Julabo High-Temperature Thermostat HT60-M3, Up to 400°C, 18 L/min Pump, 1.2 Bar Maximum Pressure

The Julabo High-Temperature Thermostat HT60-M3, Up to 400°C, 18 L/min Pump, 1.2 Bar Maximum Pressure provides precise and reliable temperature control for demanding laboratory, pilot plant and industrial applications. Its compact, closed construction helps prevent the formation of oil fumes, even at high operating temperatures, while its powerful heating capacity supports short heat-up times. Automatic heat-up and cracking protection help extend the service life of the bath fluid, and the automatic venting system enables bubble-free filling of the complete circulation system.

Key Features:

• Brand: Julabo
• Model: HT60-M3
• Maximum Working Temperature: Up to 400°C for demanding high-temperature applications
• Pump Capacity: Adjustable flow rate from 14 to 18 litres per minute
• Maximum Pump Pressure: 1.2 bar
• Temperature Control: Self-optimising ICC cascade temperature control for precise regulation
• Display: Illuminated LCD display for clear monitoring and operation
• Level Monitoring: Electronic level indicator
• Programming: Integrated programmer with memory for six profiles and up to 60 program steps per profile
• Temperature Correction: ATC function for simple temperature calibration and correction
• Construction: Compact, closed design helps prevent oil fumes at high operating temperatures
• Fluid Protection: Automatic heat-up and cracking protection help extend bath fluid service life
• Automatic Venting: Filling system enables bubble-free filling of the complete circulation system
• Filling Volume: Small filling volume for efficient operation
• Connectivity: RS232 and RS485 interfaces with standby input
• Integration: Suitable for integration into mini-plant systems and other process installations
• Classification: Class III (FL) according to DIN 12876-1

This Julabo HT60-M3 High-Temperature Thermostat is ideal for laboratories and process facilities requiring rapid heating, accurate temperature control and powerful fluid circulation at working temperatures up to 400°C.