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Search for All Controllers returned 19 results...
The 130M, 130F, 130P and 130Z Series Pneumatic CONSOTROL® Indicating Controllers compare a remote transmitter signal with a set point and produce a control signal to a final actuator.
Foxboro
130Z Controller
Method: Pneumatic
Type: CONSOTROL® Indicating
 
The 130M, 130F, 130P and 130Z Series Pneumatic CONSOTROL® Indicating Controllers compare a remote transmitter signal with a set point and produce a control signal to a final actuator.
Foxboro
130F Controller
Method: Pneumatic
Type: CONSOTROL® Indicating
 
The 130M, 130F, 130P and 130Z Series Pneumatic CONSOTROL® Indicating Controllers compare a remote transmitter signal with a set point and produce a control signal to a final actuator.
Foxboro
130P Controller
Method: Pneumatic
Type: CONSOTROL® Indicating
 
The 130M, 130F, 130P and 130Z Series Pneumatic CONSOTROL® Indicating Controllers compare a remote transmitter signal with a set point and produce a control signal to a final actuator.
Foxboro
130M Controller
Method: Pneumatic
Type: CONSOTROL® Indicating
 
The 40P and 40M Series Recording and Indicating Pneumatic Controllers receive a mechanical input from an integrally mounted measuring element, compare it to a set point and produce a pneumatic output signal

Foxboro
40M Controller
Method: Pneumatic
Type: Recording or Indicating
 
The 40P and 40M Series Recording and Indicating Pneumatic Controllers receive a mechanical input from an integrally mounted measuring element, compare it to a set point and produce a pneumatic output signal

Foxboro
40P Controller
Method: Pneumatic
Type: Recording or Indicating
 
The 760 and 761 Series SINGLE STATION MICRO® Controllers are self-contained, multipurpose, microprocessor-based controllers. The basic 760 Series is for simple to moderately complex applications. The 761 Series has the capability of the 760 Series plus the functional capacity required for more complex control schemes.
Foxboro
761 Controller
Method:
Type: SINGLE STATION MICRO®
 
The 760 and 761 Series SINGLE STATION MICRO® Controllers are self-contained, multipurpose, microprocessor-based controllers. The basic 760 Series is for simple to moderately complex applications. The 761 Series has the capability of the 760 Series plus the functional capacity required for more complex control schemes.
Foxboro
760 & 761 Controller
Method:
Type: SINGLE STATION MICRO®
 
The 58 Series Pneumatic Controllers accept Pneumatic signals for both set point and measurement; and, as a function of the control mode, produce an output signal to modulate a final operator. The controllers are for use with 53 and 54 Series Control Stations.

Foxboro
58 Controller
Method: Pneumatic
Type:
 
The 52A Series Pneumatic Indicating Controllers accept a measurement from a remote transmitter; compare it to a set point; and, as a function of the control mode, produce and output signal to modulate a final operator.
Foxboro
52A Controller
Method: Pneumatic
Type: Indicating
 
The 230S Control Display Stations are used with SPEC200® Control Units to provide an output signal for process control, a visual indication of the set point, measurement and output values, and the controls of operator adjustment of the set point and output signals
Foxboro
Spec 200® 230S Controller
Method: Electronic
Type:
 
The 230S Control Display Stations are used with SPEC200® Control Units to provide an output signal for process control, a visual indication of the set point, measurement and output values, and the controls of operator adjustment of the set point and output signals
Foxboro
Spec 200® 235S Controller
Method: Electronic
Type:
 
The 110 Series Pneumatic CONSOTROL® Indicators indicate 1, 2 or 3 process measurements received as proportional pneumatic signals from remote transmitters.
Foxboro
110 Controller
Method: Pneumatic
Type: CONSOTROL® Indicating
 
The 43AP Pneumatic Indicating Controllers continuously indicate and control pressure, vacuum, temperature or flow.
Foxboro
43AP Controller
Method: Pneumatic
Type: Indicating
 
The 4150/4160 Series Pneumatic controllers receive a mechanical input form an integrally mounted bellows element or bourdon tube, compare it to a set point and produce a pneumatic output signal.
Fisher
4150 Controller
Method: Pneumatic
Type:
 
The 4150/4160 Series Pneumatic controllers receive a mechanical input form an integrally mounted bellows element or bourdon tube, compare it to a set point and produce a pneumatic output signal.
Fisher
4160 Controller
Method: Pneumatic
Type:
 
The DVC Series Digital Valve Controllers are communicating, microprocessor-based current-to-pneumatic instruments. In addition to the traditional function of converting a current signal to a valve-position pressure signal, DVC Series Digital Valve Controllers, using HART commmunications protocol, give access to information critical to process operation. The DVC6000 can be used with single-acting or double-acting actuators.
Fisher
DVC6000 Controller
Method:
Type:
 
The DVC Series Digital Valve Controllers are communicating, microprocessor-based current-to-pneumatic instruments. In addition to the traditional function of converting a current signal to a valve-position pressure signal, DVC Series Digital Valve Controllers, using HART commmunications protocol, give access to information critical to process operation. The DVC5000 can be used with single-acting actuators.
Fisher
DVC5000 Controller
Method:
Type:
 
The Moore Products 352 Series Single-Loop Controllers are stand-alone, microprocessor based industrial controllers with both basic and expanded versions available for use in a broad range of general-purpose applications.
Moore
352 Controller
Method:
Type: Single-Loop
 
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