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LEM LF 1005-S/SP25 CURRENT TRANSDUCER

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LEM LF 1005-S/SP25 CURRENT TRANSDUCER Specification

Base Material
Insulating Polymer

Rated Insulation Voltage
2500 V (Test Voltage)

Connectivity Type
Screw Terminal

Protection Level
IP20

Rated Current
1000 A (Primary Current)

Cabinet Material
Plastic

Thickness
Approx. 50 mm

Cooling System
Natural Air Cooling

Panel Type
Panel Mounting

Protection Class
Class II

Way
Single Way

Components
Hall Sensor, Signal Conditioning Electronics

Control System
Analog

Operating Voltage
15 V DC (Power Supply)

Rated Operation Voltage
600 V AC/DC

Current Rating
1000 A

Features
Excellent Linearity, Fast Response Time, High Accuracy, Compact Construction

Cover Material
Thermoplastic

Product Type
Closed Loop Hall Effect Current Transducer

Material
Plastic Body with Ferrite Core

Surface Finish
Molded/Matte

Standard
Conforms to IEC 61010-1

Surface Color
Blue & Black

Rated Voltage
600 V

Frequency (MHz)
0 to 150 kHz (Operating Bandwidth)

Maximum Output Current
50 mA (max signal output)

Dimension (L*W*H)
116 x 67 x 38 mm

Application
Industrial Automation System, Motor Drives, Power Supplies, Energy Monitoring

IP Rating
IP20

RoHS Compliance
Yes

Primary Conductor Aperture
26 mm Diameter

Mounting Type
Base/Screw Mounting

Output Signal
0 to 4 V

Storage Temperature Range
-45C to +90C

Weight
400 g approx.

Accuracy Class
< 0.7% at +25C

Offset Current
< 1 mA

Response Time
< 1 s

Operating Temperature Range
-40C to +85C

Dielectric Strength
2.5 kV AC/50Hz/1 min

LEM LF 1005-S/SP25 CURRENT TRANSDUCER About

Procure the meritorious LEM LF 1005-S/SP25 Current Transduceran incomparably cost-effective solution for industrial automation, power monitoring, and motor drives. Featuring a resplendent design with a plastic body and ferrite core, it offers a 26 mm aperture, superior accuracy (<0.7%), and rapid response time (<1 s), making it ideal even when transducers are scarce. The robust device supports up to 1000 A current, delivers 4 V output signal, withstands extreme temperatures, and conforms to IEC 61010-1. RoHS compliance further attests to its environmental merit.

Wide-Range Usage and Robust Material Features

The LEM LF 1005-S/SP25 Current Transducer is designed for versatile usage in industrial automation, energy management, motor drives, and advanced power supplies, meeting the critical demands of professionals in these sectors. Its resilient constructionfeaturing a strong plastic body with a ferrite coreensures both longevity and performance under rigorous operational scenarios. Widely adopted by engineers and technicians, its single-way configuration and IP20 protection make it a trusted component in specialized applications requiring high accuracy and fast response.

Certifications, Supply Ability, and Packaging Excellence

This product holds the meritorious IEC 61010-1 standard and RoHS compliance, underscoring its safety and environmental responsibility. Efficient supply chains ensure the LEM LF 1005-S/SP25 is available to dispatch even when industrial components are scarce. Packing & Dispatch protocols are stringent, with secure packaging ensuring the transducers safe arrival at your facility. Expedient delivery systems shorten lead times, with each unit arriving in molded packaging designed to protect and maintain its resplendent functionality.

FAQs of LEM LF 1005-S/SP25 CURRENT TRANSDUCER:

Q: How does the LEM LF 1005-S/SP25 ensure high measurement accuracy?

A: With an accuracy class of less than 0.7% at +25C and excellent linearity due to its high-performance Hall sensor and signal conditioning electronics, the transducer delivers consistently precise current measurements even in demanding environments.

Q: What is the process for mounting and connecting the LEM LF 1005-S/SP25?

A: It features base or screw mounting and uses screw terminals for secure connectivity, allowing easy installation in panel mounting configurations. Simply secure it with screws on your panel and connect using the marked terminals.

Q: Where is the LEM LF 1005-S/SP25 typically used?

A: This device finds application in industrial automation systems, motor drives, power supplies, and energy monitoring solutions where precise and reliable current transduction is critical.

Q: What benefit does the fast response time provide?

A: The outstanding response time of less than 1 s enables the transducer to detect and reflect rapid current changes, essential for real-time monitoring and protection in sensitive electronic controls.

Q: When can I expect delivery after placing an order?

A: With robust supply capability and prompt packing and dispatch, the current transducer typically arrives within a standard industrial delivery timeframe, ensuring minimal downtime for your projects.

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