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LEM LT305-S CURRENT TRANSDUCER

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LEM LT305-S CURRENT TRANSDUCER Specification

Current Rating
305 A

Rated Operation Voltage
600 V AC/DC

Panel Type
DIN Rail Mounting

Cover Material
Polycarbonate

Way
Single

Protection Class
Class II

Cabinet Material
Plastic

Control System
Open loop Hall effect

Base Material
Polyamide (PA66)

Protection Level
IP20

Features
High accuracy, low offset, fast response time

Thickness
37 mm (approx)

Rated Current
305 A

Operating Voltage
15 V DC

Connectivity Type
Screw terminal

Cooling System
Natural air cooling

Rated Insulation Voltage
2.5 kV

Components
Electronic circuit, measuring coil

Product Type
Current Transducer

Material
Plastic/Polyamide case

Surface Finish
Matte

Standard
IEC 61010-1

Surface Color
Blue

Rated Voltage
2.5 kV

Frequency (MHz)
DC to 100 kHz

Maximum Output Current
25 mA

Dimension (L*W*H)
82.5 x 42 x 37 mm

Application
Industrial automation, drive systems, power supplies

IP Rating
IP20

Linearity
< 0.2% of IPN @ TA = 25°C

Supply Voltage Tolerance
±5%

Response Time
< 1 µs

Weight
Approx. 230 grams

Creepage Distance
>8 mm

Mounting
Panel or DIN Rail Mount

Operating Temperature Range
-25°C to +85°C

Output Signal
Analog current output

About LEM LT305-S CURRENT TRANSDUCER

Buy the LEM LT305-S CURRENT TRANSDUCER for a flawless performance in industrial automation. Take advantage of our stellar promotion and secure an unbeatable deal on this champion among current sensors. This unit boasts analog current output, rapid response under 1 s, and exceptional linearity below 0.2%. Featuring robust panel or DIN rail mounting, IP20 protection, high insulation standards (IEC 61010-1), and reliable operation across -25C to +85C, its polyamide construction exudes durability. Rated for 305 A with low offset, its tailored for power supplies, drive systems, and automation. Dont miss this exclusive opportunity!

Commercial Highlights & Special Features

The LEM LT305-S CURRENT TRANSDUCER stands out in commercial environments such as industrial automation, drive systems, and advanced power supplies. Its high accuracy, rapid response, and champion-level current rating of 305 A make it a stellar pick for demanding setups. Operating on open-loop Hall effect technology, it delivers flawless output across a variety of media, supporting easy panel or DIN rail mounting, and ensuring optimal performance in critical industrial applications.

FOB Port, Sample Policy & Delivery Time Details

Products are available for handover at designated FOB ports as part of our seamless sale process. Ask for your sample under our transparent sample policyideal for commercial users before finalizing a bulk purchase at our attractive asking price. Expect fast delivery times, with shipments arranged to fit your schedule, ensuring you get stellar deals and timely fulfillment for all your LEM LT305-S CURRENT TRANSDUCER procurement needs.

FAQs of LEM LT305-S CURRENT TRANSDUCER:

Q: How is the LEM LT305-S CURRENT TRANSDUCER typically used in industrial automation?

A: The device is primarily utilized for precise current measurement in industrial automation, drive systems, and power supply equipment, benefitting from its fast response and high accuracy.

Q: What makes the LT305-S a champion choice for critical applications?

A: Its low offset, less than 0.2% linearity, rapid response time, and robust build quality make it a champion among current transducers for demanding industrial settings.

Q: When should one consider using this transducer over others?

A: Consider the LT305-S when high accuracy, fast response, and reliable operation across a broad temperature range are essential to your process or control system.

Q: Where can the LEM LT305-S be mounted for optimal performance?

A: It supports both panel and DIN rail mounting, allowing flexible and secure integration within industrial control panels or enclosures.

Q: What are the key benefits of the open-loop Hall effect control system?

A: The open-loop Hall effect design provides efficient, contact-free current measurement, reducing maintenance while ensuring durability and consistent readings.

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