Laboratory thermostat Integral T series

processmodularconnected

Overview
LAUDA Integral T process thermostats are designed for efficient external temperature control in industrial and laboratory processes across a wide range from -32 to 150 °C. Small internal volumes combined with tailored heating and cooling outputs enable rapid temperature changes. The open hydraulic system allows fast aeration and outgassing without loss of function, making the units ideal for applications with frequent changes of consumers or test specimens. Standard equipment includes a powerful submersible pump and an internal bypass for pressure limitation. The modular interface concept enables extensive networking and easy integration into automated process environments.

Benefits and added value

• Fast aeration and outgassing for minimal downtime during consumer or sample changes
• High output and working pressures suitable for industrial applications
• Independent heating and cooling functions; flow can be interrupted when required
• Remote monitoring and maintenance capability via LAUDA.LIVE

Working range
The Integral T supports flexible process integration through modular interfaces. Standard interfaces include Ethernet, USB and Pt100. Additional communication protocols and interfaces are available via plug-in modules.

• Min. working temperature: -32 °C
• Max. working temperature: 150 °C (model dependent)
• Temperature stability: 0.05 ± K (typ.)

Product variants (summary table)
Product | Min. working temp | Max. working temp | Heater power max. | Cooling output (20 °C, 50 Hz)
Integral IN 130 T | -32 °C | 120 °C | 2.7 kW | 1.4 kW
Integral IN 230 T | -32 °C | 120 °C | 2.7 kW | 2.2 kW
Integral IN 230 TW | -32 °C | 120 °C | 2.7 kW | 2.3 kW
Integral IN 530 T | -32 °C | 120 °C | 8 kW | 5 kW
Integral IN 530 TW | -32 °C | 120 °C | 8 kW | 6 kW
Integral IN 1030 T | -32 °C | 150 °C | 8 kW | 11 kW
Integral IN 1330 TW | -32 °C | 150 °C | 16 kW | 13 kW
Integral IN 1830 TW | -32 °C | 150 °C | 16 kW | 19 kW

Device dimensions (selection)

• Integral IN 130 T / IN 230 T / IN 230 TW: 430 x 550 x 760 mm
• Integral IN 530 T / IN 530 TW (mid-range): 560 x 550 x 1325 mm
• Integral IN 1030 T / IN 1330 TW / IN 1830 TW (larger units): 760 x 650 x 1605 mm

Characteristics

• Open hydraulic system for fast aeration and reliable operation when changing consumers
• Powerful submersible pump (standard) with internal bypass to limit pressure
• Heating and cooling outputs sized for rapid temperature changes with small internal volumes
• High working pressures and selectable cooling/heating output options depending on model
• Modular interface concept: Ethernet, USB, Pt100 as standard; optional modules for additional protocols
• Designed for reliable process integration and remote monitoring/maintenance via LAUDA.LIVE

Technical specifications

• Working temperature range: -32 °C to 150 °C (model dependent)
• Temperature stability: 0.05 ± K (typ.)
• Heater power: from 2.7 kW up to 16 kW (model dependent)
• Cooling output (20 °C, 50 Hz): from 1.4 kW up to 19 kW (model dependent)
• Open hydraulic system; rapid aeration/outgassing
• Standard interfaces: Ethernet, USB, Pt100; modular expansion available
• Standard equipment: submersible pump, internal bypass for pressure limiting