Wireless Sensors for remote monitoring from Rymic

Wireless Sensors

RF Receiver
The Receiver is a 418 MHz radio receiver designed to receive and decode packet data from all wireless sensor transmitters. The Receiver connects directly to the one of the available rymicNET serial ports.

Wireless Temperature Sensor
The Temperature Sensor is a battery operated digital temperature sensor.

Wireless Temp/Humidity Sensor
The Temp/Humidity Sensor is a battery operated digital temperature and relative humidity sensor.

Wireless Pulse Counter
The Pulse Counter Sensor is a battery operated digital counter.

Wireless Thermistor
The Thermistor Sensor is a battery operated 10K thermistor interface.

Wireless Power Monitor
The Power Monitor Sensor is a battery operated 12 bit analog-to-digital converter designed to read CTs.

Wireless Magnetic Door Sensor
The Magnetic Door Sensor is a battery operated digital counter sensor.

Wireless Motion Sensor
The Motion Sensor is a battery operated digital motion sensor.

Wireless Vibration Sensor
The Vibration Sensor is a battery operated digital vibration sensor.

Wireless IR Counter Sensor
The IR Counter Sensor is a battery operated infrared beam interruption sensor. The sensor consists of two parts; the IR transmitter and the IR receiver. The IR receiver has an integrated 6-digit LCD counter. The IR transmitter produces 16 pulses of IR each second across a distance of up to 60 feet in low power mode and 100 feet in high power mode

Wireless Analog 5V Sensor
The Analog 5V Sensor is a battery operated digital 0-5 V input analog-to-digital converter.

Wireless Analog 10V Sensor
The Analog 10V Sensor is a battery operated digital 0-10 V input analog-to-digital converter.

Wireless Analog 20mA Sensor
The Analog 20mA Sensor is a battery operated digital 0-20 mA input analog-to-digital converter.

Wireless Pressure Sensor
The Pressure Sensor is a battery operated digital pressure sensor.

All Wireless sensor modules include a microprocessor controlled, 418 MHz FCC certified radio transmitter.