The connector shell material is made from PA66+30%GF, providing excellent mechanical strength and resistance to both high and low temperatures. With a maximum operating temperature range of -40℃~125℃, this connector can withstand extreme conditions and maintain optimal performance.
The Energy Storage Connector features a single conductor, making it ideal for high-power density applications. Its low insertion force makes it easy to install and remove, while its anti-vibration design ensures a stable and reliable connection even in harsh environments.
Whether you're powering industrial equipment or electronic components, the Energy Storage Connector is a dependable and efficient choice. With its durable construction, excellent performance, and easy installation, this connector is the perfect solution for your energy storage needs.
Introducing our Energy Storage Connectors, the perfect solution for all your electronic component connector needs!
Our Energy Storage Connectors are just one of the many electronic connectors we offer to ensure your projects are executed with precision and efficiency.
Compatibility | Compatible With Various Energy Storage Systems |
Manufacturer | Multiple Manufacturers Available |
Connector Shell Material | PA66+30%GF |
Temperature Rating | Up To 125°C |
Features | High Power Density, Low Insertion Force, Anti-vibration Design |
Product Type | Electrical Connectors |
Insulation Grade | PA66, UL94, V0 |
Number Of Conductors | 1 |
Screw Torque | M8 40N.m |
Model | KE-024-MS(17-32) |
Industrial Connectors, Electronic Component Connector, Circular Power Connector
The KF2EDGRKP Energy Storage Connectors are compatible with NEC Type THHN, which makes them perfect for use in industrial and commercial settings. The connectors have a temperature rating of up to 125°C and can operate in temperatures ranging from -40℃ to 125℃. This makes them ideal for use in harsh environments where temperature fluctuations are common.
These connectors come in handy in a variety of application occasions and scenarios. They can be used in renewable energy systems, such as solar and wind power systems, to connect the battery to the inverter. They can also be used in electric vehicles to connect the battery to the motor. Additionally, these connectors can be used in uninterruptible power supply (UPS) systems to connect the battery to the power inverter.
The KF2EDGRKP Energy Storage Connectors come in a sponge and box packaging, and the minimum order quantity is negotiable. The price is also negotiable, and the delivery time is 3 weeks. Payment terms accepted are L/C and T/T, and the supply ability is 2000 pcs per 10 days.
In conclusion, if you're looking for a high-quality battery connector that can handle high temperatures and is compatible with various energy storage systems, the KF2EDGRKP Energy Storage Connectors from Shanye are the perfect product for you.
The Energy Storage Connectors product technical support and services include:
Product Packaging:
Shipping Information:
Q: What is the brand name of the energy storage connectors?
A: The brand name is Shanye.
Q: What is the model number of the energy storage connectors?
A: The model number is KF2EDGRKP.
Q: Where are the energy storage connectors manufactured?
A: The energy storage connectors are manufactured in China Shanghai.
Q: Does the product have any certifications?
A: Yes, the product has CE, ROHS, and UL certifications.
Q: What is the minimum order quantity for the energy storage connectors?
A: The minimum order quantity is negotiable.
Q: What is the price of the energy storage connectors?
A: The price is negotiable. Please contact us for a quote.
Q: How are the energy storage connectors packaged for shipping?
A: The connectors are packaged with sponge and a box.
Q: What is the delivery time for the energy storage connectors?
A: The delivery time is approximately 3 weeks.
Q: What payment methods are accepted for the energy storage connectors?
A: We accept L/C and T/T.
Q: What is the supply ability of the energy storage connectors?
A: The supply ability is 2000 pcs per 10 days.