CSDA1BA Honeywell Microswitch

Description

SENSOR

Datasheets

• Datasheet 1
• Datasheet 2

Tech Specs

Series Description

Each Honeywell CS series digital current sensor provides a logic level output that changes from approximately Vcc to 0.4 volts when the sensed current exceeds the operate point. Each digital sensor will operate on ac or dc current, but the output will turn off at every zero crossing when sensing AC current.

Features

• Digital output
• AC or DC current sensing
• Through-hole design
• Output voltage isolation from input
• Minimum energy dissipation
• Maximum current limited only by conductor size
• Accurate, low cost sensing
• Operating temperature range -25 °C to 85 °C

Typical Applications

• Variable speed drives
• Overcurrent protection
• Ground fault detectors
• Current feedback control systems
• Robotics
• UPS and telecommunication power supplies
• Welding power supplies
• Automotive - Battery management systems
• Wattmeters

About

The Honeywell part CSDA1BA is distributed by Electrol. The product that you are looking to replace may be brand labeled Microswitch, Hobbs, Honeywell, Data Instruments, Pepperl-Fuchs, Sensym, Senasys, Sensotec or Honeywell-Yamatake, all of which are trade names or previous joint ventures between Honeywell and other partners. The Micro Switch brand is a trade name of Honeywell Sensing & Control headquartered in Freeport Illinois and with manufacturing facilities worldwide including the USA, Mexico, France, Germany, the UK, China and Korea. Electrol has been a distributor of Micro Switch products since 1970.

Honeywell Sensing & Control is a world leader in electro-mechanical switching devices for industry, aerospace, medical and defense. The product line up now also includes sensors for pressure, force, humidity and temperature. Electrol stocks a broad range of Honeywell products for immediate shipment including switching devices for hazardous locations, hermetically sealed switches, pressure transducers and wide range of limit switches for virtually every application.