S18-SSTHS1-R5SA5-30 Standex-Electronics,-Inc
Document overview
- Manufacturer or author: Provided By alldatasheet.com(free datasheet download site)
- PDF pages: 3
Technical content
standexelectronics.comDatasheet Rev CED Page 1 +1 970.879.9900 | sensorsales@standexelectronics.com S18-SSTHS1-R5SA5-30 Magnet Detecting Speed Switch Moving Magnet Actuated Speed Switch, 55 Gauss sensitivity Transistor output for Over or Under Speed Regulated input, NPN with 5k pull-up Stainless 18x1mm x 53mm housing Shielded 4 wire 22 AWG 80°C PVC, 5ft Part Description: S 18 - SSTHS 1 - R 5 SA 5 - 30 ‘South Pole Magnet Actuated Speed Switch with Transistor Output’ Overspeed, Underspeed, Zero-Speed
DESCRIPTION
- Speed switch output turns on/off dependent on factory programmed frequency.
- 30 Hz switch point will activate the output at any speed where 30 or more magnets pass the sensor within 1 second. Contact us for lower or higher switching speeds.
- Single channel digital square wave output for resolving actual speed.
- Detects the South Pole field from permanent magnets using Hall Effect Technology
- Detects south pole fields of 55 Gauss or more. Operate gap range dependent on magnet size/type
- No orientation required. Use lock nuts to set air gap within range of target
FEATURES
- Non-contact speed measurement
- No Orientation Required
- Add –xxx in Hz to End of PN – contact factory for custom switch point models CUSTOMER FOCUSED ENGINEERING + MODULAR DESIGN HOUSING - Aluminum, stainless steel, plastic, threaded, flange mount, customer specific ELECTRICAL - Every sensor function available in various electrical options (NPN, PNP, TTL, etc.) CONNECTION - Deutsch, Amphenol, many other brands, free end wires, pigtails, any length Need a Custom Sensor Solution?... Send us your application specific requirements at sensorso.com Modify, update, or enhance any sensor with our modular features and functionality. Housing Sensor Type & Function Electrical Option Connection Type User Defined Frequency S = Stainless Steel, Thread Pitch M18x1, 53mm Long South Pole Magnet Actuated Speed Switch Regulated Input NPN w/5k Pull up SA Shielded 4 Wire 22 AWG 80°C PVC Switch Frequency xxx in Hz
standexelectronics.comDatasheet Rev CED Page 2 +1 970.879.9900 | sensorsales@standexelectronics.com OTHER OPTIONS As well as these Ferrous Target Speed Switches, we offer Magnet / Magnet Tape activated Speed Switches, and Gear Tooth Speed Switches designed to work with standard gears. We have options for relay outputs, NPN outputs, and TTL outputs. Note: Check our website or contact us to discuss any of our magnetic speed, count, and position detection sensors. S18-SSTHS1-R5SA5-30 Magnet Detecting Speed Switch OTHER MATING CONNECTORS AND CABLES AVAILABLE Absolute Max Limits Min Max Unit Supply Voltage, Vcc-Gnd -32 +32 Volts Voltage at Output -.3 30 Volts Sink Current into Output - 50 mA Short Circuit Prot. Vout-Gnd - Indef. Minutes Short Circuit Prot. Vout-+Vcc - None Minutes Electrical Specifications Conditions Min Max Unit Temperature Range Operating -40 +110 Deg C Supply Voltage, Vcc Over temperature +8 +30 Volts DC Supply Current Into Vcc 2.5 12 mA Internal Pull up Resistor Vcc to +5V 4.9 5.1 kOhms Vol, Low Level Vout Vcc= 12V, Rload>100k 0.0 0.7 Volts Voh, High Level Vout Vcc= 12V, Rload>100k 11.75 12 Volts Overspeed TRIP Frequency Output goes low above 28 31 Hz Underspeed Release Freq. Output goes high below 24 27 Hz ESD (like product qualified) Nondestructive - 2000 Volts EMI (like product qualified) 20k to 1 G Hz - 20 V / M Grey shaded specs are 100% Final tested before shipping Sensor Characteristics – S Pole Sensitive Output State at 0 Speed: High (Transistor Off) Operate Point Over Temp 100% Tested at 25°C before shipping 15 G 55 G 76 G Release Point Over Temp 5 G 35 G 57 G Hysteresis Over Temp 5 G 20 G 28 G TRIP Frequency Accuracy, Output LOW .98% 1.0% 1.01%* RELEASE Frequency Accuracy, Output HIGH .99%*** 1.0% 1.02% STOP DETECT TIME, Output returns high after sudden stop 10ms(Typical) * Gap the sensor to make sure it sees >77 G when close, <17 G when far. ** Output is LOW if teeth are passing by faster than 1.02 * Trip Frequency. ***Output is HIGH if teeth are passing by slower than 0.99 * Release Frequency Rev C Connections Chart Red Vcc Black Ground Green Pulse Vout White Switch Vout S18-SSTHS1 Environmental Specifications Corrosion Resistance 500 hours salt spray ASTM B-117 Installation Torque 60 Foot-Pounds Maximum Enclosure Nema 1,3,4,6,13 & IEC IP67 Vibration 10 G’s 2 to 2000 Hz Sinusodal Mechanical Shock 100 G’s, 11 mS Half-Sine Convert RPM to Hz Over/Under Speed Trip Points are in Hz, pulses per second. To convert RPM (Revolutions per Minute) to Hz, you need to know the target’s pulses per revolution, “N”. A target with 2 S pole magnets will produce 2 pulses per revolution, so N=2. Hz = RPM * ( N / 60 ). Or RPM = Hz * ( 60 / N). Example: Using 2 magnets and a 30 Hz trip point, RPM = 30 * (60 / 2) so the output switches low at 900 RPM.
standexelectronics.comDatasheet Rev CED Page 3 +1 970.879.9900 | sensorsales@standexelectronics.com Please note: All technical specifications on this series datasheet refer to the standard product range. Modifications in the sense of technical progress are reserved. For general information only. For more specific information, please consult the product datasheet, available upon request. This series datasheet could contain technical inaccuracies or typographical errors. Changes are periodically made to the information herein. These change will be incorporated in future revisions. For deviating values, most current specifications and products please contact your nearest sales office. S18-SSTHS1-R5SA5-30 Magnet Detecting Speed Switch R5, Regulated, 5k Resistor Handling Instructions DO NOT CONTACT FACE TO FACE CONTACT WITH OTHER MAGNETS MAY REDUCE THE MAXIMUM OPERATING GAP Date Code ‘YYM’ YY = YEAR, M = MONTH A JAN D APR H JUL L OCT B FEB E MAY J AUG M NOV C MAR G JUN K SEP N DEC SENSOR .1µf NPN REG Vcc (8-30V) Vout (Ea ch Cha nne l) GND Marking SSTHS1-R5_fff 06A DATE CODE, THIS SURFACE CHARACTERISTIC-OPTION_TRIP SPEED MARKED ON THIS SURFACE fff = SWITCH FREQUENCY IN Hz #