Sensicast’s wireless Smart Sensors provide customers with the real-time process, equipment status and environmental information required for analysis and key decision making. Every Sensicast wireless Smart Sensor connects industry-standard sensors to SensiNet®, the most reliable wireless mesh networking technology available. Furthermore, every SensiNet Smart Sensor includes RF power amplification to deliver the maximum connection range possible – even in the harshest RF environments. Wireless Smart Sensors are available for use in either the 900 MHz or the 2.4 GHz unlicensed band.
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The SensiNet TEHU Smart Sensors are real-time temperature and humidity monitoring devices. The Smart Sensors utilize a radio amplifier and frequency diversity to ensure ultra-reliability in applications and environments that are typically unfriendly to wireless products, such as factories, refineries and power plants. They are completely configurable through the SensiNet wireless network, through which the end-user can dynamically adjust the data reporting interval. TEHU-1221 Datasheet |
| RTD | |
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The SensiNet TEMP Smart Sensors are wireless temperature measuring devices. All of the devices operate at 2.4 GHz and are FCC and CE-approved. They report highly accurate and repeatable real-time temperature measurements to a central management application. The devices permit the user to identify the desired transmission interval based on their specific application. |
| Contact Closure | |
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The CONT-1022 transmits all state changes of an attached circuit, as well as continuously transmits the current state of the circuit at a user-defined interval. When used with the SensiNet Gateway, the status is accessible via a variety of formats, including OPC, ModBus and SOAP/XML. The CONT-1022 can be used with a variety of switches including mechanical, IR and magnetic. Two contacts are supported for each CONT-1022. |
| 0 to 10 VOLT | |
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The SensiNet VOLT Smart Sensors are analog input voltage monitoring devices. The devices are real-time wireless transmitters of 0-10v sensor data. The VOLT-1022 operates at 2.4 GHz and is FCC and CE-approved. The Smart Sensors utilize both a radio amplifier and frequency diversity to ensure ultra-reliability in applications and environments that are typically unfriendly to wireless products, such as factories, refineries and power plants. The Smart Sensors are two-channel, battery-powered devices that are completely configurable through the Sensicast wireless network. The end user can dynamically adjust the data reporting interval from the default of one minute to whatever suits the application. |
| 4 to 20 mA | |
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The SensiNet CURR Smart Sensors are input current monitoring devices. The CURR-1022 operates on 2.4 GHz, and the CURR-1012 operates at 900 MHz. Both are FCC and CE-approved devices that wirelessly transmit 4-20mA sensor data. The CURR-1022 utilizes a standard IEEE 802.15.4 radio chip, a radio amplifier and Sensicast’s patent-pending Distributing Frequency Spread Spectrum (DFSS) to ensure ultra-reliability in applications and environments that are typically unfriendly to wireless products, such as factories, refineries and power plants. Both the CURR-1012 and CURR-1022 are two-channel devices that can be powered through a locally-wired power source or through an external battery. The device is completely configurable through the SensiNet network, through which the end user can dynamically adjust the data-reporting interval. |
| NEMA 4 Enclosure for SensiNet® | |
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Sensicast SensiNet® Smart Sensors and SensiNet Infrastructure products are available in moisture-resistant enclosures. These enclosures allow SensiNet products to be placed in environments that are susceptible to liquids and moisture. The enclosures are NEMA-4X rated and fully meet standards. SensiNet Infrastructure device enclosures also include an AC transformer that connects AC mains to the Smart Sensor and eliminates the need for an external power adapter. Optionally, the SensiNet Smart Sensor enclosures are offered with a supplemental 24V DC power supply for use with sensors that require an external power source. |
