off LED output (12V)
6 Black LED return Return (12V) Common return for remote on/off LEDs
7 White CAN High COMM CAN/RV-C High
8 Blue CAN Low COMM CAN/RV-C Low
9 Black Low SOC alarm Output (12V) The pin will pulse a 12V signal while the battery SOC is between 20%-10%. Once the SOC has reached <10% the 12V signal shall be constant.
10 Violet Charge Percentage (control of voltage) Output PWM If the alternator is enabled, the pack controller will regulate the duty cycle of the Charger Percentage PWM output to maintain the desired battery charging voltage.
11 Brown Contactor state/Aux output Output (12V) 12V signal when contactor is closed
12 Yellow Shore Charge Signal input Input High (12V) 12V Power signal will: Turn the battery from OFF state to ON state. (Will not turn the battery from MAINTENANCE to ON state.) Activates the internal heater and logic in cold environments. Indicate to the battery that shore power is present on the DC Bus.

3. Operation

Power push button for ON | OFF | MAINTENANCE. The push button is a multi-function button that must be held down for specified durations to complete each action.

See the Owner's guide (document number: 975-1044-01-01) for information on Interpreting Ring LED Patterns on the Battery.

NOTE: The battery LED shall blink once per second for the first three seconds while held down, then transition to four times per second.

Troubleshooting

When planning to remove the battery pack from a live system, place the battery in MAINTENANCE mode before disconnecting the Rebling connector.

The Xantrex Battery has event or error states that are available through the Xantrex App via Bluetooth. Alternatively, the Power button's ring LED shows flashing patterns which correspond to an event or error state. See the Owner's guide (document number: 975-1044-01-01) online by scanning the QR code at the last section of this guide.

If you connect with the Xantrex BMS via Bluetooth and using the Xantrex App on your smart device, you can find out more detail about the battery state including diagnosing and solving detected error events.

Storage and Maintenance Instructions for Long Durations

  1. Reduce the battery state-of-charge (SoC) to 50% ±10% which is approximately 13.2V for a 12V battery.
  2. Turn off the battery by pressing and holding the Power pushbutton for ten (10) seconds.
  3. Keep the battery in an environment according to Battery Storage Guidelines.
  4. Every six months maintain the battery by charging it to 100% SoC, then discharging the battery to low voltage cutoff (LVC) level, then charging it back to 50% ±10% SoC.

RISK OF BATTERY DAMAGE: Do not charge the battery in ambient temperature below freezing.

Failure to follow these instructions can result in damage to the battery and may void the warranty.

4. Specifications

NOTE: Specifications are subject to change without prior notice.

Feature 884-0310-12 884-0410-12
Nominal Capacity 310Ah 410Ah
Nominal Voltage 12.8V 12.8V
Charging Voltage (max) 14.6V 14.6V
Float Voltage 14.0V 14.0V
Low Battery Cutoff Voltage 11.2V 11.2V
Recommended Charge Current ≤ 250A ≤300A
Max Charge Current (continuous) 300A 300A
Max Discharge Current (continuous) ≤ 250A ≤300A
Max Pulse Discharge Current 1000A (10 sec) 1000A (10 sec)
Internal Impedance ≤ 5mΩ ≤5mΩ
Weight 85lbs (38.5kg) 120lbs (54.4kg)
LxWxH 21.6 x 6.9 x 11.7 in (550 x 175 x 298 mm) 21.6 x 8.9 x 11.7 in (550 x 225 x 298 mm)
Charging Temperature 32-131 °F (0-55 °C) 32-131 °F (0-55 °C)
Discharging Temperature -4-131 °F (-20-55 °C) -4-131 °F (-20-55 °C)

Figure 3 Avoiding sharp bends

Figure 4 Battery bank stacking

PARALLEL: YES

SERIES: NO

This is for illustration purposes only.

NOTE: Keep the cables between batteries and ground cables the same lengths for optimal performance and to ensure equal discharging and charging.

Battery Maintenance Guideline

The Xantrex Lithium-ion Batteries system is designed to require the least amount of maintenance as possible. The battery and internal BMS are contained in a sealed device and do not require disassembly for maintenance reasons.

In general, to properly maintain the battery, follow the storage guidelines in the previous sections.

If the battery/ies are in regular use, then it is recommended that the battery/ies be fully charged a minimum of once per two weeks in order for the BMS to recalibrate its State of Charge (SoC) setting. This process also ensures that the SoC meter maintains its accuracy.

* For long term duration storage the battery should be kept in a particular charged state such as, 13.2V, ~50% SoC, and stored at the recommended storage specifications shown above.

Storage Instructions for Short Durations

  1. Fully charge the battery.
  2. Turn off the battery by pressing and holding the Power pushbutton for ten (10) seconds.
  3. Keep the battery in an environment according to Battery Storage Guidelines.

NOTE: For more information, scan and follow the links below.

Xantrex Lithium Ion Batteries website

Xantrex Lithium Ion Batteries User and Installation Guides

975-1041-01-01 Rev C December 2021

Models: 884-0310-12, 884-0410-12, Lithium-ion Batteries

File Info : application/pdf, 2 Pages, 498.01KB

PDF preview unavailable. Download the PDF instead.

Xantrex-Battery-310-410AH-Quickstart-Guide-975-1041-01-01 Rev-C

References

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