Inventus Power PROTRXion M-24V80-TRX User manual

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+1 877.423.4242
Inventus Power, Inc.
1200 Internationale Parkway
Woodridge, IL 60517
Designed & Manufactured by
PROTRXion™
Quick Start Guide
M-24V80-TRX
M-24V90-TRX
M-36V80-TRX
M-48V60-TRX

2
PROTRXion™ Quick Start Guide
Applicable Models
Document Information
Inventus Power® and PROTRXion™ are trademarks of Inventus Power.
Copyright© 2022 Inventus Power All rights reserved.
Technical Support
If you have any technical questions regarding the PROTRXion™ battery, please contact our
technical support team at:
Phone: [phone]
E-mail: [e-mail]
Model Part No. (CANopen)
M-24V80-TRX (with heater) 58571-002
M-24V90-TRX (with heater) 57481-002
M-36V80-TRX (with heater) 58946-201
M-48V60-TRX (with heater) 58560-202
M-48V60-TRX (with heater)
European Market Only 59092-201
M-24V80-TRX (without heater) 58571-005
M-24V90-TRX (without heater) 57481-003
M-36V80-TRX (without heater) N/A
M-48V60-TRX (without heater) 58560-601
Release Date Revision Scope of Change
2022-08-25 V2.1 Minor edits to version 2 release

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Quick Start Guide
Please read the detailed User Manual first and refer to this guide as another quick resource.
Mechanical Features
Battery Terminal Torque Rating
Before installation or maintenance of your batteries, the following equipment
is required:
• Rubber gloves
• Safety goggles or other eye protection
• Insulated Torque Wrench / Philips Screwdriver
• Voltmeter
# Description
1Negative Terminal
2Signal Connector #1
3Signal Connector #2
4Positive Terminal
5Battery State of Charge Indicator
6Retractable Pull Handle
5 61 2 43
TE Connector P/N: T4131012081-000
If in doubt, please consult with
Inventus Power Technical Support
([e-mail])
on further instructions on the signal
cable connections to the host system.
Model Terminal Type Wrench
Size
Torque
(Nm)
M-24V80-TRX
M-24V90-TRX
M-36V80-TRX
M-48V60-TRX
ISO M8 x 1.25 x 20mm Bolt (Negative Terminal) 13mm 17 ± 1
ISO M10 x 1.5 x 20mm Bolt (Positive Terminal) 17mm 22 ± 1

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Wake-Up & Ship Mode
Press the SOC button
for 5 seconds
TO WAKE UP THE BATTERY
TO PLACE IN SHIP MODE
We recommend to place the battery
in Ship Mode when it is not used to
prevent self-consumption current
drain and extend storage life.
Press the SOC button
for 20 seconds
Pin 1
Pin 5
VINTLK
Pin 4
VGND
Pin 3
VWAKE
Battery can also receive a
wake up signal from the sig-
nal connector by shorting pin
4 (VGND) to pin 5 (VINTLK)
to wake up battery from Ship
Mode.
Wake-Up
Connect pins 4 & 5
to exit Ship Mode
12 3 4 5 6 7 8
Power Cables
Power cables are not included with the battery unless a integration kit is purchased. Choose
the appropriate power cable size based on the system load requirements. When connected in
parallel configuration, it is preferable for all cables to be the same length and wire gauge. Refer
to ampacity table in User Manual when selecting power cables.
Communication Cables
Communication cables are not included with the battery unless a integration kit is purchased.
If your application requires communication, please connect a CAN cable to the battery signal
connector and respective system or chargers.
Item Mfg Part No. Cable Length Where to Purchase
Pack to Host T4161120008-001 0.5 meter (1.64’) Digikey
Pack to Pack M12A08MR-12AMR-SBA05 0.5 meter (1.64’) Digikey

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Charging
Many types of lead acid chargers are compatible with our PROTRXion™ batteries and safely
charge in temperature ranges as shown in the table below. When choosing an intelligent char-
ger, please discuss with Inventus Technical Support on suitable o-the-shelf charger solutions.
Charger datasheets can be provided upon request.
Charge Voltage / Current
Model M-24V80-TRX M-24V90-TRX M-36V80-TRX M-48V60-TRX
Max Charge Voltage 28.0 VDC 28.0 VDC 41.0 VDC 58.1 VDC
Charge Current 40A (0.5C) 45A (0.5C) 26.4A (0.33C) 18A (0.3C)
Max Charge Current 80A (1.0C) 90A (1.0C) 40A (0.5C) 20A (0.33C)
Charge Temperature
(without heater)
0°C to 55°C
(32°F to 131°F)
0°C to 45°C
(32°F to 113°F)
Charge Temperature
(with heater)
-35°C to 55°C
(-31°F to 131°F)
-35°C to 45°C
(-31°F to 113°F)
Pin Definition
Pin Definition (M-24V80-TRX / M-24V90-TRX / M-36V80-TRX)
Pin Definition (M-48V60-TRX)
Pin # Symbol Description
1VCANH CAN High for communication to the vehicle/machine
2VCANL CAN Low for communication to the vehicle/machine
3VWAKE Wake up input pin – active low to enable discharging
4VGND Pack signal ground used to pull Wake up and Interlock low
5VINTLK Interlock input pin – active low to enable charging
6VCANH_BATT CAN High for module to module communications
7VCANL_BATT CAN Low for module to module communications
8VSUPPLY Unregulated 24V/36V output – 2A continuous max.
Pin # Symbol Description
1VCANH CAN High for communication to the vehicle/machine
2VCANL CAN Low for communication to the vehicle/machine
3VWAKE Wake up input pin – active low to enable discharging
4VGND Pack signal ground used to pull Wake up and Interlock low
5VINTLK Interlock input pin – active low to enable charging
6VSUPPLY Aux Power Supply (regulated 15V, <10mA)
7VCANL_BATT CAN Low for module to module communications
8VCANH_BATT CAN High for module to module communications

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Connecting the Battery
1. Remove power to the vehicle/device prior to installation of the PROTRXion™ battery.
2. Remove all other batteries from the system prior to replacing them with PROTRXion™
batteries.
3. Remove the protective battery terminal covers from the terminals. Retain these covers in
the event that you need to remove or move the battery at some future time.
4. Attach the negative cable from the device to the negative terminal on the battery.
5. Attach the positive cable from the device to the positive terminal on the battery.
6. Attach M12 communication cables between batteries if more than one battery and from
battery to host system if the host system requires CANbus communication. Connect com-
munication cables to the TE M12 connector on the battery with 0.60 Nm [6.1 kgfcm] or less
torque in order to maintain good connection and avoid damaging the battery. DO NOT
rotate the mating connector or loosen the nut on the battery M12 connectors to avoid dam-
aging the battery.
7. If the battery charger is integrated with the device drawing power from the PROTRXion™
battery, then please follow manufacturers recommended sequence for each battery connection.
Please contact Inventus Technical Support if the system requires more than 10 batteries.
Parallel connections
The PROformance batteries can be connected in parallel to increase your energy requirements.
You may connect up to 15 batteries for the M-24V80-TRX, M-24V90-TRX & M-36V80-TRX and
up to 10 batteries for the M-48V60-TRX. These batteries cannot be connected in series. Refer to
wiring diagram below.
Single Install Parallel Connection
Pack (-)
Signal Cable
(System)
Pack (+)
Signal Cable
(System)
Pack (+)
Pack (-)
Signal Cable
(Pack to Pack)

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Battery Modes
LED Status
LED Indicator Status SOC
81 – 100%
61 – 80%
41 – 60%
21 – 40%
11 – 20%
1 to 10%
Mode Name VWAKE VINTLK Action Mode Description
Sleep O
(High or Hi-z)
O
(High or Hi-z)
Disconnect pins 3, 4, and
5 to enter Sleep Mode
Low power mode,
MOSFETs open
Charge O
(High or Hi-z)
On
(Low)
Connect pins 4 and 5 to
enable charging
Charge allowed,
MOSFETs closed
Charge On
(Low)
On
(Low)
Connect pin 4 to pins 5
and 3 to enable charging
Charge allowed,
MOSFETs closed
Discharge On
(Low)
O
(High or Hi-z)
Connect pins 3 and 4 to
allow discharging
Discharge allowed,
MOSFETs closed
Ship O
(High or Hi-z) N/A Press the SOC button and hold for 20 sec
Low power mode,
MOSFETs open
Shutdown N /A N/A Apply charge voltage to
exit Shutdown
Lowest power mode,
MOSFETs open
Sleep Mode
Disconnect pins 3, 4 & 5
to put into Sleep Mode
Charge Mode
Connect pins 4 & 5
to enter Charge Mode
Discharge Mode
Connect pins 3 & 4
to enter Discharge Mode
12 3 4 5 6 7 8 12 34 5 6 7 8 12 34 5 6 7 8
Note: CAN lines in the battery pack DO NOT
have internal termination resistance. It is
recommended to properly terminate the system
and battery CAN Bus lines following the CAN
Bus termination standards. For any technical
questions about properly adding termination
resistance, please contact technical support at
[e-mail].