Isolated RTD Temperature Monitors are compatible with 100 Ohm platinum RTD inputs and they provide a 4-20 mA output proportional to the overall measurement. Each unit provides power for the associated transducer, processes the signal to determine overall amplitude and outputs a 4-20 mA dc current that is proportional to a user specified range such as 0-250 Deg. F. Isolated RTD temperature monitors have two independent set points with LED alarm indicators and output relay contacts.

Isolated RTD Temperature Transmitters are compatible with RTD inputsand provide a 4-20 mA output proportional to the overall measurement. Each unit provides power for the associated transducer, processes the signal to determine overall amplitude and outputs a 4-20 mA dc current that is proportional to a user specified range such as 0-250 Deg, F. This combines with an existing PLC or DCS system, which results in a high density and low cost monitoring system. These transmitter features DIN rail mount, RTD input, 4-20 mA output, fault detection and buffered transducer output. A BNC connector is mounted on the front of the unit, which provides access to the buffered transducer output signal and includes both the unfiltered vibration signal and the DC bias voltage.

Isolated Thermocouple Monitors are compatible with type J and K thermocouple inputs and they provide a 4-20 mA output proportional to the overall measurement. Each unit provides power for the associated transducer, processes signal and outputs a 4-20 mA dc current that is proportional to a user specified range such as 0-250 Deg. F.

Isolated Thermocouple Transmitter eliminates the ground loop problems by isolating the transmitter input from the transmitter output. They are compatible with J and K type thermocouple inputs and provide a 4-20 mA output proportional to the overall measurement. These transmitter features DIN rail mount, J or K type thermocouple input, 4-20 mA output, fault detection, buffered transducer output and filter option.

Isolation joints are used to relieve flexural stresses due to vertical movement of slab-on-grade applications. It adjoins fixed foundation elements such as columns, building or machinery foundations. It permits both horizontal and vertical differential movements at adjoining parts of a structure. They are used around the perimeter of a floor on ground, around columns, and around machine foundations. It is used to separate the slab from the more rigid parts of the structure.