CONTROLLER 48/60(L.O.C.)

Name: CONTROLLER 48/60(L.O.C.)
Brand: Aone Enterprises
Price: 1000 INR
Availability: InStock

CONTROLLER 48/60(L.O.C.) Specification

Part Type
Vehicle Controller

Usage & Applications
Controlling speed and power of electric vehicles

Mounting
Panel Mount

Model No
48/60(L.O.C.)

Voltage
48V / 60V

Dimension (L*W*H)
250 mm x 150 mm x 80 mm

Color
Silver

Weight
Approx. 1.5 kg

Power Type
DC Power

Finish
Powder Coated

Product Type
Electric Controller

Type
48/60(L.O.C.) Controller

Material
Aluminium Alloy

Vehicle Type
E-Rickshaw, Electric Vehicle

Protection Type
Over-voltage, Over-current, Short Circuit Protection

Rated Power
1000W - 1500W

Connector Type
Multi-pin terminal block

Input Voltage Range
48-60V DC

Current Rating
40A

Communication Interface
Standard wiring interface

Efficiency
98%

Operating Temperature
-20C to 55C

Waterproof Rating
IP65

About CONTROLLER 48/60(L.O.C.)

A "Controller 48/60 L.O.C." typically refers to a power or motor controller designed to handle and regulate electrical systems operating at 48V or 60V, often found in applications such as electric vehicles, industrial equipment, or renewable energy systems. L.O.C. may stand for a specific feature or technology incorporated into the controller, such as "Low Output Control" or "Load Optimization Circuit," depending on the context.

Robust Performance and Safety

Crafted with efficiency in mind, the CONTROLLER 48/60(L.O.C.) achieves an impressive 98% efficiency. Multiple protection features, including over-voltage, over-current, and short circuit safeguards, ensure operational safety. This controller is suitable for the demanding environments of electric vehicles and E-Rickshaws, providing reliable control and consistent performance.

Engineered for All Conditions

Constructed from powder-coated aluminum alloy, the controller easily handles ambient temperatures from -20C to 55C. Its IP65 waterproof rating further guarantees resilience against water and dust, making it ideal for use in diverse Indian road and weather conditions. Its robust panel mount design facilitates secure placement and dependable operation.

Versatile Applications and Simple Integration

The CONTROLLER 48/60(L.O.C.) supports a wide voltage range (48V/60V) and is designed for universal use in electric vehicles, primarily E-Rickshaws. Its standard wiring interface and multi-pin terminal block allow for straightforward installation and integration into various vehicle architectures, streamlining the upgrade or manufacturing process for exporters and suppliers alike.

FAQ's of CONTROLLER 48/60(L.O.C.):

Q: How is the CONTROLLER 48/60(L.O.C.) installed in an electric vehicle?

A: The controller is designed for panel mounting using standard hardware. Connections are made via a multi-pin terminal block and standard wiring interface, ensuring seamless integration with the existing electrical system of E-Rickshaws and other electric vehicles.

Q: What protection features does the CONTROLLER 48/60(L.O.C.) offer?

A: It comes equipped with over-voltage, over-current, and short circuit protections, safeguarding both the controller and the vehicle's electrical components during operation.

Q: When should you consider using the CONTROLLER 48/60(L.O.C.) for your vehicle?

A: This controller is ideal when building or upgrading electric vehicles-especially E-Rickshaws-requiring precise speed and power management, robust efficiency, and reliable safety features.

Q: Where can the CONTROLLER 48/60(L.O.C.) operate efficiently?

A: With a working temperature range of -20C to 55C and an IP65 waterproof rating, it performs reliably in diverse environmental conditions, making it apt for Indian roads and climate.

Q: What are the main benefits of using the CONTROLLER 48/60(L.O.C.)?

A: The key advantages include high energy efficiency (98%), strong safety measures, easy installation, and compatibility with both 48V and 60V systems, contributing to better performance and longer vehicle lifespan.

Q: How does this controller enhance electric vehicle operation?

A: It meticulously controls speed and power delivery, boosting vehicle efficiency and responsiveness while maintaining the safety of critical electric components.