The CAP-300 capacitive level sensor is one of our most durable and reliable point level sensors. Compatible with coolants, the CAP-300 is the ideal OEM solution for power generation equipment, off-highway vehicles and cell phone tower generators and can be mounted in any position. With nearly zero maintenance, the sensor is small in size, tolerates coating and will remain reliable even in the standby mode. Compatible with temperatures up to 257°F (125°C) the capacitive based sensor is suited for the most challenging environments. Available with a variety of mounting types and electrical connections, the CAP-300 is the ideal solution for coolant monitoring.

> Durable sealed design – IP67, IP6K9K
> Developed for the most rugged coolant applications
> Tolerates coolant coating
> Small size – 2˝ (51 mm) long

Simplicity At Its Best With Consistent Results The Pulse Point™ II Series is a simple mechanical device that is flexible enough to fit into almost any bulk solid application. The Pulse Point II uses electronic vibratory technology to sense the presence or absence of material. Voltage is applied to the fork, which causes it to vibrate; when material comes into contact with the fork, the vibration stops and a signal is produced. Integral units combine the sensing fork and electronics into one unit, while a remote option separates the fork from the electronics. With a maximum distance of 100 ft (30 m), the remote option is often used for higher temperature applications or when the location of the electronics needs to be more convenient.

Surpassing sensitivity for the toughest applications The VRF® II Series is one of the most versatile radio frequency units on the market. The VRF is able to detect the presence or absence of material by calibrating itself to air then alarms when there is a change. Because the unit can automatically determine its optimal frequency, it is ideal for tough, sensitive environments and materials. Integral units combine the sensing probe and electronics into one unit, while a remote option separates the probe from the electronics. With a maximum distance of 100 ft (30 m), the remote option is often used for higher temperature applications or when the location of the electronics needs to be more convenient.