Extremely precise temperature control solutions
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Extremely precise temperature control solutions for materials testing, quality assurance, environmental simulation and much more

The right solution for every There are numerous applications for Huber temperature control systems in the aerospace, aviation and automobile industries. Typical applications include environmental simulations, material inspection, and temperature-dependent stress and load tests for materials, motors, bearings, fuel and engine parts. Other common uses include research work, test series and quality controls on batteries, rechargeable batteries, sensors and electronic components. Researchers and engineers all over the world rely on our temperature control technology when constructing and...

Temperature change tests Test rigs Small thermal regulation baths can be used for temperature change tests. Tests and pre-examinations can be carried out on material samples in the bath, quickly and easily. High-performance circulation thermostats are ideal for thermal tests that require a wide temperature range. We supply individually designed temperature control equipment in every performance class for temperature tests on engines, drives, drivetrains and other components. Our temperature control solutions are ideal for integration into test rigs and deliver reproducible temperatures....

Temperature control solutions for Test rig construction, aviation Battery Test Charpy Impact Test Functional tests for lithium ion rechargeable batteries in electric vehicles Deformation capacity for components in air conditioning systems Fogging Test Continual heating and cooling for durability testing Calibration Calibration tasks in the vehicle sensor area Measurement of volatile substances in materials used in vehicle interiors

Vicat test Tests for softening point for plastics Cold filter plugging point Determination of cold filter plugging point of diesel fuels Fuel temperature control Durability tests for fuel tanks AdBlue® temperature control Exhaust post-treatment of diesel fuels in cars Stress test in test rigs Long-term loading of vehicle components over several weeks under conditions of extreme temperatures Corrosion testing Corrosion testing with cyclical temperature fluctuation, moisture and saline vapour

Highest accuracy Unimotive The Unimotive model series is specially designed for applications in the automotive industry. The temperature control systems are constructed for operation with waterethylene glycol mixture with corrosion protection (for example Glysantin®) down to -45 °C. Typical applications include temperature simulations as well as material testing and temperature-dependent stress and load tests for automotive parts and functional components. The optionally available "Flow Control Cube" enables precise flow rate measurement and control. Up to 145 l/min Pump capacity Pilot ONE...

Individually configurable Options for your application CIRCULATION PUMPS Support for common data communication standards and software solutions for data recording, remote operation and programming. Interfaces: e.g. Profibus, Modbus TCP, Ethernet, OPC-UA, RS232, RS485, USB, Analogue. Various pump options and optional pressure booster pumps allow flexible alignment of pressure and flow volume for the application. SENSOR OPTIONS A selection of Pt100 sensors for temperature measurement and regulation at relevant points. WATER GLYCOL Direct operation with water glycol as a temperature control...

Flow measurement and control Flow Control Cube The Flow Control Cubes are used to measure and control the flow and pressure of the thermal fluid. They can be used with Huber temperature control units with Pilot ONE technology. Flow measurement is magnetic-inductive (MID models) or via a turbine (TURB models). y CC MID is suitable for electrically conductive liquids F (e.g. water or water-glycol mixtures). y CC TURB is suitable for all Huber fluids (e.g. DW Therm F or silicone oils such as M60.115/200.06) y he turbine can be calibrated for different tempering T fluids (e.g. for Huber fluids...

k Interface options: RS232/485, USB, Ethernet, Modbus TCP, Profibus, OPC-UA SINGLE-CIRCUIT CONTROL WITH FCC BACK VIEW Measurement of flow volume Temperature control unit Data communication Thermofluid

Flow measurement and control Multi Flow Control Cube The Multi Flow Control Cubes are used to measure and control the flow and pressure of the thermal fluid. In contrast to FCC, M-FCC has an independent controller, i.e. control takes place autonomously and communication with the Pilot ONE of the temperature control unit is not necessary. With M-FCC, multi-circuit control can be realised. In most applications, a single temperature control unit is connected to an FCC for the first control loop. Additional M-FCC products are added for all further control loops. For more flexibility and...

k Interface options: RS232/485, USB, Ethernet, Modbus TCP, Profibus, OPC-UA BACK VIEW MULTI-CIRCUIT CONTROL WITH MULTIPLE M-FCC Measurement of flow Pressure volume Temperature control unit Measurement of flow Pressure volume Data communication Thermofluid

PROFINET gateway PROFINET (Process Field Network) is the open Industrial Ethernet standard of the PROFIBUS user organisation e. V. (PNO) based on Ethernet-TCP/IP and complements Profibus technology for applications that require fast data communication via Ethernet networks in combination with industrial IT functions. PROFINET can be used to implement solutions for manufacturing technology, process automation, building automation and the entire spectrum of drive technology. With the PROFINET gateway, Huber temperature control units can be integrated into PROFINET networks easily, flexibly...

EtherCAT gateway EtherCAT, short for Ethernet for Control Automation Technology, is an open Ethernet-based fieldbus technology that is standardised in international standards. EtherCAT is a very fast Industrial Ethernet system that is also suitable for use in time-critical applications. With the EtherCAT gateway, Huber temperature control units can be integrated into EtherCAT networks easily, flexibly and close to the process. The EtherCAT gateway is integrated into the configuration software with the aid of the associated GSDML file.