Honeywell Sensing and Productivity Solutions SR16C-J4
- Part Number:
- SR16C-J4
- Manufacturer:
- Honeywell Sensing and Productivity Solutions
- Ventron No:
- 4426226-SR16C-J4
- Description:
- SENSOR HALL DIGITAL WIRE LEADS
- Datasheet:
- SR16C-J4
Honeywell Sensing and Productivity Solutions SR16C-J4 technical specifications, attributes, parameters and parts with similar specifications to Honeywell Sensing and Productivity Solutions SR16C-J4.
- Factory Lead Time14 Weeks
- MountScrew
- Package / CaseSlotted Body
- Number of Pins3
- Actuator MaterialFerrous Vane
- Operating Temperature-20°C~85°C TA
- SeriesSR16
- Published2000
- Part StatusActive
- Moisture Sensitivity Level (MSL)1 (Unlimited)
- TerminationLead Wire
- Max Operating Temperature85°C
- Min Operating Temperature-20°C
- Voltage - Supply3.8V~30V
- Termination StyleWire Leads
- Output TypeDigital
- Max Output Current20mA
- Max Supply Voltage30V
- Min Supply Voltage3.8V
- Nominal Supply Current10mA
- Output Current40mA
- RoHS StatusRoHS Compliant
SR16C-J4 Overview
In Slotted Body packages, magnetic position sensor modules are placed. It is possible to set the minimum operating temperature for magnetic position sensors to -20°C. Ensure that the operating temperature does not exceed 85°C for this sensor module to operate correctly. It has 3 pins for sensors. It is generally assumed that this sensors module draws 10mA current. For good performance, sensor modules must carry 40mA current. In order for a sensor module to operate properly, the maximum voltage should be 30V. Nonetheless, sensors modules should supply 3.8V as a minimum voltage.
SR16C-J4 Features
Package / Case: Slotted Body
SR16 Series
Operating Temperature: -20°C~85°C TA
Supply Voltage: 3.8V~30V
3 Pins
SR16C-J4 Applications
There are a lot of Honeywell Sensing and Productivity Solutions
SR16C-J4 Magnetic Position Sensors Modules applications.
End of travel and index sensors
Industrial controls
White goods
Position and limit sensing
RPM measurement
Flow metering
Commutation of brushless DC motors
Factory automation
Angle sensing
Magnetic encoders
In Slotted Body packages, magnetic position sensor modules are placed. It is possible to set the minimum operating temperature for magnetic position sensors to -20°C. Ensure that the operating temperature does not exceed 85°C for this sensor module to operate correctly. It has 3 pins for sensors. It is generally assumed that this sensors module draws 10mA current. For good performance, sensor modules must carry 40mA current. In order for a sensor module to operate properly, the maximum voltage should be 30V. Nonetheless, sensors modules should supply 3.8V as a minimum voltage.
SR16C-J4 Features
Package / Case: Slotted Body
SR16 Series
Operating Temperature: -20°C~85°C TA
Supply Voltage: 3.8V~30V
3 Pins
SR16C-J4 Applications
There are a lot of Honeywell Sensing and Productivity Solutions
SR16C-J4 Magnetic Position Sensors Modules applications.
End of travel and index sensors
Industrial controls
White goods
Position and limit sensing
RPM measurement
Flow metering
Commutation of brushless DC motors
Factory automation
Angle sensing
Magnetic encoders
SR16C-J4 More Descriptions
Board Mount Hall Effect / Magnetic Sensors .4 Vdc, Sink Output Dual towPCBMolex5557
Hall Effect Sensor 20mA 5V/9V/12V/15V/18V/24V 3-Pin
The SR16 Series Hall effect vane sensors are designed for position and speed sensing and are available in three termination variations. The cost effective SR16 Series sensors are tailored for fitness and information technology applications. They are well s
SR16 Series Cost Effective Digital Vane Sensor; Hall-effect technology; twin tower configuration; sinking output; 3.8 to 30 Vdc supply voltage The SR16 Series Hall effect vane sensors are designed for position and speed sensing and are available in three termination variations. The cost effective SR16 Series sensors are tailored for fitness and information technology applications. They are well suited for use in moderate electrical, chemical, and mechanical environments. The SR16 Series sensors contain an internal magnet and Hall effect sensor mounted in a twin tower configuration. In application, a customer supplied ferrous target passes between the tower gap, interrupts the magnetic field, and switches the digital state of the sensor. These robust solid state Hall effect sensors are housed in an environmentally sealed plastic package. The Hall effect sensors provide highly accurate and repeatable performance in environments in which dirt, dust, or stray IR light might affect the performance of optical solutions. The sensor package is constructed of rugged polyphthalamide material and is mechanically interchangeable with our standard optical sensors.
Hall Effect Sensor 20mA 5V/9V/12V/15V/18V/24V 3-Pin
The SR16 Series Hall effect vane sensors are designed for position and speed sensing and are available in three termination variations. The cost effective SR16 Series sensors are tailored for fitness and information technology applications. They are well s
SR16 Series Cost Effective Digital Vane Sensor; Hall-effect technology; twin tower configuration; sinking output; 3.8 to 30 Vdc supply voltage The SR16 Series Hall effect vane sensors are designed for position and speed sensing and are available in three termination variations. The cost effective SR16 Series sensors are tailored for fitness and information technology applications. They are well suited for use in moderate electrical, chemical, and mechanical environments. The SR16 Series sensors contain an internal magnet and Hall effect sensor mounted in a twin tower configuration. In application, a customer supplied ferrous target passes between the tower gap, interrupts the magnetic field, and switches the digital state of the sensor. These robust solid state Hall effect sensors are housed in an environmentally sealed plastic package. The Hall effect sensors provide highly accurate and repeatable performance in environments in which dirt, dust, or stray IR light might affect the performance of optical solutions. The sensor package is constructed of rugged polyphthalamide material and is mechanically interchangeable with our standard optical sensors.
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