Rotational speed sensor 1101
Hall effectnon-contactdigital output

Rotational speed sensor - 1101 - Electro-Sensors - Hall effect / non-contact / digital output
Rotational speed sensor - 1101 - Electro-Sensors - Hall effect / non-contact / digital output
Rotational speed sensor - 1101 - Electro-Sensors - Hall effect / non-contact / digital output - image - 2
Rotational speed sensor - 1101 - Electro-Sensors - Hall effect / non-contact / digital output - image - 3
Rotational speed sensor - 1101 - Electro-Sensors - Hall effect / non-contact / digital output - image - 4
Rotational speed sensor - 1101 - Electro-Sensors - Hall effect / non-contact / digital output - image - 5
Rotational speed sensor - 1101 - Electro-Sensors - Hall effect / non-contact / digital output - image - 6
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Characteristics

Type of movement
rotational
Technology
Hall effect
Other characteristics
non-contact, digital output, stainless steel
Temperature range

Max.: 60 °C
(140 °F)

Min.: -40 °C
(-40 °F)

Description

Features NPN open collector, square-wave output Zero speed operation with no signal loss Non-contact, large gap distance sensing Signal transmits up to 1,500 ft Simple to install and set up Powered by 5-24 VDC The 1101 Hall Effect sensor has a non-threaded stainless steel body, is supplied with a mounting bracket and 10 ft of 3-conductor shielded cable. It is commonly used with pulser discs or 60 pulse/rev magnet wheels. These speed sensors use magnet-sensing Hall Effect IC's to produce a digital pulse signal to interface with speed switches, tachometers, counters, signal conditioners, or PLC's. Hall Effect sensors provide true zero speed operation with square-wave output and immunity to electrical noise. A pulser disc or split collar pulser wrap with embedded magnets is mounted on the monitored shaft. As the shaft rotates, the magnets pass in front of the sensor causing the sensor to switch high and low, thus producing a digital pulse output. The sensors provide a digital square wave signal with a 50/50 duty cycle when used with pulse generators that have evenly spaced magnets of alternating polarity, such as Electro-Sensors Model 255 Pulser Disc. The recommended gap distance between the sensor and pulse generator is 1/4 inch +/- 1/8 inch. The gap flexibility makes the sensors tolerant of vibration, shaft run-out, misalignment, and industrial environments.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.