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| Producent | UNITED AUTOMATION | | Part Number | DMFC36 (DMFC36) |
| Specifications | United Automation, DMFC36, Thyristor Trigger Module, 24V ac, 50 → 60Hz, 9-Pin, 160 x 62 x 62mm |
| Unit Price | 331,25 EUR |
| Minimum Order Quantity | 1 |
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| Description | Dimensions160 x 62 x 62mm Height62mm Input Voltage AC24V ac Input Voltage DC24V dc Length160mm Maximum Operating Frequency60 Hz Maximum Operating Temperature+65 °C Minimum Operating Frequency50Hz Minimum Operating Temperature0 °C Mounting TypeDIN Rail Pin Count9 Width62mm Product Details Multi Mode, Phase-Angle & Single/Dual Cycle Burst Firing Circuit, DMFC-36 The DMFC-36 module has been designed to offer Phase-Angle or Burst Fire Control in firing a thyristor assembly or complete thyristor controller for driving resistive loads. In Single-Cycle or Dual-Cycle mode, these modules use the fastest burst rates possible, providing very accurate control and minimising Harmonic distortion & Flicker within the system. Includes a TransformerStandard Din Rail MountOn Board Indication of Power, Burst-Rates & Fault ConditionsPhase-Angle, or Burst Fire ControlSingle-Cycle / Dual Cycle Burst Fire modes of control or adjustable Standard Burst FiringSoft-start (1 to 30 seconds)Inhibit InputWide Range of Control Options: 0-5V, 0-10V, 1-5V, 2-10V, 0-20mA, 4-20mA, Manual PotentiometerIsolated Pulse transformer outputsOn Board Protection Fuse Trigger Modules Phase Angle Firing Features In each mains half-cycle the duration of thyristor or triac conduction is determined by the firing instant, relative to mains polarity changeover. Once switched on, the driven thyristors conduct power to the load until the end of each applied half-cycle, resulting in a chopped sine wave output. A ramp and pedestal input circuit, allowing variation of firing phase angle, enables more power through the load with increasing conduction angle. Step changes in load current generate Radio Frequency Interference (RFI). In sensitive applications this interference must be suppressed to comply with the relevant EMC standards or to prevent interaction with other components. This can be achieved by the addition of EMC mains filter networks. In repeating 1 second periods the number of complete mains sine waves is varied in its ON/OFF ratio, or duty cycle. The burst firing circuit provides trigger pulses coincident with the mains zero polarity changeover ensuring only complete half cycles are passed through to the resistive loads. Virtually no Radio Frequency Interference (RFI) is produced. Burst Firing Features |
| Datasheets | |
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