Ramsey Mercury-Free Tilt Sensor

Goods Description:Now available in a mercury-free version, this sensor provides you with the stability, sensitivity and performance you have come to expect from the traditional Thermo Scientific Ramsey Tilt Switches. Designed to meet government regulations, the mercury-free tilt sensor helps you improve your efficiency while protecting your profits.

Designed to help you address environmental concerns and meet government regulations regarding mercury usage, the Thermo Scientific Ramsey Mercury-Free Tilt Sensor uses advanced technology inside the tilt probe to replicate the same performance found in traditional mercury-based Ramsey tilt switches.

A combination of opto-electronics and solid state circuitry inside the probe prevents jitter and provides stability not found in the typical non-mercury options. The precision manufacturing of the tilt probe provides sensing of a 15 degree inclination in a full 360 degrees of direction.

When paired with a control in either the field mount or DIN mount enclosure, the tilt probe provides you with the best mercury-free tilt sensor available. Simple to install, the control includes normal and alarm indicators, adjustable time delay, and flexibility to determine whether normal is a horizontal or a tilted position. Multiple models of tilt probes, including installation hardware, are available for applications with a wide variety of materials and environmental conditions.

Standard Features

Simple Installation

Rugged, abrasion resistant tilt probes

Advanced probe opto-electronics prevent jitter and chatter

All probes include mounting hardware

User adjustable time delay to prevent false alarms

User settable normal/alarm conditions

Probe fault indication

LED status lights – no bulbs to change

Control Models Available

20-35-NM-F Field Mount Control

20-35-NM-DIN Din Mount Control

Probe Models Available

20-59-NM Standard 1" Probe

20-55-NM-P Light Weight 1" Plastic Probe

20-54-NM-SS Stainless Steel 1" Probe

20-52-NM Heavy Weight 2" Probe