Anderson Cable Assembly

Anderson cable assembly provides reliable electrical connections. All harnesses are designed and manufactured for high current, extreme circumstances and long periods of use.

Anderson connector

The heavy duty battery wire harness

A heavy duty battery wire harness is well known for large current connections. It can hold its charge securely even after many connect/ disconnect cycles. The anderson cable assembly design is genderless and fool-proof, as the male and female contacts are identical. Due to its ease of use, wiring mistakes are less likely to happen during installation. And most of the connection is a glass filled nylon housing. It can stand up to levels of vibration, heat and chemicals. Always have 100% metal to metal contact with a flat mating face. An Anderson battery cable harness is not merely the wire with the connectors on each end. This system is designed to handle very large currents in a safe and reliable way. Each anderson cable assembly begins with a specific wire gauge depending on the amperage rating of the connection.

Wire harness company

Anderson Connector family

SBS® Series

Black-SBS®50-Standard-Housings
Black SBS®50 Standard Housings - Up to 110 amps
Gray-SBS®50-Standard-Housings
Gray SBS®50 Standard Housings - Up to 110 amps
Blue-SBS®50-Standard-Housings
Blue SBS®50 Standard Housings - Up to 110 amps
SBS®-Mini-Housing
SBS® Mini Housing
SBS®X-75A-PANEL-MOUNT-PLUG-KIT
SBS®X-75A PANEL MOUNT PLUG KIT, GRAY SIGNAL HOUSING

SBE®/SBX®/ SBO® Series

Gray-SBE®80-SBO®60-Housings
Gray SBE®80 / SBO®60 Housings - Up to 80 amps
Red-SBE®80-Housings
Red SBE®80 Housings - Up to 80 amps, Also SBO®60
SBX®350-Housing
SBX®350 Housing, Blue, Also SBE® 320
Red-SBE®160-SBX®175-Housing
Red SBE®160 / SBX®175 Housing - Up to 175 Amps
Gray-SBE®160--SBX®175-Housing
Gray SBE®160 / SBX®175 Housing - Up to 175 Amps

Powerpole®

Powerpole®-Connector-Housing
Powerpole® Connector Housing, Red
Powerpole®-75-Standard-Housings
Powerpole® 75 Standard Housings, Red
Powerpole®-120-Housings
Powerpole® 120 Housings, Black
Powerpole®-120-Housings
Powerpole® 180 Housing, Black
Powerpole®-15、45-One-Row
Powerpole® 15/45 One Row 1X2 Assembly Bonded - RK, DC 2 Wire Finger Proof

SB® Series

SB®50-Standard-Housings
SB®50 Standard Housings Gray
Gray-SB®120-Standard-Housing
Gray SB®120 Standard Housing - Up to 240 Amps
SB®175-Standard-Housings
SB®175 Standard Housings Gray
SB®175-Standard-Housings
SB®175 Standard Housings Red
SB®350-Standard-Housings
SB®350 Standard Housings Red

The anderson product features

Anderson Power Products is the industry standard for modular, high-performance power connections. The unique design allows for rapid assembly, easy field service and a wide range of ampacity capabilities. Every component from the housing latch to the contact pin is designed for long-term durability in harsh environments.

Power connector to ring terminal

Power connector to ring terminal

In this configuration a ring terminal is connected to an Anderson connection by a cable. Works great for terminating control panels, bus bar wiring and connecting battery banks. The ring terminal can be bolted to studs or terminal posts. This mechanical connection is permanent and free from vibration. The other end uses an Anderson connector for easy detachment. It applies to solar, automotive and industrial power systems.

Power pole connector twins

Power pole connector twins

To connect two SB-series connectors side-to-side, you will need twin Anderson cables. The design allows power to be transmitted through two separate circuits, one for the positive and one for the negative. The twin arrangement keeps the wires neat and tidy and avoids accidental reversal of polarity. The Anderson cable assembly is utilised in materials handling equipment, floor scrubbers, and battery charging stations, and can be mated and unmated with a single smooth motion even in gloves.

Zip twin large gauge wire

Zip twin large gauge wire

High-amperage Anderson cables usually utilise large-gauge zip twin wire (e.g., 2 AWG to 4/0 AWG) in their construction. The two conductors are side by side bonded and thus run parallel and are easy to route. The format helps with installation and cable management. It can handle loads from 200A to 600A with almost no voltage drop whatsoever. The jackets of these assemblies are constructed from common materials (e.g., EPDM and cross-linked polyethylene (XLPE)) that resist heat.

Anderson typical kits

Any of the Anderson lower parts kit assemblies will give you a clean, code compliant installation as they come complete with all the necessary parts. A kit means you don't have to guess and less chance of using the wrong bits. Having the right gear can speed up building a new system or replacing worn parts.

Grip of the connector

Grip of the connector

Battery wire

Battery wire

Anderson terminals

Anderson terminals

Anderson connectors

Anderson connectors

Grip of the connector

Be sure to grip the Anderson cable assembly connector tightly, this ensures safe operation. The connection housing has ribbed sides for a secure grip. It makes for easy mating, even in tight spots. The right grip makes it easier to pull the connection apart under stress. Certain models are equipped with a locking lever or wedge latch to prevent accidental disconnection while in operation. This is important for mobile machines such as forklift trucks that are constantly on the move. One-handed mating and unmating are also made possible by the ergonomic design of the grip. This speeds up the battery change process in fleet applications. And this makes the whole system easy to use, durable and lasts for many days.

Battery wire

Anderson battery cable assemblies use battery wire that is mechanically and electrically sound. The advantage of flexible stranded copper wire is that it can be bent many times without getting tired. Undersized wire will heat and deteriorate quickly so it’s important to select the gauge depending on the continuous current rating of the connector. For 50A applications, the most common gauge with Anderson connectors is 6 AWG and for 600A systems it is 4/0 AWG. The wire jacket can be exposed to oils, chemicals, ultraviolet light, and extreme heat. Different things call for different jackets: silicone, EPDM and PVC. Colour coding helps to make it easier to assemble and service the wire correctly. Red is positive, black is negative.

Anderson terminals

The connection housing is quickly and easily attached to the silver-plated copper contacts (also known as Anderson terminals). Silver plating has high resistance to oxidation and excellent conductivity at high current levels. Each terminal size corresponds to a specific series of connectors. For example SB50, SB120, SB175 or SB350. Crimp the terminals onto the wire conductor with the proper ratchet crimp tool. A well-made crimp junction has less resistance than the wire itself. Terminals are crimped and then pushed into housings where they are held into place by snap-in retaining tangs. The retaining mechanism keeps the terminal from becoming loose from stress or vibration. Individual terminals can be swapped out in the field instead of the complete connection housing.

Anderson connectors

The Anderson connector housing is glass-filled nylon and UL94V-0 rated. This is a self-extinguishing material and can tolerate temperatures ranging from -40°C to +105°C. The connection is available in different colours such as grey , red , blue , yellow and orange to identify the circuit. Since it’s not gender-specific, any two compatible connections can mate. You won't have to worry about the sexes being mismatched at the Anderson port, since it accepts terminals from either end. The housings snap together with a solid, tactile feel and are released via a push button or thumb tab. With this design, it's now fast and simple to change the battery. Some models can increase the IP rating to that of IP67 with the right sealing kit.

Anderson connector quality control

Quality is absolutely essential in systems of large currents. One defective joint causes heat, flames or system failures to damage. Every Anderson cable assembly is carefully inspected and tested by QL-Custom Technology Ltd. before it leaves the plant.

Anderson connector quality

We check incoming materials as part of our quality procedure. Quality of wire, terminals and housings are checked at every stage of production. Before putting it into production, we inspect the quality of the plating, the thickness of the insulation and the cross-section of the conductor. During the assembly, each batch of terminals is checked for crimp height with a calibrated micrometre. After assembly we do a pull test on every connector so the terminals stay put. The contact resistance is measured with a digital low resistance ohmmeter. For thermal performance, the voltage drop tests are performed at the rated current. A final visual inspection confirms that the polarity is correct, the terminations are neat and the heatshrink is applied properly.

Anderson jumper harness

Anderson plug jumper wire to connect two power sources or batteries in parallel. This allows the system to have more capacity without increasing the voltage. Thick wire (usually 2 AWG or 1/0 AWG) is used in the construction of jumping harnesses to handle strong equalisation and inrush currents. Each end has the right sized Anderson connector for a secure and quick connection. The wire length and routing direction are carefully selected to provide a delicate balance between parallel strings of batteries. Our jumper harnesses are tested in many processes for polarity, continuity and insulation resistance before they are shipped. They are commonly used in off grid solar storage arrays, UPS systems and battery banks for forklifts.

Anderson terminals

The long term performance of Anderson cable assemblies is no better than the terminals. Only terminals from reputable manufacturers with a silver plating thickness of 40 microinches or more are considered for purchase. We guarantee that no terminal is used that is not free of burrs, fractures or plating flaws. Operators follow a verified process sheet during crimping that specifies the length of the wire strip, depth of insertion, and setting of the crimp tool. For 10 AWG and larger sizes, the finished crimp junction is pull tested to a minimum of 40 Newtons. The resistance across a properly crimped terminal is less than 0.1 milliohm. All Anderson terminals are stored in moisture controlled, anti-static packaging to prevent oxidation before use.

Anderson cable assemblies

Power harness options are available for Anderson cable assemblies ready to install. Each Anderson cable assembly includes the proper gauge wire, crimped Anderson terminals and a properly sized housing for the Anderson connection. Assemblies are available in standard lengths or can be cut to size. Anderson’s cable assembly wiring is in accordance with IPC-620 regulations to the letter for crimping, routing and strain relief. We have single conductor and twin conductor versions to fit your circuit design. Assembly is where you put in protective conduit, heatshrink and cable ties, not an afterthought. There’s also an Кабель Андерсона в сборе adapter version for systems that require a conversion between connector series. Each finished assembly is tagged with a batch number for complete traceability. Consistency is everything.

Maximum Grade Cables

Отрасли и области применения

Solar & Energy Storage

Solar & Energy Storage

These are the circuits for the charge controller and the wiring for the inverter. The connectors for the battery bank. This device is capable of handling high DC with minimal voltage loss. This can also easily replace fields.

RV & Vehicle Maintenance

RV & Vehicle Maintenance

A set of Anderson extension cables will be included with every recreational vehicle (RV) system that has two batteries. Every camper trailer connection and every four-wheel-drive vehicle that has an auxiliary power supply.

Material Handling

Material Handling

When shift changes occur, the Anderson connection assembly makes it possible to interchange batteries between forklifts, pallet jacks, and floor scrubbers. It does it in a method that is both quick and simple. For this, you do not require any tools at all.

EV Charging

EV Charging

Fleet vehicles may be charged in a secure and expedient manner at charging stations that are equipped with heavy-gauge Anderson cable assembly (200A-600A).

Marine

Marine

Anderson adapter cable combinations are suitable for use in bilge pump systems for yachts and boats. As well as it also for trolling motor wiring and shore power connections. These cable combinations are watertight.

Промышленная автоматизация

Промышленная автоматизация

Flexible and easily maintained power distribution at the machine level is what Anderson's lower systems are all about. These systems are ideal for robotic work cells, automated guided vehicles, and automated conveyors.

Telecom & UPS

Telecom & UPS

In order to ensure that the connections between the battery strings are dependable, Anderson jumper harness assemblies are utilized in the battery backup systems of telecommunications towers and data centers.

Agriculture

Agriculture

In agricultural applications such as electric tractors and irrigation pump controllers, Anderson Power Products ensures that its connections are constructed to withstand the high temperatures and heavy loads that are present in these applications.

Optimizing Conductivity for Lower Heat

Silver-plated contacts reduce interface resistance

Most failure in connectors occurs at the point of mating, so reducing the resistance here will reduce the amount of heat generated.

Matched wire gauge prevents bottleneck heating

Uniform current density across the assembly is achieved by correctly matching the AWG of the wire to the ampacity of the connection.

Hydraulic crimp tooling ensures gas-tight joints

The air gap is sealed with a gas-tight crimp to prevent oxidation and resistance creep in the Anderson cable assembly.

Short, direct cable routing lowers total resistance

Adding a meter of wire increases the heat and resistance. The cable length is optimized to improve the efficiency of the system.

Optimizing Conductivity

A large contact mating surface spreads current evenly

The Anderson contact allows for maximum electricity transmission through the use of a flat face contact.

Proper torque on ring terminal studs ensures full contact

A common source of hot spots is the resistance to current at the interface of the bolt, which is raised by ring terminals torqued too little.

Cable temperature rating must match or exceed the system's peak load

Silicone-jacketed wire or XLPE can replace regular PVC for a large thermal safety margin.

Flexible Cables for Specialized Installations

Welding cable for extreme flexibility

Each welding wire conductor is made up of hundreds of fine copper strands. It is ideal for mobile equipment and robotic arms, bending easily in tight spots and not breaking when flexed repeatedly.

XLPE for chemical resistance

Cross-linked polyethylene is impervious to fuel, oils, acids and solvents. It has to be used in machines that are used in agriculture and other industries which deal with strong chemicals.

EPDM rubber jacket for outdoor and marine use

UV rays, ozone, water and a wide range of temperatures are all things that EPDM can take. It is flexible in cold regions unlike PVC which becomes hard and brittle.

Braided shielding for EMI-sensitive applications

A braided copper shield around the main conductors can reduce electromagnetic interference, and is beneficial for medical, aeronautical and precision measurement systems.

Silicone wire for high-temperature environments

Silicone-jacketed wire is ideal for high-temperature applications like engine compartments, industrial ovens, and other environments where regular insulation would melt. It can handle temperatures of up to 200°C.

Custom conduit and jacketing for bundle protection

In rough installations, multi-cable bundles can be wrapped in spiral wrap, corrugated conduit or split loom to prevent rubbing, chafing and rat damage.

Cable Assemblies Tested for Reliability

Continuity test

The continuity test is a straightforward yes/no test that ensures that each of the Anderson cable assembly conductors creates a complete electrical path from the beginning to the end. This is the final stop in the production process for any open circuit.

Hipot (dielectric withstand) test

The hipot (dielectric withstand) test is used to determine the ability of the insulation to withstand a sudden breakdown of insulation when a high voltage is applied between the conductors and the ground. This indicates that the insulation is solid throughout the assembly.

Contact resistance measurement

The resistance between the interface of the crimped joint and the mated connection is measured with a micro-ohmmeter. Any value above 1 milliohm indicates a dirty or bad crimp.

Current load test

A current load test is running the component at its max amperage for a certain amount of time. Infrared thermal imaging detects high-resistance joints by searching for hotspots on the harness.

Pull-out force test

Each terminal is pulled tight to verify compliance with the minimum retention standard. A rejection occurs if the pull-out of a terminal is below the threshold.

Environmental chamber testing

Environmental lab testing, including salt spray, humidity variations, and extreme temperatures, ensures that the assembly will perform as expected for the expected lifetime of use.

Mating cycle test

In a mating cycle test, connectors are mated and unmated hundreds of times to simulate long-term field use. We test the contact resistance for every specified number of cycles to ensure that the performance is not degrading.

Отзывы покупателей

Отзывы покупателей
★★★★★

The Anderson cable assembly we ordered was built exactly to our spec. Crimp quality was perfect and every terminal clicked in cleanly. It passed our own hi-pot test on the first try.

★★★★★

We needed a custom Anderson extension cable supplier for our RV conversion business. QL-Custom delivered consistent quality across a 500-unit order. Lead time was better than promised.

★★★★★

The Anderson battery cable harnesses hold up well in our marine environment. After 18 months of saltwater exposure, the connectors still mate cleanly and resistance readings are still low.

★★★★★

We reviewed the Anderson plug assembly instructions QL-Custom provided with our kit order. Very clear documentation. Our technicians assembled their first batch without any rework needed.

Most Reliable Partner for Anderson Cable Assembly

Most Reliable Partner for Anderson Cable Assembly

Seeking a reliable Кабель Андерсона в сборе manufacturer or Anderson extension cable supplier? QL-Custom Technology Ltd. is your best bet. We've combined our engineering expertise, strict quality controls and global supply capabilities to provide assemblies that function every cycle, under every load and in any environment. We have fast turnaround, low pricing and custom design, construction and testing services at any volume. You won’t have to settle for cookie-cutter answers anymore. Make a harness to fit your requirements.