Integral T Process Thermostats
The LAUDA Integral T (New Generation) by LAUDA is a high-performance, dynamic process thermostat system designed for precise temperature control in demanding industrial and research applications.
The Integral T series represents LAUDA’s advanced solution for closed-loop temperature control of reactors, jacketed vessels, pilot plants, and production processes. It is engineered for maximum efficiency, fast temperature changes, wide operating ranges, and reliable continuous operation.
The LAUDA Integral T combines:
• Powerful heating and cooling performance
• Highly dynamic temperature control
• Energy-efficient operation
• Advanced digital communication capabilities
• Compact and industrial-ready design
It is particularly suitable for chemical, pharmaceutical, biotech, and industrial process environments where rapid thermal response and high process stability are critical.
Technical Specifications
(Specifications vary depending on model and configuration.)
Temperature Range
• Working temperature range: approx. –90 °C to +320 °C (model dependent)
• Wide operating range suitable for extreme temperature processes
Temperature Stability
• High-precision electronic control
• Stability up to ±0.05 K (depending on operating conditions)
Heating Capacity
• High-performance heating system
• Heating output up to approx. 12 kW or higher (model dependent)
Cooling Capacity
• Powerful refrigeration units
• Optimized cooling performance across wide temperature ranges
• Rapid pull-down capability for dynamic applications
Pump Performance
• High-capacity pressure/suction pump
• Adjustable pump stages
• Designed for large external circuits and high flow resistance
• Suitable for reactors and industrial-scale systems
Dynamic Temperature Control Technology
The Integral T series is specifically engineered for:
• Fast heating and cooling ramps
• Precise control during exothermic and endothermic reactions
• Stable temperature management under fluctuating thermal loads
Its advanced control algorithms ensure minimal temperature deviation even during demanding process conditions.
Control & User Interface
• Modern digital control system
• High-resolution display
• Intuitive menu navigation
• Clear visualization of:
– Set temperature
– Actual temperature
– Pump status
– System diagnostics
• Integrated programmable functions (model dependent)
Interfaces & Connectivity
The Integral T supports industrial communication and automation integration through:
• Ethernet (LAN)
• USB
• RS232 / RS485
• Analog interfaces
• External temperature sensor connection (e.g., Pt100)
This enables seamless integration into laboratory networks and industrial process control systems.
Safety Features
• Independent overtemperature protection
• Low liquid level monitoring
• Self-diagnostic system
• Visual and acoustic alarm system
• Industrial safety compliance
Design & Construction
• Industrial-grade housing
• Compact and space-saving footprint
• Service-friendly design
• Designed for 24/7 continuous operation
• Energy-efficient refrigeration system
Typical Applications
• Reactor temperature control
• Jacketed vessel systems
• Chemical and pharmaceutical production
• Pilot plant operations
• Process development laboratories
• Materials testing
• Semiconductor and advanced materials processes
Key Advantages
• Extremely wide temperature range
• High heating and cooling capacities
• Dynamic temperature control performance
• Energy-efficient operation
• Advanced communication interfaces
• Industrial reliability and durability
• Manufactured in Germany
