258B - 258B-240VAC 3PH PWR Mon

Availability: Currently Out Of Stock

Buy Now

QTY:

Each

$81.14Each

Time Mark Corporation
A258B-480VAC 3PH PWR Mon

Thank you for your suggestions! We appreciate your assistance in improving our software. It helps us serve you even better!

Edit Mode: Please login to suggest improvements for this item.

Quick Specs

Catalog Number: 258B Vendor Code TIM
Manufacturer: Time Mark
Manufacturer's Part Number: 258B
Description: 258B-240VAC 3PH PWR Mon
The Model 258 Continuously Monitors 3-Phase Power Lines For Abnormal Conditions. When Properly Adjusted, The Model 258 Monitor Will Detect Phase Loss On A Loaded Motor Even When Regenerated Voltage Is Present. This Device Consists Of A Solid-State Voltage and Phase-Angle Sensing Circuit, Driving An Electromechanical Relay. When Correct Voltage and Phase Rotation Are Applied, The Internal Relay Will Energize. A Fault Condition Will De-Energize The Relay. When The Fault Is Corrected, The Monitor Will Autom
Slang Terms: Suggest a New Term
Categories: Enhanced Commodity Codes - Controls Mark as Incorrect
Suggest a New Category
Classification: Timers
UNSPSC: N/A
UPC/GTIN: 662917001794 / 00662917001794
Weight per unit: 0.31 (lbs/each)

Price & Packaging

Resources

Edit Mode: Please login to suggest improvements for this item.

Thank you for your suggestions! We appreciate your assistance in improving our software. It helps us serve you even better!

Edit Mode: Please login to suggest improvements for this item.

Features

Dimensions and Weight

Descriptions

Product Type: 3PH, 208/240V, 400HZ, SPDT, (98083402)
Description: 258B-240VAC 3PH PWR MON
extra long description: TMC 258B 3PH,208/240V, 400Hz,SPDT,(
Long Description: The Model 258 continuously monitors 3-phase power lines for abnormal conditions. When properly adjusted, the Model 258 monitor will detect phase loss on a loaded motor even when regenerated voltage is present. This device consists of a solid-state voltage and phase-angle sensing circuit, driving an electromechanical relay. When correct voltage and phase rotation are applied, the internal relay will energize. A fault condition will de-energize the relay. When the fault is corrected, the monitor will autom

Additional Information