Speed Ratio Heater Controller HCS Series

basic information

Model HCS-AC100～240V-30A HCS-AC100～240V-60A HCS-AC100～240V-80A HCS-AC100～240V-100A HCSS-AC100～240V-30A HCSS-AC100～240V-60A HCSS-AC100～240V-80A HCSS-AC100～240V-100A HCSSF-AC100～240V-30A HCSSF-AC100～240V-60A HCSSF-AC100～240V-80A HCSSF-AC100～240V-100A

Price range

Delivery Time

Applications/Examples of results

Drying of silk screen printing Drying of paint Drying of resin pellets Preheating process for resin pressing Shrink processing Preheating for rubber molding Drying of glass products Drying of chemical pellets Sterilization drying of vials and ampoules Heating of FPD Heating and drying of hot melt Moisture measurement using near-infrared rays

Detailed information

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  Heating of resin sheets 《 Issues 》 When the line stops, the heated parts become defective products. Additionally, upon restarting, there have been instances of unprocessed items due to forgetting to turn on the switch. 《 Improvement Points 》 A speed proportional controller was used. When the line stops, heating automatically stops, and it resumes heating when operations restart. It also automatically follows fluctuations in speed, resulting in increased yield.

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  Drying of resin pellets 《 Issues 》 When the line stops, the heating section fuses together. And when restarting, there were instances where water droplets remained due to forgetting to turn on the switch. 《 Improvement Points 》 A speed proportional controller was used. When the line stops, heating automatically stops, and when it resumes operation, heating restarts. It automatically follows fluctuations in speed, reducing line troubles.

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  Preheating of Rubber Molding Products 《 Issues 》 When the line stops, the preheating section produces defective products. Additionally, when restarting, there were instances of unprocessed items due to forgetting to turn on the switch. Furthermore, the heater was operating even when there were no workpieces, resulting in wasted electricity. 《 Improvement Points 》 A speed proportional controller was used. When the line stops, heating automatically stops, and it resumes heating when operations restart. It automatically follows fluctuations in speed, leading to increased yield. A photoelectric switch detects workpieces, so when there are none, power is reduced, resulting in energy savings.

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  Heating of rubber molded products 《 Issues 》 There was no heater controller capable of intermittent heating. The heater operated even when there was no workpiece, wasting electricity. Additionally, when the line stopped, the heating section became defective. Furthermore, upon restarting, there were instances of unprocessed products due to forgetting to turn on the switch. 《 Improvement Points 》 A speed proportional controller was used. By detecting workpieces with a photoelectric switch, intermittent heating became possible. Feedback control was also achieved using a radiation thermometer. When the line stops, heating automatically stops, and it resumes heating when operations restart. It automatically follows fluctuations in speed, resulting in increased yield.

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  Drying of Epoxy Resin 《 Issues 》 There was no heater controller capable of intermittent heating. The heater operated even when there was no work, wasting electricity. Additionally, when the line stopped, cracks occurred in the drying section. Furthermore, upon restarting, there were instances of unprocessed products due to forgetting to turn on the switch. 《 Improvement Points 》 A speed proportional controller was used. By detecting work with a photoelectric switch, intermittent heating became possible. Feedback control was also achieved with a radiation thermometer. When the line stops, heating automatically ceases, and it resumes heating when operations restart. It automatically follows fluctuations in speed, resulting in increased yield.

Line up（3）