Clippard Datasheets for Specialty Process Controllers
Specialty industrial process controllers are used in unlisted, specialized or proprietary applications.
Specialty Process Controllers: Learn more
| Product Name | Notes |
|---|---|
| 2- valve sequence subplate used as and expansion unit. 10-32 port connections provided for signal inputs, step outputs,supply and jumper connections for linking multiple boards together. May serve as a... | |
| 3 valve sequence subplate used as an expansion unit. 10-32 port connections provided for signal inputs, supply and jumper connections for linking multiple boards together. May serve as final segment... | |
| 4-valve sequence subplate used as an expansion unit. 10-32 port connections provided for signal inputs, step outputs, supply and jumper connections for linking multiple boards together. | |
| Adapter Subplate - Double Module - 1/8" Ports | |
| Auto Cycling Circuit Board for Double Acting Cylinder For automatic cycling of double acting cylinders without the use of limit valves or magnetic sensors. | |
| Auto Cycling without Limit | |
| Auto-Cycling of Double-Acting Cylinder | |
| Back Pres Sensing w/Dbl-Acting Cylinder, External Power Valve | |
| Back Pressure Latch Control for VA-023 | |
| Back Pressure Sensing for Double-Acting Cylinder | |
| Binary Clamp Control Subplate | |
| Binary Redirect Module | |
| Clippard Instrument Laboratory has pioneered the miniature pneumatic industry. We have an expansive line of components that are used in thousands of applications across many markets. It is this experience... | |
| Combined THNTD with CM-034 | |
| Combines the R-451 and R-402 or R-412 in a Binary Redirect or Flip-Flop Circuit. Provides 1/8 connections | |
| For operation of a clamp or collet system where two hand no tie down input is required to be held continuously until clamp is fully engages. Two hand no tie... | |
| Highly versatile autocycler manifold for use as an accessory to and R-932 sequencer manifold to accomplish a cycling subroutind. | |
| Module for Single Input Clamp Control w/Foot Pedal Actuator | |
| Module for Single Input Clamp Control with Green Palm Button | |
| Module for Single Input Clamp Control | |
| Oscillator Module or Auto-Cycling of Single-Acting Cylinder | |
| Provides mounting for a single modular valve, and provides 10-32 ports on the top side of subplate. Similar to CM-02, but ports are 10-32 threaded instead of 1/8 | |
| Provides mounting for one R-482 solenoid operated valve and one ET-3M valve for a double electronic piloted control circuit. | |
| Provides mounting for two R-331 or R-333 modular valves. Circuit provides for automatic cycling of the two modular valves. The needle valve adjustments in the modular valves allow for controlled... | |
| Provides mounting platform for one R-402, R-412 or R-421 pneumatically operated valve and two ET-3M valves for a double electronic piloted control circuit. | |
| Single valve sequence subplate used as an expansion unit. 10-32 port connections provided for signal inputs, step outputs, supply and jumper connections for linking multiple boards together. May serve as... | |
| The Clippard Minimatic CM-023 circuit manifold is a self-contained midular subplate with all interconnections needed to provide a Two Hand No Tie Down (THNTD) pneumatic circuit. | |
| The R-932 sequence control subplate is a compact, efficient system for integrating sequential control of a multi-step operation. It has many uses throughout industry. For example: metalworking: multiple drilling, tapping,... | |
| This is a new version of cycling without limits. The system interfaces with the sequencing system using R-932 Modular Valves. From this operation, you can go back to input the... | |
| THNTD Circuit with Latching Control with Green Palm Buttons | |
| THNTD Circuit with Latching Control with Palm Buttons | |
| THNTD Circuit with Latching Control with Red Palm Buttons | |
| Two Hand No Tie Down (Thntd) Circuit SubPlate w/PQ Fittings | |
| Two-Hand, No-Tie-Down Circuit | |
| When cycling without limits function is desired from cylinder with bore or stroke requiring very high flow rates to achieve desired cycle speed. |