The S12R-SSRDSO-NOSL5-500 Hall Effect Gear Tooth Speed Switch detects rotational or linear over or under speed conditions. The S12R-SSRDSO-NOSL5-500 is a normally open Form A relay actuated by steel gears or other ferrous targets. The targets’ speed is resolved using a single channel digital square wave relay output. S12R-SSRDSO-NOSL5-500 speed switches are programmed to switch at 500 Hz. In other words, the speed sensor detects if more or less than 500 “teeth” are moving per second. When the Speed Switch senses the gear teeth moving faster than 500 teeth per second, the relay closes. A low relay output means that an over-speed condition has occurred. Conversely, the relay opens when the gear “teeth” are moving slower than 1 tooth per second, indicating an “under speed” condition.
The S12R-SSRDSO-NOSL5-500 speed switch has a 150 VAC normally open relay output powered at 8 to 32 VDC. This sensor is potted in an M12 stainless barrel housing with a shielded 2 pair 22 AWG PVC cable.
“SSG” type Speed Switches detect Gear teeth moving past the sensor face, using Hall Effect Technology. In addition to 0-32 pitch gears, speed switches will detect other ferrous targets. Such as, ferrous bolt heads, holes in steel plates, and other magnetic targets.
No rotational orientation is required for the speed sensor to operate. Lock nuts are used to set the air gap within the rage of the sensing target.
Other features include:
| Output Type | SPST-NO |
| Actuator Material | Ferrous Metals, Gear Tooth |
| Frequency | 500 Hz |
| Supply Voltage, Vcc | 8 ~ 32 V |
| Operating Temp. | -40 ~ 110 C |
| Package/Case | Cylinder, Threaded M12 |
| Termination Style | Cable |
Aerospace, Agricultural, Automotive/Heavy Equipment, Consumer Electronics, Manufacturing, Marine, Medical, Military, Power Generation, Transportation
Series Data Sheet (PDF)
| Item No. | Datasheet | Distributor | Region | Quantity | Cart | RFQ | Inventory Date |
|---|---|---|---|---|---|---|---|
| S12R-SSRDSO-NOSL5-500 | Heilind Electronics | Americas | 0 | RFQ | 2024-10-03 | ||
| S12R-SSRDSO-NOSL5-500 | Digi-Key Electronics | Americas | 14 | BUY | RFQ | 2024-10-03 | |
| S12R-SSRDSO-NOSL5-500 | MASTER/ONLINE | Americas | 0 | RFQ | 2024-10-03 | ||
| S12R-SSRDSO-NOSL5-500 | Standex Factory | Americas | 0 | RFQ | 2024-10-03 | ||
| S12R-SSRDSO-NOSL5-500 | Mouser Electronics | Americas | 7 | BUY | RFQ | 2024-10-03 | |
| S12R-SSRDSO-NOSL5-500 | Arrow Electronics | Americas | 10 | BUY | RFQ | 2024-10-03 | |
| S12R-SSRDSO-NOSL5-500 | TTI Inc Global Headquarters | Americas | 0 | RFQ | 2024-10-03 |
| Mounting Style | Function Type | Sensing Range - On / Off (Gauss) | Voltage Supply (VDC) | Current Supply (mA) | Output Leakage Current Max. (μA) | Output On Voltage Typ. (mV) | Chopping Frequency Typ. (KHz) | Operating Temperature (°C) | Cable Length (mm) |
|---|---|---|---|---|---|---|---|---|---|
The S12R-SSRDSO-NCSL5-001 Hall Effect Gear Tooth Speed Switch is a “zero speed” indicator that detects rotational or linear over or under speed conditions. The S12R-SSRDSO-NCSL5-001 is a normally closed Form B relay actuated by steel gears or other ferrous targets. The targets’ speed is resolved using a single channel digital square wave relay output. S12R-SSRDSO-NCSL5-001 speed switches are programmed to switch at 1 Hz. In other words, the speed sensor detects if more or less than 1 “tooth” is moving per second. When the Speed Switch senses the gear teeth moving faster than 1 tooth per second, the relay opens. An open relay output means that an over-speed condition has occurred. Conversely, the relay closes when the gear “teeth” are moving slower than 1 tooth per second, indicating a “zero speed” condition.
The S12R-SSRDSO-NCSL5-001 speed switch has a 150 VAC normally closed relay output powered at 8 to 32 VDC. This sensor is potted in an M12 stainless barrel housing with a shielded 2 pair 22 AWG PVC cable.
“SSG” type Speed Switches detect Gear teeth moving past the sensor face, using Hall Effect Technology. In addition to 0-32 pitch gears, speed switches will detect other ferrous targets. Such as, ferrous bolt heads, holes in steel plates, and other magnetic targets.
No rotational orientation is required for the speed sensor to operate. Lock nuts are used to set the air gap within the rage of the sensing target.
Other features include:
The S12H-SSTDSO-R5CB2-001 Hall Effect Gear Tooth Speed Switch is a “zero” speed sensor that detects rotational or linear over or under speed conditions. The S12H-SSTDSO-R5CB2-001 is actuated by steel gears or other ferrous targets. The targets’ speed is resolved using a single channel digital square wave transistor output. S12H-SSTDSO-R5CB2-001 speed switches are programmed to switch at 1 Hz. In other word, the sensor detects if more or less than 1 “tooth” is moving per second. When the speed switch senses the gear teeth moving faster than 1 tooth per second, the transistor output goes low. A low transistor output means that an over-speed condition has occurred. Conversely, the switch turns off when the output goes high, indicating a “zero speed” condition.
The S12H-SSTDSO-R5CB2-001 speed switch has a regulated input and NPN output with a 5k pull up resistor. This sensor is potted in an M12 stainless barrel housing with an integral 4 pin male 12mm connector.
“SSG” type Speed Switches detect Gear teeth moving past the sensor face, using Hall Effect Technology. In addition to 0-32 pitch gears, speed switches will detect other ferrous targets. Such as, ferrous bolt heads, holes in steel plates, and other magnetic targets.
No rotational orientation is required for the speed sensor to operate. Lock nuts are used to set the air gap within the rage of the sensing target.
Other features include:
The S12H-SSTDSO-R5CB2-500 Hall Effect Gear Tooth Speed Switch is a speed sensor that detects rotational or linear over or under speed conditions. The S12H-SSTDSO-R5CB2-500 is actuated by steel gears or other ferrous targets. The targets’ speed is resolved using a single channel digital square wave transistor output. S12H-SSTDSO-R5CB2-500 speed switches are programmed to switch at 500 Hz. In other word, the sensor detects if more or less than 500 “teeth” are moving per second. When the speed switch senses the gear teeth moving faster than 500 teeth per second, the transistor output goes low. A low transistor output means that an over-speed condition has occurred. Conversely, the switch turns off when the output goes high, indicating an “under speed” condition.
The S12H-SSTDSO-R5CB2-500 speed switch has a regulated input and NPN output with a 5k pull up resistor. This sensor is potted in an M12 stainless barrel housing with an integral 4 pin male 12mm connector.
“SSG” type Speed Switches detect Gear teeth moving past the sensor face, using Hall Effect Technology. In addition to 0-32 pitch gears, speed switches will detect other ferrous targets. Such as, ferrous bolt heads, holes in steel plates, and other magnetic targets.
No rotational orientation is required for the speed sensor to operate. Lock nuts are used to set the air gap within the rage of the sensing target.
Other features include:
The S18-SSTHS1-R5SA5-30 Hall Effect Magnet Speed Switch detects rotational or linear over or under speed conditions. Operating at 55 Gauss sensitivity, the S18-SSTHS1-R5SA5-30 is actuated by a south pole moving magnet. The speed switch turns on when the transistor output goes low. The programmed switching frequency is 30 Hz. So, a low output means that an over-speed condition has occurred. Conversely, the switch turns off when the output goes high, indicating an under-speed state.
The S18-SSTHS1-R5SA5-30 speed switch has a regulated input and NPN output with a 5k pull up resistor. This speed sensor is potted in an M18 stainless barrel housing with a 4-wire shielded PVC cable.
“SSM” type Speed Switches detect Magnets moving past the sensor face. The operate gap range will be dependent on the material, size, and grad of target magnet. The switching frequency will depend on the number of magnets.
No rotational orientation is required for the speed sensor to operate. Lock nuts are used to set the air gap within the rage of the sensing target.
Other features include:
AI Industry's stronger demand for power and test equipment drive reed switch, sensor, and relay use.
Ralf Maier speaks to the AI Industry's impact on Reed technology use. "We are continuously developing new products for all our three product lines. We have the reed switches, sensors and relays. The AI industry has a stronger demand for power, but also a stronger demand for test equipment. This test equipment is used around the semiconductor fabrication and our products, especially the reed relays, are used in unique test equipment around the world to support these industries. Reed technology is used in almost every market. I think in your daily life you come across reed products every day. They are used in appliances such as washing machines and fridges, but they also used in security products like door alarm systems. But then we just talked about the semiconductor test equipment. Many, many reed relays are used there.
And one of our biggest markets is transportation and automotive where the electric vehicles take a large market share. Obviously, the last few years were very challenging for all the industry manufacturers. We have 10 factories around the world, and we have some unique capabilities, but also capabilities we have in different sites. So, we can support our customers in all the major regions directly with our processes and products. So, our intention is to continue to grow and to diversify our product portfolio. We have a strong road map for all three product lines for the reed switches, the sensors and the relays, and we continuously invest into new processes to be more efficient. Standex Electronics is your partner for sensing and switching solutions across the globe. We enable an electrified future."
Reflecting on a successful week at Electronica China, we at Standex Electronics are invigorated by the connections we've made and the opportunities that lie ahead. Our participation in this premier event has not only allowed us to showcase our cutting-edge solutions from Sanyu but also to engage in meaningful dialogue with industry peers and customers.
Our commitment to innovation was met with enthusiasm, and we're excited to foster the new relationships built during the tradeshow. The synergy between problem-solving and customer satisfaction is what drives us forward. Here's to transforming these engagements into enduring partnerships and continuing to lead with innovation in the electronics sector.
Welcome to Standex Electronics' How to Select the Correct Technology for a Given Sensor Requirement. We will focus on the following sensor technologies - Reed, Hall, and Electromechanical. These sensors all provide a switching function either directly or indirectly. We will introduce the key specifications, and how these parameters compare to each other for the different technologies.
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