LEM LA 305-S CURRENT TRANSDUCER

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LEM LA 305-S CURRENT TRANSDUCER Specification

Thickness
29 mm

Cabinet Material
Plastic

Base Material
ABS Plastic

Connectivity Type
Screw Terminal

Features
High Accuracy, Fast Response, Compact Design, Low Insertion Loss

Way
Single Phase

Panel Type
DIN Rail / Panel Mount

Protection Level
IP20

Rated Operation Voltage
600 V

Control System
Open Loop Hall Effect

Rated Insulation Voltage
2.5 kV

Components
Integrated Hall Sensor, PCB, Terminals

Cooling System
Natural Air Cooling

Rated Current
305 A

Protection Class
Class II (Double Insulation)

Current Rating
305 A

Operating Voltage
12 to 15 V DC

Cover Material
ABS Plastic

Product Type
Current Transducer

Material
Plastic Body, Copper Winding

Surface Finish
Molded Matte Finish

Standard
IEC 61010-1

Surface Color
Blue

Rated Voltage
500 V

Frequency (MHz)
DC to 50 kHz (-1 dB)

Maximum Output Current
50 mA

Dimension (L*W*H)
70 x 29 x 64 mm

Application
Industrial Current Monitoring, Motor Drives, Power Supplies, Industrial Automation

IP Rating
IP20

About LEM LA 305-S CURRENT TRANSDUCER

The LEM LA 305-S CURRENT TRANSDUCER stands as a top-choice, in-demand solution for high-precision industrial current monitoring. Its preeminent non-linearity error of under 1% and opulent offset stability enable uncommon accuracy in dynamic environments. Engineered with a molded matte finish, robust ABS plastic body, and copper winding, this device is ideal for enduring terrestrial extremes. With a broad operating voltage range, superior dielectric strength, and rapid response, this transducer becomes the reserved favorite among discerning professionals ensuring reliable performance in automation, motor drives, and power supplies.

Versatile Application and Robust Material Features

The LEM LA 305-S Current Transducer excels in environments where industrial current monitoring, motor drives, power supplies, and automation are vital. Its opulent blue ABS plastic body, copper winding, and integrated Hall sensor guarantee durability and efficiency. Designed for use with DIN Rail or panel mounting, this transducer is suited to both through-hole and surface installations. With high insulation resistance and a protection class of II, it remains preeminent for transitioning both power and safety demands in industrial domains.

Supply Capacity, Packaging, and Shipping Details

Each LEM LA 305-S CURRENT TRANSDUCER is meticulously handover-ready, securely packaged to ensure product integrity during domestic and international shipping. Orders are typically shipped from the top-performing FOB port, facilitating swift delivery to domestic markets and global destinations. Traders and suppliers benefit from reliable supply ability, streamlined logistics, and transparent handling processes, ensuring the transducer reaches your facility securely and promptly for immediate deployment in your process control systems.

FAQs of LEM LA 305-S CURRENT TRANSDUCER:

Q: How is the LEM LA 305-S CURRENT TRANSDUCER typically used in industrial applications?

A: The transducer is primarily used for high-accuracy monitoring of current in motor drives, industrial automation, and power supply systems, offering fast response and low insertion loss for reliable performance.

Q: What are the material features that enhance the durability of this current transducer?

A: Constructed with opulent ABS plastic for both body and cover, along with a copper winding and molded matte finish, the transducer provides supreme durability and long-lasting operation in demanding industrial settings.

Q: When should this device be chosen over conventional current sensors?

A: Select the LEM LA 305-S when uncommon accuracy, rapid response, compact design, and strict compliance to RoHS and IEC 61010-1 standards are required for your application.

Q: Where can this transducer be installed?

A: It supports versatile installation options, suitable for DIN rail and panel mounting, making it adaptable for a wide array of industrial and automation panels.

Q: What is the process of connecting the LEM LA 305-S to control systems?

A: The device features screw terminal connectivity and is designed for open loop Hall effect integration, simplifying its connection to PCB and control systems.

Q: How does using this transducer benefit industrial operations?

A: Operators gain reliable, accurate current measurements, enhancing control system performance and ensuring equipment safety thanks to rapid response times and high protection levels.

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