Heating Circulator NHTC-102 offers a 35L capacity, providing ample space for a variety of applications. It utilizes PID temperature control for accurate and stable regulation. Our unit is crafted with high-quality stainless steel, ensuring durability and resistance to corrosion. It includes multiple safety features such as over-temperature, overload, and over-current protection. This circulator is equipped with an exhaust valve to facilitate gas removal, enhancing both safety and reliability.
| Capacity | 35L |
| Temperature range | RT to 200°C |
| Temperature accuracy | ±0.5°C |
| Ambient temperature | 5 to 30°C |
| Ambient humidity | 45 to 80%RH |
| Circulating pump type | Vortex pump |
| Circulating pump pressure | 2.5bar |
| Cycle interface | DN25 |
| Cooling water interface | DN20 |
| Rated flow | 50L/min |
| Heating method | Electric heating |
| Cooling method | Water cooling |
| Temperature sensor | PT100 |
| Water cooler | Plate heat exchanger |
| PLC control system | Siemens S7-200smart |
| PLC protocol | Modbus RTU protocol RS485 interface (optional RS232 Ethernet) |
| PLC operation panel | 7-inch Siemens color touch screen (optional 10-inch) |
| PLC programming | 5 programs can be edited, each with up to 40 steps |
| PLC control mode | Material temperature and equipment outlet temperature can be switched automatically |
| PLC data output | Support U disk data output, can be outputted temperature data in TXT format |
| Display | LCD |
| Safety protection | Self-diagnosis High-pressure switch Overload relay Over-temperature alarm |
| Heating power | 15kW |
| Cooling capacity (200°C) | 15kW |
| Cooling capacity (100°C) | 12kW |
| Cooling capacity (65°C) | 5kW |
| Power consumption | 16.5kW |
| Power supply | 220V/380V/480V, 50/60Hz |
| Weight | 100kg |
Heating Circulator NHTC-102 is used to ensure consistent and precise temperature control by circulating heated fluid. It is utilized in laboratory experiments, industrial applications, medical sterilization, food processing, and environmental testing to maintain optimal conditions.
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