Schneider Electric 230V ac/dc Remote Tripping Device Circuit Trip for use with LR3D Series, LRD Series

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RS庫存編號:
608-9100
製造零件編號:
LAD703M
製造商:
Schneider Electric
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品牌

Schneider Electric

Product Type

Circuit Trip

Range

TeSys D

Series

LAD

For Use With

LR3D Series, LRD Series

Sub Type

Remote Tripping Device

Standards/Approvals

REACH, EU RoHS

Control Voltage

230V ac/dc

Schneider Electric LAD Series Circuit Trip, 220V AC/DC Rated Control Voltage, Remote Tripping Device Type - LAD703M


This remote tripping device is designed for effective control in electrical systems. Serving as a vital component of the TeSys D range, it operates on a control voltage of 220 V AC/DC and 230 V AC/DC. The device provides compatibility with LR3D series and LRD series devices, making it an essential accessory for various industrial applications.

Features & Benefits


• Supports both 220 V AC and 230 V AC operation

• Complies with EU RoHS Directive for environmental safety

• Weighs only 0.09 kg for easy integration

• Designed for seamless compatibility with LR3D and LRD series

• Capable of handling an inrush power of 100 VA

• Offers robust remote control of electrical systems

Applications


• Utilised in conjunction with LR3D and LRD series devices

• Suitable for industrial automation and control systems

• Implemented in electrical safety mechanisms for protection

• Employed in remote control setups for efficient operations

How is the compatibility of this device verified with specific series?


It has been certified for use with LR3D models ranging from LR3D313 to LR3D365 and LRD series from LRD313 to LRD365, ensuring reliable performance in compatible systems.

What is the significance of having both AC and DC voltage ratings?


The dual voltage capability allows for versatility, making it suitable for various applications across different power systems, ensuring operational reliability.

What considerations are there for installation in industrial settings?


Users should ensure proper mounting to align with electrical standards, taking into account the inrush power specifications, which must not exceed 100 VA for optimal functionality.

How does this device contribute to electrical safety?


By allowing for remote circuit interruption, it enhances operational safety by enabling immediate shutdown in case of faults or emergencies, minimising risk to personnel and equipment.

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