FX-150A ESS Battery Terminals

Name: FX-150A ESS Battery Terminals
Brand: Varsha Engineering
Price: 160 INR
Availability: InStock

Price 160 INR/ Piece

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MOQ : 100 Pieces

FX-150A ESS Battery Terminals Specification

Product Type
Battery Terminal

Usage
For ESS battery connection applications

Material
Copper Alloy

Capacity
150A

Nominal Capacity
150A

Terminal
Bolt-on Type

Sealed Type
Open

Voltage
12V

Surface Finishing
Tin Plated

Board Thickness
5 mm

Size
Standard

Dimension (L*W*H)
62mm x 36mm x 18mm

Weight
Approx. 48g

Flame Retardancy
UL94-V0

Working Temperature
-40C to +85C

Torque Range
8-14 Nm

Application
Energy Storage Systems, Industrial Batteries

Contact Resistance
0.5m

Mounting Hole Diameter
12mm

Compliance
RoHS Compliant

Color
Silver

FX-150A ESS Battery Terminals Trade Information

Minimum Order Quantity
100 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Pieces Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

About FX-150A ESS Battery Terminals

Experience the top-drawer performance of the FX-150A ESS Battery Terminals, a best-seller trusted for imposing reliability in energy storage systems. With a sensational contact resistance of just 0.5m and a robust copper alloy build, these terminals set the benchmark for 150A nominal capacity connections. The bolt-on, open-sealed design ensures secure installation, while the tin-plated finish guarantees long-term durability. Flame retardant to UL94-V0, RoHS compliant, and capable of operating across extreme temperatures, it's the deal you can't miss. Try now to elevate your battery connection experience!

Versatile Application and Usage

FX-150A ESS Battery Terminals are widely used for connecting energy storage systems and industrial batteries. Specifically engineered for high-capacity 150A applications, they are commonly employed as bolt-on terminal connections in both general and specialized battery setups. These terminals are suitable for use across multiple industries where secure, low-resistance current transfer is vital, making them an essential component in advanced electrical applications.

Market Reach and Supply Details

The FX-150A ESS Battery Terminals are exported to prominent global markets and cater extensively to India's domestic sector. With streamlined order processing, each unit undergoes careful packaging and valuation to ensure safe delivery. Our robust supply ability accommodates consistently high demands, meeting client requirements swiftly and efficiently, whether for bulk export or local distribution.

FAQ's of FX-150A ESS Battery Terminals:

Q: How do I install the FX-150A ESS Battery Terminals?

A: Installation of the FX-150A ESS Battery Terminals is straightforward, featuring a bolt-on design that ensures secure and stable connections. Use the recommended torque range of 8-14 Nm with the mounting hole diameter of 12mm for optimal performance.

Q: What are the benefits of using the FX-150A ESS Battery Terminals in energy storage systems?

A: These terminals offer low contact resistance (0.5m), high nominal capacity (150A), and a flame retardant, durable construction. They are reliable under extreme temperatures, providing consistent performance and enhanced safety in demanding applications.

Q: Where can the FX-150A terminals be used besides energy storage systems?

A: Apart from ESS applications, the FX-150A terminals are suitable for industrial batteries and any power systems requiring high-capacity, high-reliability connections, including backup power and renewable energy platforms.

Q: What is the process for order and delivery of FX-150A ESS Battery Terminals?

A: Orders are processed promptly, with thorough valuation and secure packaging to guarantee safe delivery. Supply capability ensures both small and bulk orders are fulfilled efficiently for domestic and export markets.

Q: How does the flame retardancy rating enhance the usage of these terminals?

A: The UL94-V0 flame retardancy rating ensures that the terminals provide superior protection against fire risks, making them safer for use in critical energy storage and industrial power applications.

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