Used Hot Runner Controllers
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| RefId | Make | Model | Year | |
|---|---|---|---|---|
 |
2449 | DME | MFC P12G | |
 |
2636 | DME | ||
 |
2637 | DME | ||
 |
2916 | DME | ||
 |
2920 | DME | ||
 |
2921 | DME | ||
 |
2923 | DME | ||
 |
2925 | DME | ||
 |
2966 | DME | SSH-10-02 Smart Series | |
 |
2085 | Gammaflux | E92AA | |
 |
2086 | Gammaflux | E91D | |
|
2087 | Gammaflux | E9013 | |
 |
2641 | Gammaflux | ||
 |
1351 | Incoe | PC700 | |
|
2090 | MSI | ATC36T |
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Hot Runner Controllers
Hot runner controllers are temperature controllers that are specialized to keep injection-mold components at the design temperature. This accomplishes the goal of keeping the plastic flowing.
Hot runner controllers use several different control techniques:
- Limit control articulates set points that sends a signal from the hot runner control to stop or start
- Linear control matches a variable input signal with a corresponding control signal
- Feedforward control does not require a temperature sensor and provides direct control-compensation from the reference signal
- Proportional, integral and derivative control requires real-time system feedback
- PID control also monitors the error between the desired variable value and the actual value
- Fuzzy logic is a hot runner temperature control technique in which variables can have imprecise values (as in partial truth) rather than a binary status (completely true or completely false)
Click here for more information on Plastic Hot Runner Controllers
Hot runner controllers that use advanced or non-linear controls such as neural networking, adaptive gain, or emerging algorithms are also available.
