35:I[13016,["/_next/static/immutable/chunks/2corl6wyj4669.js","/_next/static/immutable/chunks/38ah15c1p7ap-.js","/_next/static/immutable/chunks/3xn5j70p33j5y.js","/_next/static/immutable/chunks/0dvlxnnqxuduy.js","/_next/static/immutable/chunks/1yvch-w2hvhtd.js","/_next/static/immutable/chunks/1j_n8vwjqsa3r.js","/_next/static/immutable/chunks/2z51420-i-6cj.js","/_next/static/immutable/chunks/2sxd6b0k1yjf9.js","/_next/static/immutable/chunks/07gas4z4l3yo3.js","/_next/static/immutable/chunks/2i_cz0mfxgrj1.js","/_next/static/immutable/chunks/05v1mh10vi1qw.js","/_next/static/immutable/chunks/41aim9a-bg3dm.js","/_next/static/immutable/chunks/265wzjyzqeedm.js","/_next/static/immutable/chunks/1ki0ptyo4y_xu.js","/_next/static/immutable/chunks/2v_b23k6kb_2a.js","/_next/static/immutable/chunks/3k-nutrtn9lsy.js"],"CategoryPageShell"] 36:Tf2c,

GX16 2-Pin Male Plug & Female Socket Connector Set

The GX16-2-Pin Male Plug and Female Socket is a two-contact circular connector set used to create a detachable electrical connection between equipment and a cable or between two sections of a wiring system. GX16 connectors are widely recognized as circular or aviation-style connectors, and the two-pin format is useful where a simple two-conductor interface is required. Typical uses include low-power DC connections, accessory ports, control wiring, sensors, instruments and custom equipment panels.

The connector family uses a threaded coupling that helps keep the mating halves securely engaged during normal equipment use. A male plug and female socket pair also gives designers a clean disconnect point for service, transport or module replacement. GX16-2 products are commonly available with solder-cup terminals and panel/cable mounting arrangements, making them practical for compact equipment and enclosure wiring when the connector's electrical rating is appropriate for the circuit.

Connector reliability depends on contact rating, conductor size, termination quality, insulation clearance, mounting strength and the mechanical load applied to the cable. Pin count alone is not enough to size a connector. The selected GX16-2 pair should be used within the current and voltage rating assigned to the supplied connector, especially when the circuit carries continuous DC power.

For battery systems, a GX16-2 connector is generally better suited to compatible low-current power, charging, control or signal functions than to a main high-current discharge path. Where the battery output can deliver substantial current, use a connector system and protection device sized specifically for that power level. Good solder joints, clean contact surfaces and proper strain relief reduce contact resistance and help maintain stable electrical performance over repeated service cycles.

Match the connector by GX16 series, 2-pin configuration, mating gender and physical mounting arrangement. When replacing an existing connector, compare the shell, thread, panel cutout and pin numbering so the new pair mates correctly and preserves the intended circuit polarity. Cable diameter and conductor size should also suit the connector body and terminal geometry, and the circuit load must stay within the connector's rated electrical limits.

Applications

• Test instruments and electronic equipment requiring a detachable two-wire connection.

• Industrial control panels, automation equipment and sensor interfaces.

• Low-power DC accessory or charging connections where the connector rating is suitable.

• Battery enclosures for compatible control, signal or auxiliary circuits.

• Custom electronics, service fixtures and panel-mounted wiring assemblies.

Installation Guide

Tin and solder wires carefully without overheating the insulating parts of the connector. Keep exposed conductor length short enough to prevent adjacent pins from shorting. Add heat-shrink or suitable insulation where needed, provide strain relief at the cable exit and confirm pin numbering before energizing the circuit. On panel-mounted applications, tighten the hardware securely without distorting the enclosure or connector body.

Why Choose ARB Accessories?

ARB Accessories supplies battery, EV and energy-storage components for manufacturers, OEMs and technical buyers. Sourcing connectors alongside BMS products, battery wiring, terminals and enclosure accessories can simplify component procurement for battery-pack and industrial wiring projects.

37:T1127,

QY XT90 + 2 Pin Coupler

The QY XT90 + 2 Pin Coupler is a pre-assembled battery power connection accessory designed to interface an XT90 connector with a 2-pin coupler in compatible DC battery and power systems. It is useful where two different connector formats need to be joined without rebuilding the complete wiring harness. For battery assemblers, EV service technicians, charger integrators, and custom power-system builders, this type of adapter can simplify connection between a battery pack, charger, controller, test setup, or other compatible DC equipment.

The defining feature of this product is its dual-connector arrangement: XT90 on one side and a 2-pin coupler on the other. XT90 connectors are widely used in battery and high-current DC applications because they provide a compact removable connection for two-conductor power circuits. The 2-pin coupler side gives the assembly a second connection standard, allowing it to act as an interface cable rather than a single loose connector.

Technical Details

The coupler functions as an electrical bridge between two connector formats. One side connects to the mating XT90 connector, while the 2-pin side connects to its corresponding coupler. When both mating connectors, polarity, wire size, and electrical ratings are correct for the system, the assembly provides a removable DC connection path.

This product should not be selected only because both connectors physically fit. Battery connectors can look similar while using different pin assignments, gender conventions, wire gauges, or current requirements. Always confirm which side of the assembly is connected to battery positive and negative, and compare the connector orientation with the actual equipment before applying power.

Confirm the XT90 gender, 2-pin coupler style, polarity, wire size and mating connector before installation. The current capability of the complete adapter is determined by the weakest part in the path, including the 2-pin coupler, conductor, terminals and joints—not by the XT90 body alone. Compare the connector keying and pin arrangement with the actual battery, charger or controller before applying power, and verify continuity and polarity with a meter when the adapter is used in a new harness.

Applications

Depending on the complete system design, the QY XT90 + 2 Pin Coupler can be considered for:

• Lithium battery pack wiring

• EV and e-mobility battery connections

• Charger-to-battery adapter leads

• Battery service and testing benches

• Custom DC power systems

• Portable power equipment

• Solar or energy-storage battery wiring

• Controller and battery interface conversions

These examples describe common uses for this connector category; the actual suitability depends on the current, voltage, mating connector, wire size, and polarity requirements of the equipment.

Installation Guide

Inspect the terminals for secure seating and check that no conductor is exposed outside the insulated or protected connection area. In mobile applications, route the cable so that repeated bending, pulling, abrasion, or vibration is not concentrated directly at the connector joint. If the assembly is being incorporated into a production battery pack, verify continuity and polarity before final enclosure assembly.

Why Choose ARB Accessories?

ARB Accessories focuses on lithium-battery, EV, energy-storage and battery-assembly products for technical buyers across India. The product range brings together connectors, wires, fuses, BMS hardware, cells, enclosures, testing equipment and assembly accessories in one specialist catalog, making it easier to source compatible components for the same battery or DC system. Clear product naming, electrical ratings and application guidance help workshops, pack manufacturers, system integrators and service teams compare parts before ordering. For best results, select every component according to the actual voltage, current, connector, conductor and mechanical requirements of the finished system.

38:T1181,

QY OKW 2-Pin Female + XT90

The QY OKW 2-Pin Female + XT90 is a pre-assembled battery and charging connection accessory that combines an OKW-style 2-pin female connector with an XT90 power connector for use in compatible DC battery systems. It is designed for situations where a battery pack, charger, vehicle wiring harness, or test setup uses two different connector standards and a ready-made interface is preferred over fabricating a custom adapter from individual parts.

The product is particularly relevant to lithium battery assembly and electric-mobility servicing, where XT-series connectors are commonly used on battery-side or power-side wiring and 2-pin charging sockets or couplers may be used on the enclosure or charger interface. By combining both connector formats into one assembly, the adapter can simplify replacement, servicing, prototyping, and production wiring when the electrical specifications and pinout match the intended system.

Technical Details

The assembly acts as an adapter between the mating XT90 connection and the mating 2-pin female/plug system. Electrical power passes through the two conductors when both connectors are fully seated and the wiring has been matched correctly for polarity.

The connector assembly itself does not regulate voltage, limit charging current, balance cells, or protect the battery from electrical faults. Those functions belong to the charger, BMS, fuse, controller, or other protection components in the system. For this reason, the adapter should be chosen as part of the complete electrical design rather than treated as a universal charging accessory.

Confirm the exact OKW 2-pin mating connector, XT90 gender, polarity, conductor size and system current before installation. Connector names can vary among sellers, so physical keying and terminal arrangement should be compared with the actual battery or charger. The safe current of the finished assembly depends on the complete current path, including both connector types, wire size and joints. If used as a charging lead, charger voltage and charging profile must already be correct for the battery chemistry and series count.

Applications

When compatible with the equipment, this connector assembly can be used in:

• Lithium-ion and LiFePO4 battery pack wiring

• Electric scooter and e-bike battery systems

• Charger-to-battery connection leads

• Battery enclosure charging interfaces

• Battery assembly and repair workshops

• DC power test setups

• Portable power systems

• Solar or backup battery installations

• Custom EV and battery harness projects

Application suitability depends on the connector pinout, wire and terminal capacity, system voltage, operating current, and mechanical installation.

Installation Guide

Check continuity and polarity before connecting the assembly to a live battery. Make sure both connectors seat fully and that the wire is not pulled sideways or sharply bent at the terminal exit. In battery boxes and vehicles, provide strain relief so vibration and movement are not transferred directly to the electrical joints.

If the adapter is being used as a charging interface, ensure that the charger voltage and charging profile are correct for the battery chemistry and series count. This cable only makes the electrical connection; it does not make an incompatible charger safe.

Why Choose ARB Accessories?

39:T11af,

Harness Connector

The Harness Connector is a general-purpose wiring connection component intended for compatible battery, BMS, electrical harness, control, or equipment wiring assemblies. In battery systems, harness connectors are used to create an organized detachable interface between groups of wires and the device or subassembly they serve. Depending on the exact connector, the circuit may carry voltage-sense signals, temperature-sensor signals, communication lines, control wiring, or another low-voltage electrical function.

Harness connectors are selected by housing shape, pin count, terminal family, pitch, keying, mating connector and wire size. Correct matching is essential because a connector that looks similar may use a different terminal layout or pin assignment. The connector should therefore be paired with the exact harness, PCB header, battery-management system, charger, tester or other equipment for which its mechanical and electrical interface is designed.

Technical Details

In a battery-management harness, each wire may connect to a different cell-group voltage or signal. A connector that physically fits is not necessarily electrically compatible. The cavity order, keying, terminal assignment, and polarity must match the mating device exactly. Connecting a voltage-sense harness in the wrong order can apply unexpected voltages to electronics even when the connector housing looks correct.

For this reason, technicians should document pin numbers and wire functions before replacing a harness connector. If a BMS connector is involved, follow the BMS manufacturer's wiring diagram and connect cell-sense wires in the specified sequence.

Select the Harness Connector by matching the actual housing, pin count, terminal family, pitch, keying, locking mechanism and mating connector. In battery-management harnesses, pin order is especially important because adjacent positions can represent different cell-voltage taps, temperature sensors, communication lines or control signals. A connector that physically fits is not necessarily electrically compatible. For current-carrying circuits, conductor size and terminal current capability must also suit the application; for signal and sensing circuits, secure terminal retention and accurate pin mapping are the priority.

Applications

• Lithium battery pack wiring and battery-management harness connections.

• BMS sense leads, temperature-sensor harnesses and monitoring connections.

• Battery testers, chargers and control-panel wiring assemblies.

• EV auxiliary wiring, equipment harnesses and service leads.

• Custom battery-manufacturing fixtures and electronic assemblies with matching pinout.

Installation Guide

If the connector uses crimp terminals, use terminals designed for the housing and a crimp tool suitable for the terminal family and conductor size. A good crimp should secure the conductor electrically and provide strain support on the insulation where the terminal design provides it. Poor crimping can create intermittent signals, unwanted resistance, or a loose terminal that backs out of the housing.

After inserting terminals, check that each one is locked in place and cannot be pulled out with light tension. Verify pin-to-pin continuity and check for unintended shorts before connecting the harness to live battery equipment.

Why Choose ARB Accessories?

ARB Accessories specializes in lithium-battery, EV, energy-storage and battery-assembly products for technical buyers across India. The catalog brings together BMS boards, wiring, connectors, fuses, cells, enclosures, testing equipment and assembly accessories in one focused range, helping pack manufacturers, workshops, system integrators and service teams source related components from a single specialist supplier. Clear model naming, electrical ratings and application guidance make it easier to compare parts before ordering, while the wide battery-component range supports both production and maintenance requirements. For reliable results, every component should still be selected according to the actual electrical load, connector interface, battery architecture and installation conditions of the finished system.

3a:T11f7,

Fuse Blade 60A – Big

The Fuse Blade 60A Big is a large-format blade fuse intended for overcurrent protection in compatible 60A-class DC electrical circuits. The fuse is installed in a matching holder and is designed to open the circuit when an overcurrent condition exceeds its time-current characteristics.

For battery and EV systems, a fuse is an important part of the protection architecture because wiring can carry very high fault current from a battery. The fuse’s purpose is to interrupt the circuit under specified overcurrent conditions before the protected conductor or equipment is exposed to unacceptable thermal stress. It does not replace the BMS or other electronic protection systems; instead, it provides a separate sacrificial current-protection function.

Technical Details

Inside the fuse body is a conductive element sized to carry normal circuit current while responding to excessive current. When the current is high enough for long enough, the element heats until it opens. This disconnects the protected circuit and stops current flow through that path.

A 60A marking does not mean the fuse opens the instant current reaches 60.1A. Fuse operation follows a time-current relationship. Short-duration motor or controller peaks may be treated differently from a sustained overload depending on the fuse design. Circuit designers should therefore consider both normal operating current and expected transient current when selecting the fuse.

Fuse selection must coordinate with the conductor and the load. The fuse rating should not exceed what the protected wire, connector, holder, and downstream equipment can safely handle. At the same time, it must allow the normal operating and permitted short-duration current of the load.

Circuit voltage is equally important. The fuse must have an interrupting voltage rating suitable for the battery system. If the exact voltage rating is not printed in ARB’s current listing, confirm the marking on the physical fuse or the supplier datasheet before installation.

Select a 60A fuse by coordinating it with conductor size, normal load current, expected temporary surges, fuse holder and circuit voltage. The fuse should be rated to protect the wiring and connected equipment while allowing the normal operating current of the circuit. Use only a compatible large blade holder with clean, tight contacts. Repeated fuse operation indicates an overload, short circuit or installation problem that should be corrected before the circuit is returned to service.

Applications

When properly matched to voltage and holder requirements, a 60A large blade fuse may be used in:

• Lithium battery packs

• E-bike, scooter, and EV auxiliary circuits

• Battery chargers

• DC power distribution

• Solar battery systems

• UPS and backup batteries

• Inverter accessory circuits

• Automotive and marine-style DC systems

• Industrial battery equipment

Installation Guide

Use only a holder that matches the large blade form factor and is suitable for the intended current. Push the fuse fully into the holder so both blades have secure contact pressure. Loose, oxidized, or undersized contacts can heat and may damage the holder.

Mount the holder where it can be inspected and replaced without exposing the technician to accidental short circuits. In a battery system, locate the fuse according to the pack’s protection design and follow appropriate isolation procedures before service.

Why Choose ARB Accessories?

3b:T132e,

Fuse Blade 80A – Big

The Fuse Blade 80A Big is a large-format blade fuse designed to provide overcurrent protection for compatible 80A-class DC circuits. ARB’s marketplace data identifies the product at 80A and references the execution standards SAE J2077, JASO D612, and QC/T 420-2004. It is intended for use with a matching large blade-fuse holder in battery, vehicle, charger, energy-storage, and other DC power systems where an 80A fuse is specified by the electrical design.

The fuse is a sacrificial safety component. During normal operation it carries the circuit current through a calibrated conductive element. If an overload or fault drives the current beyond the fuse’s time-current capability, the element heats and opens the circuit. This helps protect the wiring and connected equipment from sustained overcurrent, provided the fuse has been selected correctly for the conductor, voltage, holder, and load.

Technical Details

The fuse element is designed to tolerate the circuit’s intended operating current while responding to excessive current according to its characteristic curve. When enough heat builds in the element, it melts or separates and interrupts the current path.

An 80A fuse does not necessarily open immediately when the current rises slightly above 80A. Fuse behavior depends on both current magnitude and time. This allows designers to coordinate the fuse with loads that may have temporary starting or surge currents while still providing protection against damaging overloads or faults.

The correct fuse rating must be coordinated with the wire ampacity, normal load current, expected surge current, connector ratings, BMS design, and downstream equipment. Installing an 80A fuse on wiring that cannot safely carry the required current defeats the purpose of the protection device.

Voltage rating is also critical. A fuse must be capable of safely interrupting the circuit voltage after it opens. The current ARB search data confirms the 80A rating and referenced standards, but the exact fuse voltage rating should be verified from the physical fuse or supplier datasheet before use in higher-voltage lithium battery packs.

Select an 80A fuse by matching it to the conductor ampacity, expected continuous current, permitted short-duration surge, holder design and circuit voltage. The fuse should open under abnormal overcurrent conditions before the wiring reaches an unsafe thermal condition. Use a holder intended for the same large blade format and current class, and ensure the contacts remain clean and tight. Never increase the fuse rating to stop repeated fuse operation without first locating the cause of the overload or fault.

Applications

When the holder and voltage rating are suitable, an 80A large blade fuse may be used in:

• Lithium-ion and LiFePO4 battery systems

• EV and e-mobility battery wiring

• DC chargers

• Solar energy-storage systems

• UPS and backup power

• Inverter or converter circuits

• Automotive auxiliary power

• Industrial DC equipment

• Battery distribution and accessory circuits

Installation Guide

Fit the fuse only into a holder designed for the same large blade format and appropriate current. Both blades should seat fully and firmly. Poor contact pressure, contamination, oxidation, or an undersized holder can create additional resistance and heat.

If the fuse opens, isolate the battery or power source according to the system procedure and investigate the cause. Check for short circuits, damaged insulation, overloaded equipment, wiring errors, or failed components before fitting a replacement. Replace the fuse with the same required current class and an appropriate voltage rating rather than installing a larger fuse simply to prevent repeat operation.

Why Choose ARB Accessories?

3c:T12fa,

Fuse Blade 100A – Big

The Fuse Blade 100A Big is a large-format automotive-style blade fuse designed to provide overcurrent protection in compatible high-current DC circuits. ARB lists this version at 100 amps, identifies it as a large-size fuse, and references the execution standards SAE J2077, JASO D612, and QC/T 420-2004 on the existing product data. It is intended to be installed in a matching fuse holder so that excessive current can open the fuse element and disconnect the protected circuit according to the fuse’s time-current behavior.

A fuse is a sacrificial protection device. It is selected to protect the wiring and circuit from current levels that exceed the intended design. It does not regulate current during normal operation and it does not replace the BMS, contactor, charger protection, or other system controls.

Technical Details

The fuse contains a calibrated conductive element between its two blades. During normal operation, current passes through this element. If current rises sufficiently above the fuse’s designed operating range for the required time, the element heats and opens the circuit.

The exact operating time is not determined only by the “100A” marking. Fuse clearing depends on the magnitude and duration of the overcurrent, fuse design, ambient temperature, holder condition, and applicable time-current curve. For this reason, a 100A fuse should be selected from the requirements of the circuit rather than used as a universal protection value.

The fuse rating should coordinate with the wire size, expected continuous current, allowable peak current, load characteristics, connector ratings, and protection strategy. A fuse is generally chosen to protect the conductor and downstream circuit, not simply to match the maximum current printed on a battery or BMS.

The circuit voltage must also be within the fuse’s verified voltage rating. Do not install a fuse in a battery system with a higher voltage than the fuse is designed to interrupt safely. If ARB’s final product documentation does not list the voltage rating, verify it from the exact fuse marking or supplier datasheet before use in higher-voltage battery systems.

Select a 100A fuse only after coordinating the fuse with the conductor ampacity, expected continuous current, allowable surge current, fuse holder and circuit voltage. The fuse should protect the wiring and downstream circuit rather than simply match the maximum current printed on another component. Confirm that the large blade holder is designed for the same fuse format and current class, and use the fuse only within its verified voltage and interrupting capability. If a fuse opens repeatedly, investigate the electrical fault instead of increasing the fuse rating.

Applications

When the fuse voltage rating, holder, and circuit design are compatible, a 100A large blade fuse may be used in:

• Lithium battery packs

• EV and e-mobility wiring

• Automotive auxiliary circuits

• Battery chargers and DC distribution

• Solar and energy-storage battery systems

• UPS and backup-power equipment

• Inverters and DC loads

• Industrial battery systems

• High-current accessory circuits

Installation Guide

Install the fuse only in a holder designed for the same large blade format and current class. The blades should seat fully with firm contact pressure. Loose or contaminated contacts can create resistance and heat even when the current is below 100A.

If the fuse opens, do not simply replace it repeatedly. Check the circuit for short circuits, overloads, damaged wiring, incorrect equipment, or other causes. Replace the fuse only with the correct current and voltage class specified by the system design.

Why Choose ARB Accessories?

3d:T116e,

ANL Fuse 40A

The ANL Fuse 40A is a bolt-in style overcurrent protection component intended for compatible battery and DC electrical circuits where a 40-amp fuse rating is required by the system design. ANL-format fuses are commonly used in battery installations, inverter wiring, automotive and mobility systems, solar and backup-power assemblies, and other DC power circuits because they provide a replaceable protection point between a power source and downstream wiring or equipment.

The most important verified product characteristic in the name is the 40A current rating. A fuse should be selected to protect the conductor and connected circuit, not simply to match the highest current a battery can theoretically deliver. In a correctly designed installation, the fuse rating, cable size, expected continuous current, short-duration surge current, fuse holder, voltage rating, and downstream equipment requirements are considered together.

Technical Details

A fuse is installed in series with the conductor it is intended to protect. Under normal operating conditions, current passes through the fuse. If an overcurrent condition causes the fuse element to operate, the circuit opens and current flow is interrupted. The exact opening time depends on the fuse design and the magnitude of the overcurrent; a fuse should therefore never be described as an electronic current limiter or resettable protection device.

The fuse is normally positioned so that the length of unprotected conductor from the power source is minimized, subject to the equipment manufacturer's installation instructions and applicable electrical practice. In battery systems, this is particularly important because a battery can deliver high fault current into a short circuit.

Do not choose a 40A fuse only because the connected device is described as ""40A."" Determine the maximum normal operating current, expected inrush or surge behavior, cable current-carrying capability, system voltage, fuse time-current characteristic, and the equipment manufacturer's recommendation. The fuse voltage rating must also be suitable for the DC system voltage. A fuse with an unsuitable voltage rating may not safely interrupt a fault even if its current rating appears correct.

Applications

• Lithium battery pack main or branch circuits designed around a 40A ANL fuse.

• DC distribution systems requiring replaceable overcurrent protection.

• Inverter and solar battery feed circuits with correctly matched cable sizing.

• Automotive, mobility and auxiliary DC power installations.

• Battery test setups and other protected DC branches specified for 40A ANL protection.

Installation Guide

Use a fuse holder that is specifically compatible with the ANL form factor and system current. Disconnect and isolate the power source before installation. Keep mounting surfaces clean and tighten the fuse connections to the holder manufacturer's specified torque. Loose connections can create unwanted resistance and heating even when the fuse rating itself is correct.

If a fuse opens, identify and correct the cause before replacing it. Never bridge the fuse with wire, metal foil, or a higher-rated fuse simply to restore operation. Replace it with the correct type and rating specified for the circuit.

Why Choose ARB Accessories?

3e:T585,

Fuse Holder Covers are designed to provide reliable protection for fuse holders by shielding them from dust, moisture, accidental contact, and environmental contaminants. These covers help improve electrical safety, extend the life of fuse holders, and maintain the overall reliability of electrical systems.

Manufactured from high-quality, durable insulating materials, fuse holder covers offer excellent resistance to heat, impact, and wear. They are easy to install and fit securely over compatible fuse holders, ensuring safe operation in automotive, EV, solar energy, industrial, marine, and battery system applications.

These protective covers help prevent accidental short circuits, reduce the risk of electrical hazards, and keep fuse connections clean and protected. Their compact and lightweight design makes them suitable for both new installations and replacement applications.

Applications:

Electric Vehicles (EVs)
Lithium Battery Packs
Solar Power Systems
Automotive Electrical Systems
Marine Electrical Installations
Industrial Control Panels
Energy Storage Systems (ESS)

Fuse Holder Covers are an essential safety accessory for protecting fuse assemblies, ensuring reliable performance, and maintaining the integrity of electrical connections in demanding applications.

3f:T4f4,

Fuse Holder with Fuse 32V/50A Small is a compact and reliable circuit protection solution designed to safeguard electrical systems from overcurrent and short-circuit conditions. Supplied with a 32V 50A fuse, this fuse holder ensures quick and effective protection for automotive, EV, battery, solar, and industrial applications.

Manufactured from high-quality, heat-resistant materials, the fuse holder provides excellent durability and secure electrical connections. Its compact design allows easy installation in confined spaces while maintaining reliable performance under demanding operating conditions. The included 50A fuse helps protect wiring, batteries, controllers, inverters, and other electrical components from damage caused by excessive current flow.

The holder is designed for easy fuse replacement, reducing maintenance time and ensuring continuous system protection. Its robust construction makes it suitable for both OEM installations and replacement applications.

Applications:

Electric Vehicles (EVs)

Lithium Battery Packs

Battery Management Systems (BMS)

Automotive Electrical Systems

Solar Power Systems

Inverters and DC Circuits

Industrial Equipment and Control Panels

40:T7b0,

The 1AWG Silicone Wire (42.4 Sqmm) – Black – 1 Meter is a premium-grade, high-current flexible cable designed for demanding electrical applications. Built for performance and durability, this wire is ideal for lithium battery packs, EV systems, inverters, solar setups, and high-power DC connections.

With its ultra-flexible silicone insulation and high-purity copper conductor, this cable ensures excellent conductivity, minimal voltage drop, and long-term reliability even under heavy load conditions.

Applications:

EV battery pack main connections
E-rickshaw & e-bike wiring
Lithium battery discharge cables
Solar inverter battery connections
UPS systems
Power distribution panels
High-current DC systems

Perfect For:

Battery manufacturers
EV builders
Solar system installers
DIY battery pack creators
Industrial electrical projects

Installation Tip:

For best performance, use proper crimping lugs and heat shrink sleeves to ensure secure, insulated connections.

Why Choose Silicone Wire?

Unlike PVC wires, silicone wires offer superior flexibility and heat resistance. This makes them perfect for battery packs and EV wiring where tight bends, vibration resistance, and high temperatures are common.

High Current Carrying Capacity – Ideal for battery discharge lines and inverter connections

Ultra Flexible Design – Easy to route and install in compact spaces

Heat Resistant Silicone Jacket – Withstands extreme temperatures

Low Resistance Copper Core – Efficient power transmission

Durable & Long-Lasting – Crack-resistant and vibration-proof

41:T876,

The 1AWG Silicone Wire Red (42.4 Sqmm) – 1 Meter is a premium-quality, high-performance cable designed for heavy-duty electrical applications. Built specifically for high current lithium battery systems, EV wiring, solar installations, and inverter connections, this wire ensures maximum power transfer with superior flexibility and durability.

Manufactured using high-strand tinned copper and coated with high-temperature silicone insulation, this cable provides excellent conductivity, low resistance, and long service life—even in demanding environments.

Ideal Applications:

EV battery main positive connection
E-rickshaw and e-bike wiring
Lithium battery pack assembly
Solar battery bank connections
UPS and inverter battery linking
High-power DC systems

Perfect For:

Battery pack manufacturers
EV system builders
Solar installers
Industrial electrical projects
DIY lithium battery creators

Installation Recommendation:

For best results, use proper copper lugs, hydraulic crimping tools, and heat shrink sleeves to ensure secure, insulated, and professional-grade connections.

Why Choose 1AWG Silicone Wire?

When working with lithium battery packs and EV systems, cable quality is critical. This 1AWG 42.4 Sqmm silicone wire is engineered to handle high discharge currents safely while maintaining flexibility and heat resistance.

High Current Carrying Capacity – Suitable for battery main lines and inverter connections

Ultra Flexible Structure – Easy to bend and install in tight battery compartments

Heat & Flame Resistant – Silicone insulation withstands extreme temperatures

Low Voltage Drop – Pure copper core ensures efficient power transmission

Durable & Crack-Resistant – Long-lasting even in vibration-prone EV applications

42:T87f,

The 2AWG Silicone Wire Black (33.6 Sqmm) – 2 Meter Length is a premium-quality, high-current cable designed for demanding power applications. Built specifically for electric vehicles (EVs), lithium battery packs, solar systems, and inverter connections, this wire ensures safe, stable, and efficient power transmission even under heavy load conditions.

Manufactured with high-strand pure/tinned copper conductors and insulated with high-grade silicone rubber, this cable delivers superior conductivity, excellent flexibility, and long-lasting durability.

Ideal Applications:

EV battery negative main connection
E-rickshaw & e-bike battery wiring
Lithium battery discharge cables
Solar battery bank systems
UPS & inverter battery linking
High power DC distribution systems

Recommended For:

Battery pack manufacturers
EV system integrators
Solar installers
Industrial electrical technicians
DIY lithium battery builders

Installation Tip:

For best performance and safety, use appropriate copper lugs, hydraulic crimping tools, and high-quality heat shrink sleeves to ensure secure and insulated connections.

Why Choose 2AWG Silicone Wire?

In high-current lithium battery and EV systems, cable quality plays a crucial role in safety and performance. The 2AWG 33.6 Sqmm Silicone Wire is engineered to minimize voltage drop, reduce heat generation, and provide reliable power delivery.

High Current Carrying Capacity – Suitable for battery main lines and inverter connections

Excellent Flexibility – Easy to route in compact EV battery compartments

Heat & Flame Resistant Insulation – Withstands extreme temperatures

Low Resistance Copper Core – Ensures efficient energy transfer

Durable & Vibration Resistant – Perfect for mobile EV applications

43:T866,

The 2AWG Silicone Wire Red (33.6 Sqmm) – 2 Meter Length is a premium-grade high-current cable engineered for demanding electrical and power applications. Designed specifically for EV battery systems, lithium battery packs, solar energy storage, and inverter connections, this cable ensures maximum efficiency, safety, and durability.

Manufactured with multi-strand high-conductivity copper and coated with high-temperature silicone insulation, this wire delivers stable power transmission with minimal voltage drop—even under heavy current loads.

Ideal Applications:

EV battery positive main connection
E-rickshaw & e-bike wiring systems
Lithium battery pack assembly
Solar battery bank wiring
Inverter & UPS battery connections
High-power DC distribution systems

Recommended For:

Lithium battery manufacturers
EV builders and technicians
Solar system installers
Industrial electrical projects
DIY battery pack creators

Installation Tip:

For optimal performance, use heavy-duty copper lugs, hydraulic crimping tools, and heat shrink sleeves to ensure strong, insulated, and secure connections.

Why Choose 2AWG Silicone Wire?

In EV and lithium battery systems, cable quality directly impacts performance and safety. The 2AWG 33.6 Sqmm Silicone Wire is built to handle high discharge currents while maintaining flexibility and heat resistance.

High Current Capacity – Ideal for battery positive main lines

Ultra Flexible Design – Easy installation in tight EV compartments

Heat & Flame Resistant – Silicone insulation withstands extreme temperatures

Low Resistance Copper Core – Efficient power transfer with reduced energy loss

Durable & Crack-Resistant – Designed for long-term use in vibration-prone environments

44:T86c,

The 4AWG Silicone Wire Black (21.2 Sqmm) – 2 Meter Length is a high-quality, heavy-duty power cable designed for medium to high current applications. Specially built for electric vehicles (EVs), lithium battery packs, solar systems, inverters, and UPS connections, this cable ensures efficient power transfer, safety, and long-lasting performance.

Constructed with multi-strand high-conductivity copper and protected with premium-grade silicone insulation, this wire delivers excellent flexibility, low resistance, and superior heat resistance—making it ideal for demanding DC power systems.

Ideal Applications:

EV battery negative connections
E-bike & e-rickshaw battery wiring
Lithium battery pack assembly
Solar battery bank systems
Inverter & UPS battery linking
DC power distribution systems

Perfect For:

Lithium battery manufacturers
EV builders & technicians
Solar installation professionals
Industrial electrical applications
DIY battery pack projects

Installation Tip:

For best performance and safety, use proper copper lugs, heavy-duty crimping tools, and heat shrink sleeves to ensure secure and insulated terminations.

Why Choose 4AWG Silicone Wire?

Proper wiring is critical in lithium battery and EV systems. The 4AWG 21.2 Sqmm Silicone Wire is engineered to deliver reliable current flow while minimizing voltage drop and heat buildup.

Strong Current Carrying Capacity – Suitable for battery main lines and inverter connections

Highly Flexible Structure – Easy routing in compact battery compartments

Heat & Flame Resistant – Silicone insulation withstands extreme temperatures

Low Voltage Drop – Ensures efficient power transmission

Durable & Vibration Resistant – Perfect for mobile EV environments

45:T889,

The 4AWG Silicone Wire Red (21.2 Sqmm) – 2 Meter Length is a premium-quality, high-performance power cable designed for medium to high current DC applications. Ideal for electric vehicles (EVs), lithium battery packs, solar energy storage systems, inverters, and UPS connections, this cable ensures safe, stable, and efficient power transmission.

Built with multi-strand high-conductivity copper and insulated with high-temperature silicone rubber, this wire delivers low resistance, excellent flexibility, and superior durability—even in demanding environments.

Ideal Applications:

EV battery positive main wiring
E-rickshaw & e-bike battery systems
Lithium battery pack assembly
Solar battery bank wiring
Inverter and UPS battery connections
High-power DC distribution panels

Recommended For:

Lithium battery manufacturers
EV builders and technicians
Solar system installers
Industrial electrical projects
DIY battery pack creators

Installation Tip:

For secure and professional connections, use high-quality copper lugs, hydraulic crimping tools, and heat shrink sleeves to ensure proper insulation and strong terminal bonding.

Why Choose 4AWG Silicone Wire?

In EV and lithium battery systems, cable quality directly affects performance and safety. The 4AWG 21.2 Sqmm Silicone Wire is engineered to handle substantial current loads while maintaining flexibility and heat resistance.

Reliable Current Carrying Capacity – Suitable for battery positive main connections

Ultra Flexible Design – Easy installation in tight battery compartments

Heat & Flame Resistant – Withstands extreme temperatures without cracking

Low Voltage Drop – Ensures efficient and stable power flow

Durable & Vibration Resistant – Perfect for mobile and automotive environments

46:T8cc,

The 7AWG Silicone Wire Black (10.55 Sqmm) – 2 Meter Length is a high-quality, flexible power cable designed for medium-current DC applications. Ideal for electric vehicles (EVs), lithium battery packs, solar energy systems, inverters, and UPS connections, this cable ensures stable power delivery, low resistance, and long-lasting durability.

Manufactured with multi-strand high-conductivity copper and coated with premium silicone insulation, this wire offers superior flexibility and heat resistance compared to standard PVC cables. It is specifically engineered for battery systems where safety, efficiency, and compact installation are critical.

Ideal Applications:

EV battery negative wiring
E-bike & e-rickshaw battery connections
Lithium battery pack assembly
Solar battery bank systems
Inverter & UPS battery linking
DC distribution and control panels

Recommended For:

Lithium battery manufacturers
EV builders & technicians
Solar system installers
Industrial electrical projects
DIY battery pack creators

Installation Tip:

For secure and professional installation, use appropriate copper lugs, proper crimping tools, and heat shrink sleeves to ensure strong and insulated connections.

Why Choose 7AWG Silicone Wire?

In lithium battery and EV systems, the right cable ensures safe and efficient operation. The 7AWG 10.55 Sqmm Silicone Wire is built to handle moderate current loads while minimizing voltage drop and heat buildup.

Stable Current Carrying Capacity – Suitable for battery negative and mid-level power lines

Excellent Flexibility – Easy routing inside compact EV battery compartments

Heat & Flame Resistant – Silicone insulation withstands high temperatures

Low Voltage Drop – Ensures efficient power transmission

Durable & Vibration Resistant – Perfect for automotive and mobile applications

47:T8a6,

The 7AWG Silicone Wire Red (10.55 Sqmm) – 2 Meter Length is a premium-quality, high-flexibility power cable designed for medium-current DC applications. Ideal for electric vehicles (EVs), lithium battery packs, solar energy systems, inverters, and UPS connections, this cable ensures safe, efficient, and stable power transmission.

Manufactured with multi-strand high-conductivity copper and insulated with high-temperature silicone rubber, this wire delivers low resistance, excellent flexibility, and long-lasting durability—even in demanding environments where vibration and temperature changes are common.

Ideal Applications:

EV battery positive wiring
E-bike & e-rickshaw battery systems
Lithium battery pack assembly
Solar battery bank wiring
Inverter & UPS battery connections
DC distribution systems

Recommended For:

Lithium battery manufacturers
EV builders and technicians
Solar installers
Industrial electrical projects
DIY battery pack creators

Installation Tip:

For best performance and safety, use high-quality copper lugs, proper crimping tools, and heat shrink sleeves to ensure strong and insulated connections.

Why Choose 7AWG Silicone Wire?

In lithium battery and EV systems, cable quality plays a crucial role in performance and safety. The 7AWG 10.55 Sqmm Silicone Wire is engineered to handle moderate current loads efficiently while minimizing voltage drop and heat buildup.

Stable Current Carrying Capacity – Ideal for battery positive and mid-level power lines

Excellent Flexibility – Easy installation in tight battery compartments

Heat & Flame Resistant – Silicone insulation withstands extreme temperatures

Low Voltage Drop – Ensures efficient and consistent power flow

Durable & Vibration Resistant – Designed for mobile and automotive applications

48:T85d,

The 8AWG Silicone Wire Black (8.3 Sqmm) – 5 Meter Length is a high-quality, heavy-duty power cable designed for medium-current DC applications. Ideal for electric vehicles (EVs), lithium battery packs, solar installations, inverters, UPS systems, and DC distribution panels, this cable ensures safe, efficient, and long-lasting performance.

Built with multi-strand high-conductivity copper and coated with premium high-temperature silicone insulation, this wire offers excellent flexibility, low resistance, and superior heat tolerance. It is specially designed for battery and EV systems where vibration resistance, compact routing, and durability are essential.

Key Features & Benefits

Reliable Current Carrying Capacity – Suitable for mid-range power connections in EV and battery systems

Ultra Flexible Design – Easy to bend and install in tight battery compartments

Heat & Flame Resistant – Silicone insulation withstands extreme temperatures

Low Voltage Drop – High copper purity ensures efficient power transmission

Durable & Vibration Resistant – Perfect for automotive and mobile applications

Long 5 Meter Length – Ideal for extended wiring runs without joints

Ideal Applications

EV battery negative connections
E-bike and e-rickshaw wiring systems
Lithium battery pack assembly
Solar battery bank wiring
Inverter and UPS battery connections
DC power distribution systems

Perfect For

Lithium battery manufacturers
EV builders and service technicians
Solar installers
Industrial electrical contractors
DIY battery pack creators

Installation Recommendation

For professional results, use heavy-duty copper lugs, proper crimping tools, and heat shrink sleeves to ensure secure and insulated connections.

49:T5be,

The 8AWG Silicone Wire Red (8.3 Sqmm) – 5 Meter Length is a premium heavy-duty cable designed for reliable power transmission in EV battery systems, lithium battery packs, solar setups, inverters, and DC applications.

Manufactured with high-conductivity multi-strand copper and insulated with high-temperature silicone rubber, this cable ensures maximum flexibility, low resistance, and excellent heat resistance — making it ideal for demanding electrical environments.

Key Features & Advantages

High current carrying capacity for EV and battery connections

Ultra-flexible for easy routing in compact battery compartments

Heat-resistant & flame-retardant silicone insulation

Low voltage drop due to high copper purity

Long service life with vibration resistance

5 meter continuous length – ideal for extended wiring runs

Ideal Applications

EV battery positive connections
E-bike & E-rickshaw wiring
Lithium battery pack assembly
Solar battery bank wiring
Inverter & UPS systems
DC power distribution panels

Perfect For

Lithium battery manufacturers
EV builders & repair technicians
Solar installers
Industrial electrical projects
DIY battery pack assembly

4a:T5ab,

The 10AWG Silicone Wire Black (6 Sqmm) – 5 Meter Length is a durable and highly flexible cable designed for medium-current DC applications. Ideal for EV battery packs, lithium battery assembly, solar systems, inverters, UPS setups, and DC wiring projects, this wire ensures safe and efficient power transmission.

Manufactured using high-purity multi-strand copper with premium silicone insulation, this cable offers excellent conductivity, minimal voltage drop, and superior resistance to heat and environmental stress.

Key Features & Benefits

Reliable current carrying capacity for EV and battery wiring

Ultra-flexible design for easy installation in tight spaces

Heat-resistant & flame-retardant insulation

Low resistance for efficient power transfer

Strong vibration resistance for automotive use

Long 5-meter continuous length for extended runs

Ideal Applications

EV battery negative wiring
E-bike & E-rickshaw systems
Lithium battery pack connections
Solar charge controller wiring
Inverter & UPS battery lines
DC distribution systems

Perfect For

Lithium battery manufacturers
EV assembly units
Solar technicians
Electrical contractors
DIY battery builders

4b:T5af,

The 10AWG Silicone Wire Red (6 Sqmm) – 5 Meter Length is a premium-quality power cable designed for medium-current DC systems. Perfect for EV battery packs, lithium battery assembly, solar installations, inverters, and UPS connections, this wire delivers stable and efficient power transmission.

Made with high-conductivity multi-strand copper and insulated with high-temperature silicone rubber, it ensures excellent flexibility, low resistance, and long-lasting durability — even in demanding environments.

Key Features & Benefits

Strong current carrying capacity for EV & battery systems

Ultra-flexible for easy routing inside battery compartments

Heat-resistant & flame-retardant silicone insulation

Low voltage drop due to high copper purity

Long service life with vibration resistance

5-meter continuous length for extended wiring

Ideal Applications

EV battery positive connections
E-bike & E-rickshaw wiring
Lithium battery pack assembly
Solar battery bank wiring
Inverter & UPS battery systems
DC power distribution

Suitable For

Lithium battery manufacturers
EV assemblers & technicians
Solar installers
Electrical contractors
DIY battery builders

4c:T5d7,

The 12AWG Silicone Wire Black (3.31 Sqmm) – 5 Meter Length is a high-quality, medium-duty power cable ideal for low to medium current DC applications. Designed for EV battery packs, lithium battery assembly, solar systems, inverters, UPS setups, and DC wiring projects, this cable ensures safe and stable power flow.

Manufactured with high-conductivity multi-strand copper and premium-grade silicone insulation, this wire offers excellent flexibility, heat resistance, and long service life — even in demanding automotive environments.

Key Features & Benefits

Stable current carrying capacity for battery and EV wiring

Highly flexible for easy installation in compact spaces

Heat-resistant & flame-retardant silicone insulation

Low resistance for efficient power transmission

Durable and vibration-resistant design

5-meter continuous length for clean wiring setup

Ideal Applications

EV battery negative connections
E-bike & E-rickshaw wiring
Lithium battery pack connections
Solar charge controller wiring
Inverter & UPS systems
DC power distribution panels

Suitable For

Lithium battery manufacturers
EV assembly & repair technicians
Solar installers
Electrical contractors
DIY battery pack builders

4d:T5c4,

The 12AWG Silicone Wire Red (3.31 Sqmm) – 5 Meter Length is a premium-quality cable designed for low to medium current DC systems. It is ideal for EV battery packs, lithium battery assembly, solar installations, inverters, UPS systems, and DC wiring applications where reliability and flexibility are essential.

Constructed with high-conductivity multi-strand copper and insulated with high-temperature silicone rubber, this wire ensures efficient power transfer, minimal voltage drop, and long-lasting durability.

Key Features & Benefits

Reliable current capacity for EV & battery wiring

Ultra-flexible for easy installation in tight battery compartments

Heat-resistant & flame-retardant silicone insulation

Low resistance for efficient power flow

Strong durability and vibration resistance

5-meter continuous length for clean, joint-free wiring

Ideal Applications

EV battery positive wiring
E-bike & E-rickshaw systems
Lithium battery pack assembly
Solar battery bank wiring
Inverter & UPS battery connections
DC power distribution systems

Suitable For

Lithium battery manufacturers
EV assemblers & technicians
Solar installers
Electrical contractors
DIY battery pack builders

4e:T587,

The 16AWG Silicone Wire Black (1.31 Sqmm) – 5 Meter Length is a high-quality low-current DC cable designed for precision wiring in EV battery packs, lithium battery assembly, BMS connections, solar systems, inverters, and control circuits.

Made from high-conductivity multi-strand copper and insulated with premium high-temperature silicone rubber, this cable ensures smooth power transmission, excellent flexibility, and long service life — even in vibration-prone automotive environments.

Key Features & Benefits

Ideal for low-current EV and battery wiring

Ultra-flexible for compact battery compartments

Heat-resistant & flame-retardant silicone insulation

Low resistance for stable signal and power flow

Durable and vibration-resistant design

5-meter continuous length for clean installation

Ideal Applications

EV battery negative signal wiring
BMS balance wire connections
Lithium battery pack assembly
Solar controller connections
Inverter & UPS control circuits
DC low-current systems

Suitable For

Lithium battery manufacturers
EV technicians & assemblers
Solar installers
Electrical contractors
DIY battery builders

4f:T583,

The 16AWG Silicone Wire Red (1.31 Sqmm) – 5 Meter Length is a premium low-current DC cable designed for precise and efficient wiring in EV battery packs, lithium battery assembly, BMS connections, solar systems, inverters, and control circuits.

Crafted with high-conductivity multi-strand copper and insulated with high-temperature silicone rubber, this wire ensures stable power flow, excellent flexibility, and long-lasting durability even in demanding environments.

Key Features & Benefits

Ideal for low-current EV and battery wiring

Highly flexible for compact installations

Heat-resistant & flame-retardant silicone insulation

Low resistance for stable signal and power transmission

Strong durability with vibration resistance

5-meter continuous length for neat, joint-free wiring

Ideal Applications

EV battery positive signal wiring
BMS balance wire connections
Lithium battery pack assembly
Solar charge controller wiring
Inverter & UPS control circuits
DC low-current systems

Suitable For

Lithium battery manufacturers
EV assemblers & technicians
Solar installers
Electrical contractors
DIY battery pack builders"

50:T5a2,

The 18AWG Silicone Wire Black (0.85 Sqmm) – 5 Meter Length is a premium low-current DC cable designed for signal wiring, BMS connections, and control circuits in EV battery packs, lithium battery assembly, solar systems, inverters, and electronic applications.

Manufactured using high-conductivity multi-strand copper and insulated with high-temperature silicone rubber, this wire provides excellent flexibility, stable conductivity, and long-term durability even in vibration-prone and high-temperature environments.

Key Features & Benefits

Ideal for low-current and signal wiring

Ultra-flexible for compact and tight installations

Heat-resistant & flame-retardant silicone insulation

Low resistance for stable signal transmission

Vibration-resistant for automotive use

5-meter continuous length for clean wiring

Ideal Applications

EV battery negative signal wiring
BMS balance and communication wires
Lithium battery pack assembly
Solar controller signal wiring
Inverter & UPS control connections
DC low-power circuits

Suitable For

Lithium battery manufacturers
EV technicians & assemblers
Solar installers
Electrical contractors
DIY battery builders

51:T598,

The 18AWG Silicone Wire Red (0.85 Sqmm) – 5 Meter Length is a premium low-current DC cable designed for signal wiring and control connections in EV battery packs, lithium battery assembly, BMS systems, solar installations, inverters, and electronic circuits.

Made with high-conductivity multi-strand copper and insulated with high-temperature silicone rubber, this wire ensures stable current flow, excellent flexibility, and long-lasting durability even in demanding automotive environments.

Key Features & Benefits

Ideal for low-current and signal wiring

Ultra-flexible for tight battery compartments

Heat-resistant & flame-retardant silicone insulation

Low resistance for smooth signal transmission

Durable and vibration-resistant design

5-meter continuous length for neat installation

Ideal Applications

EV battery positive signal wiring
BMS balance and communication connections
Lithium battery pack assembly
Solar controller signal wiring
Inverter & UPS control circuits
DC low-power applications

Suitable For

Lithium battery manufacturers
EV assemblers & service technicians
Solar installers
Electrical contractors
DIY battery builders

52:T1007,

Battery Voltage Wire 7/36 Red – 500 Meter

The Battery Voltage Wire 7/36 Red 500 MTR is a stranded low-current hookup wire supplied in red insulation and a 500-meter production length for battery voltage sensing, auxiliary DC wiring, electronics, and harness assembly. The product uses the common market designation 7/36, which identifies a fine stranded wire construction used for flexible low-current connections. Where the exact engineering gauge standard is important, the strand specification should be confirmed from the actual ARB reel or manufacturer data rather than inferred only from the trade name.

In lithium battery systems, small voltage-sense and control wires perform a different job from the heavy main battery cables. BMS cell-voltage leads, monitoring circuits, indicator wiring, small signal paths, and auxiliary connections normally carry far less current and benefit from a thinner, more flexible conductor. This 7/36 battery voltage wire is suited to that category of work when its verified electrical specification matches the circuit.

Technical Details

Red is commonly used to identify a positive DC conductor. In BMS harnesses, however, several red or multi-colored leads may connect to different cell-group voltages, so the installer must still follow the exact pinout and cell order. A red wire is an identification aid; it is not a guarantee that a conductor is safe to connect to battery positive.

During service work, always measure and trace wiring before reconnecting a battery, particularly if the pack has been modified or repaired previously.

Use 7/36 red voltage wire for low-current sensing, reference, control and auxiliary circuits only when the conductor and insulation match the electrical design. Red is commonly associated with positive DC wiring, but BMS sense harnesses may contain multiple sequential positive taps, so every wire should be identified by cell-group position rather than colour alone. The wire is not a substitute for a main battery power cable unless its verified electrical rating and the system design specifically allow that use.

Applications

This wire can be considered for:

• BMS voltage-sensing harnesses

• Cell monitoring connections

• Low-current positive or supply leads

• Battery pack internal harnesses

• Indicator and display wiring

• Test and measurement leads

• Charger/controller auxiliary circuits

• Small electronics and prototyping

• Repair and maintenance work

Installation Guide

When preparing sense-wire harnesses, strip only the amount of insulation required by the connector terminal. Avoid cutting strands, and use a crimp terminal designed for the conductor size. Poor crimps can create intermittent BMS readings even though the wire itself is intact.

For lithium battery packs, connect cell-sense leads in the correct sequence and verify the incremental voltage at the connector before plugging it into the BMS. An incorrect sense-wire order can damage battery-management electronics.

Why Choose ARB Accessories?

53:T127b,

Battery DC Wire 0.5 sq.mm Black – 100 Meter

The Battery DC Wire 0.5SQMM Black 100 MTR is a flexible insulated conductor supplied in a 0.5 square millimeter nominal conductor size and a 100-meter length for battery assembly, low-current DC wiring, electronics, and internal equipment connections. The black insulation makes it practical for wiring systems where a negative, return, ground-reference, or other designated circuit needs to be identified visually.

A 0.5 sq.mm wire is substantially smaller than the heavy cables commonly used for the main charge and discharge path of high-current lithium battery packs. Its most appropriate role is therefore in low-current DC, auxiliary, control, sensing, indicator, relay, small-load, or internal harness applications, provided the actual wire specification supports the intended circuit.

Technical Details

It should not automatically be used as the primary battery discharge lead. High-current power cables must be sized separately for continuous current, peak current, length, voltage drop, thermal conditions, protection device, and installation method.

Wire sizing is a system-design decision. A conductor that is too small for the current can experience excessive voltage drop and heating, while a wire that is unnecessarily large may be difficult to terminate in small connectors. The 0.5 sq.mm designation gives the installer a clear starting point, but the allowable current must be determined from the wire’s actual conductor material, insulation temperature rating, bundling, ambient temperature, and applicable engineering standard.

Black is widely used for negative or return conductors in DC equipment. This can improve harness organization and reduce assembly errors when paired with red or other colored wires. Nevertheless, always verify the circuit and polarity from the wiring diagram. Do not rely on color alone when servicing a previously modified battery pack.

The 0.5 SQMM cross-section makes this wire suitable for low-current DC, control, auxiliary and sensing circuits when the circuit design supports it. It should not be selected for a main battery discharge path simply because it is sold as battery wire. Safe current depends on conductor material, insulation temperature class, run length, bundling, ambient temperature and acceptable voltage drop. Black insulation is commonly used for negative or return wiring, but final identification should follow the harness drawing and terminal labels used in the battery system.

Applications

Depending on verified wire ratings and the equipment design, this 0.5 sq.mm black wire may be used for:

• Battery pack auxiliary wiring

• BMS low-current connections

• Relays, switches, and indicators

• DC control circuits

• Sensor and monitoring wiring

• Small fans or low-current accessories

• Charger control wiring

• Electronics repair

• Test equipment and prototypes

• Internal wiring inside battery enclosures or power equipment

Installation Guide

Use a terminal or connector designed for 0.5 sq.mm wire. Strip the insulation carefully without cutting conductor strands. For crimp terminals, use the correct die and check that the conductor and insulation crimps are secure. For soldered connections, avoid allowing solder to wick excessively into the flexible section because this can create a rigid stress point.

Route the wire away from sharp edges, hot components, moving parts, and high-current busbars where unnecessary coupling or abrasion could occur. Provide grommets or protective sleeving when the wire passes through a metal battery enclosure.

Why Choose ARB Accessories?

54:T1148,

Battery DC Wire 0.5 SQMM Red 100 MTR

The Battery DC Wire 0.5 SQMM Red 100 MTR is a flexible low-voltage DC wiring product supplied as a 100-meter length for battery-pack assembly, BMS-related wiring, control circuits, voltage-sensing connections, and other compatible electrical work. Its defining specifications are the 0.5 square millimeter conductor cross-section, red outer insulation, and 100-meter supply length. For battery builders and service technicians, these three details are important because they affect routing space, identification, purchasing quantity, and whether the wire is suitable for the intended circuit.

A 0.5 SQMM conductor is commonly selected for circuits where compact routing and lower-current electrical connections are required. In battery systems this may include voltage-sense wiring, balance-related wiring, auxiliary connections, control wiring, indicator circuits, or other small DC conductors, provided the final electrical load is within the actual capability of the wire and installation. The red insulation also gives a clear visual identification option and is commonly used by installers to mark a positive conductor. Color alone, however, should never replace correct polarity checking or a documented wiring diagram.

Technical Details

The product should not automatically be described as a main battery power cable. In a lithium battery system, the main positive and negative power conductors may carry substantially more current than sensing or control wires. Cable cross-section must therefore be selected according to the actual current, circuit length, acceptable voltage drop, conductor construction, insulation rating, ambient temperature, bundling, and applicable electrical practice.

Do not choose wire only by color or by comparing it with a visually similar cable. Confirm the required conductor cross-section and the electrical duty of the circuit. A 0.5 SQMM wire has less conductor area than 0.75, 1.0, or 1.5 SQMM wire, so it should not be substituted for a larger specified size simply because it is easier to route.

For polarity identification, red is commonly assigned to positive DC wiring, but the actual system diagram is the authority. If the wire is used in a multi-conductor battery harness, label both ends where necessary so future servicing does not depend only on insulation color.

Applications

• Battery-pack voltage and sensing leads where 0.5 SQMM conductor size is appropriate.

• BMS auxiliary wiring and low-current battery management connections.

• Battery monitoring, indicator and small DC control circuits.

• Electronics, service harnesses and compact equipment wiring.

• Production harness cutting where a 100-meter continuous wire supply is useful.

Installation Guide

Use terminals, ferrules, lugs, or crimp contacts that are compatible with the actual conductor construction and 0.5 SQMM size. Strip only enough insulation for the chosen termination, avoid cutting conductor strands, and use the correct crimping tool when a crimp terminal is required. Route the wire away from sharp metal edges, moving parts, excessive heat, and locations where repeated rubbing can damage insulation. Provide strain relief where the conductor enters connectors or enclosures.

Why Choose ARB Accessories?

55:T1260,

Battery DC Wire 0.75 SQMM Black 100 MTR

The Battery DC Wire 0.75 SQMM Black 100 MTR is a flexible electrical wire intended for compatible low-voltage DC circuits in battery packs, BMS harnesses, control systems, monitoring wiring, electrical enclosures, and related power-system assemblies. It is supplied in a 100-meter length and identified by a 0.75 square millimeter conductor cross-section with black insulation.

For battery-pack builders, a black wire in a defined conductor size is particularly useful for maintaining consistent harness conventions. Black is commonly assigned to battery negative, return, or ground-reference wiring in DC systems, while a matching red conductor may be used for positive circuits. This visual convention improves organization, but it should always be backed by proper labels, documentation, and polarity checks.

Technical Details

Conductor cross-section directly affects resistance and voltage drop. For the same conductor material and length, a 0.75 SQMM wire offers a defined intermediate conductor size for low-voltage DC circuits, which can reduce resistance in a circuit when compared under the same conditions. The final current-carrying capability still depends on conductor construction, insulation temperature class, cable length, bundling, ambient temperature, termination quality and allowable voltage drop. In battery and BMS harnesses, this makes the 0.75 SQMM size useful where the design needs more conductor area than very light signal wire while retaining a compact, flexible routing format.

Possible uses include compatible battery monitoring wiring, BMS auxiliary circuits, control-panel wiring, low-voltage DC return paths, indicator circuits, sensor supply/return wiring, equipment harnesses, test leads, and other battery-system connections where 0.75 SQMM is suitable.

The cable should not automatically be used as the main negative lead of a high-current battery simply because it is black. Main battery cables may require much larger cross-sectional areas. Always size the conductor for the actual circuit.

Applications

• Battery monitoring and BMS auxiliary wiring where 0.75 SQMM is specified.

• Low-voltage DC return and negative-path wiring using black insulation for identification.

• Control panels, indicator circuits and sensor supply/return wiring.

• Equipment harnesses, test leads and battery service connections.

• Battery-pack production requiring repeatable wire cutting from a 100-meter roll.

Installation Guide

Measure and cut the cable cleanly, leaving enough length for routing and service access without creating unnecessary loops. Strip only the required amount of insulation. Use crimp terminals or connectors that are designed for 0.75 SQMM conductors and the actual strand construction.

When installing the wire inside metal enclosures or battery boxes, protect it from sharp edges. Secure long runs so vibration does not repeatedly flex the wire at the connector. Keep the cable away from hot components and moving mechanisms. Where several wires are bundled together, consider the effect of bundling on heat dissipation when sizing the circuit.

After termination, inspect for loose strands, incomplete crimping, exposed conductor, damaged insulation, and terminals that are not fully seated in their housings. Check continuity and polarity before connecting the harness to live equipment. In production work, maintaining consistent cut lengths and terminal orientation can make later inspection easier.

Why Choose ARB Accessories?

56:T12f8,

Battery DC Wire 0.75 SQMM Red 100 MTR

The Battery DC Wire 0.75 SQMM Red 100 MTR is a flexible DC wiring cable supplied for battery-pack assembly, BMS-related circuits, control wiring, auxiliary DC connections, monitoring circuits, and other compatible electrical applications. The item is defined by a 0.75 square millimeter conductor cross-section, red insulation, and a 100-meter supply length, giving battery builders a repeatable wire size for workshop and production use.

Compared with a 0.5 SQMM conductor of the same material and construction, 0.75 SQMM provides a larger conductive cross-section. That can be useful where the circuit designer wants additional conductor area while still keeping the wire relatively compact and easy to route. It does not, however, create a universal amp rating. Allowable current depends on conductor material, strand construction, insulation temperature rating, cable length, ambient temperature, bundling, termination quality, and the applicable electrical standard.

Technical Details

Conductor cross-section directly affects resistance and voltage drop. For the same conductor material and length, a 0.75 SQMM wire offers more conductive area than 0.5 SQMM wire, which can reduce resistance in a circuit when compared under the same conditions. The final current-carrying capability still depends on conductor construction, insulation temperature class, cable length, bundling, ambient temperature, termination quality and allowable voltage drop. In battery and BMS harnesses, this makes the 0.75 SQMM size useful where the design needs more conductor area than very light signal wire while retaining a compact, flexible routing format.

The 0.75 SQMM red wire can be considered for compatible battery-management wiring, voltage-sense circuits, auxiliary feeds, low-voltage control wiring, indicator circuits, relay-control wiring, equipment harnesses, and other applications where the electrical design specifies this conductor size. It can also be paired with a black 0.75 SQMM conductor where the project uses red and black to distinguish positive and negative DC paths.

The product should not be represented as suitable for every battery power connection. Main battery leads can carry much higher current and may require substantially larger conductors. Use the actual circuit current and voltage-drop requirement to choose the conductor size.

Red is commonly used for positive conductors in DC battery systems, but the system wiring diagram remains the final authority. Do not connect by color alone during repair work. Verify polarity with the equipment documentation and test instruments where appropriate.

Applications

• Battery-management wiring and compatible BMS auxiliary circuits.

• Voltage-sense, indicator and low-voltage control connections.

• Relay-control wiring and equipment harness fabrication.

• DC positive-path wiring where red insulation is used for identification.

• Battery-pack production and service work requiring 0.75 SQMM red wire in a 100-meter roll.

Installation Guide

Use terminals intended for the actual 0.75 SQMM conductor construction. Strip insulation carefully and avoid removing or cutting strands. If crimp contacts are used, select the correct crimp die and verify that the conductor and insulation crimps are secure. Pull-test representative production crimps where appropriate.

Route the cable away from sharp edges and high-temperature surfaces. Use cable ties, sleeving, channels, or harness tape where suitable, but avoid overtightening ties so much that the insulation is deformed. At enclosure pass-throughs, use suitable edge protection or grommets.

Why Choose ARB Accessories?

57:Te8c,

Battery DC Wire 1 SQMM Black – 100 Meter Roll

The Battery DC Wire 1 SQMM Black – 100 Meter Roll is a practical wiring size for low-voltage DC circuits, battery-pack assembly and equipment harness fabrication where a 1 mm² conductor cross-section is appropriate. The black insulation provides clear visual identification in organized wiring systems and is commonly used for negative or return conductors, although installers should always follow the wiring standard defined for the specific product or project.

The 1 SQMM size sits between smaller sensing/control conductors and larger power-cable sizes, making it a practical choice for auxiliary DC circuits, battery harnesses and equipment wiring when the calculated current and voltage-drop limits are suitable. The 100-meter roll format is convenient for repeated production cuts, workshop wiring and custom harness fabrication where consistent color identification is required.

Wire sizing should be based on allowable voltage drop and temperature rise, not on a single universal amp figure. The 1 SQMM cross-section has lower resistance per meter than smaller 0.5 or 0.75 SQMM conductors of the same material, but actual current capacity depends on conductor material, insulation temperature rating, ambient temperature, bundling, ventilation, duty cycle, run length and applicable electrical standards.

For longer DC runs, even modest current can create noticeable voltage drop. Designers should calculate the total loop length and expected load, then choose a wire size that keeps both conductor heating and voltage loss within the limits of the equipment. Terminal barrels, ferrules and crimp tools should also match the 1 SQMM conductor size. Do not force a 1 SQMM conductor into a terminal designed for a substantially different cross-section.

Compare 1 SQMM with neighboring sizes based on the circuit. Use smaller wire only where current and voltage-drop requirements permit. Step up to 1.5 SQMM, 2.5 SQMM, 4 SQMM or 6 SQMM when the load, run length or thermal environment requires more conductor area. Use an insulation type that meets the installation environment, especially near heat, chemicals or moving parts.

Applications

• Battery-pack auxiliary and low-voltage DC wiring where 1 SQMM conductor size is correctly sized.

• BMS power, control and accessory circuits that require more conductor area than small signal wiring.

• EV, solar and ESS auxiliary harnesses within the cable's electrical limits.

• Control panels, DC equipment and custom electrical enclosures.

• Production harness cutting and workshop wiring using a 100-meter supply roll.

Installation Guide

Use a wire stripper adjusted to the conductor size so strands are not cut or nicked. Crimp with terminals designed for 1 SQMM conductors and use a calibrated crimp tool where reliability is important. Route the cable away from sharp sheet-metal edges and high-temperature parts, add grommets or conduit where it passes through metal, and provide strain relief so vibration is not transferred into the terminal joint.

Why Choose ARB Accessories?

ARB Accessories serves lithium-battery, ESS and EV manufacturers and technical buyers with battery components, wiring accessories, BMS products, connectors, testing equipment and manufacturing solutions. Buying wire together with terminals, BMS accessories and other pack materials can simplify sourcing for production and service work.

58:T122e,

Battery DC Wire 1 SQMM Red 100 MTR

The Battery DC Wire 1 SQMM Red 100 MTR is a flexible DC electrical cable supplied for battery-pack assembly, BMS-related wiring, auxiliary power circuits, low-voltage equipment wiring, control panels, monitoring systems, and other compatible applications. Its primary specifications are a 1 square millimeter conductor cross-section, red insulation, and a 100-meter supply length.

A 1 SQMM conductor provides more conductor area than 0.5 or 0.75 SQMM wire of the same material, making it useful where the system design calls for a larger low-voltage conductor while still requiring easy routing through an enclosure or battery pack. The actual current that can safely be carried is not determined by cross-section alone. Conductor material, strand construction, insulation rating, cable length, ambient temperature, bundling, connection quality, and acceptable voltage drop all influence final cable selection.

Technical Details

For the same conductor material and length, increasing conductor cross-sectional area reduces electrical resistance. A 1 SQMM conductor therefore provides more conductive area than 0.5 or 0.75 SQMM wire, which can help control voltage drop in suitable DC circuits. A universal amp rating should not be inferred from cross-sectional area alone because safe current depends on conductor construction, insulation temperature rating, cable length, ambient temperature, bundling, terminal quality and the voltage-drop limit of the finished system. This is why wire size is selected as part of the complete electrical design rather than by one number in isolation.

Depending on the system design, this wire may be used for battery auxiliary connections, DC control wiring, BMS power or peripheral wiring, relay circuits, indicator wiring, monitoring equipment, charger-control circuits, small DC loads, equipment harnesses, and other electrical tasks where 1 SQMM is specified.

It should not be assumed to be suitable for the main current path of every lithium battery. High-current packs may require cable several times larger. The correct wire size is determined by the circuit current, run length, voltage-drop target, thermal conditions, protection device, and equipment requirements.

Red is widely used for positive DC conductors, but installers must follow the actual wiring diagram. In repair work especially, previous wiring may not follow normal color conventions. Confirm polarity electrically before making the final connection.

Applications

• Battery auxiliary power and compatible 1 SQMM DC wiring circuits.

• BMS power, peripheral and low-voltage control wiring.

• Relay circuits, indicator wiring and monitoring equipment connections.

• Charger-control circuits, small DC loads and equipment harnesses.

• Battery-pack production and service wiring where red 1 SQMM cable is specified.

Installation Guide

Select terminals rated for the wire size and conductor construction. Strip the insulation cleanly without nicking the strands. Use a correct crimp tool and die for crimp terminals, or an appropriate ferrule system when the wire is going into a screw-clamp terminal that calls for ferrules.

Support the cable near connectors to reduce flexing at the terminal. Protect it from sharp edges and abrasion. Avoid routing next to components that operate at temperatures beyond the insulation rating. Keep bend radius reasonable so the conductor is not repeatedly stressed.

Why Choose ARB Accessories?

59:Ted7,

Battery DC Wire 1.5 SQMM Black – 100 Meter Roll

The Battery DC Wire 1.5 SQMM Black – 100 Meter Roll is intended for low-voltage DC wiring and battery-related electrical assemblies where a 1.5 mm² conductor cross-section is suitable. Compared with smaller 0.5, 0.75 and 1 SQMM wire sizes, the larger conductor area can reduce resistance and voltage drop for the same conductor material and length. That makes 1.5 SQMM a useful step-up size for auxiliary power feeds, control circuits and other wiring runs that need more conductor area without moving to heavy battery cable.

The black insulation supports clear circuit identification and is commonly assigned to negative or return wiring in DC systems. It should still be used according to the wiring diagram and color convention of the equipment being built. The 100 meter roll format is convenient for workshops, battery-pack production, custom harness fabrication and control-panel assembly where installers need to cut repeatable lengths from one continuous supply.

The 1.5 SQMM conductor area should be treated as an engineering input, not as a fixed amp rating. Cable ampacity changes with conductor material, insulation temperature class, ambient temperature, cable bundling, enclosure ventilation, duty cycle and installation method. Designers should calculate expected load current and total conductor length, then evaluate both voltage drop and thermal rise.

For DC battery systems, voltage drop can become important even at relatively low system voltages because a small loss represents a larger percentage of the available voltage. Increasing conductor area can reduce resistance, but oversized wire can also create practical problems if the terminal, connector or routing channel is not designed for it. Use terminals, lugs or ferrules that accept 1.5 SQMM conductors correctly, and crimp them with a tool matched to the terminal style.

Choose 1.5 SQMM where the calculated load and run length justify it. For lighter control or sensing circuits, 0.5, 0.75 or 1 SQMM may be easier to route. For higher-current or longer runs, 2.5, 4 or 6 SQMM may be more appropriate. For applications with defined temperature, flame, oil or chemical-resistance requirements, select the cable according to the documented insulation and conductor specification required by the project.

Applications

• Battery-pack and auxiliary DC wiring where 1.5 SQMM conductor size meets the load calculation.

• BMS, control, charger and accessory circuits requiring a larger cross-section than 1 SQMM wiring.

• EV, solar, inverter and ESS wiring within the cable's electrical limits.

• Control cabinets, equipment harnesses and custom DC assemblies.

• Production and workshop cable cutting from a 100-meter supply roll.

Installation Guide

Strip insulation using a correctly sized tool so individual strands are not damaged. Use terminals sized for 1.5 SQMM and verify the completed crimp mechanically. Protect wires from sharp edges with grommets or conduit, maintain separation from high-temperature surfaces and secure the harness with suitable clamps or ties so vibration does not load the terminal connection.

Why Choose ARB Accessories?

ARB Accessories focuses on lithium-ion batteries, ESS and EV components for B2B buyers across India. Its product range includes wiring, BMS products, connectors, terminals, battery-pack materials, testing equipment and production machinery, making it practical to source several related assembly items from one catalog.

5a:T125b,

Battery DC Wire 1.5 SQMM Red 100 MTR

The Battery DC Wire 1.5 SQMM Red 100 MTR is a flexible DC cable intended for compatible battery-pack wiring, auxiliary power circuits, BMS-related connections, electrical enclosures, control systems, and other low-voltage DC applications. It is supplied as a 100-meter length with a stated conductor cross-section of 1.5 square millimeters and red insulation for clear visual identification.

Within the ARB battery-wire range, 1.5 SQMM provides more conductor area than the 0.5, 0.75, and 1 SQMM variants. That makes it useful for circuits where the designer requires a larger cross-section to manage resistance, voltage drop, or electrical load while retaining a flexible wire format. It is still important not to assign a universal current rating from conductor size alone because allowable current depends on the complete cable construction and installation.

Technical Details

A 1.5 SQMM conductor provides a larger cross-sectional area than 0.5, 0.75 and 1 SQMM wires of the same material, which generally reduces resistance per unit length and can help limit voltage drop in compatible low-voltage DC circuits. This makes 1.5 SQMM useful for auxiliary power feeds and other circuits that need more conductor area while still benefiting from a flexible harness format. Final ampacity is installation-dependent and must account for conductor construction, insulation temperature class, run length, bundling, ambient temperature, protection device and termination quality.

Subject to electrical design, 1.5 SQMM DC wire may be used for auxiliary battery power wiring, small DC loads, charger or controller auxiliary circuits, relay feeds, control panels, battery test equipment, BMS-related power connections, equipment harnesses, and other low-voltage applications where this conductor size is specified.

Do not assume the wire is automatically suitable for a 1.5 SQMM-specific current level across every installation. A short wire in open air and a long conductor buried in a tightly packed harness can have different thermal and voltage-drop behavior. System voltage, conductor length, connection resistance, ambient temperature, bundling, insulation rating, and fuse coordination all matter.

The red insulation is useful for marking a positive path, especially when paired with a black cable of the same size. Always confirm polarity from the wiring diagram and by testing where appropriate. Color conventions improve organization but are not electrical protection.

Applications

• Auxiliary battery power wiring where 1.5 SQMM conductor size is appropriate.

• Small DC loads, relay feeds and controller auxiliary circuits.

• Control-panel, battery-test-equipment and BMS-related power connections.

• Equipment harnesses and low-voltage DC distribution wiring.

• Battery-pack production requiring red 1.5 SQMM wire supplied in a 100-meter roll.

Installation Guide

Use terminals or ferrules that properly accept 1.5 SQMM conductors. Strip insulation without damaging strands, and use a suitable crimping tool for the chosen terminal system. When several cables terminate in the same area, provide mechanical support so connector contacts are not carrying the weight or movement of the harness.

Protect the wire from abrasion at enclosure edges and route it away from heat sources. If the cable runs through a battery box, use grommets or sleeving where required. Keep bend radius reasonable and avoid crushing the cable under covers or fasteners.

Why Choose ARB Accessories?

5b:T443,

The Battery DC Wire 1 SQMM Red (100 Meter Roll) is a premium-quality electrical cable designed for battery pack assembly, Battery Management Systems (BMS), EV wiring, solar energy systems, control panels, and low-voltage DC applications. Manufactured using high-conductivity stranded copper conductors and durable PVC insulation, this wire ensures reliable power transmission, excellent flexibility, and long-lasting performance.

The 1 SQMM conductor size makes it ideal for battery balance wires, voltage sensing connections, signal wiring, control circuits, and low-current DC applications. The red color insulation allows easy identification of positive power connections, helping maintain organized and safe electrical installations.

Designed for professional battery pack manufacturers and electrical installers, the wire offers excellent flexibility for easy routing inside battery packs, electrical enclosures, EV systems, and control panels. Supplied in a 100-meter roll, it provides a cost-effective solution for large-scale production and maintenance projects.

5c:T443,

5d:T961,

The 2 AWG Silicone Battery Inverter Cable (Red, 500MM) is a heavy-duty power cable specially designed for high-current battery and inverter connections. Manufactured using high-purity multi-strand copper wire with flexible silicone insulation, this cable provides excellent conductivity, low resistance, and superior heat resistance.

It comes pre-fitted with SC70-6 copper lugs on both ends, ensuring secure and reliable connections for lithium battery packs, inverters, solar systems, UPS, and EV applications. The 500MM length is ideal for short-distance high-current connections where minimum voltage drop is required.

The silicone insulation remains highly flexible even at extreme temperatures, making installation easier in compact battery compartments and demanding environments.

Key Features

2 AWG Heavy Gauge Cable – Supports high current applications
Pure Copper Multi-Strand Wire – Excellent conductivity with low resistance
Flexible Silicone Insulation – Easy bending and routing
SC70-6 Copper Lugs Both Ends – Secure and professional termination
500MM Length – Ideal for battery-to-inverter connections
High Temperature Resistance – Suitable for demanding power systems
Low Voltage Drop – Efficient power transfer

Applications

Lithium battery pack connections
Inverter battery wiring
Solar energy storage systems
EV & e-rickshaw battery systems
UPS & power backup systems
Industrial DC power applications

Why Choose This 2 AWG Battery Cable?

High Current Handling

Suitable for inverter and lithium battery applications.

Ultra Flexible Silicone Wire

Easy installation even in tight spaces.

Pre-Crimped Copper Lugs

Ready-to-use professional connection.

Durable & Heat Resistant

Reliable performance under heavy load.

Low Resistance Design

Improves efficiency and reduces heating.

5e:T964,

The 2 AWG Silicone Battery Inverter Cable (Red, 1000MM) is a heavy-duty power cable specially designed for high-current battery and inverter connections. Manufactured using high-purity multi-strand copper wire with flexible silicone insulation, this cable provides excellent conductivity, low resistance, and superior heat resistance.

It comes pre-fitted with SC70-6 copper lugs on both ends, ensuring secure and reliable connections for lithium battery packs, inverters, solar systems, UPS, and EV applications. The 1000MM length is ideal for short-distance high-current connections where minimum voltage drop is required.

The silicone insulation remains highly flexible even at extreme temperatures, making installation easier in compact battery compartments and demanding environments.

Key Features

2 AWG Heavy Gauge Cable – Supports high current applications
Pure Copper Multi-Strand Wire – Excellent conductivity with low resistance
Flexible Silicone Insulation – Easy bending and routing
SC70-6 Copper Lugs Both Ends – Secure and professional termination
1000MM Length – Ideal for battery-to-inverter connections
High Temperature Resistance – Suitable for demanding power systems
Low Voltage Drop – Efficient power transfer

Applications

Lithium battery pack connections
Inverter battery wiring
Solar energy storage systems
EV & e-rickshaw battery systems
UPS & power backup systems
Industrial DC power applications

Why Choose This 2 AWG Battery Cable?

High Current Handling

Suitable for inverter and lithium battery applications.

Ultra Flexible Silicone Wire

Easy installation even in tight spaces.

Pre-Crimped Copper Lugs

Ready-to-use professional connection.

Durable & Heat Resistant

Reliable performance under heavy load.

Low Resistance Design

Improves efficiency and reduces heating.

5f:T961,

The 3 AWG Silicone Battery Inverter Cable (Red, 500MM) is a heavy-duty power cable specially designed for high-current battery and inverter connections. Manufactured using high-purity multi-strand copper wire with flexible silicone insulation, this cable provides excellent conductivity, low resistance, and superior heat resistance.

It comes pre-fitted with SC50-6 copper lugs on both ends, ensuring secure and reliable connections for lithium battery packs, inverters, solar systems, UPS, and EV applications. The 500MM length is ideal for short-distance high-current connections where minimum voltage drop is required.

The silicone insulation remains highly flexible even at extreme temperatures, making installation easier in compact battery compartments and demanding environments.

Key Features

3 AWG Heavy Gauge Cable – Supports high current applications
Pure Copper Multi-Strand Wire – Excellent conductivity with low resistance
Flexible Silicone Insulation – Easy bending and routing
SC50-6 Copper Lugs Both Ends – Secure and professional termination
500MM Length – Ideal for battery-to-inverter connections
High Temperature Resistance – Suitable for demanding power systems
Low Voltage Drop – Efficient power transfer

Applications

Lithium battery pack connections
Inverter battery wiring
Solar energy storage systems
EV & e-rickshaw battery systems
UPS & power backup systems
Industrial DC power applications

Why Choose This 3 AWG Battery Cable?

High Current Handling

Suitable for inverter and lithium battery applications.

Ultra Flexible Silicone Wire

Easy installation even in tight spaces.

Pre-Crimped Copper Lugs

Ready-to-use professional connection.

Durable & Heat Resistant

Reliable performance under heavy load.

Low Resistance Design

Improves efficiency and reduces heating.

60:T966,

The 3 AWG Silicone Battery Inverter Cable (Black, 1000MM) is a heavy-duty power cable specially designed for high-current battery and inverter connections. Manufactured using high-purity multi-strand copper wire with flexible silicone insulation, this cable provides excellent conductivity, low resistance, and superior heat resistance.

It comes pre-fitted with SC50-6 copper lugs on both ends, ensuring secure and reliable connections for lithium battery packs, inverters, solar systems, UPS, and EV applications. The 1000MM length is ideal for short-distance high-current connections where minimum voltage drop is required.

The silicone insulation remains highly flexible even at extreme temperatures, making installation easier in compact battery compartments and demanding environments.

Key Features

3 AWG Heavy Gauge Cable – Supports high current applications
Pure Copper Multi-Strand Wire – Excellent conductivity with low resistance
Flexible Silicone Insulation – Easy bending and routing
SC50-6 Copper Lugs Both Ends – Secure and professional termination
1000MM Length – Ideal for battery-to-inverter connections
High Temperature Resistance – Suitable for demanding power systems
Low Voltage Drop – Efficient power transfer

Applications

Lithium battery pack connections
Inverter battery wiring
Solar energy storage systems
EV & e-rickshaw battery systems
UPS & power backup systems
Industrial DC power applications

Why Choose This 3 AWG Battery Cable?

High Current Handling

Suitable for inverter and lithium battery applications.

Ultra Flexible Silicone Wire

Easy installation even in tight spaces.

Pre-Crimped Copper Lugs

Ready-to-use professional connection.

Durable & Heat Resistant

Reliable performance under heavy load.

Low Resistance Design

Improves efficiency and reduces heating.

61:T964,

The 3 AWG Silicone Battery Inverter Cable (Red, 1000MM) is a heavy-duty power cable specially designed for high-current battery and inverter connections. Manufactured using high-purity multi-strand copper wire with flexible silicone insulation, this cable provides excellent conductivity, low resistance, and superior heat resistance.

It comes pre-fitted with SC50-6 copper lugs on both ends, ensuring secure and reliable connections for lithium battery packs, inverters, solar systems, UPS, and EV applications. The 1000MM length is ideal for short-distance high-current connections where minimum voltage drop is required.

The silicone insulation remains highly flexible even at extreme temperatures, making installation easier in compact battery compartments and demanding environments.

Key Features

3 AWG Heavy Gauge Cable – Supports high current applications
Pure Copper Multi-Strand Wire – Excellent conductivity with low resistance
Flexible Silicone Insulation – Easy bending and routing
SC50-6 Copper Lugs Both Ends – Secure and professional termination
1000MM Length – Ideal for battery-to-inverter connections
High Temperature Resistance – Suitable for demanding power systems
Low Voltage Drop – Efficient power transfer

Applications

Lithium battery pack connections
Inverter battery wiring
Solar energy storage systems
EV & e-rickshaw battery systems
UPS & power backup systems
Industrial DC power applications

Why Choose This 3 AWG Battery Cable?

High Current Handling

Suitable for inverter and lithium battery applications.

Ultra Flexible Silicone Wire

Easy installation even in tight spaces.

Pre-Crimped Copper Lugs

Ready-to-use professional connection.

Durable & Heat Resistant

Reliable performance under heavy load.

Low Resistance Design

Improves efficiency and reduces heating.

62:T963,

The 6 AWG Silicone Battery Inverter Cable (Black, 500MM) is a heavy-duty power cable specially designed for high-current battery and inverter connections. Manufactured using high-purity multi-strand copper wire with flexible silicone insulation, this cable provides excellent conductivity, low resistance, and superior heat resistance.

It comes pre-fitted with SC25-6 copper lugs on both ends, ensuring secure and reliable connections for lithium battery packs, inverters, solar systems, UPS, and EV applications. The 500MM length is ideal for short-distance high-current connections where minimum voltage drop is required.

The silicone insulation remains highly flexible even at extreme temperatures, making installation easier in compact battery compartments and demanding environments.

Key Features

6 AWG Heavy Gauge Cable – Supports high current applications
Pure Copper Multi-Strand Wire – Excellent conductivity with low resistance
Flexible Silicone Insulation – Easy bending and routing
SC25-6 Copper Lugs Both Ends – Secure and professional termination
500MM Length – Ideal for battery-to-inverter connections
High Temperature Resistance – Suitable for demanding power systems
Low Voltage Drop – Efficient power transfer

Applications

Lithium battery pack connections
Inverter battery wiring
Solar energy storage systems
EV & e-rickshaw battery systems
UPS & power backup systems
Industrial DC power applications

Why Choose This 6 AWG Battery Cable?

High Current Handling

Suitable for inverter and lithium battery applications.

Ultra Flexible Silicone Wire

Easy installation even in tight spaces.

Pre-Crimped Copper Lugs

Ready-to-use professional connection.

Durable & Heat Resistant

Reliable performance under heavy load.

Low Resistance Design

Improves efficiency and reduces heating.

63:T961,

The 6 AWG Silicone Battery Inverter Cable (Red, 500MM) is a heavy-duty power cable specially designed for high-current battery and inverter connections. Manufactured using high-purity multi-strand copper wire with flexible silicone insulation, this cable provides excellent conductivity, low resistance, and superior heat resistance.

The silicone insulation remains highly flexible even at extreme temperatures, making installation easier in compact battery compartments and demanding environments.

Key Features

6 AWG Heavy Gauge Cable – Supports high current applications
Pure Copper Multi-Strand Wire – Excellent conductivity with low resistance
Flexible Silicone Insulation – Easy bending and routing
SC25-6 Copper Lugs Both Ends – Secure and professional termination
500MM Length – Ideal for battery-to-inverter connections
High Temperature Resistance – Suitable for demanding power systems
Low Voltage Drop – Efficient power transfer

Applications

Lithium battery pack connections
Inverter battery wiring
Solar energy storage systems
EV & e-rickshaw battery systems
UPS & power backup systems
Industrial DC power applications

Why Choose This 6 AWG Battery Cable?

High Current Handling

Suitable for inverter and lithium battery applications.

Ultra Flexible Silicone Wire

Easy installation even in tight spaces.

Pre-Crimped Copper Lugs

Ready-to-use professional connection.

Durable & Heat Resistant

Reliable performance under heavy load.

Low Resistance Design

Improves efficiency and reduces heating.

64:T966,

The 6 AWG Silicone Battery Inverter Cable (Black, 1000MM) is a heavy-duty power cable specially designed for high-current battery and inverter connections. Manufactured using high-purity multi-strand copper wire with flexible silicone insulation, this cable provides excellent conductivity, low resistance, and superior heat resistance.

It comes pre-fitted with SC25-6 copper lugs on both ends, ensuring secure and reliable connections for lithium battery packs, inverters, solar systems, UPS, and EV applications. The 1000MM length is ideal for short-distance high-current connections where minimum voltage drop is required.

The silicone insulation remains highly flexible even at extreme temperatures, making installation easier in compact battery compartments and demanding environments.

Key Features

6 AWG Heavy Gauge Cable – Supports high current applications
Pure Copper Multi-Strand Wire – Excellent conductivity with low resistance
Flexible Silicone Insulation – Easy bending and routing
SC25-6 Copper Lugs Both Ends – Secure and professional termination
1000MM Length – Ideal for battery-to-inverter connections
High Temperature Resistance – Suitable for demanding power systems
Low Voltage Drop – Efficient power transfer

Applications

Lithium battery pack connections
Inverter battery wiring
Solar energy storage systems
EV & e-rickshaw battery systems
UPS & power backup systems
Industrial DC power applications

Why Choose This 6 AWG Battery Cable?

High Current Handling

Suitable for inverter and lithium battery applications.

Ultra Flexible Silicone Wire

Easy installation even in tight spaces.

Pre-Crimped Copper Lugs

Ready-to-use professional connection.

Durable & Heat Resistant

Reliable performance under heavy load.

Low Resistance Design

Improves efficiency and reduces heating.

65:T964,

The 6 AWG Silicone Battery Inverter Cable (Red, 1000MM) is a heavy-duty power cable specially designed for high-current battery and inverter connections. Manufactured using high-purity multi-strand copper wire with flexible silicone insulation, this cable provides excellent conductivity, low resistance, and superior heat resistance.

It comes pre-fitted with SC25-6 copper lugs on both ends, ensuring secure and reliable connections for lithium battery packs, inverters, solar systems, UPS, and EV applications. The 1000MM length is ideal for short-distance high-current connections where minimum voltage drop is required.

The silicone insulation remains highly flexible even at extreme temperatures, making installation easier in compact battery compartments and demanding environments.

Key Features

6 AWG Heavy Gauge Cable – Supports high current applications
Pure Copper Multi-Strand Wire – Excellent conductivity with low resistance
Flexible Silicone Insulation – Easy bending and routing
SC25-6 Copper Lugs Both Ends – Secure and professional termination
1000MM Length – Ideal for battery-to-inverter connections
High Temperature Resistance – Suitable for demanding power systems
Low Voltage Drop – Efficient power transfer

Applications

Lithium battery pack connections
Inverter battery wiring
Solar energy storage systems
EV & e-rickshaw battery systems
UPS & power backup systems
Industrial DC power applications

Why Choose This 6 AWG Battery Cable?

High Current Handling

Suitable for inverter and lithium battery applications.

Ultra Flexible Silicone Wire

Easy installation even in tight spaces.

Pre-Crimped Copper Lugs

Ready-to-use professional connection.

Durable & Heat Resistant

Reliable performance under heavy load.

Low Resistance Design

Improves efficiency and reduces heating.

66:Tb45,

The 2x8 AWG Black Cable with SC25-6 Lugs Both Ends (200mm Length) is a heavy-duty power connection cable designed for high-current battery applications, energy storage systems, inverters, lithium battery packs, solar power systems, and electric vehicles. Manufactured using high-quality 8 AWG copper conductors, this cable ensures excellent conductivity, minimal voltage drop, and reliable power transmission.

Equipped with SC25-6 copper lugs on both ends, the cable provides a secure and durable connection between batteries, inverters, BMS systems, power distribution units, and other electrical equipment. The black insulation offers enhanced protection against abrasion, heat, moisture, and environmental factors, ensuring long-lasting performance in demanding applications.

With a compact 200mm length, this ready-to-use battery cable is ideal for short-distance power connections where low resistance and high current handling capability are required. Its flexible design allows easy installation in battery packs, ESS cabinets, solar systems, UPS units, and EV battery assemblies.

Key Features

High-Quality 2x8 AWG Copper Cable
SC25-6 Copper Lugs Crimped on Both Ends
Ready-to-Install Battery Connection Cable
Excellent Electrical Conductivity
Low Resistance and Minimal Voltage Drop
Durable Black Insulation
High Current Carrying Capacity
Flexible and Easy to Install
Corrosion-Resistant Copper Terminals
Suitable for Indoor and Outdoor Applications
Long Service Life

Applications

Lithium Battery Packs
LiFePO4 Battery Systems
Solar Energy Storage Systems (ESS)
Battery Inverter Connections
UPS Battery Banks
Electric Vehicles (EVs)
E-Rickshaws
Power Distribution Systems
Battery Management Systems (BMS)
Industrial Electrical Installations

Benefits

Reliable high-current power transmission
Reduces energy loss and voltage drop
Secure and durable cable termination
Quick installation with pre-crimped lugs
Suitable for heavy-duty battery applications
Improves system efficiency and safety
Long-lasting and maintenance-free operation

Why Choose 2x8 AWG Black Cable with SC25-6 Lugs?

The 2x8 AWG Black Battery Cable (200mm) is an ideal solution for battery and power system interconnections requiring reliable current flow and secure terminal connections. With premium copper conductors, robust insulation, and professionally crimped SC25-6 lugs, it delivers dependable performance in solar, EV, ESS, inverter, and industrial power applications.

67:Tbea,

The 2x8 AWG Red Cable with SC25-6 Lugs Both Ends (200mm Length) is a premium-quality heavy-duty power cable designed for high-current battery and power distribution applications. Manufactured using high-conductivity copper conductors, this cable ensures efficient power transfer, low resistance, and minimal voltage drop, making it ideal for lithium battery packs, solar energy storage systems, inverters, UPS systems, and electric vehicles.

Fitted with SC25-6 copper ring terminals on both ends, this ready-to-use battery cable provides a secure and reliable connection between batteries, BMS units, inverters, power distribution systems, and charging equipment. The red insulation is commonly used to identify positive battery connections, helping improve safety and simplify system installation.

With a compact 200mm cable length, this cable is perfect for short-distance battery interconnections where high current handling and dependable electrical performance are essential. Its durable insulation protects against heat, abrasion, moisture, and environmental wear, ensuring long-lasting operation in demanding industrial and energy storage applications.

Key Features

High-Quality 2x8 AWG Copper Cable
SC25-6 Copper Lugs Crimped on Both Ends
Red Insulation for Positive Power Connections
Ready-to-Use Battery Connection Cable
Low Resistance and High Conductivity
Excellent Current Carrying Capacity
Durable and Flexible Construction
Heat and Abrasion Resistant Insulation
Secure and Reliable Terminal Connections
Easy Installation
Long Service Life

Applications

Lithium Battery Packs
LiFePO4 Battery Systems
Solar Energy Storage Systems (ESS)
Battery Inverter Connections
UPS Battery Banks
Electric Vehicles (EVs)
E-Rickshaws
Battery Management Systems (BMS)
Power Distribution Systems
Industrial Electrical Equipment
Charging and Discharging Systems

Benefits

Efficient power transmission with minimal voltage loss
Secure and durable battery connections
Easy identification of positive terminals
Reduces installation time with pre-crimped lugs
Suitable for high-current applications
Improves system reliability and safety
Long-lasting industrial-grade performance

Why Choose 2x8 AWG Red Cable with SC25-6 Lugs?

The 2x8 AWG Red Battery Cable (200mm) is designed for demanding battery and power applications where reliability and performance are critical. Featuring premium copper conductors, heavy-duty insulation, and professionally crimped SC25-6 terminals, it provides safe and efficient electrical connections for EVs, solar systems, ESS installations, battery packs, and industrial power equipment.

68:T1143,

Single Pole 75A Connector Red

The Single Pole 75A Connector Red is a high-current DC power connector intended for modular battery, EV, solar, energy-storage and industrial wiring systems. Its single-pole format allows one power conductor to be connected through each housing, making it useful where positive and negative circuits are arranged as separate modular poles. The red housing provides an immediate visual cue for polarity or circuit identification and is commonly assigned to the positive side of a DC installation.

The 75A designation identifies the connector current class, but a finished electrical connection should always be engineered as a complete path. Contact type, cable cross-section, crimp quality, connector engagement, ambient temperature, duty cycle and mating compatibility all affect real-world temperature rise and voltage drop. A connector should therefore not be selected by current label or housing color alone.

High-current connectors work by minimizing resistance across the removable contact interface. Even a small increase in contact resistance can produce heat when current is sustained, so clean contacts, correct crimping and full connector engagement are important. The cable must be mechanically supported so its weight or vibration is not transferred directly into the contact.

Single-pole modular connectors are useful in serviceable battery systems because individual conductors can be disconnected without permanently removing a cable from the equipment. This can simplify battery replacement, charger connections and power-distribution layouts. However, the mating connector and contact must be from a compatible family. Similar-looking housings can use different contact sizes, keying features or retention geometry, and forcing mismatched parts together can create a poor electrical joint.

Match this red 75A-class connector to the exact mating housing and contact system used in the equipment. Confirm the selected cable gauge is supported by the contact and that the crimp tool produces a secure, low-resistance termination. The system voltage rating should be checked against the exact connector family before use; a current class does not automatically establish voltage suitability.

Use red as a visual polarity identifier only after the circuit design has been confirmed. In multi-pole or modular assemblies, maintain consistent color coding throughout the battery, fuse, disconnect and equipment side so servicing remains intuitive. For outdoor or harsh environments, verify sealing and environmental ratings separately because not all modular high-current connectors are waterproof.

Applications

• Lithium battery pack charge and discharge connections.

• Energy-storage and solar DC power links.

• Electric vehicle and e-rickshaw battery systems.

• Battery banks, service disconnects and modular power distribution.

• Industrial equipment requiring a removable high-current DC connection.

Installation Guide

Crimp the correct contact onto a properly stripped conductor using a suitable crimp tool and inspect the joint for full conductor capture. Insert the contact into the housing until the retention feature locks. Before connecting to a live battery, verify polarity with a meter and confirm that the mating housing is fully compatible. Support the cable close to the connector, avoid sharp bends at the housing, and keep contacts clean. During initial operation, inspect the connection for looseness or abnormal heating under a controlled load.

Why Choose ARB Accessories?

ARB Accessories focuses on lithium-battery, EV, energy-storage and battery-pack assembly components. The catalog brings together BMS boards, connectors, insulation materials, battery wiring, terminals, fuses, enclosures, testing equipment and assembly tools. For battery builders, repair workshops and OEM buyers, sourcing related components from one specialist catalog can make specification matching and procurement easier. Final suitability should still be checked against the exact battery design, equipment model and electrical requirements before installation.

69:T118c,

2 AWG Black Silicone Wire – 5 Meter

The Silicone Wire 2AWG Black (5MTR) is a heavy-gauge flexible battery cable supplied in a five-meter length for custom DC power wiring. The 2 AWG size places it in a much larger conductor class than control wire or small battery leads, making it appropriate for applications where designers need reduced conductor resistance over a battery, inverter, energy-storage or electric-mobility power path. The black insulation supports conventional negative or return-circuit identification and helps keep multi-cable battery assemblies organized.

A five-meter supply length gives fabricators flexibility to cut individual leads for a specific enclosure, vehicle or inverter layout rather than relying on pre-terminated fixed-length cables. The final cable performance, however, depends on more than gauge. Conductor material, strand construction, insulation temperature capability, termination quality, routing and ambient conditions all influence allowable current and temperature rise.

2 AWG cable has a large cross-sectional area, which helps reduce resistance compared with smaller-gauge wire. Lower conductor resistance reduces voltage drop and I²R heating, both of which become increasingly important as battery current rises. This is especially relevant on low-voltage DC systems, where even a small voltage loss can affect inverter input voltage, motor performance or battery efficiency.

There is no single universal current rating for 2 AWG cable. The safe continuous current depends on conductor construction, insulation rating, bundling, airflow, ambient temperature, installation method and acceptable voltage drop. For that reason, cable sizing should be based on the complete application rather than copied from a generic ampacity table. The cable ends also deserve equal attention: a poor crimp or undersized lug can create more heat than the cable itself.

Use this black 2 AWG wire where the equipment terminals, lugs and cable glands are sized for the same conductor class. Confirm the required finished length after routing through the actual enclosure, leaving enough slack for strain relief but avoiding unnecessary loops that add resistance and clutter. In paired battery leads, match the positive and negative cable lengths where practical so the circuit remains mechanically balanced and easy to service.

For inverter or high-current battery work, coordinate the cable with the fuse or breaker, connector system and expected continuous/surge current. If a specific conductor metal, strand count, temperature rating or certification is required, verify those properties from the physical stock or supplier datasheet before specifying the cable in an engineered product.

Applications

• Lithium battery and LiFePO4 pack power leads.

• Inverter, UPS and energy-storage battery cabling.

• EV, e-rickshaw and high-current DC power wiring.

• Battery-to-busbar, fuse or disconnect connections.

• Custom workshop cable assemblies cut to project-specific lengths.

Installation Guide

Plan the cable route before cutting the five-meter length. Use a clean cable cutter so strands are not crushed or damaged, strip only enough insulation for the selected lug, and crimp with tooling appropriate for 2 AWG conductors. Cover exposed conductive areas with suitable insulation or heat shrink where required. Support the cable so its weight does not pull on terminals, maintain a sensible bend radius, and protect it from sharp sheet-metal edges. After energizing the system, inspect terminations for abnormal heating under controlled load.

Why Choose ARB Accessories?

6a:T11a7,

2 AWG Red Silicone Wire – 5 Meter

The Silicone Wire 2AWG Red (5MTR) is a heavy-gauge flexible DC cable supplied in a five-meter length for battery, inverter, energy-storage, EV and custom power-harness work. Its 2 AWG conductor size belongs to the large-cable category used where designers need low resistance across a high-current path. The red insulation provides a clear visual convention for positive battery wiring and helps technicians distinguish supply conductors from black negative or return cables during installation and service.

Supplying the cable in a five-meter length allows battery builders to cut leads to the actual equipment layout, which is useful for enclosures, vehicles and inverter systems where cable routing differs from project to project. The final electrical capability depends on the exact conductor and insulation construction, so gauge should be combined with verified material and temperature data when the cable is used in a formally engineered system.

A larger conductor reduces electrical resistance, which helps control voltage drop and heating. In a low-voltage battery system, this can be especially important because a few tenths of a volt lost in the cable may represent a meaningful percentage of the total system voltage. Resistance losses also rise with the square of current, making cable sizing and termination quality critical in high-current applications.

The 2 AWG designation alone should not be converted into one universal ampacity figure. Continuous current capability changes with conductor metal, strand structure, insulation temperature rating, installation method, bundling, airflow and ambient temperature. A short open-air cable may behave very differently from the same gauge enclosed tightly with other conductors. Crimp lugs, connectors and fuse holders must also be sized so the complete circuit carries current without creating localized hot spots.

Use the red cable for the intended positive circuit only after confirming system polarity. Match lugs and connectors to 2 AWG cable and verify that equipment terminals can physically accept the resulting lug size and bend radius. Route the cable away from sharp edges, hot components and moving mechanisms. In paired battery leads, keep routing organized and avoid excessive extra length because every additional meter adds resistance.

For a battery-to-inverter or battery-to-distribution connection, size the fuse or breaker to protect the conductor and downstream hardware based on the actual system design. If a project requires a specific conductor purity, strand count, insulation certification or temperature class, confirm those details from stock documentation before committing them to the final specification.

Applications

• Positive battery leads in lithium and LiFePO4 packs.

• Inverter, UPS and ESS battery interconnections.

• EV, e-rickshaw and high-current DC distribution.

• Battery-to-fuse, busbar or disconnect cable assemblies.

• Custom red power leads fabricated to project-specific lengths.

Installation Guide

Measure the complete cable route before cutting. Use a sharp cable cutter, strip the insulation without nicking conductor strands and crimp the selected lug with tooling sized for 2 AWG cable. Apply suitable insulation over exposed metal and support the cable so terminal studs do not carry the cable weight. Maintain a smooth bend radius and protect pass-through points with glands or edge protection. Verify polarity with a meter before final connection and check the finished termination for abnormal temperature rise during initial controlled operation.

Why Choose ARB Accessories?

6b:Tbb1,

The 6AWG Silicone Wire Black (13.3 Sqmm) – 2 Meter Length is a premium-quality, high-flexibility power cable designed for medium current DC applications. Perfectly suited for electric vehicles (EVs), lithium battery packs, solar installations, inverters, and UPS systems, this cable ensures safe, stable, and efficient power transmission.

Manufactured using multi-strand high-conductivity copper and coated with high-temperature silicone insulation, this wire provides excellent electrical performance with minimal voltage drop, while maintaining superior flexibility and durability.

Ideal Applications:

EV battery negative wiring
E-bike & e-rickshaw battery systems
Lithium battery pack assembly
Solar battery bank connections
Inverter & UPS battery linking
DC distribution systems

Recommended For:

Battery pack manufacturers
EV builders & service technicians
Solar system installers
Industrial electrical applications
DIY lithium battery projects

Installation Tip:

For secure and professional installation, use proper copper lugs, heavy-duty crimping tools, and heat shrink sleeves to ensure strong, insulated connections.

Why Choose 6AWG Silicone Wire?

In lithium battery and EV systems, cable performance directly affects efficiency and safety. The 6AWG 13.3 Sqmm Silicone Wire is engineered to handle consistent current loads while reducing energy loss and preventing overheating.

Reliable Current Carrying Capacity – Ideal for battery negative lines and mid-power connections

Ultra Flexible Structure – Easy routing in compact battery compartments

Heat & Flame Resistant – Silicone insulation withstands high temperatures

Low Resistance Copper Core – Ensures efficient power flow

Durable & Crack-Resistant – Designed for long-term use in vibration-prone environments

6c:Tc77,

The 6AWG Silicone Wire Red (13.3 Sqmm) – 2 Meter Length is a premium-grade, high-flexibility cable engineered for medium-current DC applications. Designed specifically for electric vehicles (EVs), lithium battery packs, solar energy systems, inverters, and UPS connections, this cable ensures efficient power transmission, durability, and long-term safety.

Constructed using multi-strand high-conductivity copper and protected by high-temperature silicone insulation, this wire delivers low resistance, excellent flexibility, and reliable performance—even in demanding operating environments.

Ideal Applications:

EV battery positive wiring
E-bike & e-rickshaw battery systems
Lithium battery pack assembly
Solar battery bank connections
Inverter & UPS battery linking
DC power distribution systems

Recommended For:

Lithium battery manufacturers
EV system builders & technicians
Solar installers
Industrial electrical applications
DIY battery pack creators

Installation Tip:

For secure and professional-grade connections, use high-quality copper lugs, hydraulic crimping tools, and heat shrink sleeves to ensure proper insulation and strong terminal bonding.

Why Choose 6AWG Silicone Wire?

In EV and lithium battery systems, wiring quality directly impacts performance and safety. The 6AWG 13.3 Sqmm Silicone Wire is designed to handle consistent current loads efficiently while reducing voltage drop and preventing overheating.

Reliable Current Carrying Capacity – Ideal for battery positive lines and mid-power connections

Ultra Flexible Design – Easy installation in compact EV battery compartments

Heat & Flame Resistant – Silicone insulation withstands extreme temperatures

Low Resistance Copper Core – Efficient energy transfer with minimal power loss

Durable & Crack-Resistant – Long-lasting performance in vibration-prone applications

6d:T885,

The 14AWG Silicone Wire Black (2.08 Sqmm) – 5 Meter Length is a high-quality, lightweight DC cable ideal for low-current applications in EV battery packs, lithium battery assembly, solar systems, BMS connections, inverters, and DC wiring projects.

Manufactured with high-conductivity multi-strand copper and premium silicone insulation, this cable offers excellent flexibility, heat resistance, and long-term reliability — making it perfect for compact and vibration-prone environments.

Key Features & Benefits

Suitable for low-current EV and battery wiring

Highly flexible for easy routing in tight spaces

Heat-resistant & flame-retardant insulation

Low resistance for stable power flow

Strong durability and vibration resistance

5-meter continuous length for clean installation

Ideal Applications

EV battery negative wiring
BMS balance wire connections
Lithium battery pack assembly
Solar controller wiring
Inverter & UPS signal wiring
DC low-current circuits

Suitable For

Lithium battery manufacturers
EV technicians & assemblers
Solar installers
Electrical contractors
DIY battery builders"

6e:T8e5,

The 14AWG Silicone Wire Red (2.08 Sqmm) – 5 Meter Length is a premium low-current DC cable designed for reliable and efficient power transmission. It is ideal for EV battery packs, lithium battery assembly, BMS connections, solar systems, inverters, and DC wiring applications where flexibility and durability are important.

Built with high-conductivity multi-strand copper and insulated with high-temperature silicone rubber, this wire ensures smooth current flow, minimal voltage drop, and long-lasting performance in demanding environments.

Key Features & Benefits

Ideal for low-current EV and battery wiring

Ultra-flexible for compact battery compartments

Heat-resistant & flame-retardant silicone insulation

Low resistance for stable and efficient power flow

Strong durability with vibration resistance

5-meter continuous length for neat installation

Ideal Applications

EV battery positive wiring
BMS balance and signal connections
Lithium battery pack assembly
Solar charge controller wiring
Inverter & UPS low-current circuits
DC control wiring

Suitable For

Lithium battery manufacturers
EV assemblers & service technicians
Solar installers
Electrical contractors
DIY battery builders"

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The XT30 connector pair (Male & Female) is a compact, high-current 2-pin power connector widely used in RC systems, drones, lithium battery packs, EV prototypes, and electronic power distribution systems. It is designed for secure, low-resistance power transfer in space-limited applications.

Manufactured using high-temperature nylon housing and gold-plated copper alloy contacts, the XT30 ensures stable electrical performance with minimal heating and reliable connection under vibration conditions.

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The XT60 connector (Male + Female pair) is a widely used high-current 2-pin power connector designed for reliable and safe power transmission in RC systems, drones, lithium battery packs, EV prototypes, and high-power electronic applications.

It features a gold-plated spring copper contact system and high-temperature nylon housing, ensuring excellent conductivity, low resistance, and strong mechanical locking.

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The XT60 Panel Mount Female Connector is a high-current 2-pin fixed mounting power connector designed for secure installation on panels, enclosures, EV chargers, battery systems, and industrial power equipment.

It allows external plug-in connection (XT60 male) while being firmly mounted to a panel using screws, ensuring stable, vibration-resistant, and safe power input/output points.

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The AMASS XT90 Connector Set is a premium heavy-duty high-current 2-pin power connector system consisting of one male and one female connector pair. Designed for EV systems, high-capacity lithium battery packs, industrial power applications, and high-performance RC setups, it delivers exceptional current handling, ultra-low resistance, and maximum safety.

Manufactured by AMASS, the original developer of XT series connectors, it ensures consistent quality, precision molding, and reliable long-term performance under high load conditions.

The L-Type Female Connector Socket is a compact and durable right-angle (90°) electrical socket connector designed for space-saving wiring installations. It is widely used in battery systems, EV controllers, industrial electronics, power supplies, and PCB/wire harness assemblies where straight connectors cannot be used due to space constraints.

Its L-shaped design allows smooth cable routing, reduces strain on wires, and improves long-term connection reliability.

The L-Type Male Connector Socket is a right-angle (90°) electrical connector designed for compact and space-constrained installations. It is commonly used in EV systems, battery packs, industrial control panels, PCB assemblies, and wiring harnesses where a straight connector cannot be fitted.

Its L-shaped design (90° bend) provides smooth cable routing, reduces mechanical stress on wires, and ensures a secure and stable connection in tight spaces.

The IEC Cable Mount Female Connector is a standardized power cord socket (female plug end) designed as per IEC 60320 series. It is used at the cable end of AC power cords to connect safely with IEC male inlets on devices such as SMPS, UPS, chargers, computers, industrial equipment, and EV charging systems.

It ensures safe, universal, and reliable AC power connection with strong insulation and standardized global compatibility.

The IEC Cable Mount Male Connector is a standardized AC power plug end (male connector) designed as per IEC 60320 series. It is used at the end of power cords to connect with IEC female inlets (C13 / C15 / C19) on devices such as UPS, SMPS, computers, industrial machines, and EV charging equipment.

It provides a safe, universal, and reliable AC power connection with flame-retardant insulation and high-quality conductive terminals.

The IEC Screw Mount Male Connector with Spring Plastic is a panel-mounted AC power inlet connector designed as per IEC 60320 standard. It is widely used in UPS systems, SMPS units, industrial control panels, EV chargers, and power distribution equipment.

This variant features a spring-loaded plastic protective cover mechanism, which automatically or manually closes to protect the socket from dust, debris, and accidental touch when not in use, improving safety and durability in industrial environments.

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The IEC Male Connector with Rubber Cap and 15cm 10AWG Wire is a pre-wired AC power inlet connector assembly designed for high-current and industrial-grade applications. It comes with a short 15cm heavy-gauge wire harness (10AWG) for direct integration into EV chargers, UPS systems, battery chargers, SMPS units, and industrial control panels.

The included rubber protective cap ensures protection from dust, moisture, and accidental contact when the connector is not in use, improving safety and durability.

The IEC Male Connector with Rubber Cap and 15cm 12AWG Wire is a pre-assembled AC power connector harness designed for medium to high current applications. It is widely used in UPS systems, EV chargers, SMPS units, battery chargers, and industrial control panels.

This assembly includes a durable IEC male connector, a 15cm 12AWG copper wire harness, and a protective rubber cap for dust protection and safety when the connector is not in use.

The IEC Male Connector with Rubber Cap and 15cm 14AWG Wire is a pre-wired AC power connector assembly designed for light to medium load electrical applications. It is widely used in SMPS units, UPS systems, chargers, industrial control panels, and electronic equipment.

This product includes a standard IEC male connector, a 15cm 14AWG copper wire harness, and a protective rubber cap for dust protection and safety when not in use.

The IEC Male Connector with Spring Cap and 15cm 10AWG Wire is a heavy-duty pre-wired AC power connector assembly designed for high-current industrial and EV applications. It is widely used in EV chargers, UPS systems, battery chargers, SMPS units, and industrial control panels.

This model includes a spring-loaded protective cap (plastic) that automatically covers the connector when not in use, providing enhanced safety against dust, debris, and accidental contact, along with a 15cm 10AWG copper wire harness for high current performance.

The IEC Male Connector with Spring Cap and 15cm 12AWG Wire is a pre-wired AC power connector assembly designed for medium to high current applications. It is widely used in UPS systems, EV chargers, SMPS units, battery chargers, and industrial control panels.

This model features a spring-loaded plastic protective cap that automatically covers the connector when not in use, providing protection against dust, accidental touch, and environmental contamination, along with a 15cm 12AWG copper wire harness for efficient power delivery.

The IEC Male Connector with Spring Cap and 15cm 14AWG Wire is a pre-wired AC power connector assembly designed for light to medium load electrical applications. It is commonly used in SMPS units, UPS systems, chargers, industrial control panels, and electronic equipment.

This version includes a spring-loaded plastic protective cap that automatically covers the connector when not in use, providing protection against dust, accidental touch, and minor environmental exposure, along with a 15cm 14AWG copper wire harness for stable power transmission.

The XLR Female Connector is a professional-grade multi-pin audio and signal connector widely used in microphones, audio mixers, amplifiers, studio equipment, and industrial signal systems. It is designed for balanced audio transmission, ensuring low noise, high shielding, and stable signal quality over long cable runs.

The connector features a locking latch mechanism for secure connection and a durable metal housing for protection against mechanical stress and EMI interference.

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The Power Button is an electromechanical switching device used to turn ON/OFF electrical circuits in electronic equipment, industrial machines, EV systems, power supplies, and consumer devices. It works by making or breaking an electrical connection when pressed.

Power buttons are available in momentary (spring return) and latching (ON/OFF toggle) types, and in various mounting styles such as panel mount, PCB mount, and waterproof sealed versions.

The XT60 Male + Female Connector Set with 12AWG 150mm Wire is a pre-wired high-current power connector assembly designed for efficient and safe power transmission in EV systems, lithium battery packs, drones, RC vehicles, and industrial electronics.

It features gold-plated copper alloy contacts and a high-temperature nylon housing, combined with a 150mm 12AWG copper wire harness, making it ideal for medium-to-high current applications with plug-and-play installation.

The QY XLR Male + 3 Pin Charging Socket is a hybrid connector solution designed for charging and low-to-medium power DC applications. It combines an XLR-style male connector interface with a 3-pin charging socket system, making it suitable for battery charging equipment, industrial chargers, EV auxiliary systems, and power supply units.

This connector ensures secure locking, stable current transfer, and reliable long-term performance in charging applications.

The QY XT90 Male + Female Connector Set with Wire and 3 Pin Charging Socket is a high-current hybrid EV connector assembly designed for battery charging and power discharge applications. It is widely used in EV battery packs, lithium-ion systems, solar storage, UPS systems, and industrial DC power setups.

This complete assembly integrates:

XT90 Male + Female high-current connector pair

Pre-wired copper harness

3 Pin charging socket interface

It provides a ready-to-use solution for both charging and power transfer in a single system, reducing wiring complexity and improving system safety.

The QY O/P (Output) Cable with 3 Pin Charging Socket is a pre-wired DC power output assembly designed for battery charging systems, EV chargers, power supply units, UPS systems, and industrial energy storage applications.

It provides a ready-to-use output connection point, combining a heavy-duty output cable with a 3-pin charging socket interface, ensuring safe, stable, and organized power delivery from charger to battery or load system.

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The Terminal for Prismatic Cell M6×12 is a high-conductivity battery terminal connector designed for prismatic lithium-ion (LiFePO4 / NMC) battery cells used in EV battery packs, energy storage systems, solar systems, and UPS applications.

It provides a secure mechanical and electrical connection between the battery cell and external busbars or cables using an M6 threaded stud (12mm height).

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The M6 Screw for Prismatic Cell is a high-strength fastening component used in lithium-ion prismatic battery assemblies. It is designed to securely tighten battery terminals, busbars, and connectors onto prismatic cells in EV battery packs, solar storage systems, UPS systems, and industrial energy storage units.

This screw ensures a strong mechanical grip and low-resistance electrical contact, which is critical for safe and stable battery performance.

The Fuse Blade 30A (Small) is a compact, high-performance fuse designed to protect electrical circuits from overcurrent in a variety of applications. Rated at 30 amps, this small blade fuse is perfect for use in automotive, marine, and electrical systems where space is limited but reliable circuit protection is still required. The blade fuse is made from durable materials that ensure longevity and resistance to heat, vibrations, and corrosion. It is easy to install and replace, making it an ideal choice for applications requiring efficient and effective overcurrent protection in compact or confined spaces.

The Fuse Blade 40A (Small) is a compact, high-performance fuse designed to protect electrical circuits from overcurrent in a variety of applications. Rated at 40 amps, this small blade fuse is perfect for use in automotive, marine, and electrical systems where space is limited but reliable circuit protection is still required. The blade fuse is made from durable materials that ensure longevity and resistance to heat, vibrations, and corrosion. It is easy to install and replace, making it an ideal choice for applications requiring efficient and effective overcurrent protection in compact or confined spaces.

The Fuse Blade 50A (Small) is a compact, high-performance fuse designed to protect electrical circuits from overcurrent in a variety of applications. Rated at 50 amps, this small blade fuse is perfect for use in automotive, marine, and electrical systems where space is limited but reliable circuit protection is still required. The blade fuse is made from durable materials that ensure longevity and resistance to heat, vibrations, and corrosion. It is easy to install and replace, making it an ideal choice for applications requiring efficient and effective overcurrent protection in compact or confined spaces.

The ANL Fuse 50A is a high-performance fuse designed for protecting electrical circuits from overcurrent situations. Rated at 50 amps, it is ideal for use in automotive, marine, and industrial applications, where reliable circuit protection is essential. The ANL fuse is known for its durability and efficient operation, with a sturdy construction that allows it to withstand high temperatures and heavy electrical loads. It is designed to provide quick and accurate protection, disconnecting the circuit in the event of excessive current flow. Easy to install and replace, the ANL Fuse 50A ensures the safety and longevity of electrical systems.

The ANL Fuse 60A is a high-performance fuse designed for protecting electrical circuits from overcurrent situations. Rated at 60 amps, it is ideal for use in automotive, marine, and industrial applications, where reliable circuit protection is essential. The ANL fuse is known for its durability and efficient operation, with a sturdy construction that allows it to withstand high temperatures and heavy electrical loads. It is designed to provide quick and accurate protection, disconnecting the circuit in the event of excessive current flow. Easy to install and replace, the ANL Fuse 60A ensures the safety and longevity of electrical systems.

The ANL Fuse 80A is a high-performance fuse designed for protecting electrical circuits from overcurrent situations. Rated at 80 amps, it is ideal for use in automotive, marine, and industrial applications, where reliable circuit protection is essential. The ANL fuse is known for its durability and efficient operation, with a sturdy construction that allows it to withstand high temperatures and heavy electrical loads. It is designed to provide quick and accurate protection, disconnecting the circuit in the event of excessive current flow. Easy to install and replace, the ANL Fuse 80A ensures the safety and longevity of electrical systems.

The ANL Fuse 100A is a high-performance fuse designed for protecting electrical circuits from overcurrent situations. Rated at 100 amps, it is ideal for use in automotive, marine, and industrial applications, where reliable circuit protection is essential. The ANL fuse is known for its durability and efficient operation, with a sturdy construction that allows it to withstand high temperatures and heavy electrical loads. It is designed to provide quick and accurate protection, disconnecting the circuit in the event of excessive current flow. Easy to install and replace, the ANL Fuse 100A ensures the safety and longevity of electrical systems.

The ANL Fuse 150A is a high-performance fuse designed for protecting electrical circuits from overcurrent situations. Rated at 150 amps, it is ideal for use in automotive, marine, and industrial applications, where reliable circuit protection is essential. The ANL fuse is known for its durability and efficient operation, with a sturdy construction that allows it to withstand high temperatures and heavy electrical loads. It is designed to provide quick and accurate protection, disconnecting the circuit in the event of excessive current flow. Easy to install and replace, the ANL Fuse 150A ensures the safety and longevity of electrical systems.

The ANL Fuse 200A is a high-performance fuse designed for protecting electrical circuits from overcurrent situations. Rated at 200 amps, it is ideal for use in automotive, marine, and industrial applications, where reliable circuit protection is essential. The ANL fuse is known for its durability and efficient operation, with a sturdy construction that allows it to withstand high temperatures and heavy electrical loads. It is designed to provide quick and accurate protection, disconnecting the circuit in the event of excessive current flow. Easy to install and replace, the ANL Fuse 200A ensures the safety and longevity of electrical systems.

The Fuse Holder with 10AWG Wire is a high-quality electrical component designed to securely hold fuses in place while providing reliable electrical connections. Equipped with 10AWG wire, it offers a suitable gauge for handling medium to heavy-duty electrical loads. The fuse holder is made from durable, heat-resistant materials to ensure safe operation in various environments. It is commonly used in automotive, industrial, and electrical systems, providing essential protection by connecting fuses to circuits and preventing overcurrent damage. Easy to install and use, this fuse holder ensures efficient and safe electrical connections for a variety of applications.

The Fuse Holder with 8AWG Wire is a high-quality electrical component designed to securely hold fuses in place while providing reliable electrical connections. Equipped with 8AWG wire, it offers a suitable gauge for handling medium to heavy-duty electrical loads. The fuse holder is made from durable, heat-resistant materials to ensure safe operation in various environments. It is commonly used in automotive, industrial, and electrical systems, providing essential protection by connecting fuses to circuits and preventing overcurrent damage. Easy to install and use, this fuse holder ensures efficient and safe electrical connections for a variety of applications.

The ANL Fuse Holder (Black) is a durable, high-quality component designed to securely hold ANL fuses in automotive, marine, and industrial electrical systems. Made from robust, heat-resistant materials, the fuse holder ensures reliable performance and protection for circuits under high electrical loads. Its black color provides a sleek, professional appearance while also offering durability against wear and environmental factors. The holder is designed for easy installation, providing a secure connection for fuses to protect circuits from overcurrent. Perfect for applications where efficient and reliable fuse protection is needed, the ANL Fuse Holder helps maintain the safety and integrity of electrical systems.

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With a 2.5 SQMM conductor size, the wire is ideal for signal wiring, voltage sensing, balance leads, battery monitoring circuits, and low-current DC applications. The black color insulation enables easy identification of negative or ground connections, making wiring installations safer and more organized.

The cable features flexible stranded copper conductors that simplify routing through battery packs, electrical enclosures, and control systems. Supplied in a convenient 100-meter roll, it is suitable for both professional manufacturers and maintenance applications.

The Battery DC Wire 4 SQMM Black (100 Meter Roll) is a high-quality electrical cable designed for low-voltage DC power connections, battery pack assembly, BMS wiring, EV applications, solar systems, control panels, and general electrical installations. Manufactured with high-conductivity copper conductors and durable insulation, this wire ensures reliable current flow, flexibility, and long-lasting performance.

With a 4 SQMM conductor size, the wire is ideal for signal wiring, voltage sensing, balance leads, battery monitoring circuits, and low-current DC applications. The black color insulation enables easy identification of negative or ground connections, making wiring installations safer and more organized.

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ESS CONNECTOR (SC35-6) WITH 4AWG WIRE LENGTH 150MM(BLACK)

ESS CONNECTOR (SC35-6) WITH 4AWG WIRE LENGTH 200MM(RED)

ESS CONNECTOR (SC35-6) WITH 4AWG WIRE LENGTH 370MM(RED)

ESS CONNECTOR (SC25-6) WITH 6AWG WIRE LENGTH 150MM(BLACK)

ESS CONNECTOR (SC25-6) WITH 6AWG WIRE LENGTH 200MM(RED)

ESS CONNECTOR (SC25-6) WITH 6AWG WIRE LENGTH 370MM(RED)

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