





De VICI Valco EMHMA-CE:
Model: EMHMA-CE
| Category | Parameter |
|---|---|
| Type | Micro-electric actuator (motor + precision gearbox) |
| Compatible Valves | VICI Cheminert® multiport valves |
| Mechanical / Motion | Stepper motor coupled with precision reduction gearbox for high torque and positional stability Smooth, incremental rotation for reliable indexing of multiport valve positions Direct mounting onto valve body with appropriate hardware |
| Electrical Requirements | Power Supply: 24 V DC (via included or external supply) Control Interface: Step/Direction or integrated controller (system dependent) Designed for low-voltage control systems in analytical instruments |
| Function | Automated control of valve rotor position Enables software- or instrument-controlled port switchingIdeal for analytical automation systems requiring multiport flow routing |
| Application | Automated multi-stream selection, analytical sampling, instrument-controlled flow distribution |
Model: C25-6180D
| Category | Parameter |
|---|---|
| Type | Replacement valve body for 10-position selector valve |
| Port Connections | 1/8″ tube connections via 1/4-28 flangeless fittings |
| Maximum Fluid Pressure | 250 psi (~17 bar) |
| Maximum Operating Temperature | 75 °C (167 °F) |
| Port Bore | ~1.50 mm (0.060″) internal diameter |
| Rotor Material | Valcon E2 (standard low-pressure formulation) |
| Stator Material | PPS (polyphenylene sulfide) polymer |
| Function | Multiport selector valve directing fluid/gas between inlet and multiple outlets or dead-end positions |
| Application | Analytical and low-pressure fluid handling (e.g., sampling, stream selection) |
| Maintenance | Rotor and stators replaceable without removing valve body from system |
| Automation Compatibility | Compatible with EMHMA-CE micro-electric actuator when coupled with Cheminert C25 series valves (e.g., C25-6180D) for programmable, reliable rotor positioning |
| Use Case | Automated multi-stream selection, analytical sampling, automatic sample routing, flow distribution |